News
NoNoYesMatching keywordsYesImage/images/2017/aw-announcement.jpgsite://news/images/2017/aw-announcement.jpgnewsaw-announcement.jpgaw-announcement.jpg2191361080720President Peter Stoicheff and Deans Doug Freeman (veterinary medicine) and Mary Buhr (agriculture and bioresources), alongside A&W representatives Susan Senecal (incoming president and CEO), Jefferson Mooney (chairman emeritus) and Trish Sahlstrom (senior vice-president and chief commercial officer).NoNoneNoneNo/
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The LFCE will be a multisite, multi-disciplinary research centre that focuses on the livestock production chain including forage, cow-calf, beef cattle production and environmental research.

“A&W is deeply committed to the Canadian beef and forage industry,” said Jefferson Mooney, chairman emeritus, A&W. “Our investment is an investment in the future of Canadian food and best practices to make that food.”

The donation will be used to fund the construction of the Livestock and Food Building at the LFCE site near Clavet, Sask., create a community outreach and engagement program, and to establish a visiting fellowship in One Health research.

“A&W, the University of Saskatchewan and Canadian ranchers all believe in good food, farmed with care. Together, we are forging new tools and techniques for healthy, sustainable growth,” said Susan Senecal, chief operating officer, A&W. “We are united in a passion for great beef.”

The Livestock and Food Building will be a significant part of the heart of the livestock operations at the LFCE and a major location for research activities. The building will also act as a hub for the community outreach program, which will offer presentations and seminars for both industry representatives and consumers.

Mary Buhr, dean of the U of S College of Agriculture and Bioresources, said this strategic relationship will add another dimension to the university’s One Health initiative and research that focuses on the link between beef production practices, environmental wellbeing, and human health and nutrition.

“The LFCE will take a holistic approach to understanding the relationship between human health, animal health and our environment,” Buhr said. “A&W’s extraordinary support is a demonstration of the power of teamwork to significantly improve the impact of innovative research and outreach on the livestock and forage industries.”

Douglas Freeman, dean of the Western College of Veterinary Medicine, said the development of the LFCE wouldn’t be possible without the extraordinary partnership.

“Two areas of preeminence at the U of S converge with the LFCE: agriculture and One Health,” he said. “The centre also represents a unique partnership between the university, government and industry. The scale of partnership and collaboration are extraordinary. Working together we can accomplish so much more and have a major impact on health, production and food security. We’re excited to develop this new partnership with A&W and work together to achieve the promise and potential of the LFCE.”

Two new facilities for the LFCE are expected to be completed in the spring of 2018 and will complement current livestock and forage research sites. The LFCE, a partnership between the U of S, the livestock and forage industries, and the Saskatchewan and federal governments, will unite livestock and forage field laboratories and science labs in a collaborative centre with a total cost of $37.5 million.

Other funding contributions to date include $10 million from the federal and provincial government through the Growing Forward 2 program, $4.47 million from Western Economic Diversification Canada, $10 million from the U of S, and $1 million from the Saskatchewan Cattlemen’s Association.

communitytruecommunity/articles/communitynewssite://news/articles/communityimj1291704828918349imj1291704897282702show-in-navNo2023true1718296473995imj1292023/articles/community/2023newssite://news/articles/community/2023imj1291704833136864imj1291704833136864show-in-navNoindextrue1718730911095imj129Section titlerename me/articles/community/2023/indexnewssite://news/articles/community/2023/indeximj1291704833136912imj1291704833136912show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1six-outstanding-usask-alumni-honoured-with-achievement-awardstrue1718730911095imj129Six outstanding USask alumni honoured with Achievement AwardsThe University of Saskatchewan (USask) announces the 2023 winners of the Alumni Achievement Awards, one of the university’s highest honours. 1693926180000/articles/community/2023/six-outstanding-usask-alumni-honoured-with-achievement-awardsnewssite://news/articles/community/2023/six-outstanding-usask-alumni-honoured-with-achievement-awardsimj1291704833109335imj1291704833109335show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/2023-alumni-achievement.jpgsite://news/images/2023/2023-alumni-achievement.jpgnews2023-alumni-achievement.jpg1068491080720Photos of each of the six recipients of the 2023 USask Alumni Achievement Awards.Each year, Alumni Achievement Awards are presented to notable USask alumni for their accomplishments and impact on their communities and the world. (Photos: Submitted)NoNonesupport-studentsNo/
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This year’s six recipients embody the university’s aspiration to be what the world needs because of their significant accomplishments and contributions since graduating from USask. 

Each of the winners have made outstanding contributions and earned recognition for excellence in their respective fields which include law, education, philanthropy, performance art, public policy, Indigenous language revitalization, community building, and engineering.

Each year, Alumni Achievement Awards are presented to notable USask alumni for their accomplishments and impact on their communities and the world. Award recipients are nominated by their peers and chosen for their achievements and innovation, commitment to excellence, community engagement and leadership, as well as contributions to the social, cultural, and economic well-being of society.

“USask is proud to have more than 170,000 graduates in 120 countries,” said USask President Peter Stoicheff. “This year’s Alumni Achievement Award recipients exemplify the creativity, resilience, generosity and global impact of our alumni community. The accomplishments of these USask graduates are extraordinary and deserving of this prestigious honour.”

This year’s honourees will gather at a special gala in October to receive their award and celebrate their achievements.

TextAlumni Lifetime Achievement AwardNone/Above content

As the highest honour presented by the University of Saskatchewan Alumni Association, this award recognizes an alumnus/alumna for an outstanding lifetime of accomplishments and contributions to the social, cultural and economic well-being of society in any area, such as academics, athletics, arts, business, not-for-profit, public, or private sector.

  • Dr. Belinda Daniels (BEd’98, MEd’05, PhD’21)Dr. Daniels is the founder of the nēhiyawak Language Experience, a non-profit organization. She was awarded the Outstanding Indigenous Educator Award of 2015 by the Canadian Teachers’ Federation. Her work in Indigenous language revitalization has been recognized by the Federation of Sovereign Indigenous Nations.
  • Arla Gustafson (BA’82): With nearly 37 years in the non-profit sector, Gustafson has been a leader in shaping a strong philanthropic culture in her community. Following a decades-long career as Executive Director of the Elizabeth Fry Society and CEO of United Way of Saskatoon, Gustafson served for 15 years as CEO of the Royal University Hospital Foundation, where she oversaw a $140 million fundraising effort to advance research, education and patient care at the Royal University Hospital and the College of Medicine.
  • Dr. M.N. Srikanta Swamy (MSc’60, PhD’63): A pioneering researcher, Dr. Swamy has published more than 350 journal articles, holds five patents, has co-authored nine books and has supervised/co-supervised more than 50 doctoral theses. Among his many significant recent research discoveries is an evaluation of a method for using deep learning techniques to determine early diagnosis of Alzheimer’s Disease. 
TextOutstanding Impact Alumni Achievement AwardNone/Above content

This award recognizes an extraordinary alumnus/alumna who is currently making significant personal and professional contributions in society, demonstrating exceptional leadership in their field(s) of endeavour, maintaining a standard of excellence that inspires their colleagues and peers, with promise of future achievement and resulting in a demonstrable betterment of their community. 

  • Sarah Buhler (LLM’11): Prior to joining the College of Law at USask as an associate professor, Buhler practiced law in Saskatoon and served as the first executive director and supervising lawyer at Community Legal Assistance Services for Saskatoon Inner City (CLASSIC), an organization that provides free legal services for low-income residents, and that has received local, national, and international recognition.
  • Shauna Curry (BE’94): A graduate of the College of Engineering with a degree in Agriculture and Bioresource Engineering, Curry is the CEO of CAWST: Centre for Affordable Water and Sanitation Technology. Based in Calgary, CAWST is both a licensed professional engineering consultancy and a registered Canadian charity, providing training, consulting and expertise in water and sanitation in developing countries.
Text"One to Watch" Alumni Achievement AwardNone/Above content

This award recognizes young alumni who are making significant contributions to society at large, setting an example for fellow and future alumni to follow.

  • Zoey Roy (BEd’17, MPP’20): An author, educator, and creative force, Zoey Roy is building her career of connecting with young people and bringing messages of anti-racism and healing into classrooms across the country.  

This year’s Alumni Achievement Awards will be held on October 19 at Remai Modern, hosted by award-winning CBC journalist and USask honorary degree recipient, Susan Ormiston (DLET’22).

Anthony Bidulka, chair of the Alumni Advisory Board awards committee, is available for interviews. 

More information on the Alumni Achievement Awards can be found at alumni.usask.ca.  

alumni-career-takes-flight-after-usask-graduationtrue1718730911095imj129Career takes flight after USask graduationHighly-decorated alumnus has travelled the world representing CanadaJohn GraingerRemembrance Day, Alumni, 1698930120000/articles/community/2023/alumni-career-takes-flight-after-usask-graduationnewssite://news/articles/community/2023/alumni-career-takes-flight-after-usask-graduationimj1291704833109243imj1291704833109243show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/oreilly_1-web.jpgsite://news/images/2023/oreilly_1-web.jpgnewsoreilly_1-web.jpg69689900600Major-General Denis O’Reilly is currently serving as Commander of the Canadian Defence Academy, where he oversees both Military Colleges of Canada (located in Kingston, ON and St. Jean, QC). Maj.-Gen. O’Reilly is also responsible for the leadership doctrine and common professional development of all members of the Canadian Armed Forces.Major-General Denis O’Reilly is currently serving as Commander of the Canadian Defence Academy, where he oversees both Military Colleges of Canada (located in Kingston, ON and St. Jean, QC). Maj.-Gen. O’Reilly is also responsible for the leadership doctrine and common professional development of all members of the Canadian Armed Forces.NoNonesupport-studentsYesNoYesMatching keywordsYesImage/images/alumninews/2023/oreilly_1-web.jpgsite://alumni/images/alumninews/2023/oreilly_1-web.jpgalumnioreilly_1-web.jpg69689900600Major-General Denis O’Reilly is currently serving as Commander of the Canadian Defence Academy, where he oversees both Military Colleges of Canada (located in Kingston, ON and St. Jean, QC). Maj.-Gen. O’Reilly is also responsible for the leadership doctrine and common professional development of all members of the Canadian Armed Forces.NoNoneNoneNo/
TextImage/images/alumninews/2023/oreilly5-web.jpgsite://alumni/images/alumninews/2023/oreilly5-web.jpgalumnioreilly5-web.jpg69761700468(Pictured on left) " ‘On the run; hiding out till nightfall’. In the middle of Escape and Evasion training with the British Army while serving on exchange in the UK 2000-2003." (Photo: provided)Below content

Major-General Denis O’Reilly (BA’91) grew up in Moose Jaw and enrolled in the Canadian Armed Forces in 1991. He received his RCAF pilot wings in 1995 and was posted to 408 Tactical Helicopter Squadron (Edmonton, AB) where he flew the CH135 Twin-Huey and later the CH146 Griffon helicopters.

From 2000 to 2003, he was selected for foreign exchange duties with 664 Squadron Army Air Corps (Dishforth, UK) where he flew the Lynx Anti-Tank Helicopter. His duties included Squadron Operations Officer and Squadron Second-in-Command.

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Upon promotion to Major in 2003, he was appointed Officer Commanding (OC) 664 Squadron. Upon return to Canada in 2003, he served in various Flight Commander and operational positions in Gagetown, Halifax, and Kingston.

Promoted to the rank of colonel in 2015, he was appointed Director Air Force Training until 2016, when he returned to his hometown of Moose Jaw, to assume command of 15 Wing - home of RCAF pilot training and The Snowbirds.

Maj.-Gen. O’Reilly was posted in August 2020 to 2 Canadian Air Division as the Commander. Following two years leading individual training and education for the RCAF, he was posted in August 2022 to the Office of the Chief of the Defence Staff as Chief of Staff. In June 2023, he was appointed as Commander, Canadian Defence Academy and promoted to his current rank in August 2023.

Maj.-Gen. O’Reilly served on operational deployments to Haiti (1996), Kosovo (1999), and Kuwait (2014). He is a graduate of the Advanced Aerospace Operations Course, the Joint Command and Staff Program, and the United States Air Force Air War College. He was appointed to the Order of Military Merit in November 2019.

TextImage/images/alumninews/2023/oreilly1.jpgsite://alumni/images/alumninews/2023/oreilly1.jpgalumnioreilly1.jpg121375720556"I have served most of my career as a tactical helicopter pilot. Could not have done it without the steadfast support of my lovely wife Doris and our seven kids." (Photo: provided)Below contentMaj.-Gen. O’Reilly and his wife have seven children. We talked to him about his ties to the province and his thoughts on Remembrance Day.
TextImage/images/alumninews/2023/oreilly2-web.jpgsite://alumni/images/alumninews/2023/oreilly2-web.jpgalumnioreilly2-web.jpg73059675488"I have been deeply affected by operational deployments like this one in support of the UN Mission in Haiti in ’96-‘97." (Photo: provided)Below content

1 – You were raised in Moose Jaw? Can you provide a little background for us? Family still in Saskatchewan?

My father worked for the Catholic School Board and retired as the superintendent. My mother worked at a French nursery school. Just before high school, my parents moved out to their hobby farm full time, where my parents started work on their Christmas Tree Farm (named Come See, Come Saw). My three brothers and I have fond memories of Moose Jaw and the farm. We were all musical and had a family band that used to play at weddings and cabarets in southern Saskatchewan for many years. I had a lot of fun growing up on South Hill of Moose Jaw, going to Sacred Heart School. Later studying at Vanier Collegiate where I graduated in ’87. Our farm was close to the Moose Jaw municipal Airport. I worked at Provincial Airways there throughout high school and university. This sparked my love of flying and influenced my decision to join the Canadian Armed Forces as a pilot.

2 – Why did you choose USask as your first place of higher learning?

My two older brothers studied there before me, and most of my friends were going there as well after high school. It had a lot of programs to offer, which worked for me as I was not sure what I wanted to major in. I thought I wanted to pursue more of a science/medical route, but I really enjoyed Philosophy, so I got my undergrad degree in that.

3 – What was your favourite class / professor at USask?

My favourite class was a medical anthropology course that blew my mind. I enjoyed every aspect of it.  My favourite professor was my first philosophy prof, Dr. Kevin Corrigan. He was so passionate about it and made every discussion so engaging. He is the reason I pursued philosophy, which has incidentally helped me tremendously throughout my career.

4 – Were you already in the military during this time?

No, I joined the military after graduating with my BA in philosophy.

5 – What was your ambition once you graduated from USask?

I really didn’t know what I wanted to do after graduating. I met a military pilot while working at Provincial Airways during the summer before my last year at U of S. He gave me a tour of CFB Moose Jaw and showed me the aircraft.  I had never thought of applying to be a pilot in the Air Force as a viable option, but all I needed was a university degree and a desire to serve. In hindsight it was a big leap of faith to join, but it turned out to be a great fit for me and something I have never regretted.

6 – What personal trait do you have that you have relied on during your career?

Compassion. Leading in difficult circumstances puts a lot of pressure on people. When you serve in some of the most volatile, uncertain, complex, and ambiguous situations it can cause of lot of stress and affect operational effectiveness. Having compassion for others allows me to empathize and relate to people where they are in that moment. It has been a cornerstone of my leadership philosophy.

7 – You have travelled to hotspots globally over the years. What stands out to you as a Canadian?

How fortunate we are to live in Canada, but also how tenuous our own sense of peace and prosperity could be sometimes. We are connected globally, so what happens elsewhere affects our own economic stability and safety at home. Human security is not guaranteed; pandemics, transnational crime, supply chain shortages, or global inflation affect us all.

TextNone/Above content8 – Why does Canada need a military?

From a policy perspective I could tell you there are many reasons why Canada has a military. Strong, Secured, Engaged (Canada’s Defence Policy) outlines it in a lot of detail and is available publicly online.   On a more personal level, the world is becoming a more dangerous place. The number of democracies in the world is shrinking, not growing; the number of dictatorships/autocracies is growing. This is not good for a global stability that is predicated on a rules-based international order. As part of a broader national security apparatus, the military provides the government of the day sound defence and security advice and stands ready to respond to any tasks given. Helping during the pandemic, floods, forest fires, training Ukrainian soldiers, or evacuating Canadians out of Israel are just a small example of the things the Canadian Military has recently been asked to do.

9 – Why is Remembrance Day so important to you and why should Canadian observe it?

It is important so that, at least once a year, we are reminded of the past and the tragic losses that wars have caused. It should inspire us to seek peace as the most desirable resolution to any conflict. It is also to honour those who have answered the call of our nation to serve, those who have accepted the contract of military service, and the unlimited liability that this represents. Finally, I think it is to show support to those who have served and continue to suffer deep invisible wounds such as PTSD. They deserve a visible demonstration of our appreciation, so they know that we know, and that we appreciate what they have gone through for all of us.

/news/2023/career-takes-flight-after-usask-graduationshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://alumni/news/2023/career-takes-flight-after-usask-graduationalumnicareer-takes-flight-after-usask-graduationArticle headlineCareer takes flight after USask graduationHighly-decorated alumnus has travelled the world representing CanadaalumniJohn GraingerNov 2, 2023 1:02 PM
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roozen-and-epoch-honoured-on-national-philanthropy-daytrue1718730911095imj129Roozen and Epoch honoured on National Philanthropy DayTwo outstanding nominees from the University of Saskatchewan (USask) are honoured as part of National Philanthropy Day celebrations on Nov. 16. alumni, 1700161260000/articles/community/2023/roozen-and-epoch-honoured-on-national-philanthropy-daynewssite://news/articles/community/2023/roozen-and-epoch-honoured-on-national-philanthropy-dayimj1291704833109166imj1291704833109166show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/npd1080.jpgsite://news/images/2023/npd1080.jpgnewsnpd1080.jpg2509371080720From left: Libby Epoch and Cathy Roozen. (Photos: Submitted) From left: Libby Epoch and Cathy Roozen. (Photos: Submitted) NoNonesupport-studentsNo/
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Each year, as part of National Philanthropy Day, the Association of Fundraising Professionals (AFP) Saskatoon Chapter recognizes individuals and organizations for the ways their generosity makes a difference in our lives and communities.  

At this year’s AFP-hosted event, two USask-based nominees were recognized for their impact. 

A long-time supporter of the Western College of Veterinary Medicine, Cathy Roozen received the Honoured Supporter Award. Roozen’s generosity has helped the college acquire state-of-the-art technology and equipment to advance animal medical innovation. Her interest in the college's research programs led to the establishment of the Allard Research Chair in Oncology. Roozen’s support of clinical oncology made it possible for the college to purchase a LINAC machine and PET-CT scanner, Canada's first PET-CT unit for animals. This new medical imaging technology has the potential to benefit both animals and humans by enabling early detection of cancer, brain disorders, heart disease, and other conditions.  

Libby Epoch was recognized with the Youth in Philanthropy Award. Epoch has been an ambassador for USask’s Be What the World Needs campaign, lending her voice to gift announcements, media interviews, promotional materials and more. Epoch is completing her Bachelor of Science in Engineering and is also earning a Certificate in Professional Communication from the Ron and Jane Graham School of Professional Development, which is part of the College of Engineering. She also served as president of the Huskie Athletic Council, which has supported initiatives like Huskie Home Room, clothing drives for underprivileged children, and raising funds for the Secret Santa program. 

USask is proud to recognize these two outstanding philanthropists and the many alumni and friends who have supported the Campaign for USask. 

home-again-usask-alumna-has-the-wright-stufftrue1718730911095imj129Home again: USask alumna has the Wright stuffA University of Saskatchewan (USask) graduate is back on campus bringing her expertise and perspective to the top Human Resources job.Ashley Dopko1701700560000/articles/community/2023/home-again-usask-alumna-has-the-wright-stuffnewssite://news/articles/community/2023/home-again-usask-alumna-has-the-wright-stuffimj1291704833109078imj1291704833109078show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/marnie-wright.jpgsite://news/images/2023/marnie-wright.jpgnewsmarnie-wright.jpg2050591080720Marnie Wright has returned to USask as the new associate vice-president of people and chief human resource officer. (Photo: Ashley Dopko)Marnie Wright has returned to USask as the new associate vice-president of people and chief human resource officer. (Photo: Ashley Dopko)NoNoneNoneNo/
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It is not every day that your career comes full circle, and you get to return to the place where it all began.

For Marnie Wright, that place is the University of Saskatchewan (USask). Originally from Conquest, Sask., USask’s new associate vice-president of people and chief human resource officer is also a proud alumna.

Wright went on to earn her master’s in organizational development and worked for 14 years in Human Resources (HR) as a Senior HR Advisor at British Columbia Institute of Technology. It was there that she had the opportunity to focus on and perfect her craft.

“Once I found the alignment of my talents and my interests my career really became easy,” said Wright.  

In the following years, Wright continued to build her career as associate superintendent of HR Abbotsford School District, and then associate vice-president of HR at the University of the Fraser Valley.

“I’ve really enjoyed working in the education sector,” said Wright. “Being a sessional faculty member at Thompson Rivers University for 21 years has helped my role in human resources. I have an understanding of how amazing and challenging it can be to teach.”

Understanding the people she works with is one of Wright’s best assets. There are a lot of diverse types of human resource practitioners, but for Wright it is all about the people.

“My focus is about the employees and creating a rich environment for them to succeed in,” she said. “It’s critical that employees want to come to work, that they feel safe and respected, and that they can advance their career,” said Wright. “My favourite part of the job is seeing someone meet their career goals.”  

In her new role, Wright plans to give back.

“I’m just so honoured to serve USask after everything that it has provided for my career. I’m hoping to do an excellent job,” said Wright.

As she gets to know the university again, she knows one thing to be true: all employees seek and deserve clarity.  

“It’s important that people know what they are working towards,” said Wright. “Every position is filled with individuals with aspirations – they have ideas, and listening and working alongside people is the ticket to a highly productive team. Leaders are no longer the sole architects of solutions. Now we look to the whole team for solutions.”

For Wright, it is also critical to not just learn about Equity, Diversity and Inclusion, but to do the work.

“There are also lots of really exciting ways that we can incorporate Indigenization into our processes,” Wright explained. “I’m looking forward to getting to know my team and explore some of this.”   

So far, USask is living up to her fond memories.

“It’s exactly as I expected,” said Wright. “Everyone is so warm and welcoming. I’ve never forgotten USask, in fact some of my best friends are fellow alumni.”  

Those connections have been important to Wright throughout her time at USask and career.

When Wright first moved to British Columbia, she connected with the alumni group there and started going to football games. Soon a cohort of Saskatchewan friends was established, and they have been attending Roughrider games ever since. Wright also stayed in touch with many of the friends she made while living in Seager Wheeler Hall residence. 

“I was maybe one of two Canadian students who lived there all the time,” said Wright. “I made so many connections and was exposed to new cultures, it has fueled my love of travel as I went to visit many of my friends in their home countries.”

In addition to travel, Wright’s other passion is taking in the opera.

“My roommate in Seagar Wheeler was a famous Chinese opera singer, and she would sing ballads in my room,” said Wright. “The experiences I had living at Seager Wheeler where just as formative as the classes I was taking.” 

“It’s incredible to see what has changed on campus,” Wright added. “I’m really looking forward to exploring the campus. We are incredibly lucky to work here. It’s a privilege to serve the university.”  

Wright began her role on November 6, 2023, and her partner John, her stepson Nick, and the family dog Sam, a chocolate lab, will be making the trek to join her in Saskatoon in the spring.

usask-protective-services-honoured-for-dedication-to-community-safetytrue1718730911095imj129USask Protective Services honoured for dedication to community safetyUSask Protective Services was honoured with an award recognizing its “extraordinary commitment to removing impaired drivers from our roads and highways.”1701358260000/articles/community/2023/usask-protective-services-honoured-for-dedication-to-community-safetynewssite://news/articles/community/2023/usask-protective-services-honoured-for-dedication-to-community-safetyimj1291704833109005imj1291704833109005show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/van-de-vorst-award-winners.jpgsite://news/images/2023/van-de-vorst-award-winners.jpgnewsvan-de-vorst-award-winners.jpg1980411080720Six Protective Services officers received the Van De Vorst award presented annually by MADD Canada.Six Protective Services officers received the Van De Vorst award presented annually by MADD Canada. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Six Protective Services officers received the Van De Vorst award presented annually by MADD Canada.

“This is tremendous recognition for the dedication our officers have to making sure our campus community is safe,” said Brad Niven, manager of Protective Services. “Our team is on campus 24-7 making sure our working, learning and living environments are safe for all members of the campus community, at all times.”

Corporal Amy Huebner, Special Constable Eddie Plostnieks, Corporal Justin Durette and Corporal Jordan Boechler were presented the Platinum award for their commitment to community safety. Corporal Peter Than and Special Constable Caitlinn Gardener were honoured with the Van De Vorst Gold award. The honour highlights the work Protective Services does on campus and in our greater community to keep the areas where we work, learn and live safe.

“It is great to be a part of a team that cares about the safety and well-being of the USask community,” said Huebner. “Getting to work with a group of officers dedicated to keeping our campus and its roads safe is a privilege.”

The Van De Vorst award is named in honour of Jordan, Chandra, Kamryn and Miguire Van De Vorst who lost their lives to an impaired driver in 2016. This is the fifth year the Van De Vorst award has been presented. Fellow award recipients include police departments and RCMP officers throughout Saskatchewan. In total, 69 officers from across the province were honoured on November 15.

If you or someone you know witnesses an impaired driver, call USask Protective Services at 306-966-5555.

delbaere-committed-to-collaboration-as-new-usask-council-chairtrue1718730911095imj129Delbaere committed to collaboration as new USask council chairHow a tech internship forged a path to university governance at the University of Saskatchewan (USask) for Dr. Marjorie Delbaere (PhD).Natasha KatchukEdwards school of business, 1701889560000/articles/community/2023/delbaere-committed-to-collaboration-as-new-usask-council-chairnewssite://news/articles/community/2023/delbaere-committed-to-collaboration-as-new-usask-council-chairimj1291704833108922imj1291704833108922show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/marjorie-delbaere.jpgsite://news/images/2023/marjorie-delbaere.jpgnewsmarjorie-delbaere.jpg2676961080720Dr. Marjorie Delbaere (PhD) of USask’s Edwards School of Business began her term as new University Council chair in September. (Photo: Natasha Katchuk)Dr. Marjorie Delbaere (PhD) of USask’s Edwards School of Business began her term as new University Council chair in September. (Photo: Natasha Katchuk)NoNonesupport-critical-researchNo/
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Following Delbaere’s undergraduate studies at the University of Manitoba, she completed an internship at Hewlett-Packard in Germany, which eventually led to a permanent position in health-care marketing. Upon returning to Winnipeg for contract work, she pivoted to academia after being encouraged to pursue a PhD.

Reflecting on her first day of classes in the PhD program, Delbaere said she vividly remembers attending a graduate seminar on the philosophy of science and thinking “I love this. I love thinking like this. This really is my calling.”

From that moment, Delbaere’s academic pursuits delved into pharmaceutical advertising, guided by supportive professors and interdisciplinary collaboration with the Centre for Knowledge Transfer at the University of Alberta. She had the opportunity to learn more about health care and policy, which continues to fascinate her today.

A Prairie girl at heart, Delbaere said “I was drawn to USask, enticed by the prospect of collaborating with esteemed faculty members within the vibrant community of the then College of Commerce. The connection with colleagues such as Barbara Phillips and Maureen Bourassa played a pivotal role in my decision to make Saskatoon home.”

In the years since Delbaere joined USask, she has made many connections around the USask Bowl leading to several individuals encouraging her to stand for election as a member at large on the university council and now beginning in September 2023 as the 16th University Council Chair.

“University Council is the heart of the institution, and I thought it was essential to understand the underlying reasons and checks and balances in place,” said Delbaere, who is a professor of marketing and associate dean of research, faculty relations, and graduate programs in the Edwards School of Business at USask.

“Now I want to move beyond merely hearing about university council activities and actively participate in decision-making processes. I am here to help facilitate all the discussion, questions, and business of council. As chair, I recognize that it is my responsibility to ensure that items are brought forward for discussion and deliberation.”

For her part, Delbaere has been active in contributing to academic governance at the department and college-level, as a member of the Behavioural Research Ethics board, and on the Research Scholarly and Artistic Works (RSAW) committee at USask. With her background in commerce and a penchant for long-term planning, Delbaere believes she can contribute her understanding of strategic planning to the chair role, combining both administrative and faculty perspectives.

This fall, Delbaere introduced a practice allowing council members to submit questions ahead of time, thereby fostering a culture of curiosity and enhancing the comprehensiveness of responses.

“It is my hope that this approach contributes to a more informed and inclusive council discourse by providing members with an opportunity to express themselves more comfortably and receive better-prepared answers,” explained Delbaere.

“My vision is to have an environment that is truly collaborative and engaging, with room for open inquiry. I want to promote an environment that encourages diverse perspectives and constructive discourse and foster an atmosphere of mutual respect. Disagreements are inherent; however, we can express our opinions and concerns and still move forward without hindering progress, working within the framework of majority rules. That means centring on creating a safe space for individuals to freely share opinions, ask questions, and engage in respectful dialogue.”

In addition to her vision for an inclusive environment, Delbaere is also recognized as an engaged educator. She has been acknowledged on several occasions for her teaching at USask, and carries on an active program of research investigating communication and persuasion about complex and controversial topics, primarily in pharmaceutical products and health care. 

The exposure to health-care marketing dates back to Delbaere’s profound experience at Hewlett-Packard, where she underwent a comprehensive training program called the HP medical neophyte training program.

“The program provided foundational knowledge of human physiology, hospital organization, and the intricacies of different medical roles, setting the foundation for my fascination with persuasive communication in the health care industry and how to navigate the challenges of communicating complex products and concepts,” she said. “The exposure to medical procedures, including witnessing open-heart surgery, fuelled my curiosity about the intersection of language, metaphors, and images in health care.”

Delbaere’s ongoing SSHRC project explores the changing landscape of pharmaceutical advertising, notably the increasing focus on social media platforms. She is investigating the intricate dynamics of patient influencers who share health care experiences on platforms like TikTok, emphasizing the organic emergence of these influencers within patient communities.

“What we have found so far, is that there have been two movements. We see pharma companies working with agencies to build connections with patient advocates. But we are also seeing patient advocates or patient influencers building up their own followings independently,” explained Delbaere. “We’ve interviewed 26 patient influencers so far. The next step is to map out the network of followers for a few key influencers in hopes of defining how they're maybe different from other social media influencers based on who is following them.”

Delbaere recognizes the multifaceted challenges of adhering to regulations and the influencers’ dual role as income sources and health care advocates.

“The patient influencers are aware of the tension that exists too, and they do not like to call themselves influencers. In the past you would see messaging only from the brand itself, but now we are seeing it come from the users themselves. There is a need to dissect the intricate relationships between influencers, pharmaceutical companies, and patient communities within the evolving realm of pharmaceutical advertising.”

Shifting from the complexities of pharmaceutical advertising, Delbaere reflects on her 17 years in Saskatoon, where she has discovered more than just an academic home at USask. She has also had the great privilege to nurture a profound sense of belonging alongside her family in Saskatoon.

“The city’s amenities, from the Meewasin Trail to the community centres, have provided us with a true sense of home. The former University Club played a pivotal role in cultivating this feeling for us. We believe Saskatoon is wonderfully set up for a fulfilling lifestyle.”

the-university-in-a-way-started-my-whole-life-in-arttrue1718730911095imj129‘The university, in a way, started my whole life in art’The work of acclaimed landscape painter and USask graduate Dorothy Knowles (BA’48) is on view at the Kenderdine Art Gallery.Shannon BoklaschukCollege of Arts and Science, Alumni, provost, 1698769800000/articles/community/2023/the-university-in-a-way-started-my-whole-life-in-artnewssite://news/articles/community/2023/the-university-in-a-way-started-my-whole-life-in-artimj1291704833108811imj1291704833108811show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/dorothy-knowles.jpgsite://news/images/2023/dorothy-knowles.jpgnewsdorothy-knowles.jpg3128761080720USask graduate Dorothy Knowles (BA’48) was named one of the 100 Alumni of Influence by the College of Arts and Science in 2009. (Photo: Submitted by family)USask graduate Dorothy Knowles (BA’48) was named one of the 100 Alumni of Influence by the College of Arts and Science in 2009. (Photo: Submitted by family)NoNonesupport-visionary-spacesNo/
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An exhibition currently on view at the University of Saskatchewan (USask) is showcasing the work of Dorothy Knowles, an award-winning USask graduate and one of Canada’s best-known landscape painters.

The show, titled Dorothy Knowles: by the water, celebrates Knowles’ remarkable career and highlights some of the outdoor places and spaces that inspired her during her decades of artistic production. Curated by USask graduate Leah Taylor, the exhibition is on view until Dec. 15, 2023, at the Kenderdine Art Gallery in USask’s Agriculture Building.

TextImage/images/2023/christopher-lake.jpgsite://news/images/2023/christopher-lake.jpgnewschristopher-lake.jpg2228571080745Dorothy Knowles, Christopher Lake in October, 1999, acrylic on canvas. Courtesy of The GALLERY / Art Placement.Align right

Taylor said her own interest in the history of prairie painting—specifically female prairie painters, and the impact of their work on Saskatchewan—prompted her to curate the show focused on Knowles’ artwork.

“Bringing her work forward, it’s been very evident just how influential she has been on this art community,” said Taylor.

Taylor selected 16 paintings—mostly from Knowles’ studio holdings—that depict Saskatchewan landscapes near bodies of water, such as lakes, rivers, streams, and ponds, throughout the changing seasons. The paintings, chosen by Taylor from among the thousands that were created by Knowles throughout her prolific 70-year career, offer insight into Knowles’ relationship with the natural world, and how that relationship informed her artwork over time.

“A few of them have never been shown before, and I think that’s exciting,” Taylor said of the artworks.

TextImage/images/2023/dorothy-knowles-around-1953.jpgsite://news/images/2023/dorothy-knowles-around-1953.jpgnewsdorothy-knowles-around-1953.jpg2006671080924Dorothy Knowles is pictured around 1953. (Photo: Submitted by family)Align left

Born in 1927 in Unity, Sask., Knowles’ roots as a painter can be traced to USask’s famed Emma Lake Artists’ Workshops at the Emma Lake Kenderdine Campus. In a 2019 interview—when Knowles was honoured as a USask Alumni Achievement Award winner—she credited USask, and the workshops, with sparking her interest in landscape art.

“The university, in a way, started my whole life in art. I owe a great deal to the University of Saskatchewan,” Knowles said in the 2019 interview. “I learned to paint at the Emma Lake workshop. That workshop was up in the woods; I had never seen the woods, and I was so inspired by the lake and the trees—just the whole wonderful expanse of virgin forests was wonderful at that time. And I learned to paint, and I knew that was what I was supposed to do, and I’ve been painting ever since.”

Knowles, who first studied biology at USask and ultimately earned a Bachelor of Arts degree from the College of Arts and Science in 1948, was encouraged by a friend to enrol in a summer art course that year at Emma Lake. In 1969, Knowles and her husband, the acclaimed abstract painter William Perehudoff, purchased a cottage at Emma Lake and set up artists’ studios there.

TextImage/images/2023/dorothy-knowles-in-her-studio-2019.jpgsite://news/images/2023/dorothy-knowles-in-her-studio-2019.jpgnewsdorothy-knowles-in-her-studio-2019.jpg2118731080720Dorothy Knowles is pictured in her studio in 2019. (Photo: Submitted by family)Above content

Throughout her seven decades as an artist, Knowles received many honours and awards, including the Saskatchewan Order of Merit in 1987. In 2004, she was named a member of the Order of Canada, and in 2006 Canada Post commemorated her work by issuing two stamps. In 2009, Knowles was named one of the 100 Alumni of Influence by the College of Arts and Science. Her artwork continues to adorn the walls of USask, and her paintings have been shown at Remai Modern. In 2019, USask celebrated Knowles as one of five Alumni Achievement Award recipients.

“For many decades, Dorothy Knowles contributed so much to the arts ecology in Saskatchewan, and in Canada and far beyond. We are grateful for her many valuable contributions to our university, and to communities and artists on and off campus,” said Professor Airini, USask’s provost and vice-president academic.

“October is Women’s History Month in Canada. We have been fortunate throughout this month to have opportunities to recognize and celebrate many inspiring women, including our esteemed USask alumni such as Dorothy Knowles.”

TextImage/images/2023/kag_knowles_030.jpgsite://news/images/2023/kag_knowles_030.jpgnewskag_knowles_030.jpg143827800770Dorothy Knowles, Ice on the River, 2005, acrylic on canvas, courtesy of Perehudoff Artwork. (Photo: Carey Shaw)Align right

When Taylor first began looking through Knowles’ artworks in preparation for the Kenderdine exhibition, she became most intrigued with the paintings that depicted water. Despite living in a part of the world that is often considered landlocked, Taylor realized that Saskatchewan people spend much time near water—whether it’s walking by the river in the city or sitting near the lake at the cottage—and Knowles’ paintings illustrate that.

“I felt as though she had captured moments in Saskatchewan that we all experience,” said Taylor, who intentionally selected artworks for the show to reflect all four seasons.

“You can see the changing seasons—whether it is ice breaking up on the river or golden hour at the lake at a cottage, watching the sun go down. She was able to get that whole essence.”

Taylor said Knowles was enthusiastic about the theme for the show, and Taylor was able to speak with Knowles several times about the exhibition before the artist passed away in May 2023 at the age of 96. While by the water is now on display after Knowles’ death, Taylor noted that the show “was never meant to be a retrospective or a commemoration to her passing, because we had planned it together.”

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“However, it was always meant to highlight the prolific career that she’s had to date—and I think it does that,” Taylor added.

In preparing for the exhibition, Taylor connected with Knowles’ daughters, who attended the opening of the show at USask on Sept. 15. Knowles’ daughters told Taylor that their mother spent a lot of time painting near water, and that she had an intimate connection with the natural world.

“Maybe, in a way, I sort of intuitively understood her interconnectedness to water in the landscape,” Taylor said. “I think that some of the works that come the most alive for me, from her body of work, have water in them.”

While Knowles painted for 70 years, the new exhibition reflects about 50 years of her practice—ranging from the 1960s to the 2000s. Some of the pieces are from her studio holdings, while others are from Remai Modern’s collection, the University of Saskatchewan Art Collection, and Art Placement’s holdings.

Taylor said many Saskatchewan landscape painters have been influenced by Knowles’ style of painting over the years—such as her loose brush work, the charcoal sketch under-drawing that sometimes shows through her paintings, and the way Knowles captures Saskatchewan’s skies and the different points of lights throughout the day and the seasons.

Knowles’s daughter, Catherine Perehudoff Fowler, told The StarPhoenix in September that her mother continued to paint throughout her life, and in 2022 Knowles still sat in the living room painting from photographs.

“She was a consummate artist, right to the end,” Perehudoff Fowler said.

dr-angela-jaime-appointed-vice-provost-indigenous-engagementtrue1718730911095imj129Dr. Angela Jaime appointed vice-provost, Indigenous engagementDr. Jaime, an enrolled member of the Pit River Tribe of northern California, previously held the role of interim vice-provost, Indigenous engagement at USask.Shannon Boklaschukpec, indigenous, aboriginal, provost, 1702493460000/articles/community/2023/dr-angela-jaime-appointed-vice-provost-indigenous-engagementnewssite://news/articles/community/2023/dr-angela-jaime-appointed-vice-provost-indigenous-engagementimj1291704833108711ccm0461706212187505show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/dr-jaime-1080.jpgsite://news/images/2023/dr-jaime-1080.jpgnewsdr-jaime-1080.jpg1986801081720Dr. Angela Jaime (PhD) has been appointed to the role of vice-provost, Indigenous engagement for a five-year term. (Photo: David Stobbe)Dr. Angela Jaime (PhD) has been appointed to the role of vice-provost, Indigenous engagement for a five-year term. (Photo: David Stobbe)NoNoneNoneNo/
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Dr. Angela M. Jaime (PhD) has been appointed to the role of vice-provost, Indigenous engagement at the University of Saskatchewan (USask) for a five-year term, effective Dec. 1, 2023, to Nov. 30, 2028.

Dr. Jaime said taking on the senior leadership role at USask is a way to “pay it forward” and honour the people who have supported and lifted her up throughout her career.

“It’s now my responsibility and honour to lift up other Indigenous folks, and to pave the way so that this next generation of Indigenous leaders don’t have to fight the same battles,” she said.

Dr. Jaime’s appointment was approved by the USask Board of Governors on Dec. 12. Reporting to the provost and vice-president academic, the vice-provost, Indigenous engagement works with Indigenous and non-Indigenous stakeholders on and off campus to support USask’s academic mission, intersecting with areas such as governance, teaching, learning, and student experience, and research.

The vice-provost, Indigenous engagement also provides guidance and leadership to students, faculty, administrators, and staff as the campus community engages in Indigenization and reconciliation initiatives as identified through the university’s Mission, Vision, and Values, the University Plan 2025, and ohpahotân | oohpaahotaan “Let’s Fly Up Together”—the first Indigenous Strategy solely created by Indigenous people at a Canadian U15 research institution.

Dr. Jaime is already familiar with the role, after previously being appointed interim vice-provost, Indigenous engagement on Sept. 1, 2021. Prior to that, she held the position of vice-dean Indigenous and full professor in USask’s College of Arts and Science, from July 1, 2020, to Aug. 31, 2021. She teaches and consults in the areas of Indigenous membership/citizenship, equity, diversity, and inclusion (EDI), anti-racism/anti-oppression, and social justice. Her areas of research include Indigenous women and their experiences in higher education, Indigenous education, and the experiences of Indigenous and students of colour in post-secondary education.

“We are so pleased to welcome Dr. Jaime to the role of vice-provost, Indigenous engagement,” said Professor Airini, USask’s provost and vice-president academic. “Dr. Jaime contributed significantly to USask during her time as interim vice-provost, Indigenous engagement. Under her leadership, the deybwewin | taapwaywin | tapwewin: Indigenous Truth policy and implementation plan were realized. USask is committed to safeguarding the cultures and integrity of Indigenous Peoples, Indigenous values, and Indigenous languages within the university, and the deybwewin | taapwaywin | tapwewin: Indigenous Truth policy provides a framework for the implementation of Indigenous membership/citizenship verification with documentation. Dr. Jaime and her team members engage the campus community through ohpahotân | oohpaahotaan: USask’s Indigenous Strategy.”

Dr. Jaime is an enrolled member of the Pit River Tribe of northern California. She earned her Bachelor of Arts degree at California State University, Sacramento in 1995; her Master of Arts degree at San Francisco State University in 1997; and her PhD in curriculum and instruction at Purdue University in 2005. Her doctoral dissertation was titled Narrated portraits: Native American women in academia. She held several academic and leadership positions at the University of Wyoming in Laramie, Wyoming, before to moving to Canada and coming to USask, including as the director of Native American & Indigenous Studies and as the associate director of the School of Culture, Gender, and Social Justice.

TextPullquote“It’s about navigating and finding a way forward with the right people at the table that can make lasting, systemic change."Dr. Angela M. Jaime /Align left

At USask, Dr. Jaime has chaired committees such as the Mistatimōk Committee, the deybwewin | taapwaywin | tapwewin Standing Committee, and the Course Action Committee for the College of Arts and Science. She is also a member of the Planning and Priorities Committee, the Senior Leadership Forum, the Administrative Services Renewal (ASR) Steering Committee, the Indigenous Research Centre Advisory Committee, and many others, including off-campus committees and groups such as the National Indigenous University Senior Leaders’ Association and the Indigenous Women, Girls, and Two Spirit Advisory Circle of the Saskatoon Police Service.

Looking back on her time as interim vice-provost, Indigenous engagement, what stands out for Dr. Jaime is the teamwork that has taken place in the Office of the Vice-Provost Indigenous Engagement.

“We have an amazing team here of individuals who, every day, are doing as much as they possibly can to ensure Indigenous student success, safety and renewal, and all of the commitments from ohpahotân | oohpaahotaan are implemented,” she said. “In that way, it makes me really proud. It makes this job a lot easier when you have a team that is always thinking two steps ahead and is engaged in the work.”

Dr. Jaime said Indigenous students, faculty, and staff at USask “have been so amazing to work with,” and she also appreciates the support her office has received from non-Indigenous allies across campus.

Everyone has a role to play as the Indigenous Strategy is implemented at USask, ensuring the university is a place where decolonization, reconciliation, and Indigenization are valued and realized.


“It’s about navigating and finding a way forward with the right people at the table that can make lasting, systemic change,” Dr. Jaime said.

alumni-like-father-like-sontrue1718730911095imj129Like father, like sonAlumnus honours his parents’ hard work with scholarship fundJohn Grainger1702545720000/articles/community/2023/alumni-like-father-like-sonnewssite://news/articles/community/2023/alumni-like-father-like-sonimj1291704833108619imj1291704833108619show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/alumninews/2023/molliemurrayhunter-web.jpgsite://alumni/images/alumninews/2023/molliemurrayhunter-web.jpgalumnimolliemurrayhunter-web.jpg72392750500Murray Hunter (right) and his wife Mollie. Photo: Submitted.NoNonesupport-studentsYesNoYesMatching keywordsYesImage/images/alumninews/2023/molliemurrayhunter-web.jpgsite://alumni/images/alumninews/2023/molliemurrayhunter-web.jpgalumnimolliemurrayhunter-web.jpg72392750500Murray Hunter (right) and his wife Mollie. Photo: Submitted.NoNonesupport-studentsNo/
TextNone/Above contentEmotion still manages to bubble to the surface every time Murray Hunter (BE’59) thinks about how hard his dad worked to ensure he got a university education.

Hunter, a 90-year-old University of Saskatchewan (USask) alumnus, can easily recall how hard his dad worked at the family farm near Nipawin, Sask., to ensure he and his three siblings were given the tools to succeed in life.

“I was born lucky, born to parents who were very loving to their children,” said Hunter, who recently established the $1 million George and Winnifred Hunter Memorial Award Fund with the aim to provide annual $10,000 scholarships to USask students who need the same kind of support he had, but might not have the financial means.

“My dad borrowed money to get me going. I still choke up when I think about it. So, I think maybe I can help somebody who needs a good head start.”

“I think (my parents) would like this (memorial fund). It is to honour them. They were loving parents and they worked very hard for their children.”

The scholarships in the memorial fund are open to entering students who are pursuing a bachelor’s degree in agriculture and bioresources, engineering or education. Ideally, students from the Nipawin area can be selected for the scholarship, but other criteria can also be met.

Hunter vividly remembers his dad’s strong work ethic, as evidenced by the homestead he created by hand.

Murray’s father, George, returned from service in 1922 from the First World War with the dream of creating his own homestead in the Carrot River Valley near Nipawin.

In 1927, George married Winnifred Seaman, and soon, they had four children to raise. This is where Hunter witnessed the hard work his parents put into having a happy and healthy home.
TextBorrowed moneyNone/Above contentWhen Murray graduated from high school in Nipawin and told his dad he wanted to go to university, he took him to town and borrowed $700 from the bank and put in Murray’s bank account along with the $100 that Murray had saved. The money was meant to cover tuition and room and board for the year.

Hunter can still recall his first days at USask where he found a family to board with across the river from the university on the west side of the city. Hunter ended staying with them through his university years.

“I walked right over there and met a nice young woman at the door. I think it was $45 a month room and board. They were wonderful people and we remained in touch for years after.”

Hunter can also recall his first days on the USask campus as an eye-opening affair.

“I learned something right away. Classes were not easy. In high school where I grew up, it was not all the difficult, so naturally, I thought I was pretty smart. It didn’t take me long to realize at university that I was not one of the smarter students.”

Hunter ended up leaving university early to work in the burgeoning oilpatch in Drayton Valley, Alta., where he realized that manual labour was not his forte. After working every single day clawing at dirt with a pickaxe, he knew the best thing for him would be to return to Saskatoon and finish his degree.
TextImportant lessonsNone/Above contentHunter learned some important lessons during his university career.

“Being smart is good, but nothing beats being lucky and hard work. That’s a good combination.”

After finding work with a construction firm in Alberta, Hunter ended up finding his niche in commercial real estate and moved to Orlando, Fl., in 1971 after a friend talked him into giving it a try.

“We got into the real estate business down here and it worked out pretty good for us.”

Hunter still hasn’t given up on his ties to Canada. He and his wife, Mollie, return to a summer home west of Edmonton every year to escape the oppressive humidity of Florida.

Hunter married Mollie on his birthday in 1957 and they are still going strong.

And even at 90 years of age, Hunter still has not fully retired. He still enjoys going to work for a few hours every week. One of his sons occupies an office next to his and has a strong hand in the family business.

That’s an enduring work ethic Hunter’s parents would be proud to see from their son.
/news/2023/like-father-like-sonshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://alumni/news/2023/like-father-like-sonalumnilike-father-like-sonArticle headlineLike father, like sonAlumnus honours his parents’ hard work with scholarship fundalumniJohn GraingerDec 14, 2023 9:22 AM
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baetz-brings-loyalty-and-experience-as-college-of-medicine-interim-deantrue1718730911095imj129Baetz brings loyalty and experience as College of Medicine interim deanWith the start of the new year, Dr. Marilyn Baetz (MD) became interim dean of the University of Saskatchewan (USask) College of Medicine for a one-year term, or until a new dean is appointed.Kate BlauCollege of medicine, 1704207420000/articles/community/2023/baetz-brings-loyalty-and-experience-as-college-of-medicine-interim-deannewssite://news/articles/community/2023/baetz-brings-loyalty-and-experience-as-college-of-medicine-interim-deanimj1291704833108532imj1291704833108532show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/marilyn-baetz.jpgsite://news/images/2023/marilyn-baetz.jpgnewsmarilyn-baetz.jpg2276381080720Dr. Marilyn Baetz (MD) is the new interim dean of the College of Medicine at the University of Saskatchewan (USask). Dr. Marilyn Baetz (MD) is the new interim dean of the College of Medicine at the University of Saskatchewan (USask). (Photo: David Stobbe)NoNonesupport-critical-researchNo/
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She is the first woman to be dean of medicine at USask, and only the second psychiatrist. In fact, she was a student in the medical doctor program when the last psychiatrist, Dr. Ian McDonald (MD), was dean, and received her degree—as well as the Lindsey gold medal for top of her class—from him onstage at USask convocation in 1993.

Hers is a Saskatchewan story. She grew up on a farm near the Gardiner Dam and Danielson Provincial Park, where life included helping with seeding, harvest, gardening, animals, and other farm chores. She attended school in Strongfield and then Loreburn. 

“Small town community activities were part of growing up. It was certainly a different life. Most kids would have stayed on the farm or left for a couple years and then come back. No one had ever been a doctor from those communities, so it was never even seen as a possibility.”

It was only after completing a Bachelor of Science degree with great distinction at USask and then working as a hospital dietician that Baetz realized she could become a doctor. She completed her medical degree and residency in psychiatry, both also at USask. She made her career as a psychiatrist and academic based in Saskatoon, and is known widely in the province as a leader, dedicated mentor, and strong researcher.

She’s excited for the new opportunity as interim dean and the challenges it presents.

“This is not going to be about maintaining a status quo,” she said. “We’re on a huge trajectory of growth and I want to keep that going. There are research positions to fill. The new physician assistant program is in development. There’s a pressing need to grow in rural Saskatchewan and potential site expansions related to that. So it’s really important to keep moving forward.”

She also identifies the need for the college to keep advancing on its commitment to equity, diversity and inclusion, and sees the college offering opportunities for qualified people from a broad range of backgrounds. She would like to see more women in leadership and more Indigenous and rural learners, graduates, and members of faculty and staff. Workforce wellness is also a priority for Baetz, which she is particularly aware of as a physician.

“We’re over capacity in the health care system. These people are also our teachers, and this is the teaching ground for our learners. All of our faculty and staff are so important for our college. I want to see our staff proud and our faculty engaged.”

Baetz took on the interim dean role from a deep sense of loyalty to the college and university. It was the same reason she stepped into the position of provincial department head in psychiatry in 2010. From there, in 2019, she became the college’s vice-dean of faculty engagement. Here too she demonstrated her loyalty to the college and a deep understanding of faculty issues and perspectives. And in 2023 an interim dean was sought for the college, with the departure of Dr. Preston Smith (MD).

“There was a need, and I think I have the skillset,” she said. “As vice-dean, I’ve worked with faculty across the province. I’ve taught and mentored our learners. I know the issues. I’m rural Saskatchewan, and I’m loyal to the province and college. I feel a really strong commitment to keeping the great progress this college has made during Preston’s time as dean continuing and growing.”

A psychiatrist for 25 years, she has trained numerous undergraduate students and residents in psychiatry. She served on the Senior Leadership Council for the College of Medicine, and contributed to The Way Forward blueprint—an extensive renewal plan for the college—as a member of the Dean’s Advisory Committee. Her research interests include mood and anxiety disorders, with a special interest in maternal mental health, and she earned an international Templeton Award as one of the first researchers in Canada to examine the role of spirituality in mental health.

Additionally, Baetz is a Canadian Certified Physician Executive and a board member of the Canadian Society of Physician Leaders and the Royal University Hospital Foundation. She served on the Senior Leadership Team for the former Saskatoon Health Region, and the Physician Advisory Transition Team for the Saskatchewan Health Authority.

Her hopes for the future of the college include seeing every physician in the province join its faculty and  more medical learners trained here staying here. Over many years, Baetz has served as a significant linchpin between the college and the health care system. She has a deep understanding of each based on her extensive experience and involvement in both. It positions her well to lead the continued progress of the College of Medicine.

“There’s such a great need for growth and continuity. I see that I can fill a gap and ensure we don’t have a loss of momentum.”

asian-heritage-month-usask-researcher-encourages-asian-students-to-reach-out-and-get-involvedtrue1718730911095imj129Asian Heritage Month: USask researcher encourages Asian students to reach out and get involvedWhen Mika Rathwell’s family immigrated to Saskatchewan in the 1960s, they were one of the very few Indian families in the province.AHM,1685382840000/articles/community/2023/asian-heritage-month-usask-researcher-encourages-asian-students-to-reach-out-and-get-involvednewssite://news/articles/community/2023/asian-heritage-month-usask-researcher-encourages-asian-students-to-reach-out-and-get-involvedccm0461685383005049ccm0461713462348146show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mika-rathwell-1080.jpgsite://news/images/2023/mika-rathwell-1080.jpgnewsmika-rathwell-1080.jpg1634801080720Graduate Mika Rathwell is currently employed as a project lead with the Urban Public Health Network in the USask Department of Community Health and Epidemiology. (Photo: Submitted)Graduate Mika Rathwell is currently employed as a project lead with the Urban Public Health Network in the USask Department of Community Health and Epidemiology. (Photo: Submitted)NoNonesupport-studentsNo/
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Growing up in Saskatoon, Rathwell didn’t see very many Indian-Canadian kids that looked like her on her neighbourhood playground. It wasn’t until she began her time at the University of Saskatchewan (USask) studying anthropology that she noticed more Asian representation around her.

Rathwell is currently employed at her alma mater as a project lead with the Urban Public Health Network in the USask Department of Community Health and Epidemiology.

“I’m lucky to work with a diverse research team at USask, and we have quite a bit of Asian representation in our research group and I see a lot of representation in community health and epidemiology in general,” she said, adding that she thinks there’s always room for more representation at all levels of research design and leadership.

She said she’s had a very positive experience being an Asian researcher at USask, but there are times when she’s faced with the stereotype of being a young, timid, and quiet Indian woman.

“There have definitely been times in my career when I haven’t felt like my voice is being heard,” Rathwell said. “Luckily, I have had several bosses, mentors, and teammates that have encouraged me to speak up over the years and value my experience.”

She encourages other Asian students wanting to pursue a career in community health and epidemiology to “reach out and get involved.”

“There’s so much interesting research happening across the university,” she said. “I wish as a student I had expressed my interest in and joined more research teams at USask.”

asian-heritage-month-south-asian-prof-pays-positive-campus-experience-forwardtrue1718730911095imj129Asian Heritage Month: South Asian prof pays positive campus experience forwardDr. Thilina Bandara (PhD) describes the University of Saskatchewan (USask) as a second home. Victoria DinhSchool of Public Health, AHM,1685023200000/articles/community/2023/asian-heritage-month-south-asian-prof-pays-positive-campus-experience-forwardnewssite://news/articles/community/2023/asian-heritage-month-south-asian-prof-pays-positive-campus-experience-forwardccm0461684950147677ccm0461713462332847show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/thilina_bandara.jpgsite://news/images/2023/thilina_bandara.jpgnewsthilina_bandara.jpg1505191080720Dr. Thilina Bandara (PhD) is an assistant professor in the USask School of Public HealthDr. Thilina Bandara (PhD) is an assistant professor in the USask School of Public Health. (Photo: Submitted)NoNonesupport-studentsNo/
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His visits to campus have spanned for as long as he could remember, beginning in the early 1990s shortly after his father, Dr. Manjula Bandara (PhD), completed his time as a PhD student in the USask College of Agriculture and Bioresources all the while raising a young Sri Lankan family.

“I grew up on this campus and the research crop fields surrounding it,” said Bandara. “Some of my earliest memories are of running between the agriculture building and the biology building, eating Sun Chips from the vending machine and gawking at the dinosaurs.”

Bandara said it feels as though he never left.

Exactly 30 years after his father achieved his PhD in Crop Physiology, Bandara was awarded a PhD in Community and Population Health Sciences at USask.

TextPullquote"We are at a moment in public health that demands a diverse expertise to help alleviate systemic injustices. Asian-Canadians are important allies in this coalition, and I’d encourage Asian students to bring humility, empathy and a sense of justice to the public health field.”Dr. Thilina Bandara /Align left

Bandara, now an assistant professor part of the USask School of Public Health, said he feels very fortunate to be able to pay his positive experiences forward to the campus and to a new generation of students attending the university.

“Being a South Asian professor in Saskatoon and in Canada has been great,” he said. “I do find the representation in my field quite diverse; much more than other fields in fact.”

Currently, Bandara’s research in the fields of Public Health Systems and Services Research and Immunization Research involves social, political and economic aspects of population health.

“I apply a mix of policy, epidemiology and organizational research methods to understand how to improve our systems,” he explained.

As for Asian students that would like to follow in his footsteps, Bandara advised: “The pandemic laid-bare health inequities to those who may not have noticed. We are at a moment in public health that demands a diverse expertise to help alleviate systemic injustices. Asian-Canadians are important allies in this coalition, and I’d encourage Asian students to bring humility, empathy and a sense of justice to the public health field.”

asian-heritage-month-filipino-student-finds-cultural-connection-through-campus-grouptrue1718730911095imj129Asian Heritage Month: Filipino student finds cultural connection through campus groupWhen Mariane Andrea Docabo chose to apply to the University of Saskatchewan (USask), she wanted to study in an environment where she was surrounded by people from various cultural backgrounds.Victoria DinhAHM, asian, 1684853340000/articles/community/2023/asian-heritage-month-filipino-student-finds-cultural-connection-through-campus-groupnewssite://news/articles/community/2023/asian-heritage-month-filipino-student-finds-cultural-connection-through-campus-groupbpk4551684853504872ccm0461714409295108show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mariane_docabo.jpgsite://news/images/2023/mariane_docabo.jpgnewsmariane_docabo.jpg1326491080720Mariane Docabo is currently embarking on her third year of a Bachelor of Commerce (B.Comm.) degree in Management at the USask Edwards School of Business. Mariane Andrea Docabo is currently embarking on her third year of a Bachelor of Commerce (B.Comm.) degree in Management at the USask Edwards School of Business. (Photo: Submitted) NoNoneNoneNo/
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“I knew that going to Saskatoon for university would allow me to see a lot of representation in different areas,” Docabo said.

Coming from a Filipino background, she also wanted to meet and build friendships with other people who shared the same heritage but were from different parts of Saskatchewan. This is what led her to joining the USask Filipino Students Association (FSA), a group that was created in 2012 in support of the victims of Typhoon Yolanda in the Philippines that left numerous communities without a home. The FSA currently works to build connections and to provide community support for all students.

“I sought out a club that would be able to provide me with a sense of community in an unknown environment and help me settle into the university and the new city,” Docabo said, adding that the FSA did just that for her first couple years at USask. 

“Regardless of what year you’re in, I think that joining a club or organization is a great way to connect with people and make friends. For me, FSA events were like a study break, and they definitely helped with maintaining a balance between school and my social life.” 

Next year, Docabo will be part of the FSA executive team.

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Docabo is currently embarking on her third year of a Bachelor of Commerce (B.Comm.) degree in Management at the USask Edwards School of Business.

She said it’s interesting to see the stereotypes emerge when people ask her what field of study she has chosen.

“Oftentimes when I tell people I’m attending university they assume that my bachelor's degree is in nursing or in engineering,” Docabo explained. “It’s not that my B. Comm. degree is not acceptable but rather, not preferred.”

She said one of her goals as an FSA executive next year is to show people that Filipinos are much more than nurses or doctors.

“We have creative minds in the community who are capable of being artists, designers, and so much more.”

asian-heritage-month-law-grad-hopes-to-bridge-legal-language-gap-for-chinese-communitytrue1718730911095imj129Asian Heritage Month: Law grad hopes to bridge legal language gap for Chinese communityLu Wang was approaching 40 years old when he decided to pursue a career in law at the University of Saskatchewan (USask). Now, as a law school graduate, Wang is hoping he can help his Mandarin-speaking community feel more confident with legal language. Victoria DinhCollege of Law, AHM,1684506900000/articles/community/2023/asian-heritage-month-law-grad-hopes-to-bridge-legal-language-gap-for-chinese-communitynewssite://news/articles/community/2023/asian-heritage-month-law-grad-hopes-to-bridge-legal-language-gap-for-chinese-communityccm0461684507386323ccm0461713462310941show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/lu_wang.jpgsite://news/images/2023/lu_wang.jpgnewslu_wang.jpg1934341080720USask graduate Lu Wang hopes his new law background can help ease language difficulties for his primarily Mandarin-speaking friends and family living in Canada. USask graduate Lu Wang hopes his new law background can help ease language difficulties for his primarily Mandarin-speaking friends and family living in Canada. (Photo: Submitted)NoNonesupport-studentsNo/
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It was 2018 when Wang, a first-generation Chinese immigrant living and working in Edmonton, decided to attend a law school recruitment event in the city. That’s when he came across a booth for the USask College of Law.

“Before that, I'd never been to Saskatchewan. I didn’t even know how to spell the word Saskatchewan,” Wang laughed, saying it was the school’s recognition of diversification and acceptance of different communities that attracted him to the program.

He applied and was accepted, beginning classes during the peak of the COVID-19 pandemic.

“The program started in 2020 but I didn't come to Saskatoon until 2021. My first year was completely online due to COVID-19 and that was a hard time for everyone and not just me.”

During his years as a law student, Wang also volunteered as the sole USask student committee member of the Federation of Asian Canadian Lawyers (FACL), a non-profit organization that provides opportunities for Asian Canadian lawyers to build connections with members across the country.

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Wang was in his twenties when he arrived in Canada as a university student. He recounted how difficult it was as a new immigrant studying in a foreign country.

“I was timid,” Wang said. “I remember some of the university buildings had ‘no smoking’ signs outside which made perfect sense to me: it meant not allowed to smoke.”

TextImage/images/2023/lu_wang_grad.jpgsite://news/images/2023/lu_wang_grad.jpgnewslu_wang_grad.jpg110912675798Lu Wang will be celebrating his Juris Doctor degree during Spring Convocation ceremonies this June at USask. (Photo: Submitted)Align right

One building, he remembered, had a different sign which read, ‘smoke free.’

“I thought it was a special building where people could smoke freely inside,” he said, explaining that these small misunderstandings led to a larger feeling of apprehensiveness.

“Every time I said something that people couldn’t understand, I thought it was my fault. Every time people said something that I didn't understand, I thought it was my fault. I didn't even know that I didn't understand certain things, so I didn't even know what to ask,” said Wang. “That was my biggest challenge in my early years.”

He said although he can look back and laugh at those moments now, this timid feeling around language is something that many new immigrants or non-native English speakers still deal with.

This year, Wang will be graduating, walking across the convocation stage in June to collect his Juris Doctor (JD) degree. He said he’s hoping his new law background can help ease language difficulties for his primarily Mandarin-speaking friends and family living in Canada from ever feeling timid asking questions when it comes to legal language.

“I think that’s quite something. I feel like I am bridging the [language] gap to help people.”

2024true1718295729448imj1292024/articles/community/2024newssite://news/articles/community/2024imj1291704828918414imj1291704828918414show-in-navNocall-to-uplift-indigenous-voices-at-usasktrue1718730911095imj129Call to uplift Indigenous voices at USaskAs a leader in Indigenization, the University of Saskatchewan (USask) aspires to achieve uplifting Indigenization and to advance transformative decolonization leading to reconciliation as an institution and university community. Indigenization is a huge task, one that cannot be achieved alone. Indigenous, aboriginal, usask, 1718639040000/articles/community/2024/call-to-uplift-indigenous-voices-at-usasknewssite://news/articles/community/2024/call-to-uplift-indigenous-voices-at-usaskccm0461718639287696ccm0461718662285863show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/indigenous-symbols.jpgsite://news/images/2024/indigenous-symbols.jpgnewsindigenous-symbols.jpg676621080720indigenous symbols on a grey backgroundNoNonesupport-indigenous-achievementNo/
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Dr. Angela Jaime (PhD) has been with the university for four years, having first joined as vice-dean Indigenous for the College of Arts and Science and is also a professor of Indigenous Studies. Jaime now serves as vice-provost Indigenous engagement, a role in which she, along with her team, is responsible for initiatives like deybwewin | tapwewin | taapwaywin: Indigenous Truth Policy and ohpahotȃn | oohpaahotaan: Indigenous Strategy, guiding conversations across campus about what it means to recognize Indigenous membership/citizenship, decolonize the university, and uplift the voices of Indigenous students, staff and faculty.

Examples of Indigenization are happening throughout the year at USask. The university-wide committee mistatimõk planning collaboratively to support and educate the campus community, anti-racism/anti-oppression training delivered to senior leaders and units for the past two years, and ohpahotân | oohpaahotaan spring and fall symposiums attended at full capacity for the last four events. These are just a few of the efforts happening to further support the USask commitment to reconciliation.

TextImage/images/2024/angela_jaime-sq.jpgsite://news/images/2024/angela_jaime-sq.jpgnewsangela_jaime-sq.jpg98558556556Dr. Angela Jaime (PhD), vice-provost Indigenous engagement. (Photo: University of Saskatchewan)Align right

“Indigenization has a lot of levels,” Jaime explained. “Ultimately the goal is that we [Indigenous people] don’t have to explain ourselves or fight for our voice or a vote at the table, because it would already be built into the institution. While we’ve made progress as a university, we have a long way to go.”

Education is a critical component to this work.

As an academic specializing in Indigenous Studies, it wouldn’t be a stretch to assume that Jaime might consider herself an expert on Indigenous issues or culture, but that’s not the case.

“I’ve been trained academically in Indigenous Studies and education globally, specifically the United States,” said Jaime, “but when I came to Saskatchewan, I spent, and continue to devote time, to learning as much as I can about Métis, Inuit, and First Nations people and their distinct and unique cultures and history.

“As a learner, I turn to what I know, and that’s doing the research and continuing my education,” said Jaime. “It’s also important to take time to sit and care for your relationships and learn from each other.”

Jaime believes it’s incumbent upon everyone at USask to take the time to learn and make connections. Everyone must take ownership of this work personally and professionally, Jaime explained, because the responsibility for reconciliation lies with everyone.

“Doing the work is all about education and exposure,” said Jaime. “It’s about holding the line when others want to shy away from implementing ohpahotân | oohpaahotann, the Indigenous Strategy for USask. It’s time to make space for Indigenous voices, not just as advisors but as decision makers.”

Accepting the gift of ohpahotân | oohpaahotann means the university has a responsibility to do our part towards Indigenization – “to take an end of our strands, hold on tight, and provide the needed pressure and tension as we weave a tight sweetgrass braid.

“We all must continue to create and make space for Indigenous people to take up that space,” said Jaime.

While Indigenous people have a role to play in Indigenization, Jaime said it isn’t their role to correct the past.

“It’s not the job of Indigenous people,” emphasizes Jaime. “Their role is to represent and support their Nations and Collectives and make sure they are getting everything they deserve; they are the Rights Holders. Everyone else needs to think about what truth means and how they’re facing their own truth to support reconciliation.”

Take the first step by learning about Indigenous history and current events this month on USask’s Spotlight page.

usask-to-welcome-stevenson-and-marsh-to-board-of-governorstrue1718730911095imj129USask to welcome Stevenson and Marsh to Board of GovernorsThe University of Saskatchewan (USask) is pleased to welcome two new members to the Board of Governors to serve three-year terms, beginning July 1, 2024. University Communications1718287920000/articles/community/2024/usask-to-welcome-stevenson-and-marsh-to-board-of-governorsnewssite://news/articles/community/2024/usask-to-welcome-stevenson-and-marsh-to-board-of-governorsccm0461718288112399ccm0461718288112399show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/bogappointees2024.jpgsite://news/images/2024/bogappointees2024.jpgnewsbogappointees2024.jpg1307891080720USask will welcome Corinna Stevenson (left) and Mike Marsh (right) to the Board of Governors for three-year terms, effective July 1, 2024. (Photos: Submitted)USask will welcome Corinna Stevenson (left) and Mike Marsh (right) to the Board of Governors for three-year terms, effective July 1, 2024. (Photos: Submitted)NoNonesupport-studentsNo/
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“We are looking forward to welcoming Mike Marsh and Corinna Stevenson as new board members,” said Shelley Brown, chair of the university’s board. “Their diverse talents, perspectives and industry experience will be invaluable assets to our governance team, and we are appreciative of the time and dedication they have committed to USask over the next three years.” 

A USask alum, Stevenson holds a Bachelor of Commerce degree in accounting and holds a Chartered Professional Accountant designation. Stevenson and her husband Jeff grain farm and operate Hi-Lite Custom Feedlot together with their sons and in-laws. She was formerly a consultant with SaskCentral Business Advisory Services providing finance, corporate governance and enterprise risk management expertise to credit unions across Saskatchewan, and has held numerous senior leadership roles in financial institutions throughout her career. She is also an avid volunteer in the advanced education sector and has previously served two terms as District 9 (Melfort, Nipawin, Hudson Bay) Senator for USask. 

In 2022, Stevenson was honoured with the Queen Elizabeth II Platinum Jubilee Medal for her transformational leadership within the regional college system. 

“I have learned so much as an executive and I have a lot to give back,” she said. “I look forward to rolling up my sleeves and getting started. I am simply delighted to be on campus more often. I may be biased but it is one of the most beautiful places in Saskatchewan.” 

The USask Board of Governors will also welcome USask alum Mike Marsh to the team. 

Marsh earned a Bachelor of Science in Mechanical Engineering from USask in 1979 and later obtained a Master of Business Administration from Queen’s University in 1999. With over 40 years of construction, operational and corporate experience, Marsh has worked on corporate governance development, business and planning process improvements, and capital project evaluations together with financial review and reporting processes. He was on the executive leadership team at SaskPower for 15 years, where he served seven years as president and chief executive officer before he retired in December of 2021. Marsh has extensive experience working with boards for industry associations and not-for-profit organizations. 

 In 2018, Marsh was honoured as the Distinguished Lecturer at the USask College of Engineering’s 42nd annual C.J. Mackenzie Gala of Engineering Excellence. 

“The University of Saskatchewan has a long and proud history of graduating exceptional talent year after year,” said Marsh. “Together with the research and academic work done at USask, there will continue to be significant impacts resulting from this university here in Saskatchewan, across Canada and around the world. I am confident that we can continue to build on that success well into the future.” 

With the arrival of two new members, current board members Joy Crawford and Louise Simard will be completing their terms. 

“We are grateful for the service and dedication of both Joy and Louise on the Board of Governors during their terms, and we thank them for their contributions to the university,” said Brown. 

The University of Saskatchewan’s Board of Governors is responsible for overseeing and directing all matters respecting the management, administration and control of the university’s property, revenues and financial affairs. 

The board consists of 11 members: the chancellor and the president of the university as ex officio members, five members appointed by the Lieutenant-Governor-in-Council, two members elected by the University Senate, the president of the University of Saskatchewan Students’ Union, and one faculty member elected by the faculty. 

sweeney-legacy-gift-to-support-bursaries-for-engineering-students-at-usasktrue1718730911095imj129Sweeney legacy gift to support bursaries for engineering students at USaskA legacy gift from D’Arcy John Milton Sweeney (BE'47) will provide $200,000 in bursary funding for students who demonstrate extreme financial need during their studies at the University of Saskatchewan (USask). Sarah TrefiakAlumni1717510080000/articles/community/2024/sweeney-legacy-gift-to-support-bursaries-for-engineering-students-at-usasknewssite://news/articles/community/2024/sweeney-legacy-gift-to-support-bursaries-for-engineering-students-at-usaskccm0461718287831152ccm0461718287831152show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/darcy_virginia_sweeney-background.jpgsite://news/images/2024/darcy_virginia_sweeney-background.jpgnewsdarcy_virginia_sweeney-background.jpg115912925617(Photo: Submitted. The late D’Arcy Sweeney, pictured here with his wife, Virginia, has left a legacy gift of $200,000 to support USask students in financial need.)The late D’Arcy Sweeney, pictured here with his wife, Virginia, has left a legacy gift of $200,000 to support USask students in financial need. (Photo: Submitted)NoNonesupport-studentsNo/
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Sweeney, a child of the Great Depression, was born in Blaine Lake, Sask., in 1926. His family moved to nearby Marcelin, Sask., in 1929 before settling in Prince Albert, Sask., in 1935. Despite living near the poverty line and at times, struggling to find enough to eat, Sweeney was able to graduate from high school at the age of 16 before moving to Saskatoon, Sask., to further his education at USask.

After receiving his mechanical engineering degree from the College of Engineering in 1947, Sweeney moved to Walkerville (now Windsor), Ont., where mechanical engineering jobs were in abundance. He began his career with The Percy Alcomb Engineering Company and later moved to Chrysler overseeing parts redesign. It was there that he met his wife, Virginia.

In 1950, Sweeney was hired by Trane Company of Canada, a worldwide heating and air conditioning manufacturer, and was eventually given the opportunity to take over the Toronto franchise, leading to the establishment of D’Arcy Sweeney Ltd. in 1957.

“Like many successful people, he made the most of his opportunities,” said Sweeney’s son, Gary, “but he also worked diligently to maximize those opportunities in a Toronto market that was poised to undergo a boon in construction and development over the next several decades.”

Gary believes that his father’s strong work ethic developed at a very young age. Sweeney witnessed his father, a self-taught electrician, wire the Prince Albert Penitentiary and watched his mother, a midwife, work tirelessly to make ends meet for their family as well as pay for his education at USask.

Gary has continued that tradition of hard work, joining the family business at age 15 and later facilitating the company’s expansion across Canada. Gary worked alongside his father from 1970 until Sweeney’s passing on July 19, 2023, at the age of 97.

TextPullquote“Knowing that this gift will provide even one student with a better life, would have made my father very proud.” Gary Sweeney/Align left

When asked why he thought his father was so passionate about giving back to USask, Gary explained that for his father, moving to Saskatoon was truly a life changing experience.

“When he got to Saskatoon, his eyes opened,” Gary said. “Indoor plumbing was a novelty to him, there were student cafeterias where he could get regular meals – the cosmopolitan nature of Saskatoon was truly a turning point for him,” he said.

“The University of Saskatchewan provided him with that environment to grow,” said Gary, “and he wanted to give that same opportunity his parents gave him to someone in authentic financial need.”

Gary recalled how his father valued the support of his family and friends above all else and that giving back to his communities, one of which was USask, was his way of passing on the support he had received in his life.

“Words were never as good as his deeds and that is best exemplified by his desire to establish these memorial bursaries,” he said.

Gary said his father would have been happy to support the large goal of USask’s $500 million Be What the World Needs campaign, but for Sweeney, it was always about the individual.

“Knowing that this gift will provide even one student with a better life, would have made my father very proud.”

four-members-of-usask-community-receive-cbc-future-40-awardstrue1718730911095imj129Four members of USask community receive CBC Future 40 awardsStudents, staff, alumni and a researcher were honoured for their leadership and community involvement via the CBC Saskatchewan Future 40 awards.University Communicationsalumni, 1718039100000/articles/community/2024/four-members-of-usask-community-receive-cbc-future-40-awardsnewssite://news/articles/community/2024/four-members-of-usask-community-receive-cbc-future-40-awardsccm0461718039213931ccm0461718057054749show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/usask-future40-recipients-photo-credit-cbc.jpgsite://news/images/2024/usask-future40-recipients-photo-credit-cbc.jpgnewsusask-future40-recipients-photo-credit-cbc.jpg1825381080720From left: Tasnim Jaisee, Dr. Linzi Williamson (PhD), Madhurja Ghosh, Ishita Mann (Photos courtesy of CBC)From left: Tasnim Jaisee, Dr. Linzi Williamson (PhD), Madhurja Ghosh, Ishita Mann (Photos courtesy of CBC)NoNonesupport-studentsNo/
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The CBC Saskatchewan Future 40 awards are a celebration of young leaders and change-makers across the province. Four members of the USask community were among the ten 2024 recipients. They are being honoured for making a difference in their communities and helping Saskatchewan be a better place to live, work and play:

Tasnim Jaisee:

Tasnim Jaisee (BA’24, BA’24, CQGS’24) graduated from the College of Arts and Science in 2024 with dual undergraduate honours degrees in Political Studies and Women’s and Gender Studies, and a certificate in Queer Theory, Gender Diversity, and Sexualities Studies. Previously, she was elected USSU President, as the first woman of colour in the role. She is now the Equity, Diversity, Inclusion (EDI) Project Specialist in USask’s Office of the Provost and Vice-President Academic. 

Dr. Linzi Williamson (PhD):
Dr. Linzi Williamson (MA’13, PhD’19) is an assistant professor in the Department of Psychology and Health Studies in USask’s College of Arts and Science, and the co-director of the PAWSitive Connections Lab. Williamson is also a USask alumnus with an MA (2013) and PhD (2019) in Applied Social Psychology.

Madhurja Ghosh:
Madhurja Ghosh (BComm’18) is a USask alumnus who graduated from the Edwards School of Business in 2018 with an undergraduate degree (with distinction) in accounting. He serves as a mentor for the USask’s Connects mentorship program, among his many other talents.

Ishita Mann:
Ishita Mann is an undergraduate student who recently served the University of Saskatchewan Students’ Union as the first-ever female Indian president of the USSU.

To learn more about the impact these four trailblazers are having in their communities and to view the full list of the 2024 CBC Saskatchewan Future 40 recipients, click here.

award-winning-usask-business-professor-says-capitalism-and-sustainability-not-at-oddstrue1718730911095imj129Award-winning USask business professor says capitalism and sustainability not at oddsUniversity of Saskatchewan (USask) Assistant Professor and Sustainability Faculty Fellow Brooke Klassen (MBA) helps her students become socially conscious professionals by including sustainability learning outcomes, activities and assessments in her classes.Darla Readsustainability, 1717712220000/articles/community/2024/award-winning-usask-business-professor-says-capitalism-and-sustainability-not-at-oddsnewssite://news/articles/community/2024/award-winning-usask-business-professor-says-capitalism-and-sustainability-not-at-oddsccm0461717712358192ccm0461717712358192show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/brooke-klassen-sustainability.jpgsite://news/images/2024/brooke-klassen-sustainability.jpgnewsbrooke-klassen-sustainability.jpg2689531080720Brooke Klassen and Vicky Parohl promoting the United Nations’ Sustainable Development Goals in the Edwards School of Business. (Photo: Submitted)Brooke Klassen and Vicky Parohl promoting the United Nations’ Sustainable Development Goals in the Edwards School of Business. (Photo: Submitted)NoNoneNoneNo/
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USask alumnus Brooke Klassen, assistant professor in the Edwards School of Business and Sustainability Faculty Fellow 2022-24, recently received an Education for Sustainable Development (ESD) Recognition Award for her work in sustainability in her courses.

Klassen received the award from the United Nations University-designated Regional Centre of Expertise for Saskatchewan. She also won this year’s Dr. Garth Pickard Award, for Post-Secondary Excellence in Education for Sustainable Development. To honour her achievements and to mark Canadian Environment Week June 2-8, we asked Klassen to expand on her important work in sustainability.

USask: You recently won an award for ESD in MBA 803, as well as the Dr. Garth Pickard Award for Post-Secondary Excellence in Education for Sustainable Development. What does it mean to you to be recognized in these ways?

BK: It gets me so excited when I find others who share my passion for sustainability. Sometimes it can be difficult to reconcile how to approach sustainability from a traditionally capitalist perspective, but I am humbled to be recognized for the work I’ve done to show students that the two concepts are not at odds and instead help to develop stronger, more viable organizations.

USask: What does it mean to ‘embed sustainability’ in the classes you teach?

BK: To me, it means that I have applied the UNESCO Reflect Share Act model that was created in 2020 to assist anyone in acquiring the skills and knowledge needed to promote sustainable development in their community. I wanted students to reflect on issues, share possible solutions, and act towards meaningful change. Many of those actions happen outside the classroom, in their workplaces, social groups and communities. 

USask: Why is embedding sustainability in your classes important to you?

BK: When I became a university instructor, I naturally gravitated towards engaging my business students in discussions around social issues. I remember showing a video where UN representatives from countries that were running out of clean drinking water asked for water to be deemed a human right. This was in 2010, and at that time, there was discussion around how scarce water could become by 2040 if the world didn’t take action. The strong reactions from students, many of whom have never worried about water security in their own lives, confirmed the importance of challenging students to think differently from very early on in their degrees. Our mission at Edwards is to enable learners to become socially conscious professionals, and my contribution comes from including sustainability learning outcomes, activities and assessments in my classes.

USask: What kind of challenges are there in embedding sustainability in business classes?

BK: There are several challenges, which can be connected around a central theme of doubt. Some students doubt that the world can achieve the ambitious targets set out in the UN’s Sustainable Development Goals (SDGs). Others doubt their own ability to contribute in a meaningful way. Still others doubt their role in ‘saving the world’ and put it back on the businesses and earlier generations that created the issues in the first place.

However, these aren’t reasons to give up. In fact, I use them as motivation to keep going. It is important to me that students see that they can start up, work in or even run profitable businesses that are also focused on doing what is right for the next generations to come.

USask: I was told you are leading work on Generative AI. Can you explain what that means and why it’s important?

BK: I am a member of the USask Artificial Intelligence (AI) Task Force, which was established to develop comprehensive principles and associated guidelines for the use of AI by the university, aligned with our core areas of research, teaching, and administration. There are many considerations around sustainability in the use of AI, and I’ve really enjoyed contributing to this work by applying the knowledge I developed through my USask Sustainability Faculty Fellowship.

USask: How can people take action?

BK: My hope is that highlighting how to engage students in developing sustainability-related competencies encourages others in our university community to do the same. Every action matters, no matter how large or small it may seem. 


We asked Klassen how people can learn more. She suggested reading the sustainability teaching and learning practices guide written by the inaugural USask Sustainability Faculty Fellows, in which she wrote Chapter 7. She also suggested signing up for a workshop focused on community-engaged learning. People could also read her article for The Conversation titled Can marketing classes teach sustainability?

80th-anniversary-of-d-day-a-tragic-usask-love-storytrue1718730911095imj12980th anniversary of D-Day: A tragic USask Love storyEighty years ago today on June 6, 1944, the D-Day Allied assault on the Normandy beaches in France helped turn the tide of the Second World War. But the invasion came at a terrible cost of lives lived and lost – including former University of Saskatchewan student Major John (Jack) Vernon Love – and grieving loved ones left behind.James ShewagaAlumni,1717682400000/articles/community/2024/80th-anniversary-of-d-day-a-tragic-usask-love-storynewssite://news/articles/community/2024/80th-anniversary-of-d-day-a-tragic-usask-love-storyccm0461717621728488ccm0461717682656685show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/1a-wedding-picture-courtesy-of-the-family.jpgsite://news/images/2024/1a-wedding-picture-courtesy-of-the-family.jpgnews1a-wedding-picture-courtesy-of-the-family.jpg1341951080720The wedding photo of Major John (Jack) Vernon Love with his wife Margaret Fisher Ferguson (later Fallis) on July 11, 1941, six weeks before heading off to war. (Photo: Courtesy of the Fallis family)The wedding photo of Major John (Jack) Vernon Love with his wife Margaret Fisher Ferguson (later Fallis) on July 11, 1941, six weeks before heading off to war. (Photo: Courtesy of the Fallis family)NoNoneNoneNo/
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A total of 359 Canadians were killed in the Juno Beach landings on D-Day, with Major Love one of 44 members of the Regina Rifle Regiment lost that day in the attack on the most heavily defended position along Juno Beach, when his landing craft struck a mine just off shore. Left to mourn Love’s loss back home in Canada were family and friends, including his parents John and Ethel Love of Yorkton, Sask., his brothers and sisters, and his young bride Margaret Fisher Ferguson (later Fallis) and her family from Fort Qu’Appelle, Sask.

She received the devastating news while working in the fashion industry in Toronto, where they were married on July 11, 1941, before moving to Nova Scotia where Love was posted. Like so many war-time brides, they had only a brief six weeks together as a married couple, before Love was shipped overseas, to never return again.

TextImage/images/2024/2-major-john-love-courtesy-of-the-family.jpgsite://news/images/2024/2-major-john-love-courtesy-of-the-family.jpgnews2-major-john-love-courtesy-of-the-family.jpg121167600812Major John (Jack) Vernon Love, who left medical school at the University of Saskatchewan in 1940 to enlist, was one of 359 Canadians killed at Juno Beach on D-Day, June 6, 1944. (Photo: Courtesy of the Fallis family)Align right

“I was 14 before my mother could bear to tell me about Jack, and then only to put a heartbreak of my own into perspective, which it surely did,” said daughter Penny Harvey, whose father was Margaret’s second husband, Lt. Col. Edwin Keith Fallis who also served in the Second World War. “I honour Jack for his service, and will never forget his sacrifice. I honour my mother too for her losses – a husband, unborn children, and years of her youth spent waiting for someone who would never return – for growing stronger and wiser from the experience, and for eventually finding the courage to build a different but full and overall wonderful life. But another life was lost; the one that she and Jack had planned.”

Raised in Yorkton, Love left a job with the Department of Agriculture in Regina in the summer of 1939 and moved to Saskatoon to study medicine at USask for a year, before joining the war effort when he enlisted in the army in Regina on June 1, 1940. His wife Margaret – daughter of early tuberculosis researcher Dr. Robert Ferguson (awarded an Honorary Degree by USask in 1946) – also attended university at USask from 1938-39 before moving to Chicago to study fashion design for a year, prior to their wedding in 1941 in Toronto. After a one-day honeymoon in Quebec City, they moved to Nova Scotia where Love was stationed at Canadian Forces Station Debert, before Love was sent to Europe six weeks later.

TextImage/images/2024/3-major-love-grave-marker-courtesy-of-canadian-virtual-war-memorial.jpgsite://news/images/2024/3-major-love-grave-marker-courtesy-of-canadian-virtual-war-memorial.jpgnews3-major-love-grave-marker-courtesy-of-canadian-virtual-war-memorial.jpg3091207681024The grave marker of Major John (Jack) Vernon Love in the Bény-sur-Mer Canadian War Cemetery in Normandy, France. (Photo: Courtesy of the Canadian Virtual War Memorial)Align left

For Harvey and her sister Shanti Fallis Huebner and brothers David Fallis and Robert Fallis, their mother’s first marriage during the war was a chapter in her life that they never knew about until years later. In 2013, Penny, Shanti and David wrote and self-published a biography in honour of their mother’s remarkable life, titled Portrait of an Artist: M. Fallis. In the book, the siblings share the story of their mother’s war-time marriage to Love, the heartbreak of losing their unborn baby after he headed overseas, and the devastation of learning of her husband’s death on D-Day at the age of 25.

In the book, they wrote:
“In the three years between their wedding and D-Day, Jack was promoted from Lieutenant to Captain to Major. But all he and Margie ever had were those first six weeks together, their censored letters, and photographs. Margie lost her husband Jack on D-Day, June 6, 1944: the end of their dream of a life together. Jack died a hero, memorialized in Normandy, but that was small consolation. As Margie’s daughter Shanti Fallis Huebner describes it, ‘She was an amazing woman and had so many different chapters in her life ... things we can’t even imagine. Like one’s husband going to war ... the waiting ... the not knowing ... then the stark reality of death.’”

Shortly after Harvey learned of her mother’s first marriage, the family moved overseas with their father, Lt. Col. Fallis, a career Royal Canadian Air Force pilot who was later posted to France. There, the family took the opportunity to pay tribute to their mother’s first husband by travelling to the Beny-sur-Mer Canadian War Cemetery overlooking Juno Beach, where 2,048 Canadian soldiers lie forever at rest, including Major Love.

TextImage/images/2024/4.john-love-island-in-sask.jpgsite://news/images/2024/4.john-love-island-in-sask.jpgnews4.john-love-island-in-sask.jpg105224600844The Province of Saskatchewan’s dedication of Love Lake in 1967 in memory of former USask student Major John (Jack) Vernon Love, who was killed on D-Day. (Photo: Submitted)Align right

“While there, we went to the Canadian cemetery so my mother could visit Jack’s grave,” said Harvey. “We were moved and astounded by the seemingly endless rows of headstones for war casualties. Over the years we were all both honoured and saddened to know of his service and the tragedy our mother had needed to overcome to go on and live her life to the full. Along with her sense of humour, her hard-won courage was an inspiration as she faced that loss and others, but carried on to make the absolute most of whatever time she was given.

“The generations that knew Jack Love are almost gone, but stories of his heroism live on in family oral history. On D-Day and November 11th, he is remembered, embodying all who sacrificed their lives for our freedom.”

Harvey’s mother passed away on April 21, 2005, at the age of 85, surrounded by family at her home in Victoria. She is remembered as a successful artist and art historian, philanthropist, businessperson, lay minister, world traveller, and life-long student (earning her bachelor’s and master’s in her 60s), as well as a loving wife, mother and friend.

Major Love was one of more than 2,500 USask students, staff, faculty, and alumni who served in the Second World War and one of the 202 who were killed in action. He is commemorated on the Yorkton War Memorial, with Love Lake in Northern Saskatchewan also named in his honour. His headstone in the cemetery overlooking Juno Beach reads: MAJOR JV LOVE, REGINA RIFLE REGIMENT, 6TH JUNE 1944 AGE 25. UPON THE ALTAR OF THE WORLD HE STOOD; RETURNED LIFE, LOVE, FAME AND MANHOOD.

national-indigenous-history-month-usask-milestones-and-memoriestrue1718730911095imj129National Indigenous History Month: USask moments and milestonesIn honour of National Indigenous History Month in June, On Campus News takes a look at some of the influential Indigenous individuals and achievements in the history of the University of Saskatchewan (USask).James ShewagaIndigenous, aboriginal, 1717681200000/articles/community/2024/national-indigenous-history-month-usask-milestones-and-memoriesnewssite://news/articles/community/2024/national-indigenous-history-month-usask-milestones-and-memoriesccm0461717615877534ccm0461718031696942show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/ihm.jpgsite://news/images/2024/ihm.jpgnewsihm.jpg2640041080720From left: William Wuttunee, Nan McKay, and Reverand Edward Ahenakew. (Photo credits: USask College of Law, University Archives and Special Collections, A-32254. Patrick Hayes, Provincial Archives of Saskatchewan)From left: William Wuttunee, Nan McKay, and Reverand Edward Ahenakew. (Photo credits: USask College of Law, (Photo: University Archives and Special Collections, McKay Family fonds, Provincial Archives of Saskatchewan)NoNonesupport-indigenous-achievementNo/
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As the first Indigenous male and female students in the early years of the University of Saskatchewan (USask), Edward Ahenakew and Annie Maude (Nan) McKay helped show the way for hundreds of First Nations and Métis graduates walking across the stage at Merlis Belsher Place this week to receive their degrees at Spring Convocation.

Ahenakew became part of USask history when he enrolled in university classes as a theology student in 1910 and graduated two years later as a member of the affiliated Emmanuel College, going on to become an ordained Anglican priest and working tirelessly in support of Indigenous causes and communities. Meanwhile, McKay came to campus in 1912 and graduated three years later with a Bachelor of Arts degree as the first Métis student and first female Indigenous scholar, before beginning a remarkable 44-year career in the University Library until her retirement in 1959.

“The stories of Nan McKay and Edward Ahenakew as the first Indigenous students at the University of Saskatchewan are an inspiration to this day, and remind us of the remarkable contributions of Indigenous people at the university dating back more than a century,” said USask Vice-Provost, Indigenous Engagement, Dr. Angela Jaime (PhD). “Their legacy and their journeys more than a hundred years ago provided a path to follow for future Indigenous students.”

TextImage/images/2024/rev-edward-ahenakew.jpgsite://news/images/2024/rev-edward-ahenakew.jpgnewsrev-edward-ahenakew.jpg141630500724Reverand Edward Ahenakew was the first Indigenous student to attend the University of Saskatchewan in 1910. (Photo: Provincial Archives of Saskatchewan)Align right

Born in Sandy Lake, Sask., in 1885, Reverend Ahenakew went on to have a long career working in communities across the province, helping produce a Cree-English language dictionary as well as a monthly newsletter, and serving as an early Indigenous advocate for land, hunting, trapping, and fishing rights, through the League of Indians of Canada. A spiritual and political leader, Ahenakew lobbied for better economic and health support for Indigenous peoples and against the destructive education policies and practices of the residential school system, until his passing in 1961.

Meanwhile, McKay was born in 1892 in Fort à la Corne, Sask., and came to university in 1912 after being awarded a scholarship. She quickly became active in the student council and the executive of the YWCA, Pente Kai Deka sorority, the Literacy Society, and The Sheaf student newspaper, while also playing for the university’s women’s hockey team. While working as a librarian at USask, she also served as a volunteer nurse on campus during the Spanish Flu pandemic of 1918. McKay passed away in 1986 at the age of 93, and in 2007 was named one of USask’s 100 Alumni of Influence.

Nan McKay was the niece of James McKay, a Métis lawyer originally from Manitoba who was appointed to USask’s first Board of Governors back in 1908, while he was the chancellor of Emmanuel College. Called to the bar in Winnipeg in 1886, he moved west to practice law in Prince Albert the following year and went on to a distinguished career as both a lawyer and a judge in Saskatchewan. McKay was elected Member of Parliament for Prince Albert in the House of Commons from 1911-1914, and also served on the university’s Board of Governors for 23 years until his passing in 1931.

TextImage/images/2024/nan-mackay1.jpgsite://news/images/2024/nan-mackay1.jpgnewsnan-mackay1.jpg129299469706Nan McKay was the first Métis woman to graduate from USask back in 1915. (Photo: University Archives and Special Collections, McKay Family fonds)Align left

Following in those early footsteps, a young William Wuttunee came to campus a few years later and graduated from USask’s College of Law in 1952. He would go on to became the first Cree lawyer to be called to the bar in Western Canada, beginning a remarkable career as a lawyer and advocate for Indigenous people, passionately pressing for the right to vote, self-determination, and reconciliation.

“As the first Indigenous lawyer called to the bar in Western Canada and the first Indigenous graduate of the College of Law, William Wuttunee was not only a trailblazer but a visionary champion of Indigenous rights throughout a remarkable career that started here at the University of Saskatchewan,” said Martin Phillipson, dean of USask’s College of Law. “He worked tirelessly to support Indigenous peoples and communities and played a role in the early days of establishing what would become the Assembly of First Nations and the Federation of Saskatchewan Indian Nations, and later served as an Elder and advisor in the establishment of the Truth and Reconciliation Commission of Canada. He was truly one of a kind and we are honoured to remember him as a member of our alumni family.”

Wuttunee’s journey began on the Red Pheasant First Nation, born on May 8, 1928, into a family of 13 children. Raised on the First Nation, Wuttunee was forced to leave to attend residential school, experiences he never told his family about until decades later when the Truth and Reconciliation Commission of Canada was established. A gifted student, Wuttunee earned his law degree at USask and began a career dedicated to Indigenous rights until his passing in 2015, at the age of 87.

TextImage/images/2024/william-wuttunee.jpgsite://news/images/2024/william-wuttunee.jpgnewswilliam-wuttunee.jpg132097500740William Wuttunee was the first Indigenous graduate of USask’s College of Law and the first Cree lawyer called to the bar in Western Canada. (Photo: USask College of Law)Align right

Among his many achievements, Wuttunee organized a meeting of provincial chiefs in 1958 that resulted in the creation of the Federation of Saskatchewan Indians – now the Federation of Sovereign Indigenous Nations – and led the push for status Indians to be granted the right to vote, passed by Premier Tommy Douglas’s provincial government and enacted by the federal government in 1960. In 1961 he co-founded and was named first Chief of the National Indian Council – now known as the Assembly of First Nations – and later became the first Indigenous lawyer to appear before the Supreme Court of Canada, as well as the Joint Committee of the House and Senate on Indian Affairs.

In his later years following private practice, Wuttunee served as an Elder advisor from 2007-2010 to oversee thousands of residential school claims for the Truth and Reconciliation Commission of Canada. In 2009 he also joined Indigenous leaders and residential school survivors who travelled to the Vatican to receive an apology from Pope Benedict for the harms “perpetrated against native children in residential schools.”

That dedication to advancing Indigenous rights was also led on campus by the work of the likes of Dr. Marie Battiste (EdD), Dr. Priscilla Settee (PhD) and Dr. Verna St. Denis (PhD), among many others. That university commitment has been supported by USask initiatives like the Mission, Vision and Values statement, the University Plan 2025 unveiled in 2018, USask’s Equity, Diversity and Inclusion policy adopted in 2020, and the Indigenous Strategy, ohpahotân | oohpaahotaan (“Let’s Fly Up Together”) gifted to the university by Elders in 2021.

TextImage/images/2024/verna-st-denis-stobbe.jpgsite://news/images/2024/verna-st-denis-stobbe.jpgnewsverna-st-denis-stobbe.jpg2609341080720Dr. Verna St. Denis (PhD) was named special advisor to the president on anti-racism and anti-oppression in 2021. (Photo: David Stobbe)Above content

In 2021, St. Denis was also named special advisor to the president on anti-racism and anti-oppression in a commitment to transformative decolonization leading to reconciliation. St. Denis, who came to campus as a student in 1978 and went on to serve more than three decades as a professor in the College of Education, began co-leading anti-racism education with senior diversity and inclusion consultant Liz Duret three years ago. Following initial work with USask senior leaders as mandated by President Peter Stoicheff, the anti-racism sessions have been expanded to faculty and staff across campus. While St. Denis officially retired in 2022, Duret has continued that work with a growing list of USask employees.

A member of Beardy’s and Okemasis Cree Nation, St. Denis graduated from USask back in 1982 with a Bachelor of Education and went on to work as an instructor in the Indian Teacher Education Program (ITEP), the Saskatchewan Urban Native Teacher Education Program (SUNTEP), and the Department of Educational Foundations until her retirement last year.

Capping her career by beginning anti-racism education has helped provide a pathway to progress for the university on the road to reconciliation.

TextImage/images/2024/lillian-dyck-stobbe.jpgsite://news/images/2024/lillian-dyck-stobbe.jpgnewslillian-dyck-stobbe.jpg2639911080720In 2005, the Honourable Dr. Lillian Dyck (PhD), a former USask neuropsychiatry professor, became the first First Nations woman appointed to the Senate. (Photo: David Stobbe)Above content

“There is literature that is starting to come out — a framework for what we need to do to have an anti-racist university — and it is validating because it’s what we have started. Scholars recommend that you have to start with the leadership, and we are doing that … So it’s a good start, but we need to do more,” said St. Denis in an interview with On Campus News.

In December 2022, the Office of the Vice-Provost Indigenous Engagement celebrated St. Denis’s memorable career with a retirement party to honour her nearly four-decade association with the university.

“This place will always have a special spot in my heart,” St. Denis told Meagan Hinther of the College of Education in an interview last spring. “I grew up here. I came when I was 20. And I never imagined that I would spend a good part of my life here. It’s been an honour.”

Here is a look at some of the other influential Indigenous individuals and memorable moments in history at USask:

2023: USask and the Johnson Shoyama Graduate School of Public Policy (JSGS) partnered with Métis Nation–Saskatchewan to establish a JSGS Research Chair in Métis Governance and Policy—the first of its kind in Canada. Appointed was professor Dr. Kurtis Boyer (PhD), advisor to USask’s Office of the Vice-Provost of Indigenous Engagement.
2022: The university’s Board of Governor’s approved the deybwewin | taapwaywin | tapwewin Indigenous Truth policy, focused on Indigenous citizenship/membership verification through documentation. The policy was created with the guidance of Elders, Knowledge Keepers, Language Teachers, and other Indigenous community and campus leaders.
2021: The Indigenous Strategy, ohpahotân | oohpaahotaan (“Let’s Fly Up Together”), was gifted by Elders to USask in a ceremony on Aug. 20. It was an historic event for USask, which celebrated the first Indigenous Strategy created solely by Indigenous people at a Canadian U15 research institution.
2021: Lindsay Knight, a PhD student in the Department of Indigenous Studies at USask, became the first Indigenous Storyteller-in-Residence in the University Library, the first position of its kind at USask and unique in the province. Knight, also known as Eekwol, is an award-winning hip-hop artist with nine album releases to her credit.
2018: USask officials unveiled University Plan 2025 to be The University The World Needs, weaving a commitment to Indigenization and Reconciliation throughout all aspects of the plan, which was gifted the Indigenous names
nīkānītān manācihitowinihk in Cree and ni manachīhitoonaan in Michif, which translate to “Let us lead with respect.”
2016: The grand opening of the Gordon Oakes Red Bear Student Centre was held on Feb. 3, 2016. Named in honour of the spiritual and community leader and former Chief of Nekaneet First Nation, the centre is dedicated to supporting the personal, social, cultural, and academic success of Métis, First Nations and Inuit students at USask.
2015: USask hosted the first national reconciliation forum—Building Reconciliation: Universities Answering the TRC's Calls to Action—drawing Canadian university presidents and leadership teams, First Nations and Métis leaders, student leaders, and Indigenous scholars. The university has since hosted seven annual māmowi āsohtētān internal forums.
2013: Blaine Favel was named chancellor of USask, the first Indigenous person to serve in the position, from 2013-2016. Favel was Chief of Poundmaker Cree Nation and Grand Chief of the FSIN, worked as a senior diplomat on Indigenous issues for the Department of Foreign Affairs, and was a panelist on the Truth and Reconciliation Commission of Canada.
2005: The Honourable Dr. Lillian Dyck (PhD), a former USask neuropsychiatry professor who earned her bachelor’s (1966), master’s (1970) and PhD (1981) at USask, became the first First Nations woman appointed to the Senate. A member of George Gordon First Nation, Dyck was named an Officer of the Order of Canada in 2021.
1988: The first powwow at USask was held in The Bowl in spring of 1988, shifting to the fall in 1990 for the first Welcome Week Powwow. In 2010, it returned to spring as the Graduation Powwow to celebrate the academic achievements of Indigenous graduates, and in 2023 moved back to fall as the Welcome Back Powwow and Métis Dance Celebration.
1983: The Department of Indigenous Studies – originally known as the Department of Native Studies – was established 41 years ago in USask’s College of Arts and Science. The department began offering a complete graduate program in 1997 and is dedicated to engaging with Indigenous communities at the local, national and international level.
1980: The Saskatchewan Urban Native Teacher Education Program (SUNTEP) was established at USask for Métis and non-status Indigenous students, offered in conjunction with the Gabriel Dumont Institute and the University of Regina. SUNTEP is a four-year accredited direct-entry bachelor program offered through the College of Education.
1973: USask’s College of Law established the country’s first Native Law Centre summer program 51 years ago, helping train three out of every four Indigenous lawyers practicing law in Canada. The centre is now known as the Wiyasiwewin Mikiwahp Native Law Centre after adopting the Cree words for “law lodge” in a ceremony with Elders on May 18, 2018.
1972: The university established the Indian Teacher Education Program (ITEP), which is considered the longest-running Indigenous-focused program at USask. The four-year program was designed for First Nations students to earn a Bachelor of Education degree. Elders honoured the first ITEP graduates with a special pipe ceremony in 1976.
1967: The first National Conference on Indian and Northern Education was held in Saskatoon. The conference was the result of a collaboration between the university’s former Indian and Northern Education program (INEP) and the Society for Indian and Northern Education (SINE) and featured First Nations, Mtis and Inuit speakers from across Canada.
1966: Dr. Howard Adams (EdD) was hired by USask’s College of Education after becoming the first Canadian Métis student to earn a PhD, at the University of California, Berkeley. A USask professor for 10 years, he was elected president of the Métis Society of Saskatchewan in 1969 and was presented with a National Aboriginal Achievement Award in 1999.

usask-honours-vatanparast-donkers-as-top-researcherstrue1718730911095imj129USask honours Vatanparast, Donkers as top researchersThe University of Saskatchewan (USask) has recognized community health researcher Dr. Hassan Vatanparast (MD, PhD), professor in the School of Public Health and the College of Pharmacy and Nutrition, with its top academic honour of Distinguished Researcher. The award will be presented during the June 6 convocation ceremony. Sarath Peiris for Research Profile and ImpactSchool of Public Health, College of Pharmacy and Nutrition1717680600000/articles/community/2024/usask-honours-vatanparast-donkers-as-top-researchersnewssite://news/articles/community/2024/usask-honours-vatanparast-donkers-as-top-researchersccm0461717603921565ccm0461717603921565show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/vatanparast-donkers.jpgsite://news/images/2024/vatanparast-donkers.jpgnewsvatanparast-donkers.jpg2071071080720From left: Dr. Hassan Vatanparast (MD, PhD) of the College of Pharmacy and Nutrition, and Dr. Sarah Donkers (PhD) of the School of Rehabilitation Science. (Photos: Submitted)From left: Dr. Hassan Vatanparast (MD, PhD) of the College of Pharmacy and Nutrition, and Dr. Sarah Donkers (PhD) of the School of Rehabilitation Science. (Photos: Submitted)NoNonesupport-critical-researchNo/
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As well, USask has chosen Dr. Sarah Donkers (PhD), assistant professor in the School of Rehabilitation Science in USask’s College of Medicine, as the 2024 New Researcher awardee for her sustained and widely acclaimed contributions to neurorehabilitation and multiple sclerosis (MS) rehabilitation. The award will be presented on June 18 at the USask staff and faculty awards ceremony.

The annual awards, announced by USask Vice-President Research Baljit Singh, honour significant contributions to knowledge or artistic creativity by members of the university’s research community.

TextDr. Hassan Vatanparast (MD, PhD)Image/images/2024/hassan-vatanparast.jpgsite://news/images/2024/hassan-vatanparast.jpgnewshassan-vatanparast.jpg68239341340Dr. Hassan Vatanparast (MD, PhD) of the College of Pharmacy and Nutrition has earned USask’s Distinguished Researcher Award. (Photo: Submitted)Align right

“I am humbled by this recognition,” said Vatanparast, who credits his team of graduate students and multi-disciplinary research colleagues across Canada and abroad for his wide-ranging successes in a career at USask that spans more than 15 years.

Trained as a medical doctor in his homeland of Iran—where he practised for seven years caring for patients and led regional public health efforts to eradicate polio and other diseases—Vatanparast switched his focus to academia and public health research after arriving at USask in 2002 and earning a PhD in Nutrition, with a post-doctoral fellowship in kinesiology.

“When this type of reward comes,” he said, “you feel that your work is important—that you took the right direction by moving from providing care to one person and feeling rewarded right away by the results, to doing research that might influence public health and impact a greater number of people.”

In nominating Vatanparast for the award, School of Public Health Director Dr. George Mutwiri (DVM, PhD) and College of Pharmacy and Nutrition Dean Dr. Jane Alcorn (DVM, PhD) noted an array of groundbreaking research projects by Vatanparast that have established standards for public health policy and guidelines locally, nationally and internationally.

These include research by Vatanparast on paediatric bone mineral accrual and bone health that helped establish U.S. guidelines on dietary nutrition requirements, with Dieticians of Canada using the findings to develop an osteoporosis resource. Several of his team’s findings in projects that probed the relationships between diet, socio-economic factors and health outcomes at a population level, have been used as evidence in international policy documents such as the World Health Organization’s World Report on Health of refugees and migrants, as well as the Canada Food Guide.

Lauded for his intensive studies on food security, food policy, and nutritional epidemiology—especially among refugees, immigrants and impoverished rural populations in locales such as El Salvador and Guatemala—Vatanparast has established USask as cutting-edge research hub in this field.

Vatanparast has been awarded close to $25 million in research funding as principal investigator (PI) or co-PI. He has nearly 6,200 Google citations and h-Index of 46. His mentorship includes 10 post-doctoral fellows, 20 PhDs, 46 master’s students and numerous undergrad researchers. In 2023, Vatanparast received the Saskatchewan Health Research Foundation (SHRF) Career Achievement Award in 2023 and USask’s Best Supervisor Award at the 30th Annual Life and Health Sciences Research Expo, along with numerous other awards since joining USask.

“I’m most proud of the work that I see ending in a solution, making a difference in people’s lives, research that has real-life implications,” said Vatanparast.

TextDr. Sarah Donkers (PhD)Image/images/2024/sarah-donkers.jpgsite://news/images/2024/sarah-donkers.jpgnewssarah-donkers.jpg85822508508Dr. Sarah Donkers (PhD) of the School of Rehabilitation Science in the College of Medicine is USask’s 2024 New Researcher Award recipient. (Photo: Submitted)Align right

“I am rarely speechless, but I’m speechless and honoured,” Donkers said of her recognition as USask’s New Researcher. “This is recognition for all the people willing to work with me, from people living with MS to health-care providers to physicians to people in the health region and even the Ministry of Health.”

In the five years since earning a doctorate focused on neurorehabilitation from USask, Donkers has assembled multi-stakeholder teams in Saskatchewan and across Canada to advance MS research.

She describes her work as moving two trains forward: one is lab research to better understand how to promote neuro-recovery after central nervous system damage; the other is to share positive lab findings with people living with MS, and health care and health system professionals, to accelerate the translation of research into meaningful clinical care. In the process, Donkers has been awarded more than $20 million in 31 research grants, 18 of those as PI/co-PI.

Understanding of MS is gaining momentum, she said, with research showing the disease has an inflammatory component and a neurodegenerative component.

“All drug therapies to date have addressed the immune component and essentially stopped the recurring inflammatory attacks. Now there’s more focus on the neurodegenerative and neurorecovery components, so the role of rehab has never been more important,” said Donkers, who has a clinical background as a registered physiotherapist.

Dr. Katherine Knox (MD), associate professor in the College of Medicine who was one of Donkers’s two nominators, has joined Donkers in leading a Canada-wide team developing the first-ever best practice guidelines for MS rehab. Their goal is to provide MS care professionals across Canada with evidence-based recommendations and implementation tools to ensure that all neurologic patients, no matter where they live, have equitable access to a standard of care.

“As we develop that expertise, it becomes a community of practice,” she said. “Then, as we learn from our research—BOOM—we have a network for faster dissemination, and we keep moving the two trains forward.”

She is excited about being a co-lead and founding member of MSCanRehab, a network of seven multi-disciplinary researchers across Canada, that was one of only nine groups worldwide to be funded by the International Progressive MS Alliance to develop, test and implement novel therapeutic interventions.

“It highlights the importance of a network. In my little lab I can do my little research, but we are going to be doing better research, faster, when we have these teams working together.”

Donkers has received numerous awards for her research, leadership, and teaching, including SHRF’s 2020 Research Excellence Award, Saskatchewan Physiotherapy Association Award for Research Merit, a Physiotherapy Canada Trailblazer Award that recognizes emerging researchers, and a USask Provost’s Outstanding New Teacher Award. Donkers also is recognized for her eagerness to mentor students, having supervised 34 research-based trainees.

“Anyone interested in anything neurological, neuro-rehab, and/or neuro-research, I’m like ‘Come on in, baby.’ Even if they don’t stick to research, at least they get exposure to working with people living with a neurological condition. I think our job is a privilege and I thoroughly enjoy it.”

usask-honours-2024-teaching-award-winnerstrue1718730911095imj129USask honours 2024 teaching award winnersTeaching excellence at the University of Saskatchewan (USask) will be celebrated on June 18 as part of the USask Staff and Faculty Awards event.Darla Read1717521540000/articles/community/2024/usask-honours-2024-teaching-award-winnersnewssite://news/articles/community/2024/usask-honours-2024-teaching-award-winnersccm0461717522131945ccm0461717622512949show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoYesYesMatching keywordsYesImage/images/2024/small-college-of-education-students-46-games.jpegsite://news/images/2024/small-college-of-education-students-46-games.jpegnewssmall-college-of-education-students-46-games.jpeg777761024683A classroom full of students.Using games and a creative attitude, University of Saskatchewan students learn education skills and mathematics. (Photo: University of Saskatchewan)NoNonesupport-critical-researchNo/
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Twenty-three University of Saskatchewan (USask) faculty and staff members from colleges, schools, and units across campus will be honoured with USask teaching awards later this month.

This includes recipients in the following adjudicated categories: Provost’s Outstanding Teacher Award, Provost’s New Teacher Award, Provost’s Graduate Student Teacher Award, Provost’s Support of Teaching and Learning Award, Sylvia Wallace Sessional Lecturer Award, Distinguished Graduate Mentor Award, as well as the Provost’s College Awards for Outstanding Teaching.

“Congratulations to colleagues, from across the USask community, who are being recognized with 2024 teaching awards for fostering USask learners to be what the world needs,” said Dr. Airini (PhD), USask’s provost and vice-president academic.

“Thank you for the vitally important work you do to support USask’s teaching and learning mission. Our University Plan 2025 includes the bold ambition to be a university that sets the standard for learning. You inspire us all through your innovation in teaching and learning."

On June 18, the USask community will celebrate this year’s teaching award winners during the USask Staff and Faculty Awards event. A full list of recipients of USask Staff and Faculty Awards is available online.

The celebration event will be held at Marquis Hall Events Centre from 5-8 pm on June 18.

TextInstitutional Level Teaching Awards for ExcellenceImage/images/2024/shannon6-400.jpgsite://news/images/2024/shannon6-400.jpgnewsshannon6-400.jpg62916400400Shannon ForresterAlign right

Provost’s Outstanding Teacher Award
Shannon Forrester, Lecturer and USask Sustainability Faculty Fellow, College of Kinesiology

“From a day-to-day perspective, it is student engagement that motivates me. I am passionate about igniting curiosity and fostering a love of learning. As an educator in the field of kinesiology, I have the incredible opportunity to empower students not only as learners, but as advocates for personal and societal health and well-being.  Ultimately, my goal is to contribute to and promote a more sustainable world where health and wellness are accessible to all.”

TextImage/images/2024/mcleister_photo-400.jpgsite://news/images/2024/mcleister_photo-400.jpgnewsmcleister_photo-400.jpg77553400400Dr. Kyle McLeister Align left

Provost’s New Teacher Award
Dr. Kyle McLeister (PhD), Lecturer, Department of History, College of Arts and Science

“My number one piece of advice for students would be to talk to your professors – we’re here to help. Whether you’re struggling with an assignment or excited about a topic you’re covering in class, talk to your professors. We love talking with students. And engaging with your professors will help you to get the most out of your university experience.”

TextImage/images/2024/erica-dyck-400.jpgsite://news/images/2024/erica-dyck-400.jpgnewserica-dyck-400.jpg77001400399Dr. Erika Dyck Align right

Provost’s Award for Collaborative Teaching and Learning
Dr. Erika Dyck (PhD), Professor and Canada Research Chair in the History of Medicine, Department of History, College of Arts and Science

Dr. Dyck: “My high school social studies teacher always managed to bring history to life in the classroom. He peppered his lectures with photographs from his own travels and encouraged us to ask new questions of old materials, reminding that history was never entirely a study of the past, but also a study of how we want to live in the future by learning from the past.”

TextImage/images/2024/simonne-horwitz-400.jpgsite://news/images/2024/simonne-horwitz-400.jpgnewssimonne-horwitz-400.jpg84070405405Dr. Simonne HorwitzAlign left

Dr. Simonne Horwitz (PhD), Associate Professor, Department of History, College of Arts and Science

Dr. Horwitz: “Teaching this class with Erika Dyck and Scott Napper has had a huge impact on me – they are both amazing academics and people. I have never spent time listening to and learning from people who have such different views from me but are willing to learn, share and grow together. Meeting and working with very different students to those who usually end up in my classes has also challenged me to interrogate my assumptions and be a better teacher and person.”

TextImage/images/2024/scott-napper-400.jpgsite://news/images/2024/scott-napper-400.jpgnewsscott-napper-400.jpg69449400400Dr. Scott Napper Align right

Dr. Scott Napper (PhD), Professor, Department of Biochemistry, Microbiology, and Immunology, and Senior Scientist, Vaccine and Infectious Disease Organization (VIDO)

Dr. Napper: “Too often I see people take the approach of ‘once I succeed then I will be happy.’ This is completely backwards. Don’t postpone happiness, seek it out and be fueled by it. Once you are motivated by your passions, rather than your fears, success is a certainty.”

TextImage/images/2024/gould_photo-400.jpgsite://news/images/2024/gould_photo-400.jpgnewsgould_photo-400.jpg86543400400Dr. Layla Gould Align left

Sylvia Wallace Sessional Lecturer Award
Dr. Layla Gould (PhD), Assistant Professor, Neurosurgery, College of Medicine

“What motivates and excites me about my work is the chance to make a positive impact on students’ lives. I love sharing my passion and enthusiasm for the brain with my students, and I’ve found that by sharing this excitement, I can inspire them to become excited and motivated learners. My advice to students and colleagues is discover what truly excites you and pursue it with dedication and determination.”

TextImage/images/2024/danielle-spence-400.jpgsite://news/images/2024/danielle-spence-400.jpgnewsdanielle-spence-400.jpg162534400400Danielle SpenceAlign right

Provost’s Graduate Student Teacher Award
Danielle Spence, PhD student, School of Environment and Sustainability

“My motivation for studying in the field of environment and sustainability is the desire to make a positive impact on our world. However, making a difference in sustainability is challenging and often takes many years and incremental changes. Through teaching, I feel like I can have a more immediate impact by shaping the way students think about the complexities of, and strategies for, addressing problems of sustainability. My greatest joy in teaching has been watching my students become more excited about science and motivated to tackle the complexities surrounding sustainability, and seeing how this shapes their future career and educational journeys.”

TextImage/images/2024/sandy-bonny-400.jpgsite://news/images/2024/sandy-bonny-400.jpgnewssandy-bonny-400.jpg58547400400Dr. Sandy BonnyAlign left

Provost’s Support of Teaching and Learning Award
Dr. Sandy Bonny (PhD), Team Lead, Indigenous Student Achievement Pathways and STEM Access Initiatives, College of Arts and Science

“I began working at USask in 2012, just prior to Idle No More and before the release of the Truth and Reconciliation Calls to Action in 2015. It is inspiring to witness the sea change of awareness these movements have brought to Saskatchewan. Teaching and program co-ordination need a strategic approach and it’s best to start with a good plan, but it is also important to honour emergent outcomes. The richest learning I’ve experienced—in my classroom, with colleagues, and in community contexts—has happened when we’ve protected time for conversation and surprise.”

TextImage/images/2024/elaina-guilmette-01-400.jpgsite://news/images/2024/elaina-guilmette-01-400.jpgnewselaina-guilmette-01-400.jpg79553400400Dr. Elaina Guilmette Align right

Dr. Elaina Guilmette (PhD), Curriculum Development Co-ordinator, School of Environment and Sustainability

“I’m motivated by working with new people and making positive changes in teaching and learning. Dr. Greg Poelzer (PhD) (of SENS) and Dr. Sara Dzaman (PhD) (of the Gwenna Moss Centre for Teaching and Learning) are my mentors for their support, guidance, and positivity. They both took me under their wings when I joined USask and continue to mentor and inspire me to dream big, take risks, and achieve the impossible. I encourage everyone to connect with others on campus as much as possible and don’t be afraid to step out of your comfort zone.”

TextCollege-level Teaching Awards for ExcellenceImage/images/2024/geraldine-balzer-head-shot-400.jpgsite://news/images/2024/geraldine-balzer-head-shot-400.jpgnewsgeraldine-balzer-head-shot-400.jpg53845400400Dr. Geraldine BalzerAlign left

Dr. Geraldine Balzer (PhD), Associate Professor of Curriculum Studies and Department Head and Graduate Chair, Educational Foundations, College of Education  

“I am motivated by the joy of learning and the awareness that the students I work with, future and current teachers, have the capacity to use the knowledge they are exposed to make a difference. My teaching and research focus on social justice issues, and I hope that the ideas shared in my classroom can bring equity to a small corner of the world.”

TextImage/images/2024/martin-boucher-400.jpgsite://news/images/2024/martin-boucher-400.jpgnewsmartin-boucher-400.jpg93448400400Dr. Martin BoucherAlign right

Dr. Martin Boucher (PhD), Lecturer, Johnson Shoyama Graduate School of Public Policy and Associate Member, School of Environment and Sustainability

“I love seeing students see themselves in a new light and realize they can do more than they once thought. It is wonderful to see someone overcome a limiting belief in themselves.”

TextImage/images/2024/allison-cammer-400.jpgsite://news/images/2024/allison-cammer-400.jpgnewsallison-cammer-400.jpg61154400400Dr. Allison Cammer Align left

Dr. Allison Cammer (PhD), Registered Dietitian, Assistant Professor, Human Nutrition, College of Pharmacy and Nutrition

“Some of the most important lessons can’t be directly taught, they need to be experienced. Learning can be intimidating, and it requires trust. With that in mind, try to create a respectful space where it is safe to fail. If it isn’t safe place to fail, it isn’t a comfortable place to authentically engage.”

TextImage/images/2024/tasha-epp-400.jpgsite://news/images/2024/tasha-epp-400.jpgnewstasha-epp-400.jpg69359400400Dr. Tasha Epp Align right

Dr. Tasha Epp (DVM, PhD), Professor, Department of Large Animal Clinical Sciences, Western College of Veterinary Medicine

“My work allows me to be involved with students and faculty doing very different research projects every week; from bees to bison to companion animals. In my specific projects, I have been able to make contributions to the real-world issues that individuals, industry, veterinary practices or communities have today, which is very meaningful for me.”

TextImage/images/2024/maggie-fitzgerald-032-400.jpgsite://news/images/2024/maggie-fitzgerald-032-400.jpgnewsmaggie-fitzgerald-032-400.jpg79641400400Dr. Maggie FitzGerald Align left

Dr. Maggie FitzGerald (PhD), Assistant Professor, Department of Political Studies, College of Arts and Science

“I just love ideas. I love conversations that critically interrogate our values and concepts, that make us think about how we’ve organized social-political life, and what could be ‘otherwise.’ Tell me what matters to you, and why, and let me share my own thoughts on the same. Researching and teaching are both beautiful and ongoing conversations that I am lucky to be a part of.”

TextImage/images/2024/paul-gustafson-400.jpgsite://news/images/2024/paul-gustafson-400.jpgnewspaul-gustafson-400.jpg67475400400Paul GustafsonAlign right

Paul Gustafson, Sessional Lecturer, College of Kinesiology

“I am always excited to hear from past students and learn how they continue to reflect on their post-secondary experience and the influence this has had on their professional lives. It inspires me to see them in the community as educators, businesspeople, and professionals. I encourage colleagues and students to be engaged with your learning opportunities, ask questions, listen with an open mind, and enjoy the ride!”

TextImage/images/2024/michael-hernik-400.jpgsite://news/images/2024/michael-hernik-400.jpgnewsmichael-hernik-400.jpg92703400400Michael HernikAlign left

Michael Hernik, Lecturer, Edwards School of Business

“As an educator, I am motivated by teaching others the knowledge I have accumulated over the years. More importantly, I am passionate about getting others interested and excited about accounting, even if they have no interest in the subject matter.”

TextImage/images/2024/natacha-hogan-400.jpgsite://news/images/2024/natacha-hogan-400.jpgnewsnatacha-hogan-400.jpg74577400400Dr. Natacha HoganAlign right

Dr. Natacha Hogan (PhD), Associate Professor, Department of Animal and Poultry Science, College of Agriculture and Bioresources

My research program bridges many scientific disciplines – animal health, toxicology, environmental stress, biotechnology – and it is exciting when I can contribute to new knowledge and understanding in my field of expertise. But the most gratifying moments for me are when I can get students excited about the science and then they connect what they learn to real-world situations – the ‘eureka’ moments!”

TextImage/images/2024/nassrein-hussein-400.jpgsite://news/images/2024/nassrein-hussein-400.jpgnewsnassrein-hussein-400.jpg57936400400Dr. Nassrein Hussein Align left

Dr. Nassrein Hussein (MD), Assistant Professor and Division Head, Endocrinology and Metabolism, College of Medicine

"When I was a first-year medical student, I was assigned a student mentor from the year above me. He was incredibly helpful with tips and advice on surviving medical school and clerkship. I found it very valuable to have the perspective and guidance of someone who was so ‘fresh’ from the same experiences I was going through. We still get in touch occasionally to this day, which I think speaks to the powerful connection of student peer mentorship.”

TextImage/images/2024/greg-kost-02-400.jpgsite://news/images/2024/greg-kost-02-400.jpgnewsgreg-kost-02-400.jpg48374400400Dr. Gregory Kost Align right

Dr. Gregory Kost (DMD), Interim Assistant Dean of Clinics, College of Dentistry

“The atmosphere at the Dental Clinic in the College of Dentistry, created by students, patients, colleagues and staff, creates a vibrant work environment that is inspiring. Each day I am motivated to share my clinical experience and knowledge to mentor students during every clinical experience.”

TextImage/images/2024/tania-kristoff-400.jpgsite://news/images/2024/tania-kristoff-400.jpgnewstania-kristoff-400.jpg61996400400Dr. Tania Kristoff Align left

Dr. Tania Kristoff (PhD), Assistant Professor - Academic Programming and Undergraduate Academic Lead, College of Nursing

“The relationships with the learners, faculty and staff at the Prince Albert campus motivate my teaching. At the Prince Albert campus, we get to know our learners individually and can focus on meeting their needs and outcomes. We collaborate to create supportive environments that promote active learning and critical thinking and encourage learners to apply their knowledge in clinical practice. For instance, I am collaborating with Prince Albert staff and faculty to integrate virtual simulation into an undergraduate course to meet learning needs.”

TextImage/images/2024/lavalleejaime-2-400.jpgsite://news/images/2024/lavalleejaime-2-400.jpgnewslavalleejaime-2-400.jpg37657400400Dr. Jaime LavalleeAlign right

Dr. Jaime Lavallee (SJD), Assistant Professor, College of Law

“What motivates me is being able to bring context to ‘the law’ through mine and others’ lived experiences and expertise. Maybe one day, one person will re-consider one belief, issue, answer or viewpoint – and that could be a ripple that turns into a tsunami of change.”

TextImage/images/2024/ebrahim-bedeer-mohamed-400.jpgsite://news/images/2024/ebrahim-bedeer-mohamed-400.jpgnewsebrahim-bedeer-mohamed-400.jpg90730400400Dr. Ebrahim Bedeer Mohamed Align left

Dr. Ebrahim Bedeer Mohamed (PhD), Assistant Professor, Department of Electrical and Computer Engineering, College of Engineering

“I’m motivated by the constant challenge of pushing boundaries in wireless communication to see how they can impact the world. While I have been fortunate to learn from many inspiring individuals throughout my career, I would like to remember Professor Ha H. Nguyen (who sadly passed away in September 2022) for his significant contributions to the University of Saskatchewan and the research community.”

TextImage/images/2024/amy-stevens-400.jpgsite://news/images/2024/amy-stevens-400.jpgnewsamy-stevens-400.jpg52926400400Dr. Amy StevensAlign right

Dr. Amy Stevens (DPhil), Assistant Professor, Department of Chemistry, College of Arts and Science   

“I relish invoking my research experiences to inspire and enliven my teaching. My research involves studying certain properties of molecules with pulsed lasers. Showing students how visually striking some molecules can be when you ‘light them up’ with a laser is particularly satisfying. Placing teaching material in a context that shows its relevance to everyday life, while also conveying how it is still used in cutting-edge research, enriches my chemistry courses and helps students to persevere even when the teaching material becomes quite challenging!”
usask-honours-presidents-staff-excellence-award-recipientstrue1718730911095imj129USask honours President’s Staff Excellence Award recipientsThe recipients of this year’s President’s Staff Excellence Award at the University of Saskatchewan (USask) are an AgBio lab manager whose proactive approach to seek out impactful collaborations on campus has brought widespread benefits, and a team leader whose steadfast support has significantly contributed to the success of students and faculty in the department of Computer Science.University Communications1717511880000/articles/community/2024/usask-honours-presidents-staff-excellence-award-recipientsnewssite://news/articles/community/2024/usask-honours-presidents-staff-excellence-award-recipientsccm0461717512314325ccm0461717512907673show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/staff-excellence-awards-2024.jpgsite://news/images/2024/staff-excellence-awards-2024.jpgnewsstaff-excellence-awards-2024.jpg2324651080720Natalia Rudnitskaya, manager, analytical services, Department of Animal and Poultry Science, College of Agriculture and Bioresources; and Greg Oster, technical team lead, College of Arts and Science, Department of Computer Science. (Photos: Submitted)Natalia Rudnitskaya, manager, analytical services, Department of Animal and Poultry Science, College of Agriculture and Bioresources; and Greg Oster, technical team lead, College of Arts and Science, Department of Computer Science. (Photos: Submitted)NoNonesupport-critical-researchNo/
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This prestigious award is given annually to staff members who not only achieve excellence but also embody the university’s Mission, Vision, and Values, thereby playing a key role in realizing the goals of the University Plan 2025.

TextNatalia Rudnitskaya, Manager, Analytical Services, Department of Animal and Poultry Science, College of Agriculture and BioresourcesImage/images/2024/natalia-rudnitskaya38.jpgsite://news/images/2024/natalia-rudnitskaya38.jpgnewsnatalia-rudnitskaya38.jpg130620601667Natalia Rudnitskaya.Align right

Collaboration is a key element highlighted in both USask’s Mission Vision and Values, and the University Plan 2025. Embodying this principle, Natalia Rudnitskaya, one of this year’s two recipients of the President’s Staff Excellence Award, truly embraces co-operative spirit in her capacity as the manager of analytical services within the Department of Animal and Poultry Science at the College of Agriculture and Bioresources.

According to colleagues, one of her greatest strengths lies in her propensity for collaboration. She not only fosters co-operation across departments within the College of Agriculture and Bioresources but also extends her collaborative spirit across the entire university.

Rudnitskaya oversees 36 laboratories spread across two buildings on campus, where she excels at supporting students, technicians and new faculty. She helps faculty run their undergraduate laboratories, conduct research programs, oversee summer undergraduate projects, and mentor graduate students to do their thesis work.

Her commitment ensures that students and researchers receive the necessary support and fair treatment.

“Shared and flexible laboratories facilities and equipment provide significant saving on laboratory space, resources and support, which in turn reduces ongoing operating and infrastructure maintenance costs for our university,” said Rudnitskaya. “This allows for more resources to be available to offer modern scientific equipment to our students and researchers to ensure excellent teaching and research opportunities.

“Innovative technologies, and support with designing accessible science spaces for students with disabilities where they can have a practical, hands-on experiences to maximize their learning, will become available as well.”

Additionally, she actively advises students on their projects and seeks opportunities to enhance research outcomes by collaborating with other departments, colleges, and universities. She significantly contributed to the construction and establishment of USask’s Livestock and Forage Centre of Excellence (LFCE). This collaborative research facility brings together scientists and stakeholders from various disciplines to drive innovative research in livestock and forage. It also serves as a hub for student training, extension activities, and knowledge mobilization.

“When students, technicians and faculty members from various department and colleges are engaged in joint research projects, share facilities and equipment, such collaboration enhances research outcomes and drives innovation,” Rudnitskaya added. “For example, by offering analytical laboratory’s space and equipment, research technician’s support and technical expertise for a Canadian Feed Research Centre, APS Laboratories assist in research, development and commercialization of new and better high-value animal feeds.”

Rudnitskaya has also taken a leadership role with respect to laboratory safety in the college. She was a member of the college’s Laboratory Safety Committee for years, and currently serves as Occupational Health and Safety Committee (OH&S) co-chair, and has been nominated for the USask Safety Award.

“Safety is important, because it saves lives,” said Rudnitskaya. “It prevents accidents and injuries, avoids devastating losses in research productivity for our University, and protects the environment.”

According to Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources, “her rigorous oversight ensures that AgBio can continue to function as the most research-intensive college at USask, while adhering to high safety standards.”

“Natalia is the ultimate safety champion on campus,” said Jeff Lindsay, manager of safety resources. “As the OH&S co-chair, she leaves no stone unturned when addressing the safety of both her team and the college. She demonstrates a model for how scientific research can be done safely and brings a passion for safety that is unmatched.”

TextGreg Oster, Technical Team Lead, College of Arts and Science, Department of Computer Science Image/images/2024/greg-oster37.jpgsite://news/images/2024/greg-oster37.jpgnewsgreg-oster37.jpg110232601667Greg OsterAlign right

Greg Oster’s commitment to helping students and faculty formed while an undergraduate student at USask.

“I was bitten by the 'research bug' as an undergraduate summer student and became very interested in research,” said Oster, who is the technical team lead in the Department of Computer Science. “In this job I get to work with state-of-the-art computing equipment and often get to look at the deep technical details underlying new technology.

“Being able to help students and see them become excited about learning and research is very rewarding.”

Oster is one of this year’s two recipients of the President’s Staff Excellence Award. Amongst his many contributions to the university was helping to create a lab configuration to allow computer science students to write final exams in the computer labs, supporting the university’s values of innovation, creativity, integrity, and ethical behaviour. Prior to this computer-based exam setup coming online, computer science students had to write their entire exams, including their computer programs, on paper.

Oster and his team created a secure testing environment within the computer science teaching labs in Spinks where students are now able to write their exams on the same lab computers that they are familiar using and within a secure environment that deters cheating. 

“The integrity of the exam writing process is very important to the reputation of the university, and a number of our faculty wanted an exam environment where that integrity could be preserved as much as possible,” said Oster. “Over time, our team has incrementally improved the technical environment surrounding computer-based exams (i.e. firewalls, proxies, etc.) to the point where students must be sitting at a designated computer in order to take the exam.” 

This helps to ensure that computer science final exams are fair for every student, including those who require academic accommodations.

“Greg’s team also supported several AES (Access and Equity Services) students by setting up lab computers in private rooms within Spinks, because this exam format could not be delivered within the AES offices,” said computer science professor Ian Stavness, who nominated Oster for the award. “The preparation and effort required to build this system, adapt it to individual exams, and provide support during the exams, is a tremendous and meritorious undertaking.” 

Oster’s impact on student success goes beyond the technical role in his labs. He takes an active role in their studies, always there to help with problems. He supports the Computer Science Students’ Society by allowing them to book lab space for their meetings, making sure they have everything they need for their events and meetings.

“I believe that my job is really about enabling others to grow and to achieve their goals,” said Oster. “For a student, that might mean guiding them through a learning experience or providing some other resource that allows them to complete some task. My hope is that in ‘leading by example’ the students will then go on to help others in the same way.”

His impact on the computer science department, faculty, students, and the university is evident through his dedication to his work.

“The number of times Greg has gone in after hours to bring systems back on-line is too numerous to remember,” said computer science professor Raymond Spiteri. “The simple knowledge that Greg has set up world-class computing facilities, and is there to get systems back on-line no matter when the call comes in, is a significant psychological support to the faculty and students in the department.

“I find it hard to fully describe how much we as a department have benefited from Greg’s dedication and commitment over the years.”

usask-graduate-supports-classroom-renovation-projecttrue1718730911095imj129USask graduate supports classroom renovation projectThrough their gift of more than $420,000, Art Korpach (BComm’79) and his family members are making a difference for students in the Edwards School of Business.Shannon Boklaschuk1717103400000/articles/community/2024/usask-graduate-supports-classroom-renovation-projectnewssite://news/articles/community/2024/usask-graduate-supports-classroom-renovation-projectbpk4551717103494285bpk4551717103494285show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/korpach-family-1.jpgsite://news/images/2024/korpach-family-1.jpgnewskorpach-family-1.jpg639521080720The Korpach family was recently inspired to give to USask through the Be What the World Needs Campaign—the most ambitious campaign in Saskatchewan’s history—with a gift of more than $420,000 to support the renovation of room 142 at the Edwards School of Business. (Photo: Submitted)NoNonesupport-visionary-spacesNo/
TextImage/images/2024/edwards-school-of-business-sign.jpgsite://news/images/2024/edwards-school-of-business-sign.jpgnewsedwards-school-of-business-sign.jpg3089101209907Expanding the number of seats from 20 to 36 and embedding computer stations within a seminar room in the Edwards School of Business will enable greater integration of technology into assignments and class discussions. (Photo: USask)Below contentUniversity of Saskatchewan (USask) graduate Arthur (Art) Korpach (BComm’79) believes in the power of post-secondary education to help launch careers and to equip students with the knowledge and skills they need to make a positive impact in the world.

Korpach first came to USask as an undergraduate student in the fall of 1975—pursuing a double major in accounting and finance—before pursuing a Chartered Accountant (CA) designation and subsequently embarking on a 27-year career in the investment banking sector. Decades later, he looks back on his time as an undergraduate student with fondness and appreciation.

“For many of us, it was our start,” he said. “When we came out of university, we had great opportunities.”

Korpach is now retired from his executive role and lives with his wife, Deborah (Deb), in Calgary, Alta. The Korpach family was recently inspired to give to USask through the Be What the World Needs Campaign—the most ambitious campaign in Saskatchewan’s history—with a gift of more than $420,000 to support the renovation of room 142 at the Edwards School of Business.
TextNone/Above contentAs a result of the family’s generous gift, renovations will begin this summer. The room will be named The Korpach Family Classroom and will provide a new seminar space for graduate students as well as undergraduate students in upper-year experiential learning courses. Expanding the number of seats from 20 to 36 and embedding computer stations within the seminar room will enable greater integration of technology into assignments and class discussions.

“The Korpach Family Classroom demonstrates our commitment to preparing learners the world needs,” said Edwards School of Business Dean Dr. Keith Willoughby (PhD). “Art and Deb Korpach, longtime supporters and friends of Edwards, have generously contributed to renovating an underutilized area of the school. Their investment reflects our shared commitment to student growth and success, enhancing learning, and developing socially conscious professionals.”

Korpach said universities should help learners grow and develop critical-thinking skills, and he believes USask is playing an important role in students’ development as future leaders. The university’s mission, vision, and values continue to resonate with him 45 years after his graduation.

“We think the university is doing well,” he said. “We think it’s great for the province and we think it’s on a good path.”

Korpach, who grew up on a farm in northern Saskatchewan, was encouraged to get an education and to attend university by his father. Korpach’s father didn’t have the opportunity to study at the post-secondary level, but he wanted that for his children.

“My dad—unfortunately in his era—had to leave school after Grade 8,” said Korpach. “He was the oldest of three brothers and he started working in the pulpwood camps in the winter and on the farm in the summer. He ultimately earned his Grade 12 certificate through a special program for mature adults 30 years later.”

Korpach’s father and mother instilled in him a strong work ethic and the desire to learn, leading Korpach to complete his Bachelor of Commerce degree in 1979 at USask, graduating with great distinction, before attending Harvard University, where he earned a Master of Business Administration degree.

Since then, Korpach has had a long and successful career in business, serving as a vice-chair of CIBC World Markets and as head of its global oil and gas investment banking business. He has served in other roles as well, including as a member of the board of directors of Canadian Oil Sands Limited, Canexus Corporation, Freehold Royalties Ltd., Inter Pipeline Ltd., and HPC Energy Services Ltd. Korpach and his family are entrepreneurs at heart and built the Golfuture YYC business. He is a Fellow Chartered Professional Accountant, past chair of the Accounting Standards Board of the Canadian Institute of Chartered Accountants, and a Chartered Business Valuator, and holds the designation of ICD.D from the Institute of Corporate Directors. Korpach has been an active member of his community, supporting philanthropy as a board member and past chair of the Heart and Stroke Foundation of Alberta and the United Way of Calgary and Area. He also served as a Jarislowsky Fellow in Business Management at the Haskayne School of Business at the University of Calgary and as a board member of Mount Royal University.

Korpach and his wife, Deb, have three adult sons. Their youngest son, Bennett, is studying chemical engineering at USask’s College of Engineering and recently moved to St. Paul, Alta., to begin a 16-month co-op term. The couple’s eldest son, Sean, studied software engineering at the University of British Columbia, while their middle son, Thomas, graduated from the Ivey Business School at the University of Western Ontario.

In 2004, Art and Deb Korpach created The Korpach Family Scholarship endowment fund at the Edwards School of Business, which now supports six students annually. The Korpach Family Scholarship is open to continuing USask undergraduate students who are pursuing a Bachelor of Commerce degree. Students are selected based on their academic achievements and a written statement detailing their leadership activities and their determination to succeed.

The Be What the World Needs Campaign, which has an ambitious goal of $500 million, was the impetus for the Korpach family’s latest gift, which will be allocated to the classroom renovation.

“USask has meant so much to me and my family and we are very pleased to help create opportunities for others,” said Korpach.

Dr. Airini (PhD), USask’s provost and vice-president academic, said the university is grateful to the alumni and donors who support students in achieving their goals.

“Research into graduate outcomes shows those with a university degree enjoy better employment prospects and greater annual earnings. USask is a great choice for careers that make a difference,” said Airini.

“As our University Plan highlights, USask is committed to its important role in nurturing the courageous curiosity that imagines a brighter future. Impactful gifts to our university, such as the generous contribution from the Korpach family, will help our students be what the world needs.”
siblings-build-connection-and-community-through-unique-mentorship-programtrue1718730911095imj129Siblings build connection and community through unique mentorship programRaven and Andrew Saganace are siblings and participants in the Building Intercultural Resilience Mentorship (BIRM) program, a partnership between the University of Saskatchewan (USask) and the Saskatoon Public School Division with funding through the Oyateki partnership.Ashley DopkoIndigenous, aboriginal, 1716820740000/articles/community/2024/siblings-build-connection-and-community-through-unique-mentorship-programnewssite://news/articles/community/2024/siblings-build-connection-and-community-through-unique-mentorship-programccm0461716821069846ccm0461716821069846show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/img_4665-lg.jpgsite://news/images/2024/img_4665-lg.jpgnewsimg_4665-lg.jpg2906211080720Andrew and Raven Saganace say the Building Intercultural Resilience Mentorship program has had a meaningful impact on both of their lives. (Photo: Submitted)Andrew and Raven Saganace say the Building Intercultural Resilience Mentorship program has had a meaningful impact on both of their lives. (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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When Raven Saganace was approached to be a mentor at the inception of the program, it was an offer she couldn’t refuse.

“I was hesitant at first, but eventually I put in an application because it looked like such a great program,” said Raven.

The Building Intercultural Resilience Mentorship (BIRM) program connects post-secondary students with Indigenous high school students to build relationships through shared experiences, interests, and goals. Weekly sessions focus on academic, cultural, and self-development activities.

“My brother Andrew had just started high school at Bedford Road, and I thought it would be a really good way for him to meet friends and have good community, so I bullied him into joining me,” she joked.

The program allowed them to connect more and to explore their identities separately and together.

“I was a pretty solitary person before BIRM,” said Andrew. “I kept to myself, and I was losing motivation in things, I was anxious. BIRM helped me get out of my shell, it gave me a sense of community which helped a lot.”

Through the program, Indigenous students join together in cultural practices like hide tanning or going to sweat lodges or cultural camps.

“It really helped me feel more connected with my identity and myself as a person. Now I have big aspirations for life. Before BIRM I didn’t really know what I was going to do. I was very lost in my direction educationally, personally, and artistically. After our year-end trip the first year of BIRM something flipped a switch in my brain, and I realized that there are so many things in the world that I can do to not only fulfill myself, but also improve myself.”

Andrew is an artist and plans to get into the animation field after high school. He hopes of one day starting his own indie studio and creating things that contribute his identity as an Indigenous person.

BIRM has had such a meaningful impact on both of their lives they sometimes even look at life as “before” and “after” BIRM.

“Before BIRM I didn’t have much of a community on campus,” said Raven, “but now I know people wherever I go.”

As a mentor, Raven has learned about leadership and communication with other mentors. All of this lends itself to Raven’s desire to pursue medicine after she graduates with a Health Sciences degree this year from USask.

“I’ve come to the conclusion that I’d really like to help my own community, focusing more on family medicine with Indigenous youth,” said Raven.

The siblings credit BIRM with much of their personal development.

“I can’t recommend this program enough,” said Raven.

Watch a video showcasing more of Raven and Andew’s experience.

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If you know someone who would like to participate in BIRM, please visit indigenous.usask.ca/engagement/birm.

TextVideo/https://www.youtube.com/watch?v=IThUvq6kfIIOyateki Partnership's vision is to find pathways for Indigenous youth toward post-secondary education and meaningful employment. Watch three stories of students who are realizing their goals through Oyateki projects.Above content
usask-choirs-ready-for-carnegie-hall-performancetrue1718730911095imj129USask choirs ready for Carnegie Hall performanceStudents and alumni of the Greystone Singers will perform in New York City on June 1.Chris PutnamCollege of Arts and Science, USaskClassOf2024,1716496740000/articles/community/2024/usask-choirs-ready-for-carnegie-hall-performancenewssite://news/articles/community/2024/usask-choirs-ready-for-carnegie-hall-performanceccm0461716497001492ccm0461716823624190show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/6357.jpgsite://news/images/2024/6357.jpgnews6357.jpg1221041080720An image of the Greystone Singers performing with the Saskatoon Symphony Orchestra in February 2023. (Photo: SSO / Julie Isaac)An image of the Greystone Singers performing with the Saskatoon Symphony Orchestra in February 2023. (Photo: SSO / Julie Isaac)NoNonesupport-studentsNo/
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Kylen Rioux will mark the end of her undergraduate music studies at the University of Saskatchewan (USask) in a way she never dreamed possible.

On June 1, Rioux and about 100 other USask students and alumni will have the once-in-a-lifetime experience of performing at Carnegie Hall in New York City.

“I'm very, very excited. It feels a little surreal,” said Rioux, who will graduate from the USask College of Arts and Science with a Bachelor of Music (Music Education) degree three days after the event.

TextImage/images/2024/lang_web.jpgsite://news/images/2024/lang_web.jpgnewslang_web.jpg31952400533Jennifer Lang is artistic director of the Greystone Singers and Aurora Voce. (Photo: Julie Isaac) Align left

The concert is made possible by USask director of choral activities Dr. Jennifer Lang (PhD), who was chosen as a guest conductor for a 2024 performance series at Carnegie Hall.

“I gathered up the best singers in Saskatchewan that I could to take on the trip and share this experience with me,” Lang said.

Those singers: the members of the USask Greystone Singers and its alumni choir, Aurora Voce.

It will be the first time Lang or the USask choirs have performed at the legendary Manhattan concert venue.

“Who doesn't dream of performing on the stage of Carnegie Hall as a musician? Anyone who takes their craft seriously knows that this is the ultimate destination for a musical performance,” said Lang, an associate professor in the Department of Music and acting vice-dean academic of the College of Arts and Science.

Rioux was hanging out with other members of the Greystone Singers student choir when she first heard the news.

“We were all just like, ‘You're joking. You can't be serious.’ It was kind of just disbelief, but also this feeling of giddiness that we're going to do something that thousands, hundreds of thousands of people, dream to do. And it's here. It's at our fingertips and it's something that's going to come true. It was just insane,” Rioux said.

TextImage/images/2024/kylen_rioux_web.jpgsite://news/images/2024/kylen_rioux_web.jpgnewskylen_rioux_web.jpg40407400533Kylen Rioux, a member of the Greystone Singers, is graduating from USask with a BMus(MusEd) this spring. (Photo: submitted) Align left

“I've always heard about what it means to be on the stage at Carnegie Hall and it’s one of those things (where) you’ve made it if you’ve done this. I don't know if that was something I ever thought would be possible for me until this happened.”

Lang also extended the invitation to the members of Aurora Voce, a choir for recent graduates of the Greystone Singers, and they jumped at the opportunity.

“I can’t say enough good things about Dr. Lang and her devotion to the meaning behind music. Her ability to extract genuine emotion and energy out of singers is why I will drop everything to be under her direction, always,” said Matthew Praksas (BMus’18, MMus’23), an Aurora Voce member and the librarian and outreach coordinator for the Saskatoon Symphony Orchestra.

For Praksas, the performance will be an opportunity to reconnect with old friends from the Greystone Singers and to experience the other side of a concert at Carnegie Hall—a place that captivated him years ago when he visited as a high school student.

“I feel that being a part of a group singing on such a monumental stage will be a truly awesome experience. Of the countless musical giants that have stepped on that stage, the endless stories and memories that live in those walls, we get to be a part of that building’s history,” Praksas said.

The event will be an unforgettable capstone to Rioux’s studies at USask.

“The degree I chose … was really, really challenging at many points, but I'm just really grateful that I did it and that I'm here and then something like this can culminate my undergraduate degree.”

TextImage/images/2024/matthew_headshot_web.jpgsite://news/images/2024/matthew_headshot_web.jpgnewsmatthew_headshot_web.jpg46757400600Matthew Praksas is a member of the Aurora Voce choir. (Photo: Nicole Romanoff) Align left

Lang and the choirs have been preparing all academic year for the concert with rehearsals and performance fundraisers. Additional funding came from USask’s Greystone Heritage Trust.

At the 8 pm concert on Carnegie Hall’s Perelman Stage, the choirs will perform Elaine Hagenberg’s Illuminare with the backing of the New England Symphonic Ensemble. Saskatoon audiences were treated to a preview of the performance at a successful joint concert with the Saskatoon Symphony Orchestra in February, an event that helped raise funds for the New York trip.

Many family members and friends of the chorus members are traveling to the United States to see the concert.

“It's overwhelming how many are coming to support the singers at this event, but then it's not surprising, because that's the Saskatchewan way. People rally behind our students and our alumni and they'll support them in whatever way they can,” said Lang.

The five-day visit to New York will be a whirlwind of rehearsals and other activities, including Broadway musicals, a reception with USask donors and alumni, and a post-concert cruise around Staten Island.

But nothing will compare to the main event at Carnegie Hall.

“It's going to shake the stage, I think,” said Rioux. 


USask has established a fund to support the choirs' trip to New York City. Visit this link to donate.

lean-in-usask-staff-share-learnings-from-anti-racism-educationtrue1718730911095imj129“Lean in”: USask staff share learnings from anti-racism educationGetting comfortable with being uncomfortable and understanding what it means to become an anti-racist were some of the key takeaways for University of Saskatchewan (USask) staff who participated in anti-racism education and skill development this past year. BROOKE KLEIBOER1716479520000/articles/community/2024/lean-in-usask-staff-share-learnings-from-anti-racism-educationnewssite://news/articles/community/2024/lean-in-usask-staff-share-learnings-from-anti-racism-educationccm0461716480148172bpk4551716580203949show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/3rd-internal-trc-forum-11.jpgsite://news/images/2024/3rd-internal-trc-forum-11.jpgnews3rd-internal-trc-forum-11.jpg2113311080720The Truth and Reconciliation Commission of Canada’s 94 Calls to Action shared on banners at the annual USask Internal Truth and Reconciliation Forum event. (Photo: USask)The Truth and Reconciliation Commission of Canada’s 94 Calls to Action shared on banners at the annual USask Internal Truth and Reconciliation Forum event. (Photo: USask)NoNonesupport-studentsNo/
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White supremacy. Liberal racism. Meritocracy. Allyship. Intersectionality. These are some of the terms and concepts that USask staff dove into during anti-racism education and skill sessions this year. 

Anti-racism and anti-oppression education on campus began with USask senior leadership in 2022, in a training cohort that included the president, vice-presidents, deans, executive directors, and other senior leaders. As demand for this learning has grown, additional USask faculty and staff have been given the opportunity to embark on developing an anti-racist lens for their work. 

More than 45 USask communications and marketing staff participated in anti-racism education and skill development training delivered through eight modules between fall 2023 and spring 2024.  

Elizabeth (Liz) Duret, a senior diversity and inclusion consultant for USask, has been involved with the development and evolution of anti-racism education at the university since the first sessions with USask’s Senior Leadership Forum and President’s Executive Council, and is happy to see the work expanding beyond senior leadership and into staff and work teams. 

TextPullquote“Be curious, find your ‘why’ and lean in. It takes a heart set, mindset and skill set to do this work.” Elizabeth (Liz) Duret/Align left

“For the communications and marketing staff, I was really interested in working with them as they are the storytellers for the university, and we know that the colonial history was not written by Indigenous people, Black people, or people of colour,” Duret said. “I see the communications team as a vehicle to changing and shifting the narrative, but with an anti-racist lens.” 

Communications and marketing staff at USask are working within colleges, schools, units and departments, and are responsible for producing materials that share stories and information with the USask community and the world using multiple vehicles – from news articles to advertisements to social media and beyond. 

USask staff who completed the training took some time to reflect on their biggest takeaways and how they plan to carry their learnings forward in their professional work. 

TextTransforming the ‘That’s not for me, I’m a good person, I would never be racist’ mindset None/Above content

For communications specialist Kassidy Guy, a staff member in the College of Graduate and Postdoctoral Studies (CGPS) and a recent Edwards School of Business alum, anti-racism education has been an exercise in “leaning in and getting comfortable with being uncomfortable.”  

“With all the discussion around anti-racism, I think that many people can start to tune things out because they think, ‘That’s not for me. I’m a good person, I would never be racist,’” said Guy. “This program was eye-opening and helped me understand that things we might consider status quo are a result of a long history of institutional colonialism and building institutions around racism. As someone who has always aspired to be an ally, the program helped me realize that the only way for things to change is to challenge things, even if that’s the way they’ve always been done.”  

Guy said she has begun intertwining some of the learning she has done in training sessions into her work at USask. She has been working on projects that elevate and centre the work that Indigenous graduate students are doing on campus by collaborating with the CGPS Indigenous Initiatives portfolio on a spotlight series profiling the research of Indigenous scholars. 

“I think that this anti-racism education has taught me how to respond [to situations] with curiosity,” said Guy. “If I hear something that feels wrong or hurtful or just plain uninformed, responding with curiosity and saying, ‘What do you mean by that?’ can help challenge ideas and help other people understand how they might be causing harm.” 

TextRacism comes in many forms, and can be obviously overt or suffocatingly silent None/Above content

One of the focuses in the education program was learning to recognize the many ways that racism appears in society. 

Racism comes in many forms, and some are more obvious than others. Duret said it is important to recognize covert forms of racism that are frequently systemic and are built into the fabric of colonial institutions through policy, practice, curriculum, and media. Overt acts of racism such as microaggressions are also present in institutions and society, and the anti-racist education program supported the development of the critical skills needed to recognize and respond to these in everyday interactions.  

Cultivating practices, skills, and collegial accountability around self-reflection were major focuses throughout the training. Participants learned about the many different forms of racism, how they are embedded in society, and how individual personal biases and actions maintain the inequities and harms caused by structural and systemic racism.  

“As employees who represent an institution that works to address racism, it’s important to uphold these ideals in a professional setting, but to embrace them fully can admittedly be a challenging undertaking, even for those of us who are keen to do the work,” said Chris Morin, a communications specialist who oversees the university’s news website and social media platforms. “As we began the training, I started to realize how little I knew about the many myriad forms that racism can even take, and how obscure it could appear even when I was looking directly at it.” 

Once participants learned to recognize multiple forms of systemic racism in the world – and the ways in which they also might inadvertently participate in and benefit from them – learning tools and skills to create personal and institutional change became a focus. Practicing dialogue skills and working through sample workplace scenarios to navigate complex situations involving racism were key parts of the program. 

“There’s no magic answer that addresses every situation. No formula, template or cut and paste statement that we have in our toolbox,” said Morin. “As communications staff, we are on the front lines in terms of addressing important and emerging issues in a very public way. Given the training experiences we’ve had, the honesty and time taken to be reflective and genuine really resonated with me.” 

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Larry Kwok is a graphic designer whose artistic eye spans between the College of Arts and Science and the Advancement Communications team, sharing his work with students and alumni from across campus. The use of colour is integral to his work, and the importance of ‘colour’ as a concept relevant to anti-racism, hit home for Kwok.  

Many people – especially those who are white and privileged – refer to themselves as “colourblind” in an attempt to convey the meaning that they don’t recognize differences between themselves and a person of colour. This phrase often has a negative effect on those whom it refers to but also acts to take the topic of race off the table. 

“I had always thought that it promotes unity, saying we are all the same and that we don’t see colour, and is something that is quite forward-thinking and progressive,” said Kwok. “But after this training, I understand that this statement is making a sweeping generalization that we have all been given the same privilege and endured the same struggles and hardships in life. I am now aware that in saying we are all the same, we are denying people of colour of their own individual experiences.” 

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Kwok was part of the planning committee which worked on the design concepts that represent USask’s inaugural Asian Heritage Month celebration, taking place during the month of May. The project presented an opportunity to use some of the new skills learned in anti-racism training to help pilot the visual identity of this new initiative on campus and helps to champion equity, diversity and inclusion. Kwok’s work involved creating a design to represent Asian Heritage Month without being exclusionary to any of the many groups, regions, and cultures present in Asia. 

“For Asian Heritage Month [at USask], we are approaching the imagery and branding with extensive research for all the visual media,” he said. “Rather than just interpreting similar imagery of what others are doing and not understanding the reasons behind them, we will take the time to research the specific meaning and purpose for the imagery and colours that we will use next year and in the future.” 

About his experience participating in anti-racism education, Kwok said, “For anyone who is interested in pursuing [it], it’s not easy. It is taxing both intellectually and emotionally, but it’s worth it. It’s like any kind of education: the more difficult and uncomfortable it is, the more you will learn.” 

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Anyone can begin their journey to undertake anti-racism and anti-oppression education, regardless of their occupation or background. The USask Office of the Vice-Provost Indigenous Engagement website offers a list of resources and training materials to support anyone in their learning journey. Many more reputable resources and information can be found online. 

Anti-racism is essential to the work required of all units on campus framed in the ohpahotân | oohpaahotaan “let’s fly up together” Indigenous Strategy, gifted to the university in August 2022. ohpahotân | oohpaahotaan was created by Indigenous people and presented as a gift to all, with the seven commitments of ohpahotân | oohpaahotaan guiding and informing how anti-racist and anti-oppression work is woven into and across USask. The development of ohpahotân | oohpaahotaan is rooted in the Indigenous principles of nīkānītān manācihitowinihk (Cree) and ni manachīhitoonaan (Michif), which translates to “Let us lead with respect.” You can learn more about the USask Indigenous Strategy and how it is being implemented here. 

The key to beginning this learning journey? “Be curious, find your ‘why’ and lean in,” Duret said. “It takes a heart set, mindset and skill set to do this work.” 

jim-pattison-childrens-hospital-foundation-and-usask-partner-in-support-of-pediatric-education-and-research-in-saskatchewantrue1718730911095imj129Jim Pattison Children’s Hospital Foundation and USask partner in support of pediatric education and research in SaskatchewanThe Jim Pattison Children’s Hospital Foundation (JPCHF) and the University of Saskatchewan (USask) are joining forces to improve children’s health through greater investment and emphasis on pediatric education and research.1716400860000/articles/community/2024/jim-pattison-childrens-hospital-foundation-and-usask-partner-in-support-of-pediatric-education-and-research-in-saskatchewannewssite://news/articles/community/2024/jim-pattison-childrens-hospital-foundation-and-usask-partner-in-support-of-pediatric-education-and-research-in-saskatchewanccm0461716409009836ccm0461716411125549show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/_m8a8922.jpgsite://news/images/2024/_m8a8922.jpgnews_m8a8922.jpg2190231024683 Back (from left): Peter Stoicheff, USask President and Vice-Chancellor, Dr. Marilyn Baetz, Interim Dean, USask College of Medicine, Dr. Terry Klassen, Provincial Department Head of Pediatrics (USask College of Medicine and SHA), Dr. Laurentiu Givelichian, Board Chair, Jim Pattison Children’s Hospital Foundation (JPCHF), Brynn Boback-Lane, CEO, JPCHF, Hon. Everett Hindley, Minister of Health, Government of Saskatchewan. Front: Nicko Karpan, JPCHF Youth Ambassador.. (Photo: Dave Stobbe)NoNonesupport-critical-researchNo/
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Through their largest investment to date, JPCHF has committed $2 million over five years to create the Jim Pattison Children’s Hospital Foundation Pediatric Research Fund at the Department of Pediatrics based in the College of Medicine at USask.

Under this new partnership, the fund will support the work of Dr. Terry Klassen, the newly appointed Provincial Pediatric Department Head, to advance knowledge and care in pediatrics throughout the province. It will help to advance provincial pediatric research and move towards a Learning Health System.

“This significant partnership with the Jim Pattison Children’s Hospital Foundation will support our shared commitment to providing exceptional pediatric healthcare in Saskatchewan. In addition to supporting the work of new Provincial Department Head in Pediatrics, Dr. Terry Klassen, this funding will enhance pediatric education programs for USask medical students and help us lead critical research that will positively impact families in Saskatchewan and beyond,” said Peter Stoicheff, USask President and Vice-Chancellor. "As leaders in medical science, our College of Medicine is grateful for partners like the Jim Pattison Children’s Hospital Foundation that enhance our ability to make a difference in the communities we serve."

“The Jim Pattison Children’s Hospital Foundation Pediatric Research Fund is a monumental first for Saskatchewan,” said Brynn Boback-Lane, President and CEO of Jim Pattison Children’s Hospital Foundation. “Innovative research transforms health outcomes and this provincial network will play an essential role in discovering significant advances improving children’s health care throughout Saskatchewan.”

Dr. Marilyn Baetz, Interim Dean at USask’s College of Medicine, said the shared vision for a better future for pediatric care in Saskatchewan is what makes the partnership with JPCHF so strong.

“Dr. Klassen's outstanding research in pediatric healthcare promises groundbreaking discoveries in Saskatchewan,” she said. “The partnership between the College of Medicine and Jim Pattison Children's Hospital Foundation highlights the importance of prioritizing patients alongside world class research. We are grateful for JPCHF's commitment and support, fueling this vital work and ensuring a brighter future for pediatric health care in our province.”

Dr. Klassen will work to transform and harmonize pediatric care in Saskatchewan including all research, teaching and clinical care. As a nationally recognized leader and innovator in pediatrics, Klassen said his vision includes a strong provincial system of health care that works seamlessly for children, youth and their families.

“Through education and research, we can strengthen the network of services we provide for families when emergencies happen or when care is needed, not only in Saskatoon at the Jim Pattison Children’s Hospital, but across the province,” said Klassen.

usask-certificate-gives-a-window-into-japanese-culturetrue1718730911095imj129USask certificate gives a window into Japanese cultureThe Certificate in Japanese Language and Culture launched in the College of Arts and Science in 2022 Chris PutnamAHM,1715892780000/articles/community/2024/usask-certificate-gives-a-window-into-japanese-culturenewssite://news/articles/community/2024/usask-certificate-gives-a-window-into-japanese-cultureccm0461715894692565ccm0461715894692565show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/6347.jpgsite://news/images/2024/6347.jpgnews6347.jpg1712291080720Izumi Adachi teaches Japanese language and culture classes in the USask Department of Languages, Literatures and Cultural Studies. (Photo: Chris Putnam)Izumi Adachi teaches Japanese language and culture classes in the USask Department of Languages, Literatures and Cultural Studies. (Photo: Chris Putnam)NoNonesupport-studentsNo/
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When Izumi Adachi left Japan in the late 1990s, her motive was to share the Japanese language beyond her country’s borders.

“For me, it’s important to see our language and culture in Canada,” said the faculty member in the University of Saskatchewan (USask) Department of Languages, Literatures and Cultural Studies.

A former high school teacher in Japan, Adachi taught in the United States and Hungary before settling in Canada. She has been teaching in USask’s College of Arts and Science since 2014.

The Japanese community in Saskatoon is small, but interest in Adachi’s Japanese language courses has been consistently strong. At least 200 students take her classes each year—some of them Japanese-Canadians looking to learn their ancestral language, but most of them Canadian and international students with no connection to Japan except a love of its culture. 

TextImage/images/2024/sianne_bassingthwaite_web.jpgsite://news/images/2024/sianne_bassingthwaite_web.jpgnewssianne_bassingthwaite_web.jpg65587400533Sianne Bassingthwaite is completing the Certificate in Japanese Language and Culture. (Photo: submitted) Align right

“I can definitely say that in these past 10 years, there are more Japanese language learners than actual Japanese people living in Saskatoon,” she said, adding that the interest is “amazing” to see.

In 2022, the College of Arts and Science launched the Certificate in Japanese Language and Culture, a 15-credit certificate that includes courses in Japanese language, history and culture. Adachi developed the certificate with her department head Dr. Marie-Diane Clarke (PhD) and Chinese/Japanese religious historian Dr. George Keyworth (PhD) of the Department of History.

“I definitely recommend taking the certificate if somebody is interested in learning the language or anything about Japan,” said Sianne Bassingthwaite, a fourth-year USask psychology student who is graduating with her degree and the Certificate in Japanese Language and Culture this spring.

In March, Bassingthwaite placed second in the Canadian National Japanese Speech Contest in Ottawa, Ont. She is the latest of several of Adachi’s students to be a top performer at the district and national competitions.

Bassingthwaite pursued the certificate because she hopes to do graduate studies in Japan.

“I just think it's an interesting country, like it's just so different from what I would be getting if I stayed in Canada or went to Europe,” she said.

Michelleanne Atchivara (BA’23, Cert’23) was one of the first graduates of the new certificate program in 2023. She remembers being fascinated by Japanese language and popular culture since she was a child growing up in the Philippines.

Atchivara’s sister, a fellow anime fan, encouraged her to take her first Japanese class at USask.

“I’m really glad I did,” Atchivara said.“The more I got into it, the more I grew appreciation for the language.”

TextImage/images/2024/atchivara_michelle_web.jpgsite://news/images/2024/atchivara_michelle_web.jpgnewsatchivara_michelle_web.jpg94303500667Michelleanne Atchivara graduated with the Certificate in Japanese Language and Culture in 2023. (Photo: Chris Putnam) Align right

Adachi teaches many of the certificate’s required courses: not just language classes but a popular culture and cinema class that covers everything from Godzilla to the history of manga.

“She really made the classes so fun and enjoyable. And she's a wonderful soul. She really made everyone in class feel welcome and accommodated,” said Atchivara.

For Atchivara, the certificate was something she did for herself: a bonus and a break from the classes in her major. She believes it helped give her the confidence to step outside her comfort zone and get involved with organizations like the Saskatoon Kendo Club and the Saskatoon Folkfest. 

“The certificate is something that I'm really proud of.” 

Atchivara also thinks the deeper understanding of languages she gained through her studies helps in her current job as a children’s literacy program coordinator.

“Looking at how you break down sentences in different languages was really interesting to me, and I remember I geeked about it at home and to my friends all the time,” she said.

Many other former students of Adachi have traveled to Japan to study or work. At least one graduate who took the language courses before the certificate was offered has realized his dream of working as a translator for the Japanese video game industry.

Adachi is proud to see her students’ achievements.

“I’m happy to support them, to touch this part of their lives,” she said. “And I’m also learning a lot. Things I was taking for granted are actually unique to our culture, and every time I go back (to Japan), I visit a place I’ve never been to.”

greenandwhite-the-art-of-collaborationtrue1718730911095imj129The art of collaborationUSask graduate Jillian Ross (BFA’02) is sharing her knowledge of collaborative printmaking through an interactive exhibition at Remai ModernSHANNON BOKLASCHUKCollege of Arts and Science, 1715782680000/articles/community/2024/greenandwhite-the-art-of-collaborationnewssite://news/articles/community/2024/greenandwhite-the-art-of-collaborationnews_ws1715879564190ccm0461715879702969show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jillian-ross-and-william-kentridge-web.jpgsite://news/images/2024/jillian-ross-and-william-kentridge-web.jpgnewsjillian-ross-and-william-kentridge-web.jpg2322051080720USask graduate Jillian Ross (left) and South African artist William Kentridge have produced more than 190 works together. (Photo provided by Brendan Copestake)USask graduate Jillian Ross (left) and South African artist William Kentridge have produced more than 190 works together. (Photo provided by Brendan Copestake)NoNonesupport-studentsYesNoYesSame folderYesImage/images/articles/2024/jillian-ross-and-william-kentridge-web.jpgsite://greenandwhite/images/articles/2024/jillian-ross-and-william-kentridge-web.jpggreenandwhitejillian-ross-and-william-kentridge-web.jpg195250900675USask graduate Jillian Ross (left) and South African artist William Kentridge have produced more than 190 works together. (Photo provided by Brendan Copestake)NoNoneNoneNo/
TextImage/images/articles/2024/jillian-ross-web.jpgsite://greenandwhite/images/articles/2024/jillian-ross-web.jpggreenandwhitejillian-ross-web.jpg101814950713Jillian Ross (BFA’02) is a Master Printer. (Photo: Larry Kwok)Below content

An exhibition at Remai Modern is offering visitors an inside look at a working print studio by showcasing the knowledge and skills of University of Saskatchewan (USask) graduate Jillian Ross (BFA’02), a Saskatoon-based printmaker and longtime collaborator of renowned South African artist William Kentridge.

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Live Editions: Jillian Ross Print demonstrates how prints are produced from start to finish and highlights the collaborative process that takes place between artists and printmakers. The exhibition runs until Aug. 11, 2024, in Remai Modern’s Connect Gallery.

Ross began moving the elements of her print studio into the gallery in March. Since the exhibition officially opened at Remai Modern on April 5, Ross has found the museum to be a comfortable working space that enables her to interact with students, museum employees, fellow artists, members of school and tour groups, and other visitors.

“It’s a very natural place for me to explain printmaking by showing—and by having the props, the sights, the smells,” she said.

TextImage/images/articles/2024/bevin-bradley-web.jpgsite://greenandwhite/images/articles/2024/bevin-bradley-web.jpggreenandwhitebevin-bradley-web.jpg80165635899USask graduate Bevin Bradley (BFA’02) is the co-curator of Live Editions: Jillian Ross Print. (Photo provided by Remai Modern)Align left

The process of printmaking involves transferring an image from a template known as a matrix, which in this case is made of copper, to another surface, in this case paper. Multiple impressions of the image can be printed from the matrix, which has the image embedded into its flat surface.

Fellow USask graduate Bevin Bradley (BFA’02) is the co-curator of Live Editions: Jillian Ross Print with Michelle Jacques, Director of Exhibitions and Collections and Chief Curator at Remai Modern. Bradley said she is “amazed at the generosity of spirit of the collaborative nature of the printmakers working with the artists.” Bradley added that it is “remarkable” for a printer to invite visitors “to be present during moments of truth” when the work is in development.

In recent years, printmaking has seen a resurgence as more people become interested in the artistic process and vintage printing techniques.

“Repetition is embedded in the printmaking medium, and it is an effective form of communication in a world of increasingly quick exchanges and a flood of images on social media platforms,” Bradley said. “This, combined with a growing interest in craft processes in contemporary art, feeds into a resurgence in printmaking.”

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Ross now has more than 20 years of printmaking experience. Although she studied studio art at USask, it wasn’t until she graduated from university that she began to focus on printmaking. In 2003, a year after completing her Bachelor of Fine Arts degree at USask’s College of Arts and Science, she moved to South Africa. While working at David Krut Workshop in Johannesburg, Ross began collaborating with William Kentridge, an artist who is internationally acclaimed for his drawings, films, theatre, and opera productions.

Since then, the relationship between Ross and Kentridge has been long and fruitful. During the past 17 years, they have produced more than 190 works together and their international partnership now continues from Ross’ studio in Saskatoon, where she returned to live in 2020 during the COVID-19 pandemic.

TextImage/images/articles/2024/wally-dion-web.jpgsite://greenandwhite/images/articles/2024/wally-dion-web.jpggreenandwhitewally-dion-web.jpg81008600800Jillian Ross Print began working with USask graduate Wally Dion (BFA’04) in 2022 on the artist’s first printmaking work. (Photo provided by Remai Modern)Align right

The latest collaboration between Ross and Kentridge is a large-scale photogravure series consisting of more than 30 plates. Live Editions explores and celebrates the significance of Ross’ work as a collaborative printmaker in the production of Kentridge’s yet-unpublished series. In addition to the print studio itself, the exhibition at Remai Modern also features recently published works by Jillian Ross Print with a focus on Kentridge’s Studio Life Gravures series, as well as a film by Kentridge and Joanna Dudley and Prairie Braids by USask graduate Wally Dion (BFA’04), a Saskatoon-born artist of Saulteaux ancestry who now lives and works in Upstate New York.

Jillian Ross Print, which is owned and managed by Ross and her partner, Brendan Copestake, began working with Dion in 2022 on the artist’s first printmaking work. This summer, Live Editions will demonstrate the collaboration during a residency in the gallery from July 17 to July 28. Ross and Dion will showcase the experimental and technical aspects of developing a work collaboratively, bringing together elements of Dion’s practice, such as drawing, painting, sculpture, and textile work.

TextBecoming a Master PrinterImage/images/articles/2024/printing-1-web.jpgsite://greenandwhite/images/articles/2024/printing-1-web.jpggreenandwhiteprinting-1-web.jpg92709750563"Live Editions: Jillian Ross Print" demonstrates how prints are produced from start to finish. (Photo: Kathryn Warden)Below content

While Ross is now a highly regarded Master Printer, she said she “stumbled into” the world of printmaking in her early days of living in South Africa. Her printmaking career began with a phone call with David Krut during which she volunteered to help at his business in Johannesburg, which included a gallery, a book publishing company, and a print shop. Ross had heard there was an opportunity to work in the book section; however, since she studied art in university, Krut placed her in the print studio.

 “I blotted wet paper every day—for months—to help the printmaker print the editions through the press,” Ross recalled. “But I also had the chance to listen to the artists in the studio and to learn just by watching.”

Ross was a quick study. Just two years later, after learning about printmaking in “real time” by working with the artists coming into the shop, Ross became the head printer at David Krut Workshop. Her willingness to learn and experiment has served her well.

TextNone/Above content“I believe, in my honesty of not knowing everything (early in my career), I would just say, ‘Yes, sure, we can do that.’ And then I would figure out how to do it—and that (willingness to experiment) is how my whole career has been,” Ross said. “And I was lucky; because I would also travel back and forth to Canada, I would stop at different print studios along the way, and I would learn from different printmakers that way.”

Ross is now a Master Printer—a printmaker who has been working in the medium for more than 10 years and who assists artists in making their work. Jillian Ross Print is a collaborative print studio, where Ross works closely with artists on the imagery they are making. Both parties bring their strengths and skills to the table; the artist focuses on what the image will look like, while Ross focuses on the technical aspects required to bring the vision to fruition.

Ross sees herself as somewhat of an alchemist, blending colours, using different acids, working with metal, and employing various pieces of scientific equipment through repetitive, collaborative, and precise processes. Once the artist is pleased with the image, Ross is then tasked with printing the limited edition.

“A lot of the artists I work with who are drawn to printmaking are painters or sculptors, but, for me, there’s also the fusion between math, science, and art in one—and some days it’s more math, some days it’s more science, some days it’s more art,” she said.
TextRelated exhibition opensImage/images/articles/2024/printing-2-kathryn-warden-web.jpgsite://greenandwhite/images/articles/2024/printing-2-kathryn-warden-web.jpggreenandwhiteprinting-2-kathryn-warden-web.jpg99650700609The process of printmaking involves transferring an image from a template, known as a matrix, to another surface. (Photo: Kathryn Warden)Below content

With Live Editions: Jillian Ross Print now underway, a related exhibition, Life in Print: William Kentridge and Pablo Picasso, opened on May 10 in Remai Modern’s Picasso Gallery. The new exhibition highlights parallels between the two artists and features works from Kentridge’s Universal Archive alongside selections from Remai Modern’s holding of Picasso linocuts.

Universal Archive began as small ink drawings that Kentridge created while developing his Norton lecture series for Harvard University. They were carved in linocut by a team of printers, led by Ross at David Krut Workshop, and printed on non-archival dictionary papers.

Remai Modern is known for housing the world’s most comprehensive collection of linocuts by Picasso, which includes editioned prints, working states, and experimental proofs. The collection offers a unique glimpse into the artist’s life and work.

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Bradley said viewers will now have an opportunity to learn more about printmaking, and how it was employed in the work of Kentridge and Picassco, by visiting Ross’ working print studio at Remai Modern.

“From 1951 to 1968, Picasso collaborated with Master Printer Hidalgo Arnéra in linocut. The working states and experimental proofs reveal much of Picasso’s creative process and his unique approach to linocut. The collection is housed in a dedicated gallery at Remai Modern and audiences have many questions related to the printmaking process,” said Bradley.

Live Editions: Jillian Ross Print offers a rare opportunity to allow visitors to gain an understanding of what is involved as Jillian Ross and her team of printers edition a new series of prints by William Kentridge.”

TextMentoring studentsImage/images/articles/2024/kelsey-and-hannah-web.jpgsite://greenandwhite/images/articles/2024/kelsey-and-hannah-web.jpggreenandwhitekelsey-and-hannah-web.jpg97596800600USask students Kelsey Pavier and Hannah Penney-Duke (BSc’22) are working with Jillian Ross at Remai Modern. (Photo: Larry Kwok)Below content

As Ross continues to learn and grow her expertise as a Master Printer, she is keen to pass on her knowledge to others. She is currently mentoring three USask art students, Kelsey Pavier, Marcel Houston-McIntosh, and Hannah Penney-Duke (BSc’22), who are working alongside her at Remai Modern. The path to becoming a Master Printer is based on apprenticeship, so Ross is pleased to be able to pay it forward and to share her knowledge with a new generation of printmakers and art students.

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Pavier is a current Bachelor of Fine Arts student who has been working alongside Ross since January. It was a natural fit for her to join Jillian Ross Print; in fact, she was working on a research project about William Kentridge when she learned from a friend that Ross was looking for help in her studio. That friend then connected Pavier with Ross, and “it’s been a brilliant fit” since, said Pavier. She is now assisting Jillian Ross Print with a variety of tasks, such as wiping plates and prepping paper.

“Jill is apprenticing me, so teaching me her tricks and ways of doing things—which has been great,” said Pavier. “I’ve already taken all of the printmaking courses at (USask), and I’ve taken extra senior courses. It was kind of a seamless transition.”

Penney-Duke, who earned a Bachelor of Science degree in psychology at USask in 2022, has returned to the College of Arts and Science to take art classes. She learned about the opportunity to work with Jillian Ross Print in one of her courses and is now a part of the activities at Remai Modern, where she has learned a lot about printmaking and the skills involved.

“I feel like I’m learning a lot more details on how to make it really clean and precise,” Penney-Duke said. “It’s a lot to take in, and I’ve never really seen commercial printing like this.”

Through Live Editions, Ross is making connections with other students, artists, and community members while working at Remai Modern. She also sees connections to another recent interactive exhibition held at the museum, Journal of the Plague Year(s) by Saskatoon-based artists Betsy Rosenwald and Dawna Rose (MFA’91), which also encouraged collaboration and interaction with visitors.

“I thought that a wonderful project,” Ross said. “I think this is kind of a continuation of opening up the doors (of the gallery) that Remai Modern and its curators are allowing the arts community to do. I think they’re embracing all of us. I think that it enables people to learn that little bit more about what they’re looking at on some of the exhibitions as well.”

TextImage/images/articles/2024/jillian-with-print-web.jpgsite://greenandwhite/images/articles/2024/jillian-with-print-web.jpggreenandwhitejillian-with-print-web.jpg112676700525Jillian Ross has more than 20 years of printmaking experience. (Photo provided by Brendan Copestake)Below content
/articles/2024/the-art-of-collaborationshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/the-art-of-collaborationgreenandwhitethe-art-of-collaborationArticle headlineThe art of collaborationUSask graduate Jillian Ross (BFA’02) is sharing her knowledge of collaborative printmaking through an interactive exhibition at Remai ModernfeatureSHANNON BOKLASCHUKMay 15, 2024 2:18 PM
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petsmart-charities-of-canada-invests-in-usask-program-addressing-access-to-veterinary-caretrue1718730911095imj129PetSmart Charities of Canada invests in USask program addressing access to veterinary careOver the next four years, the Northern Engagement and Community Outreach (NECO) program at the University of Saskatchewan (USask) will receive $860,000 from PetSmart Charities of Canada in support of efforts addressing access to veterinary care in Saskatchewan, Manitoba, British Columbia and Canada’s northern territories.WCVM, 1715871840000/articles/community/2024/petsmart-charities-of-canada-invests-in-usask-program-addressing-access-to-veterinary-carenewssite://news/articles/community/2024/petsmart-charities-of-canada-invests-in-usask-program-addressing-access-to-veterinary-careccm0461715872665087ccm0461715872699826show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/neco1.jpgsite://news/images/2024/neco1.jpgnewsneco1.jpg2321161024683Members of the WCVM’s Northern Engagement and Community Outreach program (left to right): Dr. Jordan Woodsworth (DVM, PhD), Katara Chanin (RVT) and Paiten Viklund, the program's administrative support. (credit: Christina Weese)Members of the WCVM’s Northern Engagement and Community Outreach program (left to right): Dr. Jordan Woodsworth (DVM, PhD), Katara Chanin (RVT) and Paiten Viklund, the program's administrative support. (credit: Christina Weese)NoNonesupport-critical-researchNo/
TextImage/images/2024/neco2.jpgsite://news/images/2024/neco2.jpgnewsneco2.jpg1475051023681Dr. Jordan Woodsworth (left) talks to a pet owner at one of the remote clinics held in northern Saskatchewan. (credit: Brandon White)Align right

“We’re very proud of NECO’s partnership with PetSmart Charities of Canada in addressing urgent access-to-care issues in northern communities throughout our college’s partner regions,” said Dr. Gillian Muir (DVM, PhD), dean of the Western College of Veterinary Medicine (WCVM) at USask. “This funding grant allows the NECO team to work with community stakeholders in gathering fundamental knowledge that will lead to improvements in practices and policies.”

The grant will support the leadership role of Dr. Jordan Woodsworth (DVM, PhD), director of the NECO program at the WCVM. As part of her responsibilities, Woodsworth will develop vital data reports that provide organizations in the college’s partner regions—Saskatchewan, Manitoba, British Columbia and Canada’s territories—with information for improved access to veterinary care practice and policies.

Woodsworth’s team will work with stakeholders to define the current state of veterinary care access in each of the partner regions. The team will also identify opportunities for improvement from both practice and policy standpoints.

“While we know there is a pressing need to build accessible veterinary care in Canada’s remote regions, there is much more to uncover. We’re proud to support this critical research in regions excluded from the veterinary care system altogether,” said Dr. Robyn Jaynes (DVM), director of veterinary affairs at PetSmart Charities of Canada.

“The NECO program at WCVM expects the learnings to result in more equitable access to veterinary care, while also inspiring veterinary learners to do their part to enact change,” said Jaynes. “Sharing the findings nation-wide promises to inform other pet and human serving organizations to evolve the veterinary care landscape in Canada for the better over the next decade.”

Another key aspect of the program is to better understand what graduates of veterinary medicine and veterinary technology training programs are learning about spectrum of care (or contextualized care), culturally safe practices, and skills in community-engaged work.

Spectrum of care involves tailoring veterinary care based on a range of contextual factors that are often unique to each individual case and the client, patient and veterinarian involved in that case.

“Understanding what is currently offered helps us identify opportunities for bolstering these skill sets in graduates from veterinary professional training institutions so we can build a profession with the tools to address the needs of our world in socially conscious and equitable ways,” said Woodsworth. 

Woodsworth worked with community partners to create the college’s NECO program in 2014, initially starting with a small spay-neuter clinic in the tri-community area of La Ronge, Air Ronge and Lac La Ronge Indian Band. NECO now organizes two remote clinics per year in La Ronge, along with an annual spay-neuter and wellness clinic in Île-à-la-Crosse, Sask.

PetSmart Charities of Canada began its partnership with NECO and the veterinary college in 2023 with a $405,000 grant to launch a three-year pilot program for increased outreach and expansion. It supports the work of a registered veterinary technologist (RVT) whose time is focused on NECO-related programs and helping to make connections with new communities.

While the pilot program helps to improve access to care for Saskatchewan communities, this four-year initiative is looking at the issues with a much wider lens spanning three western Canadian provinces and three northern territories.

“The work that we’re doing is really outside of the box. PetSmart Charities of Canada has been so flexible and enthusiastic about our partnership through frequent dialogue and embracing our creativity. They’ve asked us to share our experiences with organizations across Canada and U.S. It’s really exciting to get this type of support,” said Woodsworth.

usask-to-celebrate-distinguished-honorary-degree-recipientstrue1718730911095imj129USask to celebrate distinguished honorary degree recipientsFrom one of the youngest female Nobel Prize Laureates, and a Man Booker Prize recipient, to community champions of charity and industry, the University of Saskatchewan (USask) will spotlight four extraordinary individuals this spring by awarding them the institution’s highest honour.1715265000000/articles/community/2024/usask-to-celebrate-distinguished-honorary-degree-recipientsnewssite://news/articles/community/2024/usask-to-celebrate-distinguished-honorary-degree-recipientsccm0461715265207522ccm0461718030395083show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/2024-hd-composite_21.jpgsite://news/images/2024/2024-hd-composite_21.jpgnews2024-hd-composite_21.jpg1880271075864(Clockwise from top-left) Dr. Emmanuelle Charpentier (PhD), Yann Martel, Jill Rawlinson and Gordon Rawlinson (credits: Hallbauer and Fioretti, Pabitra Das, Alex Jackson)(Clockwise from top-left) Dr. Emmanuelle Charpentier (PhD), Yann Martel, Jill Rawlinson and Gordon Rawlinson (credits: Hallbauer and Fioretti, Pabitra Das, Alex Jackson)NoNonesupport-studentsNo/
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At this year’s USask Spring Convocation at Merlis Belsher Place from June 3-7, the university will award honorary degrees to renowned philanthropists and business leaders Gordon and Jill Rawlinson, as well as Man Booker Prize-winning author Yann Martel, and Nobel Prize-winning scientist Dr. Emmanuelle Charpentier (PhD).

USask President and Vice-Chancellor Peter Stoicheff said the university is honoured to be able to shine the spotlight on this year’s esteemed recipients and to pay tribute to their commitment to community and their remarkable career achievements.

“We are proud to recognize the outstanding accomplishments and contributions to society that these individuals have made throughout their extraordinary careers,” said Stoicheff. “Their respective achievements span a broad spectrum of disciplines and fields, and we are grateful for the opportunity to express our admiration and appreciation by bestowing the university’s highest honour during this year’s USask Spring Convocation celebration.”

Here is a closer look at each of this year’s recipients:

TextDr. Emmanuelle Charpentier (PhD)(Honorary Doctor of Science)Image/images/2024/photo-charpentier-photo-credit-hallbauer-and-fioretti.jpgsite://news/images/2024/photo-charpentier-photo-credit-hallbauer-and-fioretti.jpgnewsphoto-charpentier-photo-credit-hallbauer-and-fioretti.jpg55524600553Dr. Emmanuelle Charpentier (PhD) (credit: Hallbauer and Fioretti)Align right

Emmanuelle Charpentier has been recognized world-wide for her groundbreaking research that laid the foundation for the revolutionary CRISPR-Cas9 genome engineering technology, widely used daily by University of Saskatchewan researchers all across campus. She has received numerous prestigious international awards and honours, including the Nobel Prize in Chemistry in 2020, and is an elected member of national and international scientific academies.

Charpentier is the founding, scientific and managing director of the Max Planck Unit for the Science of Pathogens and honorary professor at Humboldt University, Berlin, Germany. Charpentier has also held several research associate positions in the U.S.: The Rockefeller University, New York University Medical Center and Skirball Institute of Biomolecular Medicine, New York, and St. Jude Children’s Research Hospital, Memphis. She received her education in microbiology, biochemistry and genetics at the University Pierre and Marie Curie and the Pasteur Institute in Paris, France.

TextYann Martel(Honorary Doctor of Letters)Image/images/2024/yann-martel-photo-by-pabitra-das.jpgsite://news/images/2024/yann-martel-photo-by-pabitra-das.jpgnewsyann-martel-photo-by-pabitra-das.jpg84563600738Yann Martel (credit: Pabitra Das)Align left

Yann Martel is best known as the author of the novel Life of Pi, the No.1 international bestseller (translated into 50 languages) and the 2002 winner of the Man Booker Prize – described as the world’s leading literary award for a single work of fiction. The novel was made into an award-winning feature film by celebrated director Ang Lee and has also been adapted for the stage in New York and London. Martel has also written the collection of short stories The Facts Behind the Helsinki Roccamatios, the novels Self, Beatrice & Virgil, and The High Mountains of Portugal, as well as the collection of letters, 101 Letters to a Prime Minister. Martel studied philosophy at university, then travelled and worked at odd jobs as he became a writer.

Martel, who served as a visiting scholar in the University of Saskatchewan’s Department of English from 2005-2007, was named a Companion of the Order of Canada in 2021 – one of the country’s highest civilian awards – for his “contributions to literature and his philanthropic commitment to the betterment of his region” and earned the Queen Elizabeth II Platinum Jubilee Medal in Saskatchewan in 2022. Martel generously supports numerous community health care and cultural organizations, from the Remai Modern art gallery and Shakespeare on the Saskatchewan to the Friendship Inn and the Sanctum Care Group.
Born in Spain in 1963, Martel moved to Saskatoon in 2003. He lives with writer Alice Kuipers and their four children.

TextGordon Rawlinson and Jill Rawlinson(Honorary Doctor of Laws)Image/images/2024/photo-rawlinsons.jpgsite://news/images/2024/photo-rawlinsons.jpgnewsphoto-rawlinsons.jpg128672600515(L-to-R) Gordon Rawlinson and Jill Rawlinson (credit: Alex Jackson)Align right

Gordon and Jill Rawlinson personify what it means to be community builders, with a remarkable record of philanthropy and business success, generously donating in support of health care, education, the arts, as well as Indigenous achievement. Gordon was raised in Prince Albert and earned a Bachelor of Commerce degree (with distinction) from the University of Saskatchewan. He is a member of the Order of Canada, is a recipient of the Saskatchewan Order of Merit, and serves on the Dean’s Advisory Council at the Edwards School of Business. He built a successful radio broadcast company, today consisting of three radio stations in Saskatoon, three in Regina and one in Calgary. Rawlco Radio stations have been recognized for their community service through events like the C95 Radio Marathon for Breast Cancer Research celebrating 25 years; the Z99 Radiothon in support of the Neo-natal Intensive Care Unit at the Regina General Hospital (now in its 37th year); and CJME’s Santa’s Anonymous supporting the Salvation Army (in its 55th year).

Jill grew up on a farm near Redvers, Sask. She received the Governor General’s Academic Award in high school and holds a Bachelor of Arts degree. She serves as chair of their family’s philanthropic foundation, the Lily Street Foundation. Through their foundation, Jill and Gordon have directed their support towards health care, education, and the arts including: the Rawlco Centre for Mother Baby Care at the Regina General Hospital; the Vaccine and Infectious Disease Organization (VIDO) at USask; the EA Rawlinson Centre for the Arts in Prince Albert; the Rawlinson Centre for Indigenous Business Students; the Gordon Rawlinson Finance and Trading Room at the Edwards School of Business, and the United Way and food banks in Saskatoon and Regina.

Gordon and Jill are proud parents of Edward and Katherine and have four wonderful grandchildren.

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An honorary degree is the university’s most prestigious award, acknowledging worthy and unique contributions recipients have made to their community and to the world. USask recognizes individuals who have outstanding accomplishments in research, scholarly and artistic works; performed exceptional public service; contributed greatly through their professional or philanthropic activity; and demonstrated extraordinary athletic prowess. To view past recipients, visit: https://library.usask.ca/uasc/campus-history-databases/honorary-degrees

For more information on USask Spring Convocation, visit: https://students.usask.ca/academics/graduation.php

education-2024-chen-shortlisted-for-saskatchewan-book-awardtrue1718730911095imj129Chen Shortlisted for Saskatchewan Book AwardMolly Misses Nainai written by Dr. Emma Chen has been shortlisted for a Saskatchewan Book Award.Kira GlasscockAHM,1714641300000/articles/community/2024/education-2024-chen-shortlisted-for-saskatchewan-book-awardnewssite://news/articles/community/2024/education-2024-chen-shortlisted-for-saskatchewan-book-awardnews_ws1715118626467ccm0461715118800049show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/news/2024/molly-misses-nainai.jpgsite://education/images/news/2024/molly-misses-nainai.jpgeducationmolly-misses-nainai.jpg16085615001187Molly Misses Nainai is a finalist for the 2024 Saskatchewan Book Awards (Photo: Supplied)NoNoneNoneYesNoYesNoneYesImage/images/news/2024/karla-wolsky.jpgsite://education/images/news/2024/karla-wolsky.jpgeducationkarla-wolsky.jpg939371080720Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Graham Centre for SoTL (Photo: Submitted)NoNonesupport-studentsNo/
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Located in the College of Education, the Graham Centre for SoTL opened in 2022 thanks to a $2-million donation from University of Saskatchewan (USask) alumni Jane (BEd’62, DCL’22) and Ron (BE’62, DCL’13) Graham. At the heart of the centre’s work is the Scholarship of Teaching and Learning – commonly referred to as SoTL — which focuses on the systematic study of teaching practices in higher education with the goal of improving student learning.

Wolsky is an instructor in the Health Care Aide program at the Centre for Health and Wellness at Lethbridge College and a sessional lecturer at the University of Calgary. She was introduced to the Graduate Certificate in the Scholarship of Teaching and Learning program by Dr. Melanie Hamilton (EdD), director of the Graham Centre for SoTL.

Wolsky and Hamilton met in 2012 while working together in the Lethbridge College nursing program. Although they had different nursing backgrounds, with Wolsky’s experience in the medical surgical and emergency room and Hamilton in the operating room, the duo bonded over similar teaching philosophies on how students learn. Since Hamilton knew Wolsky was already active in SoTL research and had a passion for curriculum, she thought the program would be a good fit for Wolsky.

“If anyone talks to Melanie, they cannot walk away from her without acknowledging her passion for SoTL,” said Wolsky. “[Melanie] knew that I was looking for more information [in social research] to mentor [and inform] other people. It was a good fit both ways.”

TextPullquote“[Wolsky] is an example of how you can continue to improve yourself through professional development; that you don't have to have an end stop after your master's or a PhD, She shows that we can continue to learn in a variety of ways." - Dr. Melanie Hamilton, Graham Centre for SoTL director./Align right

Wolsky’s pursuit of additional credentials beyond the PhD shows how a learning journey is lifelong.

“[Wolsky] is an example of how you can continue to improve yourself through professional development; that you don't have to have an end stop after your master's or a PhD,” said Hamilton. “She shows that we can continue to learn in a variety of ways."

The Canadian Association of Schools of Nursing (CASN) requires nurses to report on the scholarship of teaching and learning taking place in nursing education. Since educating students is embedded in the job description, the opportunity to engage in research on teaching presents itself naturally. Wolsky’s research project, titled Cinema Education: Utilizing Films to Teach Psychological Aspects of Client Care for Health Care Aide Students, stemmed from her experience with her students.

“The courses I instruct are about psychosocial aspects of care such as death, dying and palliative care, dementia and mental health,” said Wolsky. “These topics are hard to teach in a classroom setting. Students were asking me, ‘Are there any movies that would help me understand this concept?’”

Wolsky noticed the positive feedback from her students after providing movies and supplemental resources for learning. The students mentioned how they could visualize the caring process for patients.

“The students started asking about other movies. I thought that this would be a great SoTL project. Then I started taking the SoTL certificate, and I thought ‘I should use the idea that students brought forward and then see if it really does assist students.’”

Wolsky, who recently received the 2023-24 Teaching Excellence Award at Lethbridge College, has noticed an improvement in her teaching practice. She will continue to use her findings as she begins to oversee the provincial health care curriculum revision across Alberta.

“I'm hoping to utilize some of my scholarship on teaching and learning and research background to help improve some of our curriculum changes and revisions,” said Wolsky.

Hamilton is excited that Wolsky is the first graduate of the centre. She credits Wolsky’s passion for learning as to why she will be a strong SoTL specialist and advocate.

“She will be able to continue to take that passion of student learning, supporting students and her teaching and leadership philosophy into our program as she moves into an instructor role,” said Hamilton. “[Wolsky] is already telling people why the USask SoTL program is important and the kind of benefits that a person can get out of it.”

Wolsky is proud of the committed work she has put in to complete the SoTL certificate. She appreciates the overall experience that allowed her to discover new information and encourages others to pursue the program.

“The program provides a really good experience with lots of engagement with other individuals and their research projects,” said Wolsky. “The way the program is laid out, it walks you through a SoTL project. When you are finished, not only have you completed this certificate, but you have a SoTL project that’s ready to be implemented.”
/news/2024/2024-usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduateshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://education/news/2024/2024-usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduateeducation2024-usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduateArticle headlineUSask’s Scholarship of Teaching and Learning program celebrates first graduateThis June, Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Jane and Ron Graham Centre for the Scholarship of Teaching and Learning (Graham Centre for SoTL). An experienced registered nurse and educator in Alberta nursing programs, the knowledge she has gained in the certificate will help her improve how students learn the skills and knowledge required of the profession.convocation, graduation, sotl, 2024Connor JayJun 3, 2024 9:15 AM
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usask-professor-receives-prestigious-3m-national-teaching-fellowshiptrue1718730911095imj129USask professor receives prestigious 3M National Teaching FellowshipUniversity of Saskatchewan (USask) Professor Dr. Loleen Berdahl (PhD) has received the 3M National Teaching Fellowship—the most prestigious national teaching award in Canada. She is also the first woman from USask to receive the award.College of Arts and Science, JSGSPP, JSGS1715006460000/articles/community/2024/usask-professor-receives-prestigious-3m-national-teaching-fellowshipnewssite://news/articles/community/2024/usask-professor-receives-prestigious-3m-national-teaching-fellowshipccm0461715009122918ccm0461715009380363show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/loleen-berdahl-02.jpgsite://news/images/2024/loleen-berdahl-02.jpgnewsloleen-berdahl-02.jpg589201080720Dr. Loleen Berdahl,Dr. Loleen Berdahl, winner of the prestigious 3M National Teaching Fellowship (credit: David Stobbe)NoNonesupport-critical-researchNo/
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Berdahl, executive director of the Johnson Shoyama Graduate School (JSGS) of Public Policy and professor in the USask College of Arts and Science political studies department, leverages her decade of experience in a public policy think tank before transitioning to academia to intentionally design learning experiences that reflect the needs she once identified in her own academic journey. Her innovative approach has transformed educational experiences and prepared students for successful careers across various fields.

“A big part of the 3M award is about educational leadership and that's where I've been trying to make a particular contribution: by getting people to think about the fact that we need to update our programs and reimagine our programs and make sure that they're working for students,” noted Berdahl. “They are why these programs exist." 

Berdahl has been honoured for her efforts: the Society for Teaching and Learning in Higher Education (STLHE) and 3M Canada recognized Berdahl and nine others for their exceptional contributions to teaching and learning in Canadian post-secondary education. It is the highest teaching honour a professor can receive in Canada. 

This is not the first noteworthy recognition Berdahl has received. In addition to being the recipient of three USask teaching awards, including the Distinguished Teacher Award (formerly titled Master Teacher Award), she was awarded the Canadian Political Science Association Prize for Teaching Excellence, the American Political Science Association Policy Excellence in Mentoring Award, and most recently, the Lieutenant Governor’s Post-Secondary Teaching Award for Outstanding Teaching. 

“Dr. Berdahl exemplifies USask’s bold ambition to set the standard for learning. Her forward-looking commitment to teaching and learning directly and positively impact the lives of undergraduate and graduate students,” said Professor Airini (PhD), USask’s provost and vice-president academic. “She models curiosity, passion and creativity that inspire learners to get engaged and to become leaders the world needs.”  

One of her former students wrote in a nomination letter that Berdahl is unlike any professor she’s had because of her commitment to teaching excellence, educational innovation, and educational leadership. 

“She encourages active participation by all students, ensuring inclusion of diverse voices in classroom discussions. She starts each class session with a description of learning outcomes for the day and ends each session by dedicating two minutes to student reflection. I left each session with a clear understanding of what I had learned and what I needed to review,” wrote Kirsten Samson. 

In Berdahl’s roles as department head of Political Studies and current executive director at JSGS, one of her priorities has been curriculum development and renewal. Her colleague and nominator, Dr. Colleen Bell (PhD), associate professor and graduate program chair in Political Studies, said Berdahl has transformed university education from the bottom up. 

“Her approach begins from a place of empathy that meets students where they are ‘at’ to help them discover where they want to go,” Bell wrote. “From this simple but powerful idea, Loleen has built a pedagogical enterprise, supporting educators to foster student empowerment, skill development, and respect for diversity.” 

Through her popular Academia Made Easier newsletter/blog and University Affairs' Skills Agenda column, Berdahl reaches over 4,500 subscribers across 95 countries. Berdahl reaches across the academic career spectrum, while identifying the unique challenges faced by women, LGBTQ2+, BIPOC, junior, and precariously employed educators.  

Berdahl has also recently co-authored a book, For the Public Good: Reimagining Arts Graduate Education in Canada, which provides a vision for social science and humanities graduate education to prioritize equity, diversity, inclusion, and decolonization. 

Berdahl is the 11th USask professor to receive this award since its inception in 1986. 

“I am so honored to be to be joining the ranks because I know their commitment to teaching and learning and educational leadership is exceptional. To be in that cohort is thrilling.” 

Berdahl joins previous USask winners: Dr. Vince Bruni-Bossio (PhD), Interim Associate Provost: Strategic Priorities, USask, and Associate Professor, Management and Marketing, Edwards School of Business in 2022; Dr. Jay Wilson (EdD), professor of curriculum studies in 2017; Dr. Fred Phillips (PhD), professor of accounting in 2011; Dr. Baljit Singh (MVSc, PhD), professor of veterinary biomedical sciences in 2009; Dr. Ernie Walker (PhD), professor of archaeology in 2007; Dr. John Thompson (PhD), professor of sociology in 2005; Dr. Rick Schwier (EdD), professor of curriculum studies in 2005; Dr. Len Gusthart (PhD), professor of kinesiology in 2002; Dr. Mel Hosain (PhD), professor of civil engineering in 1994; and Dr. Ron Marken (PhD), professor of English in 1987. In addition, Dr. Colin Laroque (PhD), professor of soil science, joined the Fellowship in 2013 and joined USask in 2014. 

usask-community-marks-red-dress-daytrue1718730911095imj129USask community marks Red Dress Day Faculty, staff, and students were invited to an event to honour missing and murdered Indigenous women, girls, and 2SLGBTQQIA+ people. Ashley DopkoIndigenous, aboriginal, 1714921200000/articles/community/2024/usask-community-marks-red-dress-daynewssite://news/articles/community/2024/usask-community-marks-red-dress-dayccm0461714768217650ccm0461715001462511show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/red-dress-usask-2.jpgsite://news/images/2024/red-dress-usask-2.jpgnewsred-dress-usask-2.jpg2871321080720The Red Dress Day installation at the University of Saskatchewan features empty red dresses to represent missing and murdered Indigenous women. (Photo: University of Saskatchewan communications) The Red Dress Day installation at the University of Saskatchewan features empty red dresses to represent missing and murdered Indigenous women. (Photo: University of Saskatchewan communications) NoNoneNoneNo/
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On May 3, 2024, the University of Saskatchewan (USask) community came together to mark the day of observance for Missing and Murdered Indigenous women, girls, and 2SLGBTQQIA+ people across Canada.  

“Our role as a post-secondary institution is to educate and encourage dialogue around historical and current events in an effort to broaden people’s understanding,” said Dr. Angela Jaime (PhD), Vice-Provost, Indigenous Engagement. “We want to create safe and accountable spaces so that we can have conversations about hard things. If we don’t do this people live in isolation without fully understanding what’s going on.”  

USask’s Red Dress Day activities were hosted by the Office of the Vice-Provost Indigenous Engagement (OVPIE) and saw students, staff and faculty gathered in the Bowl. Many participants had the opportunity to try their hand at traditional beading by making red dress pins with the help of Beading with Aunties – Jusinda Rosenkerr, Indigenous Wellness Counsellor and Indigenous artist and Implementation Coordinator for OVPIE, Vanessa Hyggen who regularly host beading events on campus for Indigenous students, staff and faculty. These activities offered an opportunity to learn, share, and build community. 

“Having people learn how to bead creates a space to dialogue,” said Jaime. “If we’re sitting in a circle beading we’re able to share and gain a better understanding of the atrocities that have happened and the prevention that needs to continue. Hands busy, mind free to engage in the conversation.”  

TextImage/images/2024/red-dress-day-3.jpgsite://news/images/2024/red-dress-day-3.jpgnewsred-dress-day-3.jpg3923061080810The Red Dress Day installation at the University of Saskatchewan features empty red dresses to represent missing and murdered Indigenous women. (Photo: University of Saskatchewan communications) Above content

In the final report of the National Inquiry into Missing and Murdered Indigenous Women and Girls many calls for justice are made, including one directed to educators. Elementary, secondary, and post-secondary institutions are asked to provide awareness about the missing and murdered, addressing the root causes of the violence they experience.  

“This is an issue that affects our whole community, we need to work towards a future where Indigenous women, girls and two-spirit people feel safe and valued,” said Hyggen. “For me, we come together for remembrance, to raise awareness and to demand justice and action.”  

The report includes the voices of more than 2,380 family members, survivors of violence, experts, and Knowledge Keepers, and delivers 231 Calls for Justice directed at governments, institutions, and all Canadians. Some of the Calls for Justice are featured on outdoor banners placed around The Bowl on the main USask campus. 

Red Dress Day is observed annually on May 5. The day was inspired by Métis artist Jamie Black’s REDress Project, an art installation that featured empty red dresses in various environments to represent missing and murdered Indigenous women.  

It’s a powerful symbol that also appeared in various renditions around the USask campus.  

“The colour red represents our the lifeblood that connects us and is also the colour that the spirits can see. We are hoping that those who are murdered and missing will see it, and that this is a way to help them come home,” said Jaime.  

“The sound of the jingles on the red dresses, which are a symbol of sobriety and spiritual connection, shudder in the wind is really beautiful. It’s another way to help lead the spirits home. We’ve put 20 dresses in a circle with sinew connecting them together, hanging from the sinew there are 231 little red dresses representing the 231 Calls to Justice written on them by participants of the project. Those Calls to Justice are another image of our commitment to eliminating this epidemic on nationally, internationally and globally – Indigenous women and girls should not be 19 times more likely to be murdered and missing. It should be zero.” 

 

TextImage/images/2024/edwards-red-dress.jpgsite://news/images/2024/edwards-red-dress.jpgnewsedwards-red-dress.jpg2259291080705The Red Dress Day installation at the Edwards School of Business at USask features empty red dresses to represent missing and murdered Indigenous women. (Photo: University of Saskatchewan communications) Above content
hopsons-usask-legacy-will-live-ontrue1718730911095imj129Hopson’s USask legacy will live onJim Hopson’s commitment to student success was his passion.John GraingerHuskie Athletics, 1714654800000/articles/community/2024/hopsons-usask-legacy-will-live-onnewssite://news/articles/community/2024/hopsons-usask-legacy-will-live-onccm0461714678519506ccm0461714678519506show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jim-hopson.jpgsite://news/images/2024/jim-hopson.jpgnewsjim-hopson.jpg1605001080720Jim Hopson, holding a footballJim Hopson will be remembered as an icon of the community who brought a wealth of experience, knowledge, and passion for sports to the USask Huskie Athletics program. (Photo: Courtesy of Canadian Football Hall of Fame)NoNoneNoneNo/
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A strong community is one built by many hands, Jim Hopson firmly believed.

There are many reasons why he will be missed, but Hopson’s ability to create community is one that will be admired and emulated for years to come.

It is that importance of community that Hopson, as a leader, a supporter, and a friend of the University of Saskatchewan (USask), will leave a lasting impression on Huskie Athletics for years to come.

Hopson died April 2 in Regina after a long battle with colon cancer. He was 73. Always the fighter, Hopson underwent more than 40 chemotherapy treatments and two surgeries.

A celebration of Hopson’s life is scheduled for Friday at the Conexus Arts Centre in Regina. Flags on the USask campus will fly at half-mast in his honour.

His leadership skills were on full display in 2005 when he took over a struggling Saskatchewan Roughriders organization as team president and CEO and quickly turned it into one of Canada’s most recognizable brands in a decade.

It was that combination of a savvy business and work ethic and his football experience that spurred USask President Peter Stoicheff to ask him in 2019 to become a valued member of the Huskie Athletics Board of Trustees, comprised of key community and university leaders to engage community expertise to ensure Huskie Athletics maximizes its potential and capitalizes on its long history of success.

“Jim Hopson was an icon of the community and brought a wealth of experience, knowledge, and passion for sports to our Huskie Athletics program and we were honoured to have his help in elevating our program and expanding our connection to our supporters and our community, something he was known for throughout his career,” said Stoicheff. “There are not enough accolades or superlatives to encapsulate exactly what his presence meant to our Huskie Athletics organization and its teams, coaches, and student-athletes. His guidance and leadership left a lasting impact that continues to this day.”

The Board of Trustees is tasked with shepherding Huskie Athletics into being the best sports program on Canada’s U SPORTS landscape, with many post-secondary institutions adopting similar growth strategies.

Shannon Chinn, USask’s chief athletic officer, knew Hopson from her time working previously with the Riders and said Hopson’s presence was invaluable.

“Huskie Athletics was so fortunate to have Jim as the chair of our Board of Trustees. He was the unicorn for us with the perfect combination of expertise between high performance athletics, the business of sport, and education,” said Chinn. “I am grateful to have learned under Jim’s leadership when I worked for the Riders early in my career. It was a full circle moment to have him here with the Huskies when I started at USask. What I’m going to miss most is his weekly texts about how our Huskie teams were doing. It just reminded me that he was always watching and that meant a lot.”

Hopson was born and raised in Regina and graduated from the University of Regina with an education degree and went on to the University of Oregon to earn his master’s degree. His commitment to youth development was evident as he spent many years as a teacher, principal, and school administrator in Regina.

Hopson cut an imposing figure, but his kindness and gentle manner with those on and off the field were his hallmarks that belied his stature.

His list of honours and plaudits is long. Hopson was inducted into the Canadian Football Hall of Fame as a builder in 2019 and added to the Roughriders Plaza of Honour in 2018.

The U of R alumni association presented him with a Lifetime Achievement Award in 2015. He also received the Saskatchewan Centennial Medal and the Queen Elizabeth Diamond Jubilee Medal.

He served 10 years as president/CEO of the Riders from 2005-15, overseeing the Canadian Football League (CFL) club’s rise to national prominence while setting a high bar for other franchises in merchandise and ticket sales. His efforts with the Riders are seen as a template for other CFL franchises to emulate.

Despite those many successes, Hopson was always quick to divert praise or accolades for himself and leave it at the feet of the communities that he built.

He will be missed.

asian-heritage-month-profile-of-professor-mou-in-jsgstrue1718730911095imj129Asian Heritage Month: Profile of Professor Mou in JSGSWith more than 15 years of experience, Dr Haizhen Mou (PhD) brings an economist’s perspective to solving public policy problems that impact society, including health care, education, public finance, and barriers faced by immigrant women.Charvee SharmaAHM, JSGS1714659240000/articles/community/2024/asian-heritage-month-profile-of-professor-mou-in-jsgsnewssite://news/articles/community/2024/asian-heritage-month-profile-of-professor-mou-in-jsgsccm0461714659461714ccm0461714659461714show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/haizhen-mou.jpgsite://news/images/2024/haizhen-mou.jpgnewshaizhen-mou.jpg1643211080720Originally from China, Dr Haizhen Mou (PhD) has been a faculty member in JSGS at USask since 2009. (Photo: Submitted)Originally from China, Dr Haizhen Mou (PhD) has been a faculty member in JSGS at USask since 2009. (Photo: Submitted)NoNonesupport-critical-researchNo/
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A professor at the Johnson Shoyama Graduate School of Public Policy (JSGS), University of Saskatchewan (USask) campus, her research takes an interdisciplinary approach, integrating theories and methods from various disciplines. For Mou, academia felt like a natural choice, driven by her intrigue in political economy from a young age. Mou was born in Shandong Province, China, and moved from Beijing to Toronto to pursue a master’s degree in economics in 2002, joining JSGS at USask in 2009 after completing her PhD.

We caught up with her to ask about her latest book, research interests, and experiences as an Asian researcher.

Tell us a little about your ongoing research.

With SSHRC (Social Sciences and Humanities Research Council) Insight grant support, my latest book, Fiscal Choices: Canada After the Pandemic, co-authored with Dr. Michael Atkinson (PhD), JSGS professor emeritus, explores Canada’s fiscal health post-pandemic, revealing the strengths and limitations of traditional economic tools. 

During the research for this book, we collected quantitative data, organized a nation-wide survey, and interviewed more than 70 politicians, bureaucrats, and representatives of academia, think tanks, and international organizations. We discussed problems such as economic growth, income and wealth inequality, government budgeting, monetary policy, fiscal federalism, and accountability in the management of public funds. A snapshot of the book can be found in an article published in The Conversation. For this research, we integrated theories of economics, political science, and public administration, and created a fiscal policy roadmap for the Canadian federal and provincial governments after the COVID-19 pandemic.

What are your research plans for the next few years?

I recently received two SSHRC grants and a SHRF (Saskatchewan Health Research Foundation) Align Grant. In my SSHRC Partnership Engagement Grant, I will collaborate with the Canadian Mental Health Association and assess the implementation and outcomes of the 2017 federal conditional transfer on mental health and addiction.

Through the SSHRC Insight Grant, I will examine the barriers that immigrant women face when using the national childcare program. I will study the effects of a universal childcare program and gender norms on immigrant women’s labour decisions, map their geographic accessibility to a childcare centre in their communities, and understand the other barriers by interviewing immigrant women in Saskatoon.

In the SHRF Align Grant, my post-doctoral fellow and I will study the implementation and outcomes of a team-based primary care model in a rural clinic.

What challenges did you face as a visible minority in academia?

As a short Asian woman, I, just like millions of other visible minority immigrants, had to work harder to gain recognition. The same level of accomplishments could be discounted and we often had to seek and fight for opportunities. One particular challenge is navigating the stark contrast between cultures. Many Asian cultures emphasize hardworking and modesty, whereas in Canada, there’s a need to advocate for oneself. This is a real, everyday challenge.

Personally, I’ve been fortunate to come across numerous friends, professors, and neighbours who went all the way to understand and help me. As an international student in Canada, my professors and classmates introduced me to skiing, skating, hiking, Canadian authors, and traditions that helped me acclimatize and feel home. At USask, many colleagues offered advice and support without even being asked. Some of them were trying their best to help international students and newcomers, and they were my role models.

If you could flip a switch, what would you change in your field?

I would add interdisciplinary training to every field. To solve public policy problems, we need economics, political science, sociology, philosophy, history, psychology, geography, and many other disciplines to work together.  

In what ways does the area of your research align with University of Saskatchewan’s Signature Areas?

My research on government budgeting and public finance, primary care organizations, and public childcare programs helps enhance the well-being and sustainability of communities.

If you had a blank cheque, how would you fund your research?

If I had a blank cheque, I wish it was a cheque (for) research time. I have a lot of research grants now and I just need to roll my sleeves and get the research done!

asian-heritage-month-forage-breeder-a-research-leader-at-usasktrue1718730911095imj129Asian Heritage Month: Forage breeder a research leader at USaskGrowing up on the Mongolian Plateau, Dr. Bill Biligetu (PhD) has seen first-hand the effect climate change can have on grasslands. As the Ministry of Agriculture Strategic Research Program (SRP) Chair in Forage Crop Breeding at the University of Saskatchewan (USask), Biligetu is breeding resilient forage varieties adapted for stressful environments.Kira GlasscockCollege of Agriculture and Bioresources, research, AHM, 1714658400000/articles/community/2024/asian-heritage-month-forage-breeder-a-research-leader-at-usasknewssite://news/articles/community/2024/asian-heritage-month-forage-breeder-a-research-leader-at-usaskccm0461714589026656ccm0461714664194252show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/bill-biligetu-by-christina-weese.jpgsite://news/images/2024/bill-biligetu-by-christina-weese.jpgnewsbill-biligetu-by-christina-weese.jpg2756041080720Dr. Bill Biligetu (PhD) is the Ministry of Agriculture Strategic Research Program (SRP) Chair in Forage Crop Breeding USask. (Photo: Christina Weese)Dr. Bill Biligetu (PhD) is the Ministry of Agriculture Strategic Research Program (SRP) Chair in Forage Crop Breeding at USask. (Photo: Christina Weese)NoNonesupport-critical-researchNo/
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“When I was young, the grasslands of Inner Mongolia were extremely productive, and there was no environmental concern. However, 10 years of drought has changed many things,” he said. “I have seen a dramatic change in my hometown, especially on the land degradation side. There were frequent sandstorms every spring, no grasses to graze, and over-grazing became an issue.” 

After completing his master’s degree in grassland management at the Inner Mongolia Agricultural University in China, Biligetu came to USask to pursue a PhD. In 2014, Biligetu joined the USask Crop Development Centre (CDC) as a forage breeder.

“USask is well-known for its agriculture research and teaching. World-class crop breeding research is also well-known, and I came here to learn more about plant breeding,” said Biligetu, an associate professor in the College of Agriculture and Bioresources at USask.

Forage crops are a nutritional food source for livestock animals. They also play a vital role in sustainable agricultural land management. Perennial forage crops have important environmental benefits, contributing to soil health, carbon sequestration, and land degradation prevention. 

“Perennial forages also reduce the use of chemicals (herbicide, insecticide, and fertilizer), provide wildlife habitat and promote sustainable agriculture systems, especially if we look at it from a long-term perspective,” said Biligetu.

TextImage/images/2024/bill-biligetu2-by-christina-weese.jpgsite://news/images/2024/bill-biligetu2-by-christina-weese.jpgnewsbill-biligetu2-by-christina-weese.jpg2654991080720Dr. Bill Biligetu (PhD) is the Ministry of Agriculture Strategic Research Program (SRP) Chair in Forage Crop Breeding at USask. (Photo: Christina Weese) Above content

Biligetu’s research focuses on the genetic improvement of perennial forage crops adapted to Western Canada, including alfalfa, sainfoin, hybrid bromegrass and wheatgrass­—species widely seeded by cattle and forage producers in Western Canada.

“Perennial forage and pasture systems are important for many livestock producers, and improved varieties help their operations be more profitable,” said Biligetu.

“My main goal is to develop great varieties of forage crops for Saskatchewan and Canadian producers. One of the breeding research goals I believe important is to develop perennial grass/legume varieties highly adapted to low productive land in Western Canada. This includes saline areas (soil with high salt content), drought, and erosion prone regions. 

Over the last 10 years, Biligetu has built on the successful forage breeding program at CDC, previously led by Dr. Bruce Coulman (PhD). To date, Biligetu has developed five new forage varieties, the most recent being CDC Salt King, a hybrid wheatgrass variety with high salt tolerance released in 2023.

The success of the forage breeding program at CDC is recognized and support­­­­ed by several industry and government funding agencies including the Beef Cattle Research Council, the Saskatchewan Alfalfa Seed Growers, the Saskatchewan Cattleman’s Association, the Saskatchewan Forage Seed Growers, Saskatchewan’s Agriculture Development Fund, and the Natural Sciences and Engineering Research Council of Canada.

“I am grateful that many of my forage crop breeding projects have been funded by various funding agencies,” said Biligetu.

When asked what inspired him to pursue a career in grassland agriculture, Biligetu credits his parents and Mongolian culture.

“I was born and raised on the Mongolian Plateau, where my family operates a livestock farm. We have beef cattle, sheep, goats, and horses. My family is a traditional Mongolian nomadic farm, moving year-round from summer pasture to winter grazing site until I was 10 years old. All my university degrees are related to the word ‘grass’,” said Biligetu. 

“During my university studies, I also met with many great professors who made a great impact on my future career.”

lets-fly-up-together-stewarding-the-indigenous-strategy-at-usasktrue1718730911095imj129Let’s fly up together: Stewarding the Indigenous Strategy at USaskThe University of Saskatchewan’s (USask) fifth bi-annual ohpahotân | oohpaahotaan symposium champions stewardship of the plan. Ashley DopkoIndigenous, aboriginal, 1714657800000/articles/community/2024/lets-fly-up-together-stewarding-the-indigenous-strategy-at-usasknewssite://news/articles/community/2024/lets-fly-up-together-stewarding-the-indigenous-strategy-at-usaskccm0461714581667032ccm0461714588591056show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/symposium-photo.jpgsite://news/images/2024/symposium-photo.jpgnewssymposium-photo.jpg2811171080720Dr. Angela Jaime (PhD), USask’s vice-provost, Indigenous Engagement, speaks at the podium during last month’s symposium. (Photo: Ashley Dopko)Dr. Angela Jaime (PhD), USask’s vice-provost, Indigenous Engagement, speaks at the podium during last month’s symposium. (Photo: Ashley Dopko)NoNonesupport-indigenous-achievementNo/
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On April 19, 2024, the fifth bi-annual ohpahotân | oohpaahotaan symposium was held on the University of Saskatchewan (USask) campus at Marquis Hall, with more than 250 people in attendance.

Dr. Keith Willoughby (PhD), dean of Edwards School of Business at USask and member of the mistatimok  committee spoke to the meaning of mistatimok which translates to “horses” and the concept of “working together in Saulteaux.” The meaning behind this refers to when horses are harnessed together to a wagon, and they must work together in concert with each other.  “It’s important that we help one another to work together, but not just with our heads but with our hearts,” said Willoughby.

In summer 2021, the university was gifted ohpahotân | oohpaahotaan the Indigenous Strategy and over the past two years considerable consultation and growth has taken place in colleges and units across campus. Dr. Angela Jaime (PhD) and her team at the Office of the Vice-Provost, Indigenous Engagement have been sharing the plan and guiding the USask community towards the fulfilment of the seven commitments – safety, wellness, stewardship, representation, right relations, creation, and renewal.

The focus of this year’s symposium was stewardship, looking at how the university has made strides in shepherding the plan, and explaining that all members of the USask community must look to themselves and bring ohpahotân | oohpaahotaan to the forefront of their own work.

There are a number of policies and projects that demonstrate good stewardship, and were discussed in the symposium, such as deybwewin | taapwaywin | tapwewin and the oyateki project. One of the important initiatives that was discussed was the adoption of the smudge and ceremony policy.

“We passed the smudge and ceremony policy in June 2023,” said Carson Magnuson, strategic officer, Indigenous Engagement. “So now all spaces on campus are smudge and ceremony safe. It is something that went through a lot of careful consideration and consultation through the Indigenous Advisory Circle. By increasing physical spaces for Indigenous culture practices, this policy speaks to transformative decolonization.

“As stewards we need to be asking, how do we create a community that supports all people on campus? Ensuring that USask is a smudge and ceremony safe space removes barriers to Indigenous students, staff and faculty from practicing their culture.”

TextPullquote“Engage with the Office of the Vice-Provost, Indigenous Engagement. It doesn’t matter how big of small your group is, we are here to support and walk with you on this journey.”Dr. Angela Jaime /Align left

This change is moving USask in a more intentional direction. A new report detailing this work and capturing where USask is in the process of stewardship, is now available on the Office of the Vice-Provost, Indigenous Engagement website.

“This report is meant to give our campus community an account of the past leading to the gifting of the Indigenous strategy, a snapshot of our present status towards realizing the Indigenous strategy, and a glimpse at what our future will be once we have embedded ohpahotân | oohpaahotaan throughout USask,” said Jaime. “This work is not easy. It demands our attention, respect, and love.”

“I challenge you to create safe and accountable spaces in your own units,” said Jaime. “Engage with the Office of the Vice-Provost, Indigenous Engagement. It doesn’t matter how big of small your group is, we are here to support and walk with you on this journey.”

Participants spent the day beading red dress pins courtesy of Beading with Aunties in preparation for the May 3 event in The Bowl for people to show their support for ending violence against Indigenous women, girls, and 2SLGBTQIA+ people.

The day came to a close with Elders Harvey Thunderchild and Joseph Naytowhow ending it in a good way, bringing their wisdom, knowledge and song to the group.


The Office of Vice-Provost will be hosting the mâmowi âsohtệtân Internal Truth and Reconciliation Forum on May 14, 2024, from 12-1:30 pm for a constructed conversation about a book by Andrew Stobo Sniderman and Douglas Sanderson, Valley of the Birdtail: An Indian Reserve, A White Town, and the Road to Reconciliation. For ways to access the book, contact OVPIE at indigenous@usask.ca.

from-tragedy-to-triumph-usask-student-pursues-paris-paralympicstrue1718730911095imj129From tragedy to triumph: USask student pursues Paris ParalympicsJacob Wassermann’s road to recovery has put him on a path to Paris.James ShewagaCollege of Education, 1714656600000/articles/community/2024/from-tragedy-to-triumph-usask-student-pursues-paris-paralympicsnewssite://news/articles/community/2024/from-tragedy-to-triumph-usask-student-pursues-paris-paralympicsccm0461714580514522ccm0461714662313794show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jacob-and-madison.jpgsite://news/images/2024/jacob-and-madison.jpgnewsjacob-and-madison.jpg1207211080720University of Saskatchewan College of Education student Jacob Wassermann and his wife Madison. (Photo: Submitted)University of Saskatchewan College of Education student Jacob Wassermann and his wife Madison. (Photo: Submitted)NoNonesupport-studentsNo/
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In a meteoric rise in just his second year of competing in the sport of para rowing, the 24-year-old University of Saskatchewan (USask) College of Education student is on the verge of competing in this summer’s Paris Paralympics. One of the 13 survivors of the horrific Humboldt Broncos bus crash six years ago that took 16 lives, Wassermann was left paralyzed from the waist down, as the former goaltender began the long process of healing from the physical and mental effects of his devastating injuries and the loss of his junior hockey teammates and close friends.

Through it all, Wassermann has found comfort and peace through his lifelong passion for competition and his quest to be an elite athlete at the highest level.

“The crash put me in a wheelchair, but I am still the same person and I still have the same desire and drive to be a competitive athlete and that never really changed for me,” said Wassermann. “I have been an athlete my whole life and it just comes so naturally to me that this is what I want to be doing with my life, is to compete. So I have kept competing, and kept training. It focuses me. I love the competition and I don’t think that is something that will ever go away, that competitive drive. And rowing is the sport that has filled that drive for me.”

Wassermann’s rapid rise in the sport sent ripples throughout the rowing community after he won the gold medal in the men’s PR1 2,000-metre race at the 2023 Canadian Para Rowing Championships in Victoria, and followed it up by earning a silver medal at the 2024 World Rowing Americas Paralympic Qualification Regatta in Rio de Janeiro, Brazil on March 16. His remarkable performance secured another boat (qualifying place) in the Paris Paralympics for Team Canada, a spot that Wassermann is now the leading candidate to fill when the Paralympic rowing team for Paris is officially announced in June.

TextImage/images/2024/rowing-1.jpgsite://news/images/2024/rowing-1.jpgnewsrowing-1.jpg1312831080720USask student Jacob Wassermann competed for Canada and won a silver medal in the 2024 World Rowing Americas Paralympic Qualification Regatta in Rio de Janeiro, Brazil on March 16. (Photo: Submitted)Above content

“When it was announced that we had qualified, I got tons of messages from people from all over, including the hockey world, from people who are pro athletes and coaches, so the support has been amazing and I really appreciate all of it,” said Wassermann. “It is exciting and we are now just waiting for June when the team will be announced. How it works in rowing is you have to qualify boats for a spot, and then an athlete is named to it. So that spot is not officially named yet for any athlete, but I will be working hard all summer to try to make sure it will be me who is going.”

Wassermann never expected to make a splash in the sport this soon, but is now firmly focused on preparing for Paris and hoping to have the opportunity to compete with the best in the world at the Paralympic Games.

“It has happened really quickly,” said Wassermann, who competes in the PR1 category for spinal cord injuries (use of arms and shoulders only). “I know when I first started, partway through last summer some of my friends and family were joking that they should be booking their tickets to Paris right now, but my coaches and I were focusing on L.A. in 2028 and were kind of planning our training schedule for the next four years. So this sort of sprung up quicker than anybody was really expecting, but it will be an amazing opportunity, if I do get to go and experience the Games.”

After first trying his hand at sledge hockey and adaptive water-skiing, Wassermann drifted into rowing almost by accident, but it wasn’t long before he was leaving competitors in his wake. In October of 2022, he checked out rowing for the first time at a Saskatoon Rowing Club open house event and quickly fell in love with the sport that has become his passion.

“I was just looking for a new sport to try and I was in a grocery store and met a friend, who is also in a wheelchair, and he said the rowing club was having a day to come try it out and I went and did it,” said Wassermann. “I was really into weightlifting and training and working on my health and fitness and I thought this would be another good way to do that. And once I got there, I just really liked the people in the club and especially once we got onto the water. There are not many feelings that are better than just rowing down the river.”

The club members welcomed Wassermann with open arms, and quickly became some of his biggest supporters.

TextImage/images/2024/rowing-2.jpgsite://news/images/2024/rowing-2.jpgnewsrowing-2.jpg864491080720USask education student Jacob Wassermann is hoping to represent Canada in the sport of para rowing at the 2024 Paralympics in Paris. (Photo: Submitted)Above content

“During the summer, training with the high performance group every day, you are just out there on the water training like anybody else,” said Wassermann. “So, the Saskatoon Rowing Club has been awesome. I can’t carry my own boat, so people always help carry the boat and any equipment that I need, so they are great. And here in the province and at nationals, people are the same way, so it has been awesome to have that support. Having the rowing community behind you is amazing.”

Wassermann has also been encouraged by the other survivors of the Broncos bus crash, a group that has grown incredibly close while dealing with their shared grief and their will to move forward.

“The support from the guys has been awesome. They are family to me and they are my hype guys and I get messages from them all the time and they are all excited about what I am doing right now,” said Wassermann, who met up with his old teammates on April 6 on the solemn sixth anniversary of the crash. “We are in contact all the time and we try to get together at least once a year. The majority of us just got together for the anniversary (of the crash) and that was really special. Most of the time on the anniversary it is just guys spending it on their own or with their family, but getting everybody together that weekend was really special and made that anniversary easier for a lot of us.”

Wassermann has also found plenty of support on campus, from classmates to professors, as he studies to become a teacher one day.

TextPullquote“For as long as I can remember, I wanted to be a professional athlete. And competing in the Paralympics or Olympics is the biggest stage in the world, so to wear the Maple Leaf like I did in Rio would be quite the honour and I hope to be able to do it in Paris.”Jacob Wassermann/Align left

“I am really looking forward to getting into the classroom, and I have my first (student teaching) placement in May and it is going to be back home in Humboldt, so that will be great,” said Wassermann, who has found the Education Building very accessible for his classes. “It is pretty easy in a wheelchair, so getting to classes isn’t a problem. And with competitions, I have had professors who have been very helpful when I have had events come up really quick and they have been very supportive with my classes. So the university has been very good to me and all of my professors have been really helpful, and I appreciate that.”

Through it all, he has found his closest supporters remain his family, from his mother Mara and father Kirby back in Humboldt to his younger brother Daniel, who is also studying at USask. And most of all, Wassermann points to his partner for life – his wife Madison, a social worker for a non-profit organization in Saskatoon.

“She is always there for me, through the good days and the difficult days,” said Wassermann, who is looking forward to celebrating their third wedding anniversary together this year. “She has been my biggest supporter throughout all of my sports changes and the changes in my degree when I decided to change colleges after taking arts and psychology, and was thinking of studying nutrition, before moving into education. She has always been there for me, and is always out there helping out when I am on the water, too.”

As he continues to prepare for Paris, Wassermann rows six days a week – often twice a day – and lifts weights as he patiently waits to learn whether he has indeed officially secured his spot on the national team to compete against the best in the world at the Paralympic Games.

“That would be a dream come true,” he said. “For as long as I can remember, I wanted to be a professional athlete. And competing in the Paralympics or Olympics is the biggest stage in the world, so to wear the Maple Leaf like I did in Rio would be quite the honour and I hope to be able to do it in Paris.”

a-golden-opportunity-usask-collaboration-spans-global-borderstrue1718730911095imj129‘A golden opportunity’: USask collaboration spans global bordersWhen University of Saskatchewan (USask) veterinary microbiologist Dr. Joe Rubin (DVM, PhD) and graduate student Dr. Roshan Madalagama (BVSc, PhD) first connected, they never knew that their working relationship would eventually span more than 10 years and two continents.Rigel SmithWCVM, 1714571400000/articles/community/2024/a-golden-opportunity-usask-collaboration-spans-global-bordersnewssite://news/articles/community/2024/a-golden-opportunity-usask-collaboration-spans-global-bordersccm0461714492492307ccm0461714571599207show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/joe-roshan-crop.jpgsite://news/images/2024/joe-roshan-crop.jpgnewsjoe-roshan-crop.jpg147547768514From left, Dr. Roshan Madalagama (BVSc, PhD) and Dr. Joseph Rubin (DVM, PhD) at the University of Peradeniya in Kandy, Sri Lanka. (Photo: WCVM Today)From left, Dr. Roshan Madalagama (BVSc, PhD) and Dr. Joseph Rubin (DVM, PhD) at the University of Peradeniya in Kandy, Sri Lanka. (Photo: WCVM Today)NoNonesupport-critical-researchNo/
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Rubin, a faculty member at the Western College of Veterinary Medicine (WCVM) in Saskatoon, Sask., and Madalagama, principal scientist at the Veterinary Research Institute (VRI) in Peradeniya, Sri Lanka, first connected online in 2012. One year later, Madalagama made the move from Sri Lanka to Saskatoon to pursue his PhD at the WCVM as Rubin’s first ever graduate student.

“There was a very special relationship that formed,” said Rubin. “We really developed well together as a new faculty member and a grad student.”

The two were working together studying antimicrobial resistance (AMR), an issue deemed a major global threat by the World Health Organization. AMR is caused when bacteria, viruses, fungi and parasites stop responding to antimicrobial medicines, such as antibiotics. The issue is driven largely by the misuse and overuse of antimicrobial drugs in both humans and animals.

While AMR affects countries in all regions and economic states, the rates are especially high in low- and middle-income countries such as Sri Lanka.

“As we were working together more and more, [Roshan] started to share his experiences in Sri Lanka and some of the challenges they face,” said Rubin. “It was kind of obvious from the very beginning that we wanted to do something together in the future.”

These challenges range from lack of resources to inhibited laboratory capacity—two major factors that hinder diagnostic efforts and ultimately reduce researchers’ ability to combat AMR.

“Laboratory resources and instruments are lacking here,” said Madalagama. “I always tell my students, if I work six months in Sri Lanka, I would be able to complete the same amount [of work] in two weeks in Canada.”

Thanks to funding from the USask Global Community Service Fund, the two colleagues are now responding to these challenges through a global collaboration. The university’s fund offers a maximum of $20,000 to support new collaborations and engage with communities to improve welfare and quality of life.

The two-year project, which began in summer 2023, is aimed at improving laboratory capacity, building research capacity and providing continuing education to the veterinary community in Sri Lanka through guest lectures and sharing of teaching materials and resources.

The first endeavour to come out of the partnership was a lab manual, which is accessible online from anywhere in the world.

“The idea there was just to start with really simple things,” said Rubin “If people are doing the basics correctly, that actually goes a long, long, long way.”

Madalagama said this resource, launched in March, has already helped make improvements in Sri Lankan labs.

“Now the regional lab, they do follow the right protocol,” said Madalagama. “Now they have a guideline and they do the right testing.”

TextImage/images/2024/kandy-sri-lanka.jpgsite://news/images/2024/kandy-sri-lanka.jpgnewskandy-sri-lanka.jpg2713201024644The city of Kandy, Sri Lanka and Kandy Lake seen through foliage. (Photo: Joseph Rubin)Above content

Research trips are another major component of their collaboration. Rubin travelled to Sri Lanka in March and is planning another visit in 2025. These trips, which are integral to the collaboration, include teaching sessions at the local veterinary school, educational collaborations, and assessment and training sessions both in regional labs and at the VRI.

“There’s definitely the desire on the ground to make some big improvements,” said Rubin. “There’s a wealth of people that are just waiting to be given access to resources.”

But the trips don’t just go one way. Two research assistants from the VRI in Sri Lanka will travel to the WCVM in September for a month of training and education alongside Rubin in the same lab where Madalagama worked as a graduate student.

“This is a milestone in my career at my research institute, the first time [the research assistants] are going to a developed country,” said Madalagama. “Some of them have been working for 30 years. It’s a golden opportunity for them.”

Initially, the budget only allowed for one research assistant to make the trip to Canada. But thanks to additional funding from the World Organisation for Animal Health (WOAH), the milestone trip can be extended to two assistants. They will take part in a small research project during their time at USask, but Rubin said the trip goes far beyond the study’s scope.

“Really the goal is that we’re using research as an opportunity for training,” said Rubin. “It will be about making sure that these two visitors have a really solid grasp of all the techniques we can do. Then they can repeat it when they go home and train other people.”

Rubin considers this phase of the collaboration as just the beginning.

“At the end of these two years, the hope is to have a plan as to what to do next,” said Rubin. “I don’t see this as having an end or completion—I hope it can be an ongoing thing.”

Ultimately, Rubin and Madalagama agree that global collaboration is necessary to continue to understand and combat the serious issue of AMR.

“If something emerges in Sri Lanka, within a very, very short time it moves to Canada,” said Madalagama. “But if you work together, then maybe we can mitigate these issues and minimize this risk.”

For more information on the collaboration, check out this video.

TextVideo/https://www.youtube.com/watch?v=9y5LE45-eykAbove content
nine-usask-faculty-members-named-distinguished-professorstrue1718730911095imj129Nine USask faculty members named distinguished professorsThe honorary title of distinguished professor recognizes exceptional achievements in research, scholarly, and artistic work.Shannon Boklaschuk1714485240000/articles/community/2024/nine-usask-faculty-members-named-distinguished-professorsnewssite://news/articles/community/2024/nine-usask-faculty-members-named-distinguished-professorsccm0461714485872732ccm0461714661389883show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/campus-aerial-0788.jpgsite://news/images/2024/campus-aerial-0788.jpgnewscampus-aerial-0788.jpg3096461080721Aerial view of the University of Saskatchewan. (Photo: USask)Professors emeriti and current USask faculty members who hold academic qualifications corresponding with an appointment at the rank of full professor are eligible for appointment to the distinguished professor position. (File photo)NoNonesupport-critical-researchNo/
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Nine University of Saskatchewan (USask) faculty members have been awarded the title of distinguished professor, a designation that honours and celebrates outstanding achievements in research, scholarly, and artistic work.

“On behalf of the University of Saskatchewan, I congratulate our esteemed colleagues who have been awarded the distinguished professor designation during the 2023/24 academic year,” said Professor Airini, USask’s provost and vice-president academic.

“In the University Plan 2025, USask has articulated the bold ambition to be the university the world needs. These nine distinguished professors now join those recognized previously for having made a significant impact locally, nationally, and internationally through their outstanding research, scholarly, and artistic work.”

Professors emeriti and current USask faculty members who hold academic qualifications corresponding with an appointment at the rank of full professor are eligible for appointment to the distinguished professor position. Recipients of this lifetime award become distinguished professors emeriti upon retirement.

“On the selection committee, I was joined by senior leaders, faculty, and members of the community. We examined submissions for evidence of meaningful impact on and off campus,” said Dr. Scott Walsworth (PhD), vice-provost, faculty relations. “The nine new distinguished professors represent the best qualities of faculty at our leading university.”

This year’s distinguished professors are Dr. Gregg Adams (DVM, PhD), Dr. Barry Blakley (DVM, PhD), Dr. John Gordon (PhD), Dr. Jim Handy (PhD), Dr. Jill E. Hobbs (PhD), Dr. Vikram Misra (PhD), Dr. Vivian R. Ramsden (PhD), Professor Susan Shantz, and Dr. Terry Wotherspoon (PhD).

TextDr. Gregg Adams – Western College of Veterinary MedicineImage/images/2024/dr-gregg-adams-by-christina-weese.jpgsite://news/images/2024/dr-gregg-adams-by-christina-weese.jpgnewsdr-gregg-adams-by-christina-weese.jpg88146500500Dr. Gregg Adams (DVM, PhD). (Photo: Christina Weese)Align right

Adams, a professor in the Department of Veterinary Biomedical Sciences in the Western College of Veterinary Medicine (WCVM), earned his Doctor of Veterinary Medicine (DVM) degree at USask in 1982, before completing his master’s degree and his PhD at the University of Wisconsin. He currently teaches veterinary anatomy and has supervised the training programs of more than 45 graduate students and post-doctoral fellows from 11 countries.

Adams, who is recognized internationally for his work on ovarian function, has worked with scientists at USask and across the globe to develop an innovative reproduction research program. Over the past 30 years, Adams and his colleagues have secured more than $50 million in research grant funding. His many research projects include the long-term goal of creating the world’s first bison genome biobank, which aims to conserve and repopulate bison species through frozen genome technology. The project received international attention as well as a $5.1-million grant from Genome Canada in 2022.

Adams’ research team has national and international collaborations, including at Rakuno University (Japan), San Marcos University (Peru), the University of Alaska, the University of California, and the Toronto Zoo. He has published more than 230 peer-reviewed scientific papers, including studies of ovarian follicle development, ovulation, and fertility in terrestrial and marine mammal species. In 2023, Adams was the recipient of USask’s Global Research Leadership Award for Faculty, which recognizes his contributions to research and leadership on an international level. He was inducted into the Canadian Academy of Health Sciences, and is listed in the top two per cent of scientists in the world according to the Stanford University listing.

TextDr. Barry Blakley – Western College of Veterinary MedicineImage/images/2024/dr-blakley.jpgsite://news/images/2024/dr-blakley.jpgnewsdr-blakley.jpg92573500581Dr. Barry Blakley (DVM, PhD). (Photo: supplied)Align right

Blakley was a professor in the Department of Veterinary Biomedical Sciences in the WCVM at the time of his passing on March 10, 2024. In addition to being a USask faculty member, he was also a graduate of the university, completing his undergraduate studies in chemistry in 1971, his DVM in 1975, and his Master of Science degree in veterinary physiological sciences in 1977, all at USask, followed by a PhD in toxicology in 1980 at the University of Cincinnati.

Blakley, who also joined the WCVM as a faculty member in 1980, was a highly regarded researcher, educator, mentor, and advisor to local, national, and international governments and organizations. He made significant contributions to toxicology nationally and internationally, and his scholarly work led to numerous publications over his career, including 117 papers and eight book chapters. The impact of his work was recognized in 2021 when he was included on the Stanford University list, which recognizes the top two per cent of the most-cited scientists.

Blakley was a longtime member of the USask Toxicology Centre and received a Lifetime Achievement Award from the Toxicology Centre during its 40th anniversary event in 2023. In 2019, he was presented with the J.J. Murison Distinguished Veterinarian Award at the Annual Saskatchewan Veterinary Medical Association (SMVA) Awards Gala. The award is the highest level of recognition the SVMA can bestow on a member and is based on service to the SVMA, the profession, and the public, as well as on competency, personality, and character.

TextDr. John Gordon – College of MedicineImage/images/2024/dr-john-gordon.jpgsite://news/images/2024/dr-john-gordon.jpgnewsdr-john-gordon.jpg61994500500Dr. John Gordon (PhD). (Photo: submitted)Align right

Gordon earned his Bachelor of Science degree in 1977 and his PhD in 1984 at USask before engaging in fellowships at the National Institute for Medical Research at Mill Hill, U.K., and the Department of Pathology at Harvard Medical School in allergy/mast cell biology. In 1991, he joined USask as a faculty member and is currently a professor in the Division of Respirology, Critical Care and Sleep Medicine, Department of Medicine, while also seconded as a special advisor (clinical research) to USask’s Office of the Vice-President Research.

Gordon is an expert in the field of airway disease and immune regulation, including translational work in examining immunotherapies, reversal of asthma and food allergen sensitivities, and the development of anti-inflammatory agents, for which his lab holds eight patents and has obtained $7.9 million in grants or industry contracts. The central focus of Gordon’s lab is the development of immunotherapeutics for allergic and other inflammatory diseases, but they have collaborated with numerous groups locally, across Canada, and internationally, having obtained another $32 million in collaborative research, infrastructure, or training grants.

Gordon is a leader in immunotherapies nationally and internationally and is involved in top clinical allergy-related organizations, such as the Collegium Internationale Allergologicum (CIA). He was one of just 250 members worldwide selected for membership in the prestigious CIA in 2008 and has been a standing member of the organization’s executive committee since 2018. In 2019, he was inducted as a fellow in the Canadian Academy of Health Sciences. He is also the past president of the Canadian Society for Immunology.

TextDr. Jim Handy – College of Arts and ScienceImage/images/2024/jimhandy.jpgsite://news/images/2024/jimhandy.jpgnewsjimhandy.jpg24706300300Dr. Jim Handy (PhD). (Photo: submitted)Align right

Handy, a professor in the Department of History in the College of Arts and Science, earned his undergraduate and master’s degrees in history at the University of Waterloo before completing his PhD at the University of Toronto in 1986. Handy’s research areas include capitalism and dispossession, peasant livelihoods, environmental history in Central America, the history of development, and human rights and repression. His work has had international influence in the disciplines of history, geography, economics, anthropology, and political science, and it has aided fellow scholars in their ability to understand the history of Guatemala, colonialism, and revolutions across the globe. A translation of one of his books was published as a special publication of the rector of the national university of Guatemala, the Universidad de San Carlos.

Handy has published four monographs—an outstanding achievement in his discipline—as well as 27 articles during his career, including early work on Guatemalan history in the 1980s that remains a seminal work among scholars. In 1997, Handy and a colleague from the University of Guelph created the Guatemalan Term Abroad program, which was co-run by USask and the University of Guelph. As part of the program—which continued until 2013—40 students from the two universities travelled biennially to Guatemala to live with a family in La Antigua and to take a full term of courses.

In 2004, Handy received the J.W. George Ivany Internationalization Award for his work on the Guatemala Term Abroad program as well as for his role in leading revisions to the international studies program at USask. In 2007, Handy received a Teaching Excellence Award from the College of Arts and Science. In 2015, the Canadian Association of Latin American and Caribbean Studies awarded Handy the Distinguished Fellow Award for his efforts to build bridges between scholars in Latin American and Canada.

TextDr. Jill E. Hobbs – College of Agriculture and BioresourcesImage/images/2024/jill-hobbs.jpgsite://news/images/2024/jill-hobbs.jpgnewsjill-hobbs.jpg90775500500Dr. Jill E. Hobbs (PhD). (Photo: submitted)Align right

Hobbs, a professor in the Department of Agricultural and Resource Economics in the College of Agriculture and Bioresources, earned her Bachelor of Science degree in economics at the University of Wales, Aberystwyth, and her Master of Arts degree in economics at the University of Calgary before completing her PhD in agricultural economics at the University of Aberdeen in 1995. Her research interests include food policy, supply chain economics, and consumer behaviour in agri-food markets, which has led to research examining issues such as supply chain resilience, the economics of food safety and traceability, transaction costs in agri-food supply chains, consumer trust and attitudes toward novel food products and technologies, the policy environment for health foods, and the international regulation of gene editing technologies in agriculture.

Hobbs is a nationally and internationally renowned expert in agricultural and food supply chains and a highly sought-after advisor for industry, producer groups, and government. She has built a prestigious research program with support from many sources, including Tri-Council funding, and has written 133 papers and eight books. Hobbs and her students have received more than 180 invitations to speak at global events, including keynote addresses in Europe and Canada.

Hobbs has held visiting appointments at San Diego State University, the University of Reading, and Bournemouth University. She held an honorary chair at Aberystwyth Business School, Aberystwyth University, from 2014-2019. Her research has been recognized with awards, including the Publication of Enduring Quality Award from the Canadian Agricultural Economics Society in 2016 and 2019, and a Top Cited and Downloaded Article Award from Wiley Publishing in 2020 and 2022. She was nominated for the Agricultural Students’ Association Instructor of the Year award in fall 2022 and fall 2023. She actively contributes to the academic community through appointments and professional services and, in 2017, was appointed as a fellow of the Canadian Agricultural Economics Society—the most significant recognition from the agricultural economics discipline in Canada.

TextDr. Vikram Misra – Western College of Veterinary MedicineImage/images/2024/dr-vikram-misra.jpgsite://news/images/2024/dr-vikram-misra.jpgnewsdr-vikram-misra.jpg58934500500Dr. Vikram Misra (PhD). (Photo: submitted)Align right

Misra studied as an undergraduate at Jodhpur University in India and at the University of British Columbia (UBC) before earning his PhD at UBC in 1977. He joined the Department of Microbiology in the WCVM at USask the following year. Misra also served as an associate in the Department of Microbiology and Immunology in the College of Medicine. For his research excellence, as well as for his dedication to teaching and mentorship, Misra received accolades and honours such as the Pfizer C.J. Norden Award for Excellence in Teaching in 1996, the Zoetis Award for Research Excellence in 2016, and the Provost’s Award for Excellence in Teaching in 2010.

During Misra’s research, spanning almost 50 years, he examined the effects of stress on the relationship between viruses and their hosts. This interest has taken his laboratory from discovering the signals that trigger the reactivation of herpesviruses to how fungal infections and environmental stressors cause bats to shed more coronaviruses. Misra leveraged these discoveries into synergistic collaboration with clinicians studying cancer, pathologists studying the mechanism of disease, botanists examining the processing of membrane-based proteins, and neurobiologists examining how neurons repair themselves following injury, among others. Misra’s team discovered two neuronal proteins, Luman (CREB3) and Zhangfei (CREBZF), that may regulate herpes simplex virus latency and reactivation. Collaboration with Dr. Valerie Verge (PhD) uncovered the roles these proteins play in the repair of neurons following injury.

Misra and his team of researchers received one of USask’s four inaugural grants in support of One Health research. Their study focused on disease spillover from bats to humans, specifically looking at which factors lead to increased virus shedding. Researchers from several departments at USask worked on the project, as well as from other universities in North America. Misra’s research team uncovered how bats can carry the Middle East Respiratory Syndrome (MERS) coronavirus without getting sick—research that could help shed light on how coronaviruses make the jump to humans and other animals. His influence in shaping One Health at USask and internationally is significant, and that influence was made evident through an invitation from the German government in 2019 asking him to be among 50 scholars to discuss and contribute to the planetary health program. Following two days of discussions in Berlin, The Berlin Principles on One Health was released.

TextDr. Vivian R. Ramsden – College of MedicineImage/images/2024/vivian-ramsden.jpgsite://news/images/2024/vivian-ramsden.jpgnewsvivian-ramsden.jpg60198500499Dr. Vivian R. Ramsden (PhD). (Photo: submitted)Align right

Ramsden earned her Bachelor of Science in Nursing degree at USask and her Master of Science degree at the California College for Health Sciences before earning her PhD in interdisciplinary studies at USask in 2004. She is a registered nurse, a professor, the director of the Research Division in the Department of Academic Family Medicine at the College of Medicine, and an honorary member of the College of Family Physicians of Canada.

Widely recognized for her community-engaged work, Ramsden’s participatory health research in primary care is helping to transform health outcomes in inner-city communities in Saskatoon and Regina, in several Indigenous communities in northern Saskatchewan, and in several villages in south India, as well as for individuals with incarceration experience. She is a passionate advocate for research that partners with individuals and communities to create solutions for issues that affect their health. In 2022, Ramsden was inducted as a fellow of the Canadian Academy of Health Sciences (CAHS)—one of the highest honours for a health scientist in this country.

Ramsden’s CAHS induction follows a significant track record of recognition at the university, provincial, national, and international levels. Some highlights include being named as the 2021 recipient of the North American Primary Care Research Group (NAPCRG) President’s Award for developing a new committee on patient and clinician engagement. In 2020, she was honoured as Family Medicine Researcher of the Year by the Foundation for Advancing Family Medicine and the College of Family Physicians of Canada (CFPC). In 2015, the CFPC named Ramsden one of the Top 20 Pioneers in Family Medicine Research in Canada, after recognizing her in 2012 as an honorary member—the college’s highest honour for a non-physician.

TextProfessor Susan Shantz – College of Arts and ScienceImage/images/2024/susan-shantz-by-barbara-reimer.jpgsite://news/images/2024/susan-shantz-by-barbara-reimer.jpgnewssusan-shantz-by-barbara-reimer.jpg61937500500Prof. Susan Shantz. (Photo: Barbara Reimer)Align right

Shantz, a faculty member in the Department of Art and Art History in the College of Arts and Science, earned her Bachelor of Arts degree (English) at Goshen College in Indiana, her Master of Arts degree (religion and culture) at Wilfrid Laurier University in 1985, and her Master of Fine Arts degree (interdisciplinary studio art) at York University in 1989. She is a professor of sculpture and extended media whose research areas include material ways of knowing, ritual and gesture, culture and nature, and art as a cultural performance. She has exhibited her work nationally and internationally in close to 100 solo and group exhibitions and her work is in public and private art collections across the country.

A mixed-media artist who is known for her interdisciplinary partnerships, Shantz recently collaborated with USask scientists to explore the human relationship with water. In 2022, an exhibition at the Moose Jaw Museum & Art Gallery showcased her exploration of Saskatchewan’s water systems and the human-nature connection. The exhibition, Confluence, presented installation, video, embroidered objects, and more as it encouraged viewers to consider the human impact on water and the interconnectedness of the water systems on the Prairies. In 2018, a 15-minute documentary titled Becoming Water: Art and Science in Conversation—produced by 291 Film Co in collaboration with Shantz and Dr. Graham Strickert (PhD), from USask’s School of Environment and Sustainability—was shown at the 41st International Wildlife Film Festival in Missoula, Montana and at five additional international film festivals.

When 3D printing was an emerging technology a decade ago, Shantz collaborated with the College of Engineering to produce a body of work, creatures in translation, which toured across the country. An offshoot of this project was the international, collaborative studio art course Antipods, connecting students at USask with those at the University of Southern Queensland and resulting in four exhibitions in Saskatchewan and in Queensland, Australia.

Shantz is known as a dedicated teacher with a remarkable track record of supervising Bachelor of Fine Arts (BFA) undergraduate students and 30 Master of Fine Arts (MFA) graduate students. She is committed to Indigenization and worked closely with Chiefs and Elders of the Saskatoon Tribal Council to create a studio course, The Child Taken, that engaged student artists in projects related to the Truth and Reconciliation Commission of Canada. She was head the Department of Art and Art History from 2007–2012, during which time she also served on the City of Saskatoon’s Cultural Advisory and Art Placement committees. In 2017, she received the Teaching Excellence Award from the College of Arts and Science and, in 2016 she was awarded the Provost’s Project Grant for Innovative Practice in Collaborative Teaching and Learning. She received a Queen Elizabeth II Platinum Jubilee Medal (Saskatchewan) for service in 2023.

TextDr. Terry Wotherspoon – College of Arts and ScienceImage/images/2024/t_wotherspoon.jpgsite://news/images/2024/t_wotherspoon.jpgnewst_wotherspoon.jpg119201500500Dr. Terry Wotherspoon (PhD). (File photo)Align right

Wotherspoon, a faculty member in the Department of Sociology in the College of Arts and Science, earned his Bachelor of Arts, Bachelor of Education, and Master of Arts degrees at USask before completing his PhD at Simon Fraser University in 1989. Wotherspoon’s career at USask began in 1986 and has included 18 years of service as the head of the Department of Sociology. A dedicated member of the USask community, Wotherspoon has also served on numerous college and university committees while simultaneously receiving widespread recognition for his own research accomplishments in the sociology of education.

Wotherspoon’s research and publications focus on issues related to education, social policy, Indigenous-settler relations, and social inclusion, exclusion, and inequality in Canada. In 2021, he was recognized with the Outstanding Contribution Award from the Canadian Sociological Association (CSA) and the Canadian Review of Sociology Best Article Award, along with co-author Dr. Emily Milne (PhD) from MacEwan University. A study by Milne and Wotherspoon showed that the legacy of settler-colonialism and residential schools in Canada continues to fuel distrust of the education system by some Indigenous parents and hinders the goal of reconciliation in this country.

Wotherspoon, who has a long affiliation with the CSA, was previously recognized for his exceptional service by receiving the 2018 Canadian Sociological Association Outstanding Service Award in 2019 during the CSA’s annual conference. Throughout his career he has received other awards and honours, including the Canadian Education Association’s Whitworth Award for Educational Research in 2002. In addition to his scholarly work, Wotherspoon is also known as a committed educator with an outstanding reputation in student supervision and mentorship. He has taught 20 different sociology courses, and he has supervised 35 graduate students.

More information about the Distinguished Professorship Program, including a list of past recipients, is available online.

education-itep-itep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schooltrue1718730911095imj129ITEP teacher candidates celebrate culture with students at wâhkôhtowin SchoolUniversity of Saskatchewan (USask) Indian Teacher Education Program (ITEP) teacher candidates organized an Indigenous cultural day, held on March 29 at Saskatoon Public School (SPS) division’s wâhkôhtowin School.Connor JayCollege of Education, ITEP, Indigenous, Aboriginal, USaskClassOf2023,1714129260000/articles/community/2024/education-itep-itep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schoolnewssite://news/articles/community/2024/education-itep-itep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schoolnews_ws1714423828797ccm0461714424411848show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/itep-cultural-day.jpgsite://news/images/2024/itep-cultural-day.jpgnewsitep-cultural-day.jpg1429761080720ITEP teacher candidates organized a cultural day at wâhkôhtowin School. ITEP teacher candidates organized a cultural day at wâhkôhtowin School. (Photo: Connor Jay)NoNoneNoneYesNoYesMatching keywordsYesImage/images/news/2024/itep-cultural-day.jpgsite://education/images/news/2024/itep-cultural-day.jpgeducationitep-cultural-day.jpg31895416671111ITEP teacher candidates organized a cultural day at wâhkôhtowin School. (Photo: Connor Jay)NoNoneNoneNo/
TextImage“ITEP is the first program in the world for First Nations and Indian people to take on the role of Indian control of Indian education so their kids could have First Nations teachers in the classroom." - Orest Murawsky/images/news/2024/bannock.jpgsite://education/images/news/2024/bannock.jpgeducationbannock.jpg45337920481365Students learned how to make bannock during the cultural day. (Photo: Connor Jay)Below content

The Bachelor of Education (BEd) teacher candidates are in the College of Education’s field experience program where they spend time learning from in-service educators in Saskatchewan K-12 schools.

Elementary students had the opportunity to gain first-hand experience by participating in activities and learning sessions scheduled throughout the day.

The students in grades 4 through 8 created bead artwork, ribbon skirts and ribbon shirts, made bannock and chokecherry sauce, learned how to harvest leaves for muskeg tea and other medicines, practiced jigging, and listened to the power of storytelling and the history of the powwow.

Christy Thunderchild, the SPS Wâhkôhtôwin Professional Development Facilitator and the Indigenous Student Advocate, helped the ITEP students organize the cultural day to showcase their Indigenous gifts and identity with the younger generation.

“We wanted to emphasize bringing their cultural identity into our classrooms and into our spaces,” said Thunderchild. “Having the teacher candidates be the ones sharing their gifts, strengths and talents — we wanted to bring those into the schools and make sure that each student felt they were able to contribute their gifts and have their identity present in the school.”

TextImage/images/news/2024/k-ballantyne.jpgsite://education/images/news/2024/k-ballantyne.jpgeducationk-ballantyne.jpg33923620481365https://youtu.be/xAsaBO58JA4ITEP teacher candidate and former student council president Kaythean Ballantyne addressed the students and staff to begin the day. (Photo: Connor Jay)Above content

Ballantyne’s passion and knowledge was on display during his jigging sessions. Jigging and dancing played an important role during his upbringing as a child.

“I grew up jigging. I was in a dance group on my reserve and [we] were gold medal winners for five years straight in the Prince Albert Grand Council Fine Arts Festival. Jigging was something that I could use as an escape, especially on the reserve when you’re around alcohol and substances,” shared Ballantyne “I was always around other kids only and [the leader of the jigging group] my grandma. So that felt like home. As we went on competition trips, I was taken care of and was able to sleep in a quiet environment with sober people.”

“What I want from today is for the students to know that it's okay to be yourself. The saying ‘dance, like no one's looking’ is one of my messages. I want the students to get out of their comfort zone,” Ballantyne said.

Ballantyne added that the process to accomplish an event like this is great preparation for when him and his fellow ITEP students become teachers.

“This [type of event] is something that should be incorporated into every teacher [candidate]’s experience. You're working collaboratively, booking the locations and planning the [schedule].”

Thunderchild described how both the teacher candidates and the wâhkôhtowin school students became more empowered from the cultural day.

“Our students and our teacher candidates are benefiting so much from today in just being able to be present in these moments and activities,” said Thunderchild.

/news/current/itep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schoolshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://education-itep/news/current/itep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schooleducation-itepitep-teacher-candidates-celebrate-culture-with-students-at-wâhkôhtowin-schoolArticle headlineITEP teacher candidates celebrate culture with students at wâhkôhtowin SchoolUniversity of Saskatchewan (USask) Indian Teacher Education Program (ITEP) teacher candidates organized an Indigenous cultural day, held on March 29 at Saskatoon Public School (SPS) division’s wâhkôhtowin School.ITEP, teacher candidates, cultureConnor JayApr 26, 2024 11:01 AM
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engineering-sharing-expertise-building-connection-important-for-lifeng-zhangtrue1718730911095imj129Asian Heritage Month: Building connections key for USask engineering professorGrowing up in a small village in rural China, Dr. Lifeng Zhang (PhD) saw the impact that technology could make on everyday life.Donella Hoffman AHM, College of Engineering,1714396380000/articles/community/2024/engineering-sharing-expertise-building-connection-important-for-lifeng-zhangnewssite://news/articles/community/2024/engineering-sharing-expertise-building-connection-important-for-lifeng-zhangnews_ws1714423779306ccm0461714507462086show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/lifeng-zhang-10801.jpgsite://news/images/2024/lifeng-zhang-10801.jpgnewslifeng-zhang-10801.jpg1132641080720Lifeng Zhang is a professor in the Department of Chemical and Biological EngineeringOriginally from China, Dr. Lifeng Zhang (PhD) joined the faculty at USask in 2013 and became a full professor in 2023. (Photo: Submitted)NoNonesupport-critical-researchNo/
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“In the whole village there was only one black-and-white TV with very limited channels. So for the big events, almost the whole village went to that one home to watch TV,” Zhang recalled recently from his office in the University of Saskatchewan (USask) College of Engineering.

A weekly drama produced in Hong Kong was a big draw for the 500 or so villagers, but they could watch only if there was power available that evening in their remote countryside. “People would just wait to see. ‘Oh, there’s the light, OK let’s go!’ It was a very unique experience, very fun.”

With time, more modern amenities were available in the village – beyond the one TV and intermittent power – and the advances influenced Zhang’s career choice.

“Obviously, it was because of technology, because with engineering we can build things and make things better,” he said. “I started to think I could become an engineer too, to make some contributions, to change the world.”

At 18, he was one of 200,000 students in his province who wrote the high-stakes tests that determined what he would study in university and where. Decisions were based on the scores students achieved. The more desirable the program, the higher the grade needed.

“It’s very, very competitive,” said Zhang. “You prepare for the exam but if things don’t go your way you might end up in a completely different university and completely different program (than you wanted). I was lucky and I met the line.”

Zhang attended Zhejiang University, a public university ranked third in China and 44th in the world in the 2024 QS rankings. There he earned his Bachelor of Engineering and his Master of Science.

During this time, he began to consider a career that would take him beyond China.

“When I was little, my dream was to go to a big city and live in a high-rise building,” he said, smiling. “But obviously, when you get to university, you learn more and you have a sense that outside of China there is a lot of things you can explore.”

Ultimately, he chose to study in Canada and earned his PhD in chemical engineering at the University of Waterloo, followed by post-doctoral work at the University of British Columbia.

He then spent three years as a project engineer at a research and development firm before joining the faculty of the Department of Chemical and Biological Engineering at USask in 2013, becoming a full professor in 2023.

At USask, his research has transitioned to focusing on particles: bubbles and droplets, with applications to energy and sustainable processing for agriculture and food, and the potash industry as well. A specific example is seeking novel engineering solutions to process plant-based proteins using less energy or less water, to lessen the environmental footprint.

Outside the lab, Zhang is a dedicated teacher of both graduate and undergraduate students.

“We have a few responsibilities here as an engineer, especially in the academic setting. Obviously, there’s research, providing an engineering solution for different challenges. More importantly for us, we’re also training grad students. You pass along your experience and your expertise to the future generation on the research side.”

Zhang is also committed to the success of his undergraduate students. This was recognized with a 2023 Provost’s College Award for Outstanding Teaching. Core courses he’s taught include Fluid Mechanics, Process Engineering and Design, and Capstone Design class.

“He clearly enjoys teaching and takes an interest in every one of his students and continually comes up with way to make a fairly dry class become a fun, enjoyable lecture ... He genuinely wants his students to succeed,” wrote one undergrad in a recent evaluation.

Zhang is very aware that students are facing challenges outside the classroom – whether it’s their overall workload, illness, or struggling to grasp difficult material – so he makes an effort to reach out individually to them, to show an interest in them beyond the schoolwork.

“Teaching students and conveying your knowledge, your experience, requires a lot of effort, not just simply going and presenting things in the classroom. It’s much more than that. For myself, I want to connect with them, to show the best of myself as a teacher.

“When you deal with a real person and you feel connected with an undergrad student, you feel alive. Yes, that is definitely the feeling.”

celebrating-asian-heritage-month-at-usasktrue1718730911095imj129Celebrating Asian Heritage Month at USaskAs the month of May begins, the University of Saskatchewan (USask) commemorates the nationally recognized Asian Heritage Month, honouring the legacy, contributions, and stories of members of the diverse Asian communities on our campuses and beyond. University CommunicationsAHM,1714411440000/articles/community/2024/celebrating-asian-heritage-month-at-usasknewssite://news/articles/community/2024/celebrating-asian-heritage-month-at-usaskccm0461714411671311ccm0461717597135809show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/shin-cranston-1080.jpgsite://news/images/2024/shin-cranston-1080.jpgnewsshin-cranston-1080.jpg2280871080720From left: Dr. Hyunjung Shin (PhD) and Dr. Jerome Cranston (PhD). From left: Dr. Hyunjung Shin (PhD) and Dr. Jerome Cranston (PhD). (Photos: Submitted) NoNonesupport-studentsNo/
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During Asian Heritage Month and throughout the year, members of the USask community are invited to recognize the wide-ranging contributions of Asian-identifying students, staff and faculty members. The month also provides an opportunity to explore the complexities and differences as well as the unique contributions of Asian communities at the university coming from a variety of backgrounds, settlement and community experiences, and differing racial attachments.  

For Dr. Hyunjung Shin (PhD), the month is an opportunity to learn about and acknowledge the many achievements and contributions of Canadians of Asian heritage, and how this shared history benefits us all. 

“It is a time to reflect on, continue to learn, and recognize the rich history of and various contributions that Canadians of Asian heritage have made and continue to make to every aspect of Canada, as well as struggles and challenges faced by them and their resilience,” said Shin. “Even though diversity represents Canada’s key strength, there is still room for more learning and further action for us all to grow and prosper together.” 

Born in South Korea, Shin, an assistant professor in curriculum studies in the USask College of Education, acknowledges that there is a marked challenge in presenting the history and traditions of diverse Asian experiences. Shin said it is important to note that Asian Canadian Cultures in Canada include: East Asia, Southeast Asia, South Asia, Western Asia and Central Asia.  

She added that the month is a reminder for all Canadians to come together to take time to learn and reflect on our shared history, and to be a part of a thriving campus community that is dedicated to creating a more equitable world for all.  

“Immigrants have long played a critical role in shaping Canada’s culture, economy, and society,” said Shin. “Without the contributions of Canadians of Asian descent, Canada wouldn’t be the country that it is now.” 

Dr. Jerome Cranston (PhD), vice-provost, students and learning, hopes that the initiatives throughout the month will help shine a light on the work collectively needed to find solutions that lead to greater equity and racial justice for those all too often denied them. 
 
“As we collectively become more knowledgeable about the various facets of human diversity that exist among the students, staff, faculty, and alumni of USask – including the diversity of those of Asian descent – the more we can learn to appreciate how different histories, cultures and traditions have contributed to build a more inclusive province and nation,” said Cranston, who traces some of his ancestral roots to tribal communities located in the areas of Nepal and Burma (now Myanmar), as well as other communities within the large geography of South Asia. 

Asian Heritage Month first became an official designation after the Government of Canada signed the declaration in 2002. Although the university has a storied history of honouring the legacy, contributions, and stories of members of the Asian community in our province and our country, this is the inaugural convergence of a planning committee designed to highlight and share the stories of the wide-ranging Asian communities on campus. 
 
For Shin, the month also offers a chance to have conversations regarding various manifestations of anti-Asian racism experienced by Asian and Asian Canadian communities. 

Shin said that having lived in larger cities, such as Vancouver and Toronto, where Asian communities are bigger, she has noticed how challenges differ for Asians in smaller communities like Saskatoon, and in turn USask, such as how to navigate different social spaces, and subtle microaggressions. She believes USask highlighting Asian Heritage Month is a step towards supporting the university’s Asian community. 
 
Leading off this year’s Asian Heritage Month initiatives on campus is a panel event, which presents an exciting opportunity to explore the complexities and differences as well as the unique contributions of the Asian communities at the university coming from a variety of backgrounds, settlement and community experiences, and differing racial attachments.  
 
Panelists have been invited to share their lived experiences related to unconscious bias that may hinder leadership, economic/social/career opportunities for Asians, along with their contributions, and discuss the opportunities/challenges the university community has, according to Shin.  
 
“This opening panel is an opportunity to create a social space where panelists from diverse Asian Heritage communities share their stories so the campus communities can recognize their contributions and collectively work to turn any remaining challenges into opportunities so USask will ‘be the university the world needs’ in its true sense,” said Shin.  
 
The panel discussion, entitled Locating “Asian” communities at USask: Complexities, challenges, and opportunities, takes place on Wednesday, May 1, from 3-4:30pm in the North Concourse in Upper Place Riel at the Saskatoon campus. All members of the USask community are invited to take part, including attending and learning from the panel event, as well as other initiatives undertaken on campus during the month of May. 
 
This year’s Asian Heritage Month festivities will also include extensive learning resources which can be found at the University Library, in addition to a film screening hosted by the College of Education on May 16. The event will feature a screening of Riceboy Sleeps Film in Quance Theatre, along with a post-movie debrief in which audience members can share what resonated with them from the theme of the movie. 
 
“I am so grateful that the university communities, including amazing members of our planning committee, all come together to make this new history happen,” said Shin. 
 
To find information about important initiatives, events and featured stories from across campus about Asian Heritage Month and other topics, visit spotlight.usask.ca throughout the year. 

farmer-and-rancher-mental-health-focus-of-governor-general-discussiontrue1718730911095imj129Farmer and rancher mental health focus of Governor General discussionLearning to seek help and breaking the cycle of silence on mental illness. That was the focus of a recent roundtable discussion between Her Excellency the Right Honourable Mary Simon, Governor General for Canada, and Saskatchewan partners SaskAgMatters, the University of Saskatchewan (USask) Canadian Centre for Rural and Agricultural Health (CCRAH), and the Sask Polytech FARMh program.1714162020000/articles/community/2024/farmer-and-rancher-mental-health-focus-of-governor-general-discussionnewssite://news/articles/community/2024/farmer-and-rancher-mental-health-focus-of-governor-general-discussionbpk4551714162118176bpk4551714162324908show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/gov-general-visit.jpgsite://news/images/2024/gov-general-visit.jpgnewsgov-general-visit.jpg2271981080720Tuesday’s meeting was hosted by two generations of the Kruger family at their farm near Aberdeen, Sask. (Credit: MCpl/Le Cplc Matthieu Racette, Rideau Hall, OSGG-BSGG) NoNoneNoneNo/
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Tuesday’s meeting was hosted by two generations of the Kruger family at their farm near Aberdeen, Sask.

Invited to the roundtable were the Saskatchewan partners working to support farmer and rancher mental health. The roundtable was moderated by Dr. Shelley Kirychuk (PhD), director of the CCRAH at USask. Partner representatives included Kendra Ulmer, manager of CCRAH’s Agricultural Health and Safety Network (AHSN), SaskAgMatters directors Cynthia Beck, Cyle Stewart, and Sharalee Laventure, and Dr. Michelle Pavloff (PhD), who leads the Farmer and Rancher Mental Health (FARMh) initiative at SaskPolytech and is the research director of SaskAgMatters.

“The Governor General, and all those present at the roundtable, are passionate about addressing the mental health needs of those living in rural areas,” Kirychuk said.

Kirychuk explained that the meeting had been planned for some time, after the Governor General’s office had reached out to the Saskatchewan partners nearly a year ago.

“Having the discussions at the kitchen table with coffee and cookies, and at a multigenerational farm, made for an intimate setting. It set the stage for open and personal discussions about mental health and the dire situation for those living in rural areas. It felt like a discussion with a friend,” Kirychuk said.

TextImage/images/2024/shelley.gg.farmtable-1.jpgsite://news/images/2024/shelley.gg.farmtable-1.jpgnewsshelley.gg.farmtable-1.jpg1547371080719“Having the discussions at the kitchen table with coffee and cookies, and at a multigenerational farm, made for an intimate setting," said Kirychuk. (Credit: MCpl/Le Cplc Matthieu Racette, Rideau Hall, OSGG-BSGG)Above content

Farmers and ranchers have their own culture, which creates barriers for mental health support. These barriers include limited access to care nearby and having to spend time within their counselling sessions explaining the basics of agriculture to therapists who do not understand the culture of agriculture.

Research shows that Saskatchewan farmers and ranchers are in crisis when it comes to mental health. It is an isolating and stressful way of life, and there is a stigma against asking for help.

Research also indicates that farmers and ranchers are less likely to reach out for help, and more than twice as likely as others to contemplate suicide. In a recent survey, 57 per cent reported anxiety and 34 per cent met the criteria for depression, while nearly half reported high levels of stress.

SaskAgMatters was created to support Saskatchewan farmers and ranchers to access mental wellness supports that are affordable and accessible, and that they feel comfortable using. Knowing that the counsellors on the other end understand agriculture is important, Kirychuk said.

Since the early 1990s, the CCRAH has been engaged in research and building resources to support mental health for farmers, such as the Saskatchewan Farm Stress Line. The SaskAgMatters partnership extends that work.

Kirychuk said the Governor General was delighted to hear that Saskatchewan researchers at both USask and SaskPolytech are working with rural communities throughout the province to better understand and support rural mental health.

The Governor General’s visit and roundtable highlighted both the need for the support and celebrated what Saskatchewan partners are doing to meet that need.

feeling-the-usask-spirittrue1718730911095imj129Feeling ‘the USask spirit’Award-winning graduate and lifelong learner Dr. Idowu Mogaji (GPSC’21, PhD’23) knew the University of Saskatchewan was the right fit for her after seeing the Saskatoon campus in a YouTube video Shannon Boklaschukalumni, 1714067820000/articles/community/2024/feeling-the-usask-spiritnewssite://news/articles/community/2024/feeling-the-usask-spiritccm0461714068020042ccm0461714068691364show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dr_idowu_mogaji-1080.jpgsite://news/images/2024/dr_idowu_mogaji-1080.jpgnewsdr_idowu_mogaji-1080.jpg1484001080720Dr. Idowu Mogaji (GPSC’21, PhD’23), who earned her PhD in educational administration at USask, is now the assistant vice-president of the community and extensions division at Aurora College. (Photo: submitted)Dr. Idowu Mogaji (GPSC’21, PhD’23), who earned her PhD in educational administration at USask, is now the assistant vice-president of the community and extensions division at Aurora College. (Photo: Submitted)NoNonesupport-studentsNo/
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University of Saskatchewan (USask) graduate Dr. Idowu Mogaji (GPSC’21, PhD’23) has travelled around the world throughout her learning journey.

Mogaji, who is originally from Nigeria, was living and working in Timmins, Ontario, when she saw a YouTube video that showcased USask and its Saskatoon campus. She was instantly interested in the university.

“That just attracted me. Before that, I knew there was a province called Saskatchewan—but I didn’t really pay attention to it,” she said. “That ad really attracted me, and immediately I stopped the YouTube (video) and I went to Google and I searched for ‘University of Saskatchewan’ and found the website. I went to the website, and I just felt it was the right place.”

TextVideo/https://www.youtube.com/watch?v=CpogbGeUgKUAbove content

At the time she viewed the video, Mogaji was dreaming of completing a PhD after earning her Master of Education degree at the University of Manchester in the U.K. in 2010 and her Bachelor of Education degree at the University of Ibadan in Nigeria in 2007. Mogaji had held onto that doctoral dream even when she returned to Nigeria after living in the U.K. and experienced pushback from people who felt she should commit to being a more “traditional” woman. Still, her academic aspirations continued.

“I just thought that something was missing,” she said. “One of the decisions I made for myself was, ‘I’m going to do this.’ Fortunately, I come from a very supportive family—my immediate family. They said, ‘Do what you have to do, what makes you happy.’ ”

With additional encouragement from a friend who lived in Timmins—where Mogaji was working at Northern College—she took the leap and applied for graduate studies at USask.

After being away from university studies for nine years following the completion of her master’s degree, Mogaji worried about whether she would still fit into an academic environment. Her worries were quickly assuaged during her first—very positive—interaction with the Department of Educational Administration in USask’s College of Education, reassuring her that she was embarking on the right path.

In September 2019, Mogaji began her studies as a PhD student in the Department of Educational Administration. She aimed to build upon the skills that she had previously developed through her undergraduate degree in educational management and her master’s degree in educational leadership. Mogaji’s PhD supervisor was USask graduate Dr. Paul Newton (BMusEd’92, MEd’01, PhD’03), a professor and the head of the Department of Educational Administration. After chatting with Newton on the telephone, Mogaji again realized that studying at USask would be a great fit.

“I just knew at that moment, after speaking with him, that I was ready for this—and the rest is history,” she said.

TextPullquote“I just felt blessed. That was my very first experience when I came in, and it stayed with me forever.”Dr. Idowu Mogaji/Align left

When Mogaji first set foot on the USask campus in the late summer of 2019, she was impressed. The beauty of the campus lived up to what she had seen in the YouTube video. Mogaji decided it would be the right choice for her to live on campus, in residence, as she adjusted to her new school and her new city. She was instantly welcomed into the USask community as soon as her plane landed in Saskatoon; she was grateful that a woman she met online through a USask website offered to pick up her keys to her residence so that she would have a place to sleep for the night. The woman also drove Mogaji home from the airport and took her grocery shopping, in addition to providing Mogaji with some dishes that she had cooked in advance.

“That just tells you the spirit that comes with the university,” Mogaji said.

“I just felt blessed,” she added. “That was my very first experience when I came in, and it stayed with me forever. I still appreciate that today. That helped me learn how to pay it forward also because that was so warm. I just feel it, the USask spirit—that was what I considered it.”

As a new USask graduate student, Mogaji was eager to familiarize herself with her surroundings. Walking around the Bowl offered her an opportunity to appreciate the university’s architecture, and the USask campus reminded her of studying in the U.K. and the buildings there.

TextImage/images/2024/thorvaldson_building-web2.jpgsite://news/images/2024/thorvaldson_building-web2.jpgnewsthorvaldson_building-web2.jpg199338800533The beauty of the Saskatoon campus inspired USask graduate Dr. Idowu Mogaji to pursue graduate studies at the university. (File photo)Above content

“It is just a beautiful place,” she said.

Mogaji considers herself “a lifelong learner” who is invigorated by the ongoing pursuit of knowledge. Her passion for learning and research continued at USask, where her PhD thesis was titled Understanding the Role of Leadership Practice in the Implementation of Education for Sustainable Development. Mogaji’s outstanding research and scholarly work was recognized at USask with scholarships and awards, including the Dr. Murray Scharf Award for the National Congress on Rural Education, as well as the Wanda Young Scholarship in Doctoral Studies and a $60,000 doctoral fellowship from the Social Sciences and Humanities Research Council of Canada (SSHRC).

“I think my passion actually comes from my upbringing—specifically my mom,” she said. “My mom is the person you always have to tell, ‘You need a break, woman. Just take a break.’ I’ve been blessed with a supportive family that, even though you’re a girl child, there are no limits.”

Mogaji, who is the youngest child in her family and has two brothers and two sisters, continues to be inspired by her family, especially her mother, who is also a lifelong learner. In fact, when Mogaji’s mother visited her in Canada last year, Mogaji found herself being awakened at 3 am when her mother got out of bed to log into online classes that were taking place in Nigeria.

“It’s something that she’s passionate about,” Mogaji said. 

Since receiving her PhD at USask in 2023, Mogaji has continued her educational journey. In April 2024, she completed a graduate certificate in equity, diversity, inclusion and belonging leadership from Harvard University. In March 2024, she completed an executive certificate in corporate governance and ethics from the University of Toronto Mississauga.

Since 2022, Mogaji has worked at Aurora College’s North Slave Campus in Yellowknife, Northwest Territories, where she now lives. She began her employment there as the manager of curriculum development and is now the assistant vice-president of the community and extensions division, which focuses on academic upgrading and continuing education.

“We prepare people for post-secondary life—upskilling and things like that. We also do a lot of community engagement,” she said. “My division works with 19 communities in the North outside the three campuses that we have.”

Mogaji wants everyone to feel like they belong in post-secondary spaces. With that goal in mind, she serves as the co-chair of the Equity, Diversity, and Inclusion Committee at Aurora College.

“We try to make our college an inclusive space for all, while making sure that people who walk into our college feel like they belong, that it’s a safe space for them, and they feel welcomed into the college,” she said.

Throughout her educational journey in Nigeria, the U.K., and Canada, Mogaji has learned a lot about post-secondary education systems. She is pleased that she had the opportunity to begin her graduate studies by pursuing her master’s degree in England after earning a full scholarship. The supportive learning environment at the University of Manchester made her feel welcome even though she was the only international student in her program.

Mogaji found a similar support system when she came to USask. She enjoyed working with her PhD supervisor, Dr. Paul Newton, who encouraged her and kept her focused on her aspirations and long-term goals.

“Paul was the best thing that happened to me at the University of Saskatchewan,” she said. “Paul was a blessing to my life.”

Mogaji finished her PhD at USask within three years, which she credits, in part, to the continual support that she received from Newton. She also found support from her friends and within the small “closely knit” Department of Educational Administration.

“My department, educational administration, has a special place in my heart,” she said.

Mogaji now advises students at Aurora College to think about “the big picture”—what they want to do after they complete their studies—and to always keep their life goals in mind. Even when things are challenging as a post-secondary student, there’s hope beyond the struggles and tears, she said.

Drawing from her own experiences, Mogaji encourages students to find a trusted friend or ally to confide in when things get tough. She feels that’s especially important for students who are relocating to another country and who are leaving friends and family. 

“You do not need to do the journey alone. It’s important to know that the journey can be lonely, but you don’t have to be lonely in the process,” Mogaji said.

“Being in a good space mentally also helps you progress in your studies,” she added. “That’s what I capitalized on, and it’s helped me to always be in that state of mind where I can do everything that I want to do, in as much as I have the ability to do it.”

usasks-edwards-executive-education-moving-to-new-downtown-locationtrue1718730911095imj129USask's Edwards Executive Education moving to new downtown locationEdwards Executive Education, an off-campus site of the University of Saskatchewan (USask) Edwards School of Business, is relocating this summer.Edwards school of business, 1713207120000/articles/community/2024/usasks-edwards-executive-education-moving-to-new-downtown-locationnewssite://news/articles/community/2024/usasks-edwards-executive-education-moving-to-new-downtown-locationccm0461713207292208imj1291718308543544show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/tt-towers-image-5.jpgsite://news/images/2024/tt-towers-image-5.jpgnewstt-towers-image-5.jpg2047241080720The new Edwards Executive Education facility will be located on the sixth floor of the T&T Towers at 340 3rd Ave North, in downtown Saskatoon. (Photo: Edwards School of Business)The new Edwards Executive Education facility will be located on the sixth floor of the T&T Towers at 340 3rd Ave North, in downtown Saskatoon. (Photo: Edwards School of Business)NoNonesupport-visionary-spacesNo/
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Strategically located in the heart of downtown Saskatoon, the new facility will be located on the sixth floor of the T&T Towers at 340 3rd Ave North, replacing the current downtown space at the K.W. Nasser Centre.

The relocation enables Edwards to continue its mission of providing exceptional training, professional development, and custom-built courses while fostering a culture of innovation and collaboration.

"We are poised to be what the world needs in executive education," said Dr. Keith Willoughby (PhD), dean of the Edwards School of Business. "As Saskatchewan’s leader in professional development training, we provide transformative and innovative educational experiences to clients and companies. As we continue to expand our offerings, we look forward to shaping future leaders in this new space."

Since 1981, Edwards Executive Education has trained thousands of individuals representing hundreds of businesses, government agencies, and not-for-profit organizations, to develop their personal and professional management and leadership competence.

The programming offered by Edwards Executive Education reflects the current trends and challenges that Saskatchewan’s leaders face. Employers and individuals seeking to expand their knowledge in a vibrant, fast-paced, and engaging learning environment can take advantage of flagship programs like Effective Executive, Labour Management Relations, Leadership Development Program, and much more.

It is also an exciting, new chapter in the growth and development of Edwards Executive Education-- aligning with its vision for the future and improving service for its valued clients and partners.

The location at the T&T Tower offers the perfect balance of being close to campus while being more convenient for the public, or someone not yet familiar with the layout of campus. In addition to classroom facilities, there is dedicated space for events and networking to foster meaningful community engagement.

"The move to our new location represents a significant milestone for Edwards Executive Education," said Noreen Mahoney, senior director of Executive Education. "Our new premises enable us to inspire the leaders of tomorrow, increase our capacity, and elevate the level of service we offer to our customers."

Classes will continue to run at the current location until further notice. An official grand opening event is slated for fall 2024.

Level up your skills and experience for yourself everything that Edwards Executive Education has to offer. For more information on upcoming sessions, building custom courses, and funding eligibility, please visit edwards.usask.ca/execed.

For more information about the relocation, please contact Noreen Mahoney at mahoney@edwards.usask.ca or 306-966-8686.

About Edwards Executive Education at Edwards School of Business:
As a part of the University of Saskatchewan, Edwards Executive Education has been innovating professional development and continued education for over 40 years. Edwards Executive Education develops leaders that excel in an environment of constant change by offering training in key business areas including project management, business analysis, financial management, executive retreats, half-day seminars, leadership development programming, and in-house or custom training. Please visit edwards.usask.ca/execed for more information.

new-degree-at-usask-aims-to-address-dental-hygienist-shortagetrue1718730911095imj129New degree at USask aims to address dental hygienist shortageThe College of Dentistry at the University of Saskatchewan (USask) is introducing a new Dental Hygiene program, addressing critical workforce shortages while enhancing oral health care for residents across the province.College of Dentistry, 1713191400000/articles/community/2024/new-degree-at-usask-aims-to-address-dental-hygienist-shortagenewssite://news/articles/community/2024/new-degree-at-usask-aims-to-address-dental-hygienist-shortageccm0461713192473889ccm0461713192534401show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dental-hygiene.jpgsite://news/images/2024/dental-hygiene.jpgnewsdental-hygiene.jpg1176431080810(L-R) USask Instructor Karla Yarie on the clinic floor with College of Dentistry students Tianna Switzer and Meagan Stathopoulos. (L-R) USask Instructor Karla Yarie on the clinic floor with College of Dentistry students Tianna Switzer and Meagan Stathopoulos. (Photo: Duane Krip)NoNonesupport-studentsNo/
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The aging dental hygiene workforce in Saskatchewan, along with the increase in population, underscores the urgent need to cultivate and expand the next generation of dental hygienists. A 2023 survey conducted for the Canadian Dental Association found that nearly 500,000 dental appointments over two months had been cancelled across Canada, due to staff shortages. According to a 2022 report by American Dental Association, 31 per cent of dental hygienists plan to retire withing the next five years.

With only one existing certificate program in the province, the demand for dental hygienists far exceeds the current number of hygienists entering the workforce.

“This shortage not only puts a strain on the oral health care system but also leads to the departure of many aspiring hygienists who seek education in other provinces, but do not return to practice in Saskatchewan,” said Dr. Walter Siqueira (DDS, PhD), dean of the College of Dentistry.

The college aims to address the shortage head-on with the creation of a Bachelor of Science in Dental Hygiene program that will admit 18 students annually, beginning this fall.

“The program’s design includes an innovative evening class schedule that will run from 5 pm to 10 pm. This accommodates individuals with full-time commitments, allowing them to pursue education without sacrificing their employment,” said Siqueira. “This approach not only facilitates access to education but also supports students financially, as they can continue working to pay for their tuition—a first-of-its-kind initiative in Canada.”

The new dental hygiene program is direct entry, meaning students may enter from high school, subject to meeting admissions requirements.  

Prospective students will have from April 17 until June 1, 2024, to submit an application.

greenandwhite-theres-so-much-about-a-dog-that-touches-peoples-heartstrue1718730911095imj129‘There’s so much about a dog that touches people’s hearts’Volunteering with the PAWS Your Stress program is ‘very rewarding’ for USask graduate Doreen Stumborg (BA’09, MFA’20) and her dog, LaddieSHANNON BOKLASCHUKCollege of Arts and Science, 1712676180000/articles/community/2024/greenandwhite-theres-so-much-about-a-dog-that-touches-peoples-heartsnewssite://news/articles/community/2024/greenandwhite-theres-so-much-about-a-dog-that-touches-peoples-heartsnews_ws1712760547724ccm0461712762508217show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/colleen-and-doreen-therapy-dogs-1080.jpgsite://news/images/2024/colleen-and-doreen-therapy-dogs-1080.jpgnewscolleen-and-doreen-therapy-dogs-1080.jpg2438741080720From left: Laddie, Dr. Colleen Dell (PhD), E-Jay, and Doreen Stumborg (BA’09, MFA’20) are part of the PAWS Your Stress team. (Photo: Larry Kwok)From left: Laddie, Dr. Colleen Dell (PhD), E-Jay, and Doreen Stumborg (BA’09, MFA’20) are part of the PAWS Your Stress team. (Photo: Larry Kwok)NoNonesupport-critical-researchYesNoYesSame folderYesImage/images/articles/2024/colleen-and-doreen-therapy-dogs-web.jpgsite://greenandwhite/images/articles/2024/colleen-and-doreen-therapy-dogs-web.jpggreenandwhitecolleen-and-doreen-therapy-dogs-web.jpg108675850567From left: Laddie, Dr. Colleen Dell (PhD), E-Jay, and Doreen Stumborg (BA’09, MFA’20) are part of the PAWS Your Stress team. (Photo: Larry Kwok)NoNonesupport-critical-researchNo/
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Doreen Stumborg (BA’09, MFA’20) retired from her job at the University of Saskatchewan (USask) in 2018, but she continues to give back to the campus community.

Stumborg, a USask graduate who previously worked in the College of Medicine, remains connected to the university as a therapy dog handler with the PAWS Your Stress program, which brings volunteer therapy dogs and handlers to the Saskatoon campus. The PAWS Your Stress program was founded at USask in 2013 by the office of the Centennial Enhancement Chair in One Health and Wellness to provide comfort and support to members of the campus community and beyond. It is offered in collaboration with Peer Health and the St. John Ambulance Therapy Dog program. 

For Stumborg and her dog, Laddie—a Schnauzer Cross that her family adopted from the Saskatoon SPCA—the PAWS Your Stress program is a great fit.

“Ever since I was a young child, I understood the comfort and the serenity and the benefit of being with my animals,” Stumborg said. “I grew up on a farm (and) always loved animals. And when I saw what pet therapy was doing with St. John Ambulance, I thought, ‘I think I have the dog to do that, and I think that would be a really enjoyable thing to do in retirement.’ ”

Dr. Colleen Dell (PhD), a sociology professor in USask’s College of Arts and Science and the university’s Centennial Enhancement Chair in One Health and Wellness, said the PAWS Your Stress therapy dogs and their handlers have visited with more than 30,000 USask students in the past decade. Stumborg and Laddie have been a consistent part of many of those visits since becoming a therapy dog team in 2017.

Along with her own dogs, Dell both participates in the PAWS Your Stress program and helps track its success, publishing research on the connection between human wellness and interaction with therapy dogs. One study published by her team reported 92 per cent of USask students found visiting with therapy dogs helped them to reduce their stress. Such findings contribute to research literature indicating that being around a therapy dog can help to lower students’ stress and anxiety levels, increase their happiness, and contribute to improved mental health.

“It’s a great pleasure and it’s an honour to work with people like Doreen—and Laddie and the other animals—and really become part of a team,” said Dell. “It’s an amazing approach to community-based research.”

TextVideo/https://youtu.be/TSpsVoYXi0wAbove content

Stumborg, who supported research activities on campus when she worked as an employee in the College of Medicine, learned more about the PAWS Your Stress program after watching Dell and other therapy dog handlers give a presentation at USask about their work. That presentation focused on research that explored the value of service dogs for Canadian veterans, and it inspired Stumborg. She approached Dell after the presentation to talk about getting involved with PAWS Your Stress, and the rest is history.

Stumborg knew Laddie would be a great fit for the program due to his calm, easygoing personality. She believes Laddie enjoys his role as a therapy dog because he likes being around people and is happy interacting with them.

“He especially loves the young adult stage, and that’s why we do so much of the PAWS Your Stress visits,” Stumborg said.

Stumborg has personally experienced the power of the animal-human bond. She has been comforted by Laddie and his sidekick, a cat named Ninja.

“Sometimes that comfort is better than what any human can give you,” she said. “It’s without words. It’s total acceptance, unconditional love—all of those things.”

Since retiring from USask, Stumborg has volunteered with PAWS Your Stress and has also pursued another passion: writing. After earning her Bachelor of Arts degree in psychology in the College of Arts and Science in 2009, she returned to the college in 2018 to pursue graduate studies, completing the Master of Fine Arts in Writing program in 2020. Stumborg had dreamed of attending the writing program since it was established at USask in 2011 and she found it to be a “phenomenal” experience.

“I loved every minute of it,” she said.

Stumborg finds volunteering with the PAWS Your Stress program to be a “very rewarding” activity in retirement that enhances her own wellbeing, as well as the wellbeing of others. She has witnessed people’s stress “just melt away” once they begin interacting with a therapy dog, whether it’s on campus, at a vaccination clinic, or in another health-care setting.

“You can hardly describe the experience because there’s so much about a dog that touches people’s hearts, especially when they’re in crisis—and that’s often when we visit,” she said.

The work of Dell and her research team ties into several of USask’s signature areas of research, including One Health, Health and Wellness, and Communities and Sustainability.  Dell noted her research is community based, and the PAWS Your Stress program regularly brings members of the community—both human and animal—onto campus. It is programs like PAWS Your Stress, and the associated community-based research projects, that help USask to be the university the world needs, said Stumborg and Dell.

“We need more connection to animals; we need more connection to nature,” Dell said. “What the world needs is more understanding of broader concepts of health.”
/articles/2024/theres-so-much-about-a-dog-that-touches-peoples-heartsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/theres-so-much-about-a-dog-that-touches-peoples-heartsgreenandwhitetheres-so-much-about-a-dog-that-touches-peoples-heartsArticle headline‘There’s so much about a dog that touches people’s hearts’Volunteering with the PAWS Your Stress program is ‘very rewarding’ for USask graduate Doreen Stumborg (BA’09, MFA’20) and her dog, LaddiealumniSHANNON BOKLASCHUKApr 9, 2024 3:23 PM
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greenandwhite-college-of-education-program-feels-like-hometrue1718730911095imj129College of Education program ‘feels like home’Master’s degree cohort was created to meet the needs of Indigenous educators, leaders, and communities in Saskatchewan and beyondSHANNON BOKLASCHUKIndigenous, aboriginal, College of Education, 1712323800000/articles/community/2024/greenandwhite-college-of-education-program-feels-like-homenewssite://news/articles/community/2024/greenandwhite-college-of-education-program-feels-like-homenews_ws1712266107434ccm0461714411792082show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/college-of-education.jpgsite://news/images/2024/college-of-education.jpgnewscollege-of-education.jpg2536371080720The College of Education building with several students gathered out frontThe College of Education introduced the Master of Education in Educational Administration – Leadership in Indigenous Education and Organizations Cohort after receiving feedback from Indigenous educators and prospective graduate students. (Photo: David Stobbe)NoNonesupport-indigenous-achievementYesNoYesSame folderYesImage/images/articles/2024/college-of-education-web.jpgsite://greenandwhite/images/articles/2024/college-of-education-web.jpggreenandwhitecollege-of-education-web.jpg98707900600Students standing in front of the College of Education building on USask campusThe College of Education introduced the Master of Education in Educational Administration – Leadership in Indigenous Education and Organizations Cohort after receiving feedback from Indigenous educators and prospective graduate students. (Photo: David Stobbe)NoNoneNoneNo/
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A graduate program at the University of Saskatchewan (USask) aims to meet the needs of Indigenous leaders and communities and advance the Calls to Action of the Truth and Reconciliation Commission of Canada (TRC).

The Master of Education (MEd) in Educational Administration – Leadership in Indigenous Education and Organizations Cohort offers opportunities for current and aspiring Indigenous educational leaders to enhance their expertise in various aspects of leadership, governance, and management of First Nations schools through practical, research-based, and theoretical course offerings.

TextImage/images/articles/2024/kyla-morin-web.jpgsite://greenandwhite/images/articles/2024/kyla-morin-web.jpggreenandwhitekyla-morin-web.jpg92422533800Kyla Morin (BEd’17) is a USask graduate and a current student in the MEd program. (Photo: submitted)Align left

For USask student Kyla Morin (BEd’17), the College of Education program “feels like home,” and her fellow students feel like family members.

“We can all connect from our personal, work, and academic experiences,” she said.

Morin, who was born and raised in Ile-a-la-Crosse, Sask., became the first person in her family to obtain a university degree when she graduated from the Saskatchewan Urban Native Teacher Education Program (SUNTEP) at USask in 2017. The support Morin received from her family, community, and instructors, as well as from her employer, the Saskatchewan Indian Institute of Technologies (SIIT), encouraged her to continue her education. She is now enrolled in the Master of Education in Educational Administration — Leadership in Indigenous Education and Organizations Cohort program, and it has been a great experience so far.

“I would recommend this program to Indigenous students who want to pursue their master’s. There is a lot of support, encouragement, discussions, debates, and learning,” she said. “You won’t feel alone if you are struggling; chances are, someone else in the cohort is probably going through the same thing.”

Morin believes the graduate program is equipping her with the tools she needs to continue to excel at her job at SIIT. She is currently employed as the Adult Basic Education (ABE) program co-ordinator and supervises 10 programs throughout Saskatchewan.

“I am an Indigenous wife and a mom of three. I enjoy beating the statistics of being successful in Canada. I am that little Northern kid that a single mom raised. My chances of being successful were really low,” she said. “I showed my family, friends, and community that we can do it. I want to be a role model for my children, nieces, and nephews. Education is important. Education will create knowledge, and from knowledge will come understanding. From understanding will come respect—self-respect for Indigenous people and mutual respect for all. The treaties must not be forgotten.”

TextImage/images/articles/2024/martell-cottrell-photo-web-crop.jpgsite://greenandwhite/images/articles/2024/martell-cottrell-photo-web-crop.jpggreenandwhitemartell-cottrell-photo-web-crop.jpg95606600750Dr. Gordon Martell (BEd’91, MEd’98, PhD’16) and Dr. Michael Cottrell (PhD'88) (right) are faculty members in the Department of Educational Administration in the College of Education. (Photo: submitted)Align right

Dr. Michael Cottrell (PhD'88), an associate professor and graduate chair in the Department of Educational Administration in the College of Education, said the MEd cohort program is built upon the strong foundation of other teacher education programs in the college that date back to the 1970s, such as SUNTEP, the Northern Teacher Education Program (NORTEP), and particularly the Indian Teacher Education Program (ITEP), which recently celebrated its 50th anniversary.

“The model for this was the amazing work that ITEP has done in creating supportive cohorts,” said Cottrell. “This is, in a way, moving the ITEP model into graduate studies.”

In the 2000s, USask experienced a rise in the number of graduates from those Bachelor of Education (BEd) programs who were interested in pursuing graduate studies. By the year 2015, the rising interest resulted in a significant increase in Indigenous student enrolment in the college’s course-based master’s degree program—which primarily caters to educators in Saskatchewan who aspire to move into leadership roles in the Kindergarten to Grade 12 education system.

The college received feedback from Indigenous educators and prospective graduate students who wanted to move beyond some of the content in that master’s program to explore the unique dynamics of leading in First Nations schools. That learning goal became the catalyst to create the more specialized Master of Education in Educational Administration – Leadership in Indigenous Education and Organizations Cohort.

Cottrell said the Indigenous master’s cohort program was also developed as a response to the TRC Calls to Action—particularly the “calls to universities to do better in creating curriculum specific to Indigenous students.” The TRC recognized historical injustices in education, he said, and programs like the Leadership in Indigenous Education and Organizations Cohort are an important part of reconciliation.

“Those things then led to conversation where we decided it would be a good idea to create an Indigenous cohort within our Master of Education in Educational Administration program, with a focus on preparing leaders within First Nations schools,” said Cottrell.

TextImage/images/articles/2024/airini-web.jpgsite://greenandwhite/images/articles/2024/airini-web.jpggreenandwhiteairini-web.jpg947501080762Professor Airini, USask’s provost and vice-president academic, said the graduate program aligns with the University Plan 2025. (Photo: Matt Smith)Above content

Professor Airini, USask’s provost and vice-president academic, said the graduate program aligns with the University Plan, the strategy that is guiding USask to the year 2025. Guideposts in the plan include initiatives that respond to the TRC Calls to Action, and systems and structures that support reconciliation.

“The University of Saskatchewan has the bold ambition to be the university the world needs. One of the ways we will do this is through transformative decolonization leading to reconciliation,” said Airini, who holds a professorial appointment in the College of Education. “The world needs a university in which Indigenous concepts, methodologies, pedagogies, languages, and philosophies are respectfully woven into the tapestry of learning, research, scholarship, creativity, and community engagement. The Master of Education in Educational Administration — Leadership in Indigenous Education and Organizations Cohort program is a wonderful example of this aspiration realized.”

Most of the classes in the program take place online, enabling professionals in various geographical locations to study with each other and to continue their careers as they learn.

The first cohort began in September 2015 and included Indigenous graduate students from throughout Saskatchewan. The second cohort, in September 2018, was developed to meet the unique needs of learners and educational facilities at Onion Lake Cree Nation. The third and current cohort, which began in January 2023, includes First Nations, Métis, and Inuit graduate students from across Saskatchewan and Canada.

Dr. Gordon Martell (BEd’91, MEd’98, PhD’16) has taught in the MEd cohort program since it began—first as a sessional lecturer, then as a lecturer, and currently as an assistant professor in the Department of Educational Administration in the College of Education. He said the program has focused on “critiquing Western influences and constructs in education and really thinking, as Indigenous people, how can we draw down this knowledge and figure out how to lead in ways that are good for all and great for some, and that will advance the notion of First Nations control of First Nations education and the Indigenous education goals in general.”

“I always say we master the content that everyone else gets, and we enhance the learning experience through Indigenous themes, content, and perspectives,” said Martell, a member of the Waterhen Lake First Nation. “We facilitate a value-added learning experience that’s very much tailored to the kind of contexts they encounter.”

TextImage/images/articles/2024/dwayne-drescher-by-david-stobbe-web.jpgsite://greenandwhite/images/articles/2024/dwayne-drescher-by-david-stobbe-web.jpggreenandwhitedwayne-drescher-by-david-stobbe-web.jpg56814600900Dwayne T. Drescher “Atjgaliaq” (BEd’16) is a USask graduate and a current student in the MEd program. (Photo: David Stobbe)Align right

USask student Dwayne T. Drescher “Atjgaliaq” (BEd’16)—who was born in Fort Smith, N.W.T., and raised in Tuktoyaktuk, NW.T.—credits his Inuit Elders with instilling in him the values of respectful leadership. After completing his Bachelor of Education degree in 2016 through ITEP at USask, Drescher wanted to continue to pursue his goals of language revitalization and leading his people. With the support of his wife, Drescher enrolled in the MEd cohort program in January 2023.

“I knew my goal was to learn—so the content was, and is, still very important to me—but what I have found so far in this program is that I have learned just as much knowledge from my classmates’ perspectives as I have the content from the classes,” he said. “Creating these relationships with my cohort has truly been amazing, and I am humbled and honoured to be able to call them my classmates and friends.”

After Drescher completes the program, he would like to return to his home community to serve as a leader, either as an Indigenous superintendent or as a CEO. He describes the MEd program as “top-notch” and recommends it to others.

“My first year as a professional educator, my superintendent was Indigenous, and I knew of her. She blazed the trail for me. That showed me that us Indigenous people can lead in any sector, field, and workplace out there,” said Drescher. “Simply put, there are not enough Indigenous leaders out there, and we need more. So, if you have the experience and/or the credentials, then get on a computer and apply for this program.”

Martell said the graduates of the MEd cohort program have gone on to occupy many educational leadership positions, including as directors in school systems, and they “are adding great value” to schools and communities. Martell wants to build confidence among the cohort members, and to show them that their knowledges and experiences as Indigenous teachers and leaders are valuable and can strengthen the learning experiences of others.

“As a Treaty First Nations person, I would say this is nation building. This is how it gets done,” he said. “Every student that acquires that parchment, that graduate degree—they’re on to a different trajectory of participation and influence in the provincial educational system, in First Nations education, and in fulfilling the promise of Indigenous control of Indigenous education.

“In a lot of ways, to me, the real reward and gratification of working with these students is removing barriers. To create that equitable context that allows Indigenous ways of knowing, being, and doing to flourish in publicly funded and band-controlled education in the country, we need to have Indigenous leaders at all levels—at policy tables, at governance tables, at decision-making tables, writing the curricula, and reforming the system so that it serves all well.”

/articles/2024/college-of-education-program-feels-like-homeshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/college-of-education-program-feels-like-homegreenandwhitecollege-of-education-program-feels-like-homeArticle headlineCollege of Education program ‘feels like home’ Master’s degree cohort was created to meet the needs of Indigenous educators, leaders, and communities in Saskatchewan and beyondalumniSHANNON BOKLASCHUKApr 4, 2024 11:24 AM
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vimy-ridge-day-honouring-the-sacrifice-of-soldiers-from-usasktrue1718730911095imj129Vimy Ridge Day: Honouring the sacrifice of soldiers from USaskIt was one of the defining moments in Canadian military history, with students and staff from the University of Saskatchewan (USask) among those who made the ultimate sacrifice during the Battle of Vimy Ridge.James Shewaga1712239200000/articles/community/2024/vimy-ridge-day-honouring-the-sacrifice-of-soldiers-from-usasknewssite://news/articles/community/2024/vimy-ridge-day-honouring-the-sacrifice-of-soldiers-from-usaskccm0461712161266614ccm0461712179326208show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/diefenbaker-aird-macmillan-1080.jpgsite://news/images/2024/diefenbaker-aird-macmillan-1080.jpgnewsdiefenbaker-aird-macmillan-1080.jpg1882861080720Three University of Saskatchewan law students overseas with the Canadian Expeditionary Force in England in November of 1916: From left, future Canadian Prime Minister John Diefenbaker, Lieutenant Hugh Aird (wounded on April 9, 1917, but survived the war), and Lieutenant Michael Allan MacMillan, who was killed in action on April 9, 1917. (Photo: University Archives and Special Collections A-10942)Three University of Saskatchewan law students overseas with the Canadian Expeditionary Force in England in November of 1916: From left, future Canadian Prime Minister John Diefenbaker, Lieutenant Hugh Aird (wounded on April 9, 1917, but survived the war), and Lieutenant Michael Allan MacMillan, who was killed in action on April 9, 1917. (Photo: University Archives and Special Collections A-10942)NoNonesupport-studentsNo/
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A German stronghold since 1914, Vimy Ridge in northern France was the site of tremendous losses by the French and British armies in 1915 and 1916, before the Canadian Corps finally captured the ridge a year later during a historic four-day battle from April 9-12, 1917. In all, 3,598 Canadians were killed and more than 7,000 wounded during the Battle of Vimy Ridge, including nine of the 69 soldiers from USask who were killed during the First World War out of the 345 students, staff, faculty and alumni who served.

Canadian Brigadier-General Alexander Ross, who was raised in Regina and commanded the 28th Canadian Battalion at Vimy Ridge, later wrote about the assault on the morning of April 9: “It was Canada from the Atlantic to the Pacific on parade,” said Ross, who was awarded an honorary degree at USask in 1955. “I thought then that in those few minutes, I witnessed the birth of a nation.”

“Because all four Canadian divisions attacked together and all regions of Canada were present in the battle, Vimy became a symbol of what Canadians could do together,” wrote historian Tim Cook in his book Shock Troops: Canadians Fighting The Great War 1917-1918.

TextImage/images/2024/memorial-gates-monument72.jpgsite://news/images/2024/memorial-gates-monument72.jpgnewsmemorial-gates-monument72.jpg2618681080720The Memorial Gates monument on campus was unveiled in 1928, 10 years after the end of the First World War, engraved with the names of the 69 University of Saskatchewan students, staff, faculty, and alumni who gave their lives overseas. (Photo: University Archives and Special Collections A-532)Above content

As Canada prepares to commemorate Vimy Ridge Day on April 9 – the first day of the historic battle – On Campus News profiles the nine soldiers from the University of Saskatchewan who were killed during the assault, and in the days following to secure the ridge and surrounding area. Many of their stories are documented by University Archives and Special Collections in The Great War website.

TextPrivate James BrydonBorn Dec. 11, 1884. Died April 10, 1917.None/Above content

Originally from Scotland, Brydon emigrated to Canada and was working as a herdsman at the university when he voluntarily enlisted in Saskatoon in early 1916, joining the Saskatchewan Regiment, 196th Battalion. He was killed on the second day of the battle on April 10, 1917, and is commemorated on the Vimy Memorial inscribed with the names of more than 11,000 Canadian soldiers who perished in France during the Great War with no known grave. He was 32.

A letter from the Canadian defence department in Ottawa to his brother Thomas B. Brydon at the University Farm, dated December 18, 1922, stated: “Referring further to the regretted death of the late Private Brydon, will you please note that this soldier, with others, was originally reported buried in a military cemetery in France, but when concentration of the bodies buried in this cemetery took place, in spite of extensive digging, only seven bodies were found and it was not possible to identify any of those. As a result of investigation, it was decided to erect a memorial in Canadian Cemetery No.2, Neuville, bearing the names of the soldiers who were originally recorded as buried in the burial ground referred to above, and that records in respect of the grave of the marginally named soldier had necessarily to be marked ‘No Trace on Research.’”

TextCorporal Thomas CaldwellBorn Dec. 1, 1891. Died April 9-10, 1917.None/Above content

Caldwell grew up in Yorkton and came to the university in 1912, playing on the Agro hockey team as a defenceman and later became a member of the first graduating class in agriculture in the spring of 1915, before joining classmates in enlisting in the fall. A member of the Princess Patricia Canadian Light Infantry (PPCLI), Caldwell was part of the Saskatchewan-led 5th Battalion that was in the thick of the Battle of Vimy Ridge, with the two forward companies losing 200 of their 300 men in the first 40 minutes alone. Caldwell was later killed by a German sniper while serving outpost duty, with his comrades placing a small wooden cross where he fell on the slopes of Vimy Ridge. He was 25.

“Interestingly, his tombstone at Vimy Ridge says he died April 9-10, 1917, so nobody really knows precisely which day,” said Caldwell’s great-nephew David Henley, whose family attended the annual Remembrance Day service at the university’s Memorial Gates in 2018. “We were lucky enough to be there at Vimy Ridge in November of 2016 when they were commemorating 100 years since the First World War.”

TextSergeant Reginald Adolphus Frederick LaversBorn: Feb. 12, 1893. Died: April 29, 1917.None/Above content

Lavers came from England to Canada in 1913 as an Anglican divinity student at Emmanuel College on campus, affiliated with the university. Renowned for his abilities as a soccer player and singer, he enlisted in the fall of 1915 and served with the PPCLI’s 5th Battalion, and was wounded in combat by shelling in 1916 and awarded the Military Medal for bravery in the field. Lavers later survived the initial four-day Battle of  Vimy Ridge, before being killed by random shelling two weeks later while serving rations in the trenches during the stalemate that followed. He was 24.

His official military record reported: “During the operations of 9th April at Vimy Ridge, this non-commissioned officer (NCO) greatly distinguished himself during consolidation of our Final Objective. He took charge of a wiring party in advance of our Left Company and although all his party became casualties from snipers, he stuck to his work and himself completed the construction of the wire in front of the position. A short time later, he found himself the senior NCO in his company and carried on the duties of Company Sergeant Major in a most excellent manner.” A newspaper clipping at the time stated: “The gallant young sergeant’s officer, in writing, remarked on his straightforwardness of character and on his quietly-exercised and splendid influence. He had been recommended for a commission just before his death.”

Lavers is buried near Vimy Ridge at the La Chaudière military cemetery south of Lens, France.

TextLieutenant Arthur Stephen Kenyon LloydBorn: Sept. 12, 1895. Died: May 7, 1917.None/Above content

Another divinity student from Emmanuel College, Arthur Lloyd enlisted a few months after the start of the war on Oct. 26, 1914, along with his brother William Exton Lloyd – who studied law at the university and was a member of the university’s first hockey, and track and field teams, as well as the varsity soccer league champions in 1909. They were the sons of Reverend George Exton Lloyd, who was the head of Emmanual College and later became the Anglican bishop of Saskatchewan, and whom the city of Lloydminster is named after. Enlisting as a private and rising to the rank of lieutenant, Arthur Lloyd was a member of the Canadian Infantry Regiment (28th Battalion) and survived the main assault on Vimy Ridge, but died when hit three weeks later in the trench warfare following the battle. His name is inscribed on the Vimy Memorial, one of the 11,000 Canadian soldiers listed as “Missing, presumed dead” in France. He was only 21.

During the war, his brother William Lloyd wrote a letter from the front that was published in The Sheaf newspaper in 1915: From Corporal W.E. Lloyd, Bomb Throwers Section, 28th Battalion, Sept. 29, 1915. “On Monday about 4:30 pm, Stanley Killick, a Saskatoon boy, called me around to his fire to have some tea. We were both standing beside the fire when Fritz sends over a bomb from a trench mortar. It exploded as soon as it hit a ledge, about four feet high, and instantly killed poor old Killick, and shifted me about 20 feet, with no harm whatever except a bruised leg. So now I am in a field ambulance station recuperating from my little trip, and expect to join the battalion in a couple of days.”

William Lloyd rose to the rank of captain, was twice wounded and survived the war, later passing away at the age of 36.

A third brother, Captain Frank Percy Lloyd, who studied medicine at USask, also served in The Great War, was wounded a month after the Battle of Vimy Ridge, but also survived and went on to become a doctor in Ontario.

TextLieutenant Michael Allan MacMillanBorn: Dec. 25, 1892. Died: April 9, 1917.None/Above content

Born in Clermont, P.E.I., MacMillan came west to Saskatoon and enrolled in university in 1911, graduating with a bachelor’s degree in 1915 before beginning law studies. A popular student, MacMillan was president of the Student Representative Council, with his profile in The Sheaf reading, “All who know Mac expect great results in his chosen career, the Law, and wish him every success.” However, MacMillan was drawn by the call to serve and joined his close friends and fellow law students Hugh Aird and John Diefenbaker in enlisting together in Regina on Aug. 25, 1916, with the 1st Canadian Mounted Rifles (Saskatchewan Regiment). Diefenbaker was injured in a military training accident in England and later medically discharged and returned home, and would later serve as Canada’s 13th Prime Minister and as the chancellor of the University of Saskatchewan, and was buried on campus after his passing in 1979.

For their part, his law school classmates MacMillan and Aird both went on to take part in the assault on Vimy Ridge, with Aird wounded and MacMillan killed in action on the first day of the battle on April 9, 1917. He was 24 years old. MacMillan, whose brother William went on to serve as premier of P.E.I. from 1933-35, now lies forever at rest in Nine Elms Military Cemetery, five kilometres away from the Canadian Vimy Memorial. Meanwhile, Aird suffered what was recorded in his military records as a “severe” shrapnel wound to his back and spent weeks in hospital recovering, but survived the war. However, his younger brother, Lieutenant William Douglas Aird of Saskatoon, who also fought at Vimy Ridge, was later killed in another historic Canadian battle at Passchendaele on Oct. 26, 1917. He was only 20 years old.

TextCorporal Enoch Aldred MitchellBorn: March 30, 1894. Died: April 10, 1917.None/Above content

Born and raised in Grenfell, Mitchell studied agriculture at USask from 1912-1914 before enlisting Dec.14, 1914 at the age of 20 and serving in France with the Canadian Expeditionary Force’s 10th machine gun battalion. A decorated soldier, Mitchell was first wounded in 1916 and temporarily promoted to sergeant on the battlefield. He later rejoined his unit and took part in the Battle of Vimy Ridge where he was mortally wounded and died in a field hospital on April 10, 1917, on the second day of the assault at the age of 23. He is buried at Barlin Communal Cemetery near Vimy Ridge.

On Nov. 27, 1918, his father John Mitchell wrote a letter to the Dean of Agriculture, William Rutherford, informing him of his son Enoch’s death: “Dear Sir, My Son E. A. Mitchell enlisted in the 10th Battalion machine gun section, Nov. 1914. After the battle of Ypres, was sent to France where he has been in all engagements since. Was slightly wounded in 1916, was promoted to sergeant on the battlefield, was mortally wounded near Bethune in April. Died in No.6 Casualty Clearing Hospital, April 10, 1917. Buried in Barlin Cemetery.”

Tragically, Enoch’s older brother Private Frank Mitchell was also killed in action at the age of 27 near Vimy Ridge just 18 days later on April 28, 1917, while serving with the Canadian Infantry’s 8th Battalion. A third brother, Private Ernest Gordon Mitchell, had also registered for classes at the University of Saskatchewan in 1914 but joined the war effort instead, enlisting in the fall of 1914 with the Strathcona Horse regiment. He fought in France and survived the war, and was discharged with a severe case of influenza, returning home in the spring of 1919. He later worked for the federal government’s agriculture department until his passing in 1975 at the age of 78.

TextImage/images/2024/first-grad-class89.jpgsite://news/images/2024/first-grad-class89.jpgnewsfirst-grad-class89.jpg2891481080720The University of Saskatchewan’s first graduating class: From row middle is President Walter Murray, seated beside John Moore, second from right, with William Exton Lloyd standing in the back right. (Photo: University Archives and Special Collections A-3638)Above content
TextSergeant John James MooreBorn: May 25, 1891. Died: April 9, 1917.None/Above content

Moore was one of the seven members of the University of Saskatchewan’s historic first graduating Class of 1912, earning a bachelor’s degree with a focus on law. The son of Reverend W. S. Moore and Jeanie W. Moore of Prince Albert, Moore served as president of the university’s Literary Society in his final year of classes, and was a member of the YMCA executive. A superb athlete, Moore also excelled in boxing and soccer at USask, helping lead his soccer squad to a league championship. Four years after graduating, he returned to Saskatoon to enlist with the USask-based 196th Battalion in the spring of 1916 to join the war effort overseas, quickly earning promotion to sergeant.

After arriving in England and being transferred to the 102nd Canadian Infantry battalion, a unit that was at the forefront of the attack in the heart of the battle for Vimy Ridge, killed on April 9 on the first day of the attack that began at 5:30 am on Easter Monday. Today, Moore lies near where he fell more than a century ago in France, buried in Canadian Cemetery No.2, one kilometre away from the Canadian Memorial at Vimy. He was remembered in a touching tribute in The Sheaf in the fall of 1917: “To his relatives in their loss goes our sincerest sympathy. To lose a loved one in such a cause brings out feelings that words are inadequate to convey.” Moore was 25 years old.

TextPrivate Robert Rousay Jr.Born: Nov. 30, 1896. Died: May 6, 1917.Image/images/2024/robert-rousay-191532.jpgsite://news/images/2024/robert-rousay-191532.jpgnewsrobert-rousay-191532.jpg103818419583University of Saskatchewan student Robert Rousay’s 1915 class photo from The Sheaf, a few months before he enlisted in the Canadian Infantry. (Photo: Courtesy of The Canadian Virtual War Memorial)Align right

Another one of the many Agros who volunteered for duty in the First World War, Rousay attended university from 1914-15, and was farming briefly before enlisting with the 188th Battalion on Nov. 16, 1915, in his hometown of Yorkton. After heading overseas to England, Rousay was transferred to the 47th Battalion to join the fight in France. He survived the main Battle for Vimy Ridge, but was killed in action four weeks later near the community of Lens, just a few kilometres north of the ridge. Rousay is one of the more than 11,000 names of Canadian servicemen inscribed on the ramparts of the Vimy Memorial for soldiers whose bodies were never identified or whose graves were never marked.

His father, Robert Rousay Sr., one of the original white settlers in the Yorkton area, wrote to Agriculture Dean William Rutherford about his son’s death: “Dear Sir, Re your letter of inquiry regarding my son Robert, who attended your college in the winter of 1914-15. I am sorry to inform you that he was killed in action on the 6th of May 1917 near Lens in France. He enlisted in the fall of 1915 with the 188th Battalion. Trained in Yorkton that winter at Sewall, next summer went overseas with the 96th Highlanders from Winnipeg in the fall of 1916. Transferred to D Company, 47th Battalion in England with which he was with at the time he was killed. Yours truly, Robert Rousay, Yorkton, Sask.”

Robert Rousay Jr. was only 20 years old when he died.

TextPrivate Hugh Alfred SilcoxBorn: June 27, 1891. Died: April 10, 1917.None/Above content

Born and raised in Ontario, Silcox came west to study engineering at USask from 1913-14 and had just started teaching when he voluntarily enlisted in Saskatoon on Dec. 19, 1914, joining the 1st Canadian Light Horse regiment. Silcox fell on the first day of the Battle of Vimy Ridge, hit by shelling and suffering a fractured arm and leg, succumbing to his wounds the next day in a field hospital at the front on April 10. He is buried in France’s Quatre-Vents Military Cemetery, a few kilometres east of Vimy Ridge. The inscription on his headstone reads: “Nobly he lived, heroically he died.” He was 25.

Silcox’s first cousin Corporal Sidney Cliford Silcox was also wounded in the Battle of Vimy Ridge but survived, and was later killed instantly by machine gun first in an attack near Sancourt, France, only 41 days before the end of the war.

Trooper Hugh Silcox is one of the 69 names inscribed on the Memorial Gates monument in memory of the University of Saskatchewan students, staff, faculty and alumni who were killed in the First World War.

TextImage/images/2024/vimy-headstones-copy.jpgsite://news/images/2024/vimy-headstones-copy.jpgnewsvimy-headstones-copy.jpg2971811080412Above content

Photo above: From left: The grave marker of Sergeant Reginald Lavers at La Chaudière Military Cemetery near Vimy Ridge. (Photo: John & Anne Stephens, courtesy of The Canadian Virtual War Memorial). The final resting place of Private Hugh Silcox in France’s Quatre-Vents Military Cemetery, a few kilometres east of Vimy Ridge. (Photo: Courtesy of Imperial War Museums). The headstone and gravesite of former University of Saskatchewan student John James Moore in the Canadian cemetery in Pas de Calais, France, one kilometre south of the Canadian Memorial at Vimy Ridge. (Photo: Courtesy of The Canadian Virtual War Memorial). Lieutenant Michael Allan MacMillan lies forever at rest in Nine Elms Military Cemetery, five kilometres away from the Canadian Vimy Memorial. (Photo: Courtesy of John and Anne Stephens, Canadian Virtual War Memorial).

embracing-the-future-establishing-a-premier-dental-training-hub-at-usasktrue1718730911095imj129Embracing the future: Establishing a premier dental training hub at USaskIn an era where technological advancements are reshaping every facet of our lives, the field of dentistry is no exception. Duane KripCollege of Dentistry,1712064600000/articles/community/2024/embracing-the-future-establishing-a-premier-dental-training-hub-at-usasknewssite://news/articles/community/2024/embracing-the-future-establishing-a-premier-dental-training-hub-at-usaskccm0461711985145883ccm0461712772610793show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dental-walter-siqueira.jpegsite://news/images/2024/dental-walter-siqueira.jpegnewsdental-walter-siqueira.jpeg2137391080720Dr. Walter Siqueira (DDS, PhD), dean of the College of Dentistry, with simulators in the college’s new Mixed Reality Patient Simulation Learning Space. (Photo: Duane Krip)Dr. Walter Siqueira (DDS, PhD), dean of the College of Dentistry, with simulators in the college’s new Mixed Reality Patient Simulation Learning Space. (Photo: Duane Krip)NoNonesupport-critical-researchNo/
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Embracing this tide of progress, the University of Saskatchewan’s (USask) College of Dentistry has embarked on a groundbreaking journey towards modernization and innovation, marking a significant leap towards becoming the beacon of dental education that Canada—and the world—needs.

TextA leap towards modernizationNone/Above content

The cornerstone of this ambitious endeavour lies in a comprehensive project encompassing major renovations, acquisition of cutting-edge equipment, and an extensive expansion of programs.

“This significant step forward will position us as the premier dental college in Canada, boasting state-of-the-art facilities that not only enhance the learning experience of our students but also ensure our patients receive the best dental care possible,” said Dr. Walter Siqueira (DDS, PhD), the dean of the College of Dentistry.

Central to this commitment to excellence is the adoption of augmented reality simulators, a pioneering initiative in the country. These simulators provide students with immersive, near-reality training across various dental procedures, from operative dentistry to implantology. With the acquisition of 10 haptic dental simulators, the college is paving the way for a new era of hands-on, technology-driven education.

Moreover, the college is set to expand its arsenal of equipment for pre-clinic and clinic areas, further cementing its dedication to staying at the forefront of dental education.

TextInnovation through renovationNone/Above content

Parallel to the technological advancements is an ambitious renovation project aimed at revitalizing the college’s clinic and pre-clinic spaces. With a budget of $22 million, this historic renovation seeks to transform the facilities into a patient-centered environment, fostering optimal care delivery.

A significant aspect of this renovation is the relocation of simulation labs from the Health Sciences Building to the clinic building, consolidating learning resources and creating a centralized hub for students’ educational needs. Scheduled to commence this summer, the renovation underscores the college’s commitment to innovation and excellence.

TextVision for a dental team education hubNone/Above content

Since taking the helm of the college as dean in the fall of 2022, Siqueira has been the driving force behind the project.

“My vision for our college extends beyond infrastructure to fostering a unique educational environment that supports research and teaching while embracing all members of the dental team,” said Siqueira, who also holds a Master of Business Administration (MBA) and is a Fellow of the Canadian Academy of Health Sciences (FCAHS). “We pride ourselves on being the only college in North America offering a comprehensive suite of programs including Dental Assisting, Dental Therapy, Doctor of Dental Medicine (DMD), DMD/MBA, and, starting in September 2024, a pioneering Dental Hygiene program.”

The college is poised to redefine dental education in North America. The recent launch of Canada’s only BSc in Dental Therapy program, taught across four campus locations within the province, reflects the college’s commitment to accessibility and inclusivity for Indigenous and rural students. In addition to the main campus in Saskatoon, students can access the Dental Therapy program at off-campus locations in La Ronge, Prince Albert and Regina.

Similarly, the introduction of the DMD/MBA program, a first among Canadian dental schools, addresses the evolving needs of dentistry professionals in navigating the business side of dentistry.

Now, with plans to launch a BSc in Dental Hygiene program in 2024, the college is set to further expand its offerings. Distinguished by its innovative scheduling and rigorous curriculum, the program aims to prepare graduates for the National Dental Hygiene Board Examinations while accommodating working students and expanding patient care services.

This new program is distinguished not only by its rigorous curriculum but also by its innovative scheduling. Classes and clinics will be held from 5 pm to 10 pm, accommodating students who wish to continue working during the day or accommodate other daytime obligations while advancing their education. Additionally, these alternative program hours will expand their patient care services by providing options for individuals unable to commit to attending the clinic during regular daytime hours.

The program has garnered support from the College of Dental Surgeons of Saskatchewan, the Saskatchewan Dental Hygienists’ Association, and the Saskatchewan Dental Assistants’ Association, highlighting its potential to significantly impact oral health care in the province.

TextA future built on collaboration and innovationNone/Above content

As the college charts its course towards excellence, collaboration and innovation remain at the forefront of its philosophy. There is a strong sense of pride with the accomplishments made so far and an excitement for the future.

 “As we move forward, our college is dedicated to training the next generation of oral health professionals, including dentists, dental hygienists, dental therapist and dental assistants,” Siqueira said.

He emphasizes the importance of “four-handed” dentistry and interprofessional education, stating “This approach ensures our graduates are not only highly skilled clinicians, but also team players who understand the value of collaborative patient care.”

With a bright future ahead, USask’s College of Dentistry is poised to lead the way in dental education, setting a precedent for excellence and innovation, as the next generation of oral health professionals emerges from its halls.

kraft-earns-cgps-clement-employee-service-award-at-usasktrue1718730911095imj129Kraft earns CGPS Clement Employee Service Award at USaskThe College of Graduate and Postdoctoral Studies (CGPS) at the University of Saskatchewan has recognized Alison Kraft from the Jane and Ron Graham Centre for the Scholarship of Teaching and Learning (SoTL) as the 2024 recipient of the Clement Employee Service Award. Kassidy GuyCGPS1711661100000/articles/community/2024/kraft-earns-cgps-clement-employee-service-award-at-usasknewssite://news/articles/community/2024/kraft-earns-cgps-clement-employee-service-award-at-usaskdjh9941711661291942ccm0461711979584614show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/clement-2023-header.jpgsite://news/images/2024/clement-2023-header.jpgnewsclement-2023-header.jpg2446381080607Photo of Alison Kraft on a green patterned illustration backgroundAlison Kraft from USask's Jane and Ron Graham Centre for the Scholarship of Teaching and Learning (SoTL), recipient of the 2024 Clement Employee Service Award (credit: submitted)NoNonesupport-studentsNo/
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The Clement Employee Service Award was established in memory of former CGPS staff member Kelly Clement in 2022. Clement is remembered as a wealth of knowledge when it came to policies and procedures, as well as a “staunch defender of due process and the principle of fairness,” who “drew attention to the importance of graduate program administration.”

In 13 years on campus, Kraft has worked in several different roles, all with the primary goal of supporting graduate students.

“For the past 13 years, my motto has been, ‘I’m here for the students, my job is for the students,’” she said. “If I’m not doing a good job for the students, then why am I here?”

Kraft started at USask in 2011 as a graduate administrator for the Interdisciplinary Studies program. In her role, Kraft worked diligently to create an inviting and inclusive environment for graduate students in the program.

TextImage/images/2024/kraft2.jpgsite://news/images/2024/kraft2.jpgnewskraft2.jpg186282480600College of Education Dean Julia Paulson (left) and CGPS Dean Debby Burshtyn (right) presented Kraft (center) with the award on Mar. 28, 2024 (credit: Kassidy Guy)Align right

“It was interesting dealing with [Interdisciplinary Studies] students because they don’t have an academic home,” said Kraft. “In a sense, I became their academic home because their supervisors were from everywhere across campus.”

In 2014, Kraft moved into the role of program advisor at CGPS, where she supported and advised graduate administrators, faculty members, and graduate students about how policies and procedures affect their specific situations.

Four years later, Kraft took on a temporary role at the College of Nursing as a graduate program co-ordinator, where she continued to work closely with graduate students as they navigated their programs.

In 2019, Kraft moved to the College of Education and worked as a graduate strategic and special program co-ordinator. This role was brand new to the College of Education, and Kraft’s vast experience working in graduate studies quickly made her invaluable to the college.

“Alison takes time and exemplifies patience and kindness with prospective and current students to help them understand their options,” said Dr. Vicki Squires (PhD), associate dean Research, Graduate Support and International Initiatives, and associate professor in the Department of Educational Administration.

Kraft now works as a program co-ordinator in the Jane and Ron Centre for SoTL, where she leads graduate student recruitment and works closely with graduate students to enhance student experiences. Her years of experience with various areas of graduate studies has equipped Kraft with the knowledge to provide outstanding support for the centre.

“Alison’s dedication to inclusivity and academic excellence has created an environment where all students feel valued and supported in their academic pursuits,” said Dr. Melanie Hamilton (EdD), director of the Jane and Ron Graham Centre for SoTL. “[She] has shown a willingness to share her knowledge, skills, and experience with others, always offering to lend a helping hand.”

Over the past 13 years at USask, Kraft has developed a passion and a talent for uplifting graduate students at every step of their program.

“That’s my motivation: I want a student to be happy and feel like they have had the success that they came here for,” she said.

For Kraft, this award is about more than recognition from her community.

“I worked with Kelly from the time I was hired, and she essentially trained me and answered all of my questions when I started out,” said Kraft. “I always want to provide a good service to graduate students, but being recognized with this particular award means more to me because Kelly’s name is on [the award].”

usask-faculty-learned-as-much-from-students-in-sustainability-fellowshiptrue1718730911095imj129USask faculty learned as much from students in sustainability fellowshipSix University of Saskatchewan (USask) faculty fellows each contributed a chapter for a newly released book.Darla ReadEdwards school of business, USask alumni, sustainability, 1711488840000/articles/community/2024/usask-faculty-learned-as-much-from-students-in-sustainability-fellowshipnewssite://news/articles/community/2024/usask-faculty-learned-as-much-from-students-in-sustainability-fellowshipccm0461711489119687ccm0461712677195272show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/sustainability-fellowship-1080.jpgsite://news/images/2024/sustainability-fellowship-1080.jpgnewssustainability-fellowship-1080.jpg2707961080720The 2022-24 Sustainability Faculty Fellows, along with TLSE leadership, College leadership, and members of GMCTL at the book launch during SDG and Open Education Week March 4-8.The 2022-24 Sustainability Faculty Fellows, along with TLSE leadership, College leadership, and members of GMCTL at the book launch during SDG and Open Education Week March 4-8. (Photo: Submitted)NoNoneNoneNo/
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Brooke Klassen, assistant professor of management and marketing at the Edwards School of Business and a University of Saskatchewan (USask) alumnus, said learning about sustainability as part of the sustainability faculty fellowship gave her deeper understanding of the challenges facing the world.

In turn, she said that gave her more empathy for her students.

TextImage/images/2024/brookeklassen-high-res-cropped.jpgsite://news/images/2024/brookeklassen-high-res-cropped.jpgnewsbrookeklassen-high-res-cropped.jpg203462800984Brooke Klassen, assistant professor of management and marketing at the Edwards School of Business. (Photo: Submitted)Align right

“There was a spillover effect,” she explained. “I think that being part of the fellowship has made me more approachable as an instructor and allowed me to be more vulnerable in the classroom. It has been a great way to keep students engaged and for them to feel that what they are learning about, and helping to create, matters.”

Klassen and the five other sustainability faculty fellows each contributed a chapter about their learnings to the book, Cultivating Change: A Prairie Guide to Sustainability Teaching and Learning Practices, which was published by the Gwenna Moss Centre for Teaching and Learning (GMCTL). The book was part of the sustainability faculty fellowship offered by GMCTL, which is open to faculty who have a desire to embed open and sustainability practices within their own course, such that students are taking action towards sustainability and the United Nations’ Sustainable Development Goals (SDGs).

Klassen said writing her chapter allowed her to reflect on over a year of learning about sustainability and then incorporating it into her classes.

“When I started, I didn’t understand that sustainability stretches well beyond the environment, into responsible consumption and production, gender equality and quality education, among other areas.”

USask Provost and Vice-President Academic Dr. Airini (PhD) said this broad understanding of sustainability is integral in the development of USask students.

“One of the aspirations in our University Plan 2025 is that of distinguished learners. Because we are looking at sustainability in the broadest context possible, we have fellows from the Colleges of Agriculture and Bioresources, Arts and Science, Edwards, Engineering, and Kinesiology,” she said. “Thanks to these fellows, I am confident that our graduates will have the drive, curiosity and humility to work with others to be what the world needs.”

Klassen’s chapter is about embedding sustainability learning outcomes, activities, and assessments in business classes, beginning with her reasons for wanting to do this type of work: a personal passion for water sustainability and wanting to tell the stories of women in leadership. Her chapter then goes through some of the ways that she tried to help students reflect, share, and act on sustainability in marketing and more generally in business.

TextPullquote“I think I benefited as much as the students did from learning about the SDGs and how we can all do more to transform our world for the better."Brooke Klassen/Align left

In developing the sustainability faculty fellowship and selecting from the pool of faculty who applied, GMCTL’s educational development specialist Aditi Garg said GMCTL was looking for educators who wanted to make a difference beyond their own classroom but who maybe didn’t yet feel like experts in teaching for sustainability.

“We thought participating in this fellowship would help educators find peers with whom they could share ideas about how they grew their teaching skills. They could support each other as they incorporated sustainability into their courses and show others that change was achievable.”

Dr. Ulrich Teucher (PhD) said the support of other fellows was a highlight of the two-year term, which wraps up this year as a new in-take process begins in April.

“The sustainability faculty fellowship provides its fellows with encouraging opportunities and supports to learn from each other how to teach and learn with our students about ways to become more sustainable and do so in sustainable ways.”

While writer’s block is commonly thought to be a struggle when writing a book, that wasn’t the case for Klassen.

“The biggest challenge that I faced was having enough time to do the story justice and being able to communicate the impact that the fellowship had on improving my teaching,” she explained. “I think I benefited as much as the students did from learning about the SDGs and how we can all do more to transform our world for the better. I have now been asked to help further our college-wide sustainability strategy and ensure that sustainability learning outcomes are embedded across our curriculum.”

More information is available on GMCTL’s website for those interested in the sustainability faculty fellowship. The application deadline is April 15, 2024.

education-teaching-in-a-country-at-wartrue1718730911095imj129Teaching in a country at warUkrainian educators maintain resiliency and dedication to learning, amid escalating conflict.Meagan Hintherinternational, College of Education, ukraine,1711451160000/articles/community/2024/education-teaching-in-a-country-at-warnewssite://news/articles/community/2024/education-teaching-in-a-country-at-warnews_ws1711487791996ccm0461711578084748show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/news/2024/teaching-in-a-country-at-war.jpgsite://education/images/news/2024/teaching-in-a-country-at-war.jpgeducationteaching-in-a-country-at-war.jpg753711090600A blue and yellow paper heart, being held by a hand.Photo: Kseniia Perminova, CanvaNoNoneNoneYesNoYesMatching keywordsYesImage/images/news/2024/teaching-in-a-country-at-war.jpgsite://education/images/news/2024/teaching-in-a-country-at-war.jpgeducationteaching-in-a-country-at-war.jpg753711090600Photo: Kseniia Perminova, CanvaNoNoneNoneNo/
TextImage/images/news/2024/final-class-group-photo.jpgsite://education/images/news/2024/final-class-group-photo.jpgeducationfinal-class-group-photo.jpg1421311000667From left to right: Halyna Bilous, Olesia Chekanova, Oksana Horishna, Olha Vasko, Nadia Prokopchuk (USask instructor), Dr. Olena Huzar (TNPU), Mariana Marets, Olena Koval, Olena Askak (Photo: Connor Jay). Below content

Teaching in bomb shelters, living through daily air raid warnings, and helping students and families as they process displacement, loss and grief. These are a few of the daily realities impacting education in Ukraine while the country is at war due to large-scale Russian invasion.

Stories were shared by seven teachers from Ternopil, Ukraine while they were in Saskatoon March 3-24 for a course focused on current methods in teaching English as a global language, offered through the Saskatchewan Educational Leadership Unit (SELU) in the College of Education at the University of Saskatchewan (USask). All are English teachers from Ternopil elementary and high schools.

“What Canadians may not realize are the circumstances these teachers are experiencing. Every school has a bomb shelter and not all students can fit at once, so half the school may come one day and half the next, while the others learn online,” shared Nadia Prokopchuk, academic advisor and English as an Additional Language instructor in the Department of Curriculum Studies, who taught the three-week course. “As you can imagine, the stress and the trauma weigh heavily on everyone and is having an impact on education.”

“But this brave bunch of teachers who have lived through these trying circumstances so far and are going back to such conditions, these teachers are really the heroes in our presence right now,” Prokopchuk said.

Bomb shelters are now a prerequisite for in-person learning in Ukraine and the Government of Ukraine has worked with aid organizations like UNICEF to prioritize the construction of bomb shelters underneath schools. Some days, up to five hours may be spent in the shelters, which the schools have painted, decorated and refurbished to calm their students during difficult learning circumstances. There are also large-scale electricity outages experienced by the region. Ternopil is located in Western Ukraine and supports many internally displaced families fleeing from the front lines.

“We manage to deal with the disruptions. We survive and we are ready to work with different obstacles to help our students,” said Olha Vasko, a teacher with Ternopil Specialized School No. 3. “We have to get used to different challenges all the time.”

The teachers maintain positivity, stability and a fighting spirit for their students. They provide a source of motivation for students and encourage them to help in any way they can.

“My students and I are putting on food fairs, charitable lotteries to send gifts to the army. Every three to five months we send gifts to the fathers of my students that are fighting,” said Olena Aksak, a teacher with Ternopil Secondary School No. 13.

Every teacher has someone they love fighting at the front. Whether that is their husband, son, family member, neighbour or friend. Each one has lost someone dear to them, dating back to when Russia began its invasion of Crimea in 2014.

“Every day there are special horns that are heard across the city which means that the body of a hero is being brought back home to Ternopil. Every day. Unfortunately, all of us, we have somebody who is not coming back,” said Aksak, referencing the special vehicles bringing fallen soldiers back home, honouring their service and memorializing their heroism by inscribing their names on the Ukrainian trident and shield displayed in the city’s central square.

Halyna Bilous, a teacher with Ternopil Secondary School No. 11, has three sons at home aged 14, 19 and 21. Her husband has been fighting on the front lines for the past two years.

“We have no other choice; we have to defend. It’s our land, our children are there, and we have to support their future,” said Bilous.

TextEnglish as a global languageImage/images/news/2024/ukrainian-delegation-at-wanuskewin.jpgsite://education/images/news/2024/ukrainian-delegation-at-wanuskewin.jpgeducationukrainian-delegation-at-wanuskewin.jpg2361221000750Tipi Teachings at Wanuskewin Heritage Park (Photo: Connor Jay). Below content

The teachers attended USask through a partnership between Ternopil Volodymyr Hnatiuk National Pedagogical University (TNPU) and the College of Education to help build English language teaching capacity in Ukrainian schools. They were accompanied by TNPU professor Dr. Olena Huzar (PhD) and government education officials. Dr. Vicki Squires (PhD), associate dean, research, graduate support and international initiatives in USask’s College of Education, worked with staff Megan Fillatre and Greg McJannet and Holly Mayes with SELU to create a robust schedule for the project.  

“English is going to be one of the global languages that moves the country forward towards European integration. The teachers have come here to learn about English teaching strategies from a North American perspective and expand their knowledge base,” said Prokopchuk.

The partnership arose from a longstanding relationship between TNPU and St. Thomas More College (STM) at USask. Since 2003, Huzar has been working with partners at STM to bring students to Ukraine for study abroad courses. 

“For 15 years, students from the University of Saskatchewan came to our university in Ukraine – to Ternopil, to improve and study the Ukrainian language. But now our Ukrainian teachers are coming here, to learn English,” said Huzar. “This is the first time we send students to your beautiful city, to the University of Saskatchewan, to the College of Education, with the idea of growing English not as a foreign language, but as a global language.”

“In essence, we have exchanged languages,” Huzar said.

At the end of the three-week course, the teachers made brief presentations based on what they had learned and the strategies they will be taking back to their classrooms. In the weeks and months ahead, they will present their new knowledge to fellow English teachers as well as pre-service teachers at TNPU. Squires will work with Huzar and Prokopchuk to evaluate the program’s success as part of an ongoing research partnership.

“Now the hard work just begins, because you have to transfer this to your classrooms in Ukraine. Then the proof of your success will be known,” said Huzar, while addressing the group.

Many of the teachers referenced new strategies that will help them meet the needs of their students. Because of the instability and constant anxiety, learning is challenged in a myriad of ways.

“The psychological condition of our students is vulnerable, so using positive suggestions in teaching strategies that help promote English language learning is so helpful,” said Vasko. “This course was useful, informative, and the structure is so easy to grasp. The material is arranged in a systemic way and the topics are perfectly chosen. We really need this.”

Others spoke of the helpful new strategy of using a child’s first language to support second language development.

“It’s widely accepted in Ukraine that if you’re a good teacher, you use nothing but English in your classroom, but here I’ve learned that using Ukrainian can be a source of support to build a child’s English language skills,” said Mariana Marets, with Ternopil Educational Complex School-Lyceum No. 6.

The three-week intensive study program was paired with cultural activities, local Saskatoon school visits and learning opportunities to provide an immersive English language experience as well as an introduction to Saskatoon’s Ukrainian community.

“This program gave us opportunity for motivation, but also some kind of relief. Because when we are here there is the possibility to be distracted a little bit from the worries that burden us at home. We have had the opportunity to have a little fun and enjoy the city,” said Marets. “On the street, often we meet people with Ukrainian roots and who know Ukrainian words. We feel so welcomed.”

“We also feel the support of the Canadian people to Ukrainian people and to the Ukrainian Army. That is very important to be here knowing that you are a nation that supports us,” Marets added.

The College of Education presented the Ukrainian delegation with dreamcatchers handcrafted by local Métis artist Corine Caplette in the colours of the Ukrainian flag, meant to symbolize the desire for a peaceful future for the people of Ukraine.

An important component of the visit was introducing the Ukrainian educators to the history of Indigenous peoples in Treaty 6 Territory and the impacts of Indigenous teacher education at USask, including meeting with staff from the Indian Teacher Education Program and the Saskatchewan Urban Native Teacher Education Program. A highlight was an afternoon spent at Wanuskewin Heritage Park and taking part in Tipi Teachings, snowshoeing and exhibit tours.

“The teachers were very moved by their visit to Wanuskewin. They could relate to the deep love of land, language, and culture among Indigenous people and were so engaged in learning about Cree culture,” said Prokopchuk.

TextEmbraced and welcomedVideo/images/news/2024/city-hall-group-photo-img_7486-resize.jpgsite://education/images/news/2024/city-hall-group-photo-img_7486-resize.jpgeducationcity-hall-group-photo-img_7486-resize.jpg1399361000667https://youtu.be/6cn6zetgPxcHighlights from Volodymyr Hnatiuk Ternopil National Pedagogical University's visit to the University of Saskatchewan.Below content

“We’ve had so much support and hospitality for this group. The university, city and province have really opened their doors to welcome this group of visiting teachers,” said Prokopchuk.

In addition to the College of Education and TNPU, the program’s sponsors included the Government of Saskatchewan’s Ministry of Advanced Education, USask International Office, USask Culinary Services, Ternopil Regional State Administration, Ternopil City Administration, Prairie Centre for the Study of Ukrainian Heritage (STM), Ukrainian Canadian Congress of Saskatchewan, Ukrainian Catholic Brotherhood (Bishop Roborecki Branch), and the Ukrainian Orthodox Self-Reliance League.

A renewed partnership and commitment to collaboration was also established through a Memorandum of Understanding (MOU) signing ceremony on March 12. The signatories included USask (College of Education), TNPU and STM.

“Today’s ceremony will offer many shared opportunities for learning, for growth and exchange of talent across all industries in both Saskatchewan and Ukraine,” said Minister of Advanced Education Gordon Wyant at the signing. “[This MOU] is leveraging the strengths of both institutions and further reinforcing the very important relationship between our province and Ukraine.”

Accompanying the teachers for the first half of their visit were government education officials for the region: Olha Khoma, head of the Department of Education and Science with Ternopil Regional State Administration, and Olha Pokhylyak, director of the Department of Education and Science of the Ternopil City Council. During the MOU ceremony, they spoke about the benefits of the program as well as what the region is experiencing.

“We do want our children, our students, to study in our Ukrainian schools. That’s why we want to learn from you, we want our education to be better as well,” said Khoma. “Today our teachers are on the front line, they are teaching students in very difficult conditions. But still we do it and fight. We are strong, we won’t leave Ukraine and the enemy won’t destroy us.”

/news/2024/teaching-in-a-country-at-warshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://education/news/2024/teaching-in-a-country-at-wareducationteaching-in-a-country-at-warArticle headlineTeaching in a country at warUkrainian educators maintain resiliency and dedication to learning, amid escalating conflict.Meagan HintherMar 26, 2024 11:06 AM
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usask-college-of-education-marks-un-international-day-for-the-elimination-of-racial-discriminationtrue1718730911095imj129USask College of Education marks UN International Day for the Elimination of Racial DiscriminationSymposium theme Enacting Pedagogies of Hope explored the urgency of combating racism and intersectional oppression in education, held March 16 on the University of Saskatchewan (USask) campus.Meagan HintherCollege of Education, 1711052160000/articles/community/2024/usask-college-of-education-marks-un-international-day-for-the-elimination-of-racial-discriminationnewssite://news/articles/community/2024/usask-college-of-education-marks-un-international-day-for-the-elimination-of-racial-discriminationccm0461711052339210ccm0461711053090812show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/pedagogies-of-hope-1080.jpgsite://news/images/2024/pedagogies-of-hope-1080.jpgnewspedagogies-of-hope-1080.jpg3657601080720Presenters and panelists take part in the ‘Enacting Pedagogies of Hope: The Urgency of Combatting Racism and Intersectional Oppression in Education’ symposium on March 16, 2024 at the College of Education. Presenters and panelists take part in the ‘Enacting Pedagogies of Hope: The Urgency of Combatting Racism and Intersectional Oppression in Education’ symposium on March 16, 2024 at the College of Education. (Photo: Connor Jay). NoNonesupport-studentsNo/
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Observed annually by the United Nations on March 21, the International Day for the Elimination of Racial Discrimination commemorates the day police in Sharpeville, South Africa, opened fire and killed 69 people at a peaceful demonstration against apartheid pass laws in 1960. The day recognizes that injustices and prejudices fueled by racial discrimination take place every day.

Education Dean Dr. Julia Paulson (PhD) opened the symposium program with a keynote address exploring research directed by the Education, Justice and Memory Network (EdJam) and its preliminary findings. As lead of the EdJam network, Paulson was invited to present at the United Nations Headquarters in New York in January as part of a panel on Learning for Lasting Peace. 

EdJAM is a collaborative, international network of researchers, educators, and civil society organizations committed to creative ways to teach and learn about conflict, violence, colonialism, imperialism, and racism. The network supports 25 projects in 13 countries.

“We believe in education for its transformative potential and for its contributions to social and reparative justice. At the same time education is a space where crimes, harm and injustice have happened, and continue to happen,” said Paulson while outlining what academic research in this space calls the ‘Paradox of Education.’

“How do we work and repair within the confines of an institution that has caused such harm, yet that many of us, nonetheless, believe in?” added Paulson.

Her keynote explored how pedagogies—the combination of teaching methods, learning activities, learning assessments, and teaching and learning relationships—can be reparative and healing for communities harmed in past conflicts. The preliminary themes emerging from the work of EdJAM are that reparative pedagogies share common features, namely that they are dignifying, they are truth-telling while involving multiple experiences, they demonstrate responsibility, and they nurture creativity. 

“There is a lot of joy, care and energy in the network, and one of reasons is because there’s a re-claiming of what pedagogy is,” said Paulson. “Pedagogy is relational. Pedagogy is being together in community and building new things. That new thing that emerges from the pedagogical relationship can be a piece of art, a project, a connection, a next step, or action.”

Seventy USask staff, faculty, students, alumni, and members of the public gathered in Quance Theatre for the sessions, which included a breakout panel exploring current trends and issues in anti-racist K-12 education, and another discussing the personal journey of practicing anti-oppressive education as a Christian.

Many participants spoke of the challenging yet rewarding work of learning and growing as an educator dedicated to making space for anti-racist and anti-oppressive learning in institutional settings.

“Often there can be this daily tension, but coming here for this day, there’s a release. This is a place of hope, to hear individuals talking about their experiences and what this day means,” said Educational Foundations PhD candidate Mel Sysing, while discussing his research.

The early afternoon session highlighted the history of Indigenous teacher education programs in Saskatchewan and invited Sheila Pocha, program head of the Saskatchewan Urban Native Teacher Education Program (SUNTEP) based out of USask in partnership with the Gabriel Dumont Institute, and Yvette Arcand, director of the Indian Teacher Education Program (ITEP) to discuss the student experience and the programs’ missions.

“We’re working hard to squash racism, but it is still happening on campus and in schools alike,” said Pocha, who is Métis from Saskatoon. “But we have to work hard to celebrate who we are. And I think people achieve when they can culturally understand who they are. I’m very proud of SUNTEP.”

Both programs have been in place for over four decades, with ITEP recently celebrating its 50th anniversary in 2023. Fundamental to both is the reconnection to culture, language and Indigeneity, ultimately graduating teachers confident in who they are and able to thrive in the classroom and in professions beyond education.

“I think that so many of our students really appreciate that there is space for us [here on campus]. We are always constantly fighting to make sure that space is available and that our students can flourish in that environment,” said Arcand, whose home community is Beardy’s and Okemasis’ Cree Nation.

Dr. Alex Wilson (EdD), distinguished researcher, professor of educational foundations and acclaimed Indigenous land-based education scholar from Opaskwayak Cree Nation, presented an engaging closing keynote on queering Indigenous and anti-oppressive education. She specifically examined multi-cultural versus anti-oppressive ideologies and the ways these inform education and practice.  

“This symposium, and the courses in the College of Education that are anti-oppressive, support an ideology, theory and practice that is not institutionalized. [This approach] takes responsibility to ending oppression and challenges the status quo and white supremacy, straight supremacy and male supremacy,” said Wilson.

Wilson referenced work by Dr. Leanne Betasamosake Simpson that examines the effect that institutionalized multi-culturalism can have, such as entrenching binary gender roles, institutionalizing religion, disconnecting people from meaningful relationships to land and water, and privileging certain world views while dismissing others.

“I know this is heavy, but it’s not all bad news. There are ways that we are undoing this,” said Wilson. “One way is requiring a shift in ontology: from ‘self in relation’ to ‘self as relations.’ This is really a Cree world view—it is part of many Indigenous worldviews and guiding principles—the importance of relationality. This extends to the relationship with land, animals, with air and water.”

This leads to the concept of queering as Wilson and others define it: to challenge the status quo and heteropatriarchy; both in ourselves and in the institutions we take part in. She describes it as a deconstructive and reconstructive process.

“That’s the queering: looking at the possibilities that can exist and that are generative and transformative,” explained Wilson.

Offering many opportunities for reflection and learning, the symposium was organized by the ohpahotân anti-racism subcommittee in the College of Education and envisioned by Dr. Carmen Gillies, assistant professor in the Department of Educational Foundations. More information is available here.

everyone-has-a-role-in-our-planets-health-says-usask-sustainability-faculty-fellowtrue1718730911095imj129Everyone has a role in our planet's health, says USask sustainability faculty fellowFor the past two years, University of Saskatchewan (USask) Professor Ulrich Teucher has been encouraging students to think about their role in sustainability.Darla Readsustainability, 1710876120000/articles/community/2024/everyone-has-a-role-in-our-planets-health-says-usask-sustainability-faculty-fellownewssite://news/articles/community/2024/everyone-has-a-role-in-our-planets-health-says-usask-sustainability-faculty-fellowccm0461710876495434ccm0461710876495434show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/teucher-1080.jpgsite://news/images/2024/teucher-1080.jpgnewsteucher-1080.jpg1993641080720Headshot of Dr. Ulrich Teucher on a green backgroundDr. Ulrich Teucher is an associate professor in the Department of Psychology at the University of Saskatchewan. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Appointed as one of the six sustainability faculty fellows in the spring 2022, Dr. Ulrich Teucher (PhD) has been interested in sustainable living since his youth.

“I feel that everything that lives on earth received its life as an advance, as a present, and that I want to give back to existence in whatever ways I can.”

USask’s sustainability faculty fellowship was the perfect fit for Teucher.

He had already begun teaching his courses under the theme of sustainability, as well as devising innovative assignments for students, such as expression sessions (facial/bodily expressions in which students embody thoughts about climate change issues) and artistic impressions (through which students give voice and form to thoughts about issues of climate change).

“Since the health of ourselves and the health of the planet is not only a cognitive effort but an interdisciplinary one, I wanted the assignments to reflect that,” explained Teucher, who also introduced personalized action plans that would channel students’ research papers into concrete applications.

Student Ramneet Jassal created one such action plan that brought about real change at the gurudwara – or Sikh temple – in her community. Jassal identified improvements that could be made, such as opening curtains to let in natural light to save on electricity bills, thereby having money for recycling and compost bins.

“Ramneet’s actions provide a neat example how university and communities can work together and mutually inspire and affect action in each other,” noted Teucher.

The link between the fellowship and USask’s Critical Path to Sustainability is clear, said Dr. Airini, provost and vice-president academic.

“The plan calls for USask to support a generation of learners to shift mindset, expand skillset, and accelerate action to achieve the United Nations SDGs (Sustainable Development Goals),” said Airini. “The work of fellows like Teucher and students like Jassal exemplify putting ideas into action and ensure USask will indeed be what the world needs in order to build a more sustainable future.”

TextPullquote“University education must provide the basis for educating young people about the necessity of sustainability efforts, in whatever courses, programs, and departments we teach."Dr. Ulrich Teucher (PhD) /Align left

Highlights for Teucher from the sustainability faculty fellowship include connections made and knowledge gained while attending an Open Education conference in Edmonton last year, as well as contributing a book chapter on strategies and best practices on how to teach matters of sustainability in sustainable ways.

The book, Cultivating Change: A Prairie Guide to Sustainability Teaching and Learning Practices, was published by the Gwenna Moss Centre for Teaching and Learning and features chapters from each of the six sustainability faculty fellows.

Teucher encourages other USask instructors to apply in the upcoming intake for the sustainability faculty fellowship.

“University education must provide the basis for educating young people about the necessity of sustainability efforts, in whatever courses, programs, and departments we teach,” he said. “The sustainability faculty fellowship provides its fellows with encouraging opportunities and supports to learn from each other how to teach and learn with our students about ways to become more sustainable and do so in sustainable ways.”

For those interested in applying for the Sustainability Faculty Fellowship, the deadline is April 15, 2024.

usask-mourns-the-passing-of-dr-leslie-dubétrue1718730911095imj129USask mourns the passing of Dr. Leslie DubéThe Saskatoon philanthropist, who died on March 13, 2024, at the age of 91, was bestowed with an honorary degree in 2007 for his many contributions to the University of Saskatchewan and to organizations across the province.Shannon Boklaschukalumni, 1710537180000/articles/community/2024/usask-mourns-the-passing-of-dr-leslie-dubénewssite://news/articles/community/2024/usask-mourns-the-passing-of-dr-leslie-dubéccm0461710538525115ccm0461710538525115show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/les-irene-dube.jpgsite://news/images/2024/les-irene-dube.jpgnewsles-irene-dube.jpg2355721080720Philanthropists Irene and Les Dubé received honorary degrees from USask in 2007. (Photo: Terri Feltham Photography)Philanthropists Irene and Les Dubé received honorary degrees from USask in 2007. (Photo: Terri Feltham Photography)NoNonesupport-studentsNo/
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The University of Saskatchewan (USask) is remembering the legacy of Saskatoon philanthropist Dr. Leslie (Les) Dubé (LLD’07), who passed away on March 13, 2024, at the age of 91.

“On behalf of the University of Saskatchewan, I would like to offer our heartfelt condolences to the Dubé family, and to their many friends and colleagues,” said USask President Dr. Peter Stoicheff (PhD).

“We are extremely grateful for the visionary contributions that Les and his wife Irene have made to USask and to organizations throughout our province. Les has been a community builder and leader whose generosity will have a lasting impact on our university and on the lives of Saskatchewan citizens for many years to come.”

Les and Irene Dubé were born and raised in Wynyard, Sask., and married in 1954. Just six years later, they made their first private-sector investment by purchasing land on Eighth Street East in Saskatoon, and, by 1969, they opened a small business office to manage their growing venture.

The Dubés have attributed the continued success of their Concorde Group of Companies to hard work, sound business practices, and a social consciousness. In 1993, they decided to donate money accumulated from their business interests to charities, and, since then, their philanthropic efforts have focused on health, education, religion, and poverty locally and internationally.

In 2006, Les and Irene Dubé were inducted into the SABEX Hall of Fame and were recognized during the City of Saskatoon Centennial as part of the 100 Who Made a Difference. In 2007, at USask’s spring Convocation, they received their honorary Doctor of Laws degrees from the University of Saskatchewan—the highest honour that USask can bestow. In 2008, they received the Saskatchewan Order of Merit, the province’s highest honour, and in 2017, in recognition of their philanthropic contributions, they were named Members of the Order of Canada.

The Dubés have supported more than 100 different charities in the province, including a $10-million donation to support the University of Saskatchewan Health Sciences project. In their honour, a state-of-the-art library and a large lecture theatre in the Health Sciences Building were named the Leslie and Irene Dubé Health Sciences Library and the Leslie and Irene Dubé Theatre.

“This donation to the University of Saskatchewan brings together our desires to share our wealth in both education and health,” Les Dubé said at the time of the donation in 2011. “We are building one of the finest facilities in the country and lives will be changed in Saskatchewan and beyond because of the way future generations of health-care professionals will learn together within this facility.”

In 2012, St. Thomas More College (STM) at USask announced a $1-million leadership gift from the Dubés to STM’s $6-million capital campaign. In recognition of the gift, and in honour of their sustained generous support of the college over the years, STM dedicated the Chair for Catholic Studies in their name as the Leslie and Irene Dubé Chair for Catholic Studies at St. Thomas More College.

Also in 2012, Leslie and Irene Dubé were recognized as Honoured Supporters of the University of Saskatchewan in celebration of National Philanthropy Day. The designation is awarded each year to influential community members and philanthropists at the Association of Fundraising Professionals luncheon, a gathering of donors, fundraisers, and volunteers in Saskatoon. The Dubés were selected for the special honour for their inspiring example of charitable leadership in the province through their ongoing commitment to USask.

Throughout his life, Les Dubé held leadership positions with charities and non-profit organizations in Saskatchewan, including the Heart & Stroke Foundation, the Knights of Columbus, the Saskatchewan Diabetes Association, and many others. He also served on the inaugural board of the Saskatoon Economic Development Authority, now SREDA, and his contribution to the early development of the authority was considered instrumental in its success. With a strong service commitment to the health sector, he chaired the St. Paul’s Hospital Board of Management from 1989 to 1994 and was a founding member of the Saskatoon Health Authority.

While managing the family business interests, Irene Dubé also provided service to the university, serving as a member of the Board of Governors from 1987 to 1989. The couple has made numerous donations to USask over the years, including a gift of $1 million in 2020 to the Western College of Veterinary Medicine (WCVM).

The Les and Irene Dubé Good Samaritan Fund helps to support medical treatment at the WCVM Veterinary Medical Centre for animals that are ownerless or who are owned by clients who cannot pay for care due to circumstances beyond their control. The Dubés first came to the WCVM’s Small Animal Clinic when their first dog, Peppermint, collapsed one day and couldn’t walk. After undergoing surgery, Peppermint spent months in therapy with the WCVM’s rehabilitation team and recovered. It was the couple’s experience with Peppermint, along with other surgeries needed for their two Bichon Frise dogs, that made them want to help others.

In 2020, the Dubés spoke about the unconditional love that their two Maltese poodles, Sugar and Ginger, brought to their lives, and of their desire for other people to be able to enjoy their own pets for many years as well.

“Those little doggies are always happy,” said Les. “We can help people to help save the lives of their pets, who provide such forgiving love to humans . . . it just felt like the time to support animals.”

Earlier this month, just days before Les Dubé’s passing, it was announced that the couple made a $2-million donation to bring a new nuclear imaging scanner to the Royal University Hospital (RUH), which is located on the USask campus.

international-womens-day-at-usask-reflecting-on-history-building-the-futuretrue1718730911095imj129International Women’s Day at USask: Reflecting on history, building the futureThe University of Saskatchewan (USask) community recognizes and celebrates the many contributions of women to our vibrant campus this International Women’s Day.BROOKE KLEIBOER1709817540000/articles/community/2024/international-womens-day-at-usask-reflecting-on-history-building-the-futurenewssite://news/articles/community/2024/international-womens-day-at-usask-reflecting-on-history-building-the-futureccm0461709818336676ccm0461712336259347show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/int-womens-day-banner-image.jpgsite://news/images/2024/int-womens-day-banner-image.jpgnewsint-womens-day-banner-image.jpg1682621080720The contributions of women to the University of Saskatchewan are vast and deeply connected to the campus community. (Photos: University Archives and Special Collections)The contributions of women to the University of Saskatchewan are vast and deeply connected to the campus community. (Photos: University Archives and Special Collections)NoNonesupport-studentsNo/
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Explore just a few of the many women throughout USask’s storied history who have led the way in making a difference with their research, academic, community service and athletic accomplishments.

TextImage/images/2024/first-graduates.jpgsite://news/images/2024/first-graduates.jpgnewsfirst-graduates.jpg2259961080720The first graduating class. Back Row L-R: Douglas McConnell, Marion Pettit, Mary Oliver, William Exton Lloyd. Front Row L-R: Howard McConnell, David Hossie, President Walter Murray, John Moore, John Strain. (Photo: Photograph Collection, A-3638, University Archives and Special Collections)Above content
Text1912-1915: USask celebrates first female graduatesNone/Above content

In the original University Act that established the university, it was intended that women at USask should have access to higher education in the same ways as men. The University Act stated “no woman shall by reason of her sex be deprived of any advantage or privilege accorded to male students of the university.”

TextImage/images/2024/nan-mackay-photos-2envelope9.jpgsite://news/images/2024/nan-mackay-photos-2envelope9.jpgnewsnan-mackay-photos-2envelope9.jpg107954469548Nan McKay was the first Métis woman to graduate from USask. (Photo: University Archives and Special Collections, A-32254. Patrick Hayes)Align right

In the first graduating class, Marion Pettit earned a degree with honours in English and history. Mary Oliver graduated with a degree in classics, achieving high honours and earning the Copland Scholarship. Oliver was the top graduate in the class that year. Oliver was also president – and likely a founding member – of the Penta Kai Deka Society, a female student society established in 1911 that continued its social activities and advocacy for female students until the late 1960s.

In 1915, Annie Maude (Nan) McKay became the first Métis woman to graduate from USask, earning a Bachelor of Arts degree. She was an accomplished student who was active in campus life, serving on the student council and the editorial board of USask’s student-run newspaper, The Sheaf, and playing on the women’s hockey team. She was also a tireless volunteer nurse during the pandemic of 1918. After a long career as a staff member at USask, she was chosen as one of USask’s 100 Alumni of Influence in 2007.

The legacies of Oliver, Pettit, McKay and the mandate of the university set the stage for decades of women after them to earn degrees, become pioneers in industries new and old, and pave the way for the leaders of tomorrow.

Text1911-1940: Women’s sports and student leadership build momentumImage/images/2024/pente-kai-deka.jpgsite://news/images/2024/pente-kai-deka.jpgnewspente-kai-deka.jpg67011583387The female population of the University of Saskatchewan, 1912. (Photo: University Archives and Special Collections, 1912 yearbook)Above content

The Pente Kai Deka Society was formed on April 8, 1911, at the home of former USask President Walter Murray. The original group included one of USask’s first-ever female graduates, Mary Oliver. From the Greek words for ‘five and 10,’ Pente Kai Deka originated with the first 15 female students on campus.

Every woman entering the university as a student automatically became a member of the group and was assigned a student mentor to help them navigate university life. Eventually, the group became its own directorate within the Student Representative Council and continued its social activities and support for female students until the late 1960s.

TextImage/images/2024/womens-hockey-1912.jpgsite://news/images/2024/womens-hockey-1912.jpgnewswomens-hockey-1912.jpg44971550425The university’s 1918-19 Women’s Hockey Team, with members C.C. Murray, Iona D. Lawless, Queade Johnston, Edith M. Hartt, Ellen Andreasen, Ada L. Staples (captain), E. Alice Robinson (manager), and Annie Maude McKay. (Photo: University Archives and Special Collections, A-1033)Align right

For USask, allowing women equal access to higher education has gone hand-in-hand with allowing equal access to sporting opportunities.

The women’s hockey team is believed to be the oldest women’s sports team in USask history. Women’s hockey became a recognized Canadian Interuniversity Sport in 1997-98, but USask female students have been competing in the sport since 1912. The first known women’s roster was printed in The Sheaf in 1914, and included USask’s first Métis graduate, Nan McKay.

The team started competing against other female teams in 1917. Although a few non-sanctioned Western Canadian games were played, the women’s team started to play under the Huskiette name in 1937 and continued to play with intramural sport status until 1976.

The Huskie women’s hockey team has gone on to become a recognized sports team across Canada, and will host the 2024 GFL U SPORTS Women’s Hockey Championship presented by Connect Energy this year from March 14-17 at Merlis Belsher Place.

TextImage/images/2024/womens-basketball-1917.jpgsite://news/images/2024/womens-basketball-1917.jpgnewswomens-basketball-1917.jpg25607389242Basketball Huskiettes “Champion Girls” in uniform. The players are E. Hart, L. Eyrikson, A. Staples, B. Bridgeman, M. Buttery. The basketball has “19” marked on it, representing the year these players expected to graduate. (Photo: University Archives and Special Collections, A-925)Align left

Women’s basketball was also one of the earliest sports with an all-female team to play at USask. With roots that can be traced back to 1917, Huskie women’s basketball has also gone on to be one of the most successful sports teams at USask, with a strong performance in the 2023-24 season led by coach Lisa Thomaidis, a former Canadian national team head coach and current coach of Germany, and who is now in her 25th year of coaching at USask and has led the Huskies to two national titles.

In addition to the two athletic teams mentioned above, USask also offers women’s athletic programs in volleyball, soccer, cross country, track and field, and wrestling, each with their own unique and storied histories of female athletic achievements.

Text1940s to 1990s: Monumental science, sporting and community service achievementsNone/Above content

With strong ties to the Saskatchewan community, USask – and the world – has been fortunate to benefit from the generosity and expertise of alumni and community leaders who have dedicated their time, effort and knowledge to creating innovations and leading projects to create a better world.

TextImage/images/2024/sylvia-fedoruk.jpgsite://news/images/2024/sylvia-fedoruk.jpgnewssylvia-fedoruk.jpg19567300383Fedoruk was a key member of the research team that developed the world’s first calibrated cobalt-60 therapy unit. (Photo: University Archives and Special Collections, Harold Johns Collection)Align right

One of the women’s basketball team’s co-captains in the year 1949 was Sylvia Fedoruk, who would later become a nuclear medicine pioneer and the sole female member of a research team studying biomedical physics. Fedoruk’s research team was the first to ever successfully treat a cancer patient with cobalt-60 radiation therapy.

Today, the device and techniques Fedoruk helped develop are used to treat cancer around the world. Fedoruk went on to serve as the first female USask Chancellor from 1986-1989, and later, as the first female Lieutenant Governor of Saskatchewan from 1988-94.

Another example of a past student-athlete and faculty member, former USask Chancellor Peggy McKercher holds a Bachelor of Arts from USask, and spent her career actively serving in municipal politics and community service. She was invested into the Order of Canada in 1995 and served as chancellor from 1995-2001.

McKercher also served as the university representative and subsequent chair of the Meewasin Valley Authority in its formative years, contributing to an innovative and invaluable concept in civic conservation, beautification and development. She also received an honorary Doctor of Laws degree from USask in 2002 in recognition of her monumental community service achievements.

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Many notable female leaders with strong ties to the USask community are currently and actively building a culture of support and encouragement for the next generation of leaders.

Dr. Vera Pezer (PhD) earned both undergraduate and graduate degrees from USask, and became a prime advocate for student support, playing a key role in building a more supportive environment for students at USask through her work in student services. She went on to serve as USask chancellor from 2007-2013. Besides her many contributions to the university community, Pezer is also a nationally recognized athlete in softball and curling, with a Canadian softball championship and four national curling championships on her record. She is a member of the Saskatchewan Sports Hall of Fame and the Canadian Curling Hall of Fame, a sports psychologist, and coached two teams at the 1988 and 1992 Olympic Winter Games.

Pezer is a supporter of USask scholarship programs and Huskie Athletics programs that support future female student-athletes in their scholarly and athletic endeavours. She continues to be actively involved with the university community today, and was most recently honoured as a Woman of Influence at the Huskie Women of Influence Breakfast held on Feb. 13, 2024.

Current USask Chancellor Grit McCreath is also a USask alumna who has gone on to dedicate her time and energy to the university for almost three decades, as a member of the University Senate and of the Board of Governors, and as the university’s inaugural honorary ambassador. McCreath graduated from the USask College of Education in 1991, and went on to spend 32 years as an educator, serving as a teacher and an administrator, in Saskatoon, Edmonton, Calgary and Toronto.

McCreath and her husband, Scott, have supported USask with many initiatives – including a unique Active Learning Classroom in the College of Education and a scholarship to support Indigenous students attending USask’s Edwards School of Business, to name only a few – and have contributed immensely to supporting the university’s mission to be what the world needs. The chancellor was honoured in 2016 with the University of Saskatchewan Alumni Achievement Award for volunteerism, philanthropy and public service.


With many more examples to be found in the university’s storied history, the contributions of women to the University of Saskatchewan are vast and deeply connected to the campus community.

The university is committed to creating a safe and supportive space for all who work, learn, and study in its community, and believes equity, diversity, inclusion, and a sense of belonging strengthen the community and enhance excellence, innovation, and creativity in all domains. Read more about USask’s Equity, Diversity and Inclusion policy here.

Share your own stories of how women have contributed to the USask community by tagging #USask on social media.

give-saskenergy-supports-students-with-150,000-for-new-scholarships-at-usasktrue1718730911095imj129SaskEnergy supports students with $150,000 for new scholarships at USaskThe SaskEnergy Scholarship Program will help make post-secondary education more accessible and affordable for 60 deserving University of Saskatchewan (USask) students, including dedicated scholarships for Indigenous learners.Sarah Trefiak1709718360000/articles/community/2024/give-saskenergy-supports-students-with-150,000-for-new-scholarships-at-usasknewssite://news/articles/community/2024/give-saskenergy-supports-students-with-150,000-for-new-scholarships-at-usasknews_ws1709740616562ccm0461709740817331show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/impact-stories-images/2024/students-outside-gordon-oakes-red-bear-centre-web.jpgsite://give/images/impact-stories-images/2024/students-outside-gordon-oakes-red-bear-centre-web.jpggivestudents-outside-gordon-oakes-red-bear-centre-web.jpg735321000667NoNonesupport-studentsYesNoYesSame folderYesImage/images/impact-stories-images/2024/students-outside-gordon-oakes-red-bear-centre-web.jpgsite://give/images/impact-stories-images/2024/students-outside-gordon-oakes-red-bear-centre-web.jpggivestudents-outside-gordon-oakes-red-bear-centre-web.jpg735321000667NoNonesupport-studentsNo/
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The awards were created to assist students who are pursuing an undergraduate degree in the areas of Arts, Business Administration, Engineering, or Science and have displayed excellence in their program.

Starting this fall, 12 scholarships will be awarded annually, for a total of 60 awards over five years.

Dr. Jerome Cranston (PhD), vice-provost students and learning at USask, said that SaskEnergy’s investment in student awards, including those specifically for Indigenous students, has a profound impact on the recipients’ educational journeys.

“We are extremely grateful for SaskEnergy’s generous and continued support,” said Cranston. “A scholarship can significantly impact a student’s life by relieving financial burdens, allowing them to focus on their studies, pursue their passions and achieve their full potential as future leaders.” 

USask is one of six major post-secondary institutions SaskEnergy partners with through their award program to address labour market demands, develop skills, and to support economic and community growth in Saskatchewan.

“Since 1999, SaskEnergy has invested over $2.5 million in scholarships in an array of disciplines related to our workforce,” said Allix Schweitzer, supervisor of community engagement at SaskEnergy. “This investment has helped approximately 1,600 Saskatchewan students earn their post-secondary education and has played an important role in creating a skilled labour force for our province.”

Two of the 12 scholarships awarded each year will be designated for Indigenous students at USask who show leadership, academic achievement and community involvement.

“SaskEnergy is committed to moving forward with Indigenous Nations in the spirit of reconciliation and collaboration, and our scholarship program is a one way that we demonstrate that commitment,” said Schweitzer, adding that SaskEnergy strives to create a workplace that reflects the changing demographics of Saskatchewan.

The generous donation is a contribution to the Indigenous achievement and student success pillars of the university’s Be What the World Needs Campaign—the largest comprehensive campaign in Saskatchewan’s history with a goal of raising $500 million to address the world’s greatest challenges.

“SaskEnergy is proud to support the University of Saskatchewan in its efforts to ensure that the next generation of leaders in our province are equipped with the knowledge and tools required for success,” said Schweitzer.

/success/stories/saskenergy-supports-students-with-150,000-for-new-scholarships-at-usaskshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://give/success/stories/saskenergy-supports-students-with-150,000-for-new-scholarships-at-usaskgivesaskenergy-supports-students-with-150,000-for-new-scholarships-at-usaskArticle headlineSaskEnergy supports students with $150,000 for new scholarships at USaskThe SaskEnergy Scholarship Program will help make post-secondary education more accessible and affordable for 60 deserving University of Saskatchewan (USask) students, including dedicated scholarships for Indigenous learners. giveSarah TrefiakMar 6, 2024 9:46 AM
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usask-hosts-delegation-of-teachers-from-ukrainetrue1718730911095imj129USask hosts delegation of teachers from UkraineA 10-person delegation from Volodymyr Hnatiuk Ternopil National Pedagogical University (TNPU) arrived March 3 for a three-week course at the University of Saskatchewan (USask). The Ukrainian delegation includes Ternopil elementary and high school teachers, a TNPU professor and two Ternopil government education officials.Meagan HintherCollege of Education, international,1709665320000/articles/community/2024/usask-hosts-delegation-of-teachers-from-ukrainenewssite://news/articles/community/2024/usask-hosts-delegation-of-teachers-from-ukraineccm0461709665523898ccm0461709670928259show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/tnpu-1080.jpgsite://news/images/2024/tnpu-1080.jpgnewstnpu-1080.jpg2917741080720The Ukrainian delegation met with staff and faculty of the College of Education on March 5, 2024 for a welcome reception.The Ukrainian delegation met with staff and faculty of the College of Education on March 5, 2024 for a welcome reception. (Photo: Submitted)NoNonesupport-studentsNo/
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The Ukrainian educators will take part in a language methodology program offered by the College of Education to build English language teaching capacity in Ukrainian schools.

The group was welcomed during an opening reception on Tuesday, March 5 at the College of Education. They will spend the next three weeks engaged in course work as well as visit elementary and secondary schools in Saskatoon and participate in cultural language and heritage visits throughout the city.

“The University of Saskatchewan, the city and the province have been holding Ukraine close over the last number of years,” said Dr. Julia Paulson (PhD), dean of the College of Education. “We feel honoured to host you and develop our partnership together to strengthen English as an additional language instruction in Ukrainian schools.”

On the delegate’s return to Ternopil the intent is to share their knowledge with pre-service TNPU teachers through internship placements at select elementary and high schools.

As part of their visit, the delegation will share the impact of the Russian invasion of Ukraine on education during a Ukrainian language class at St. Thomas More College (STM). The March 7 event is closed to in-person attendance, but will be available to stream online for the wider university community through advanced registration.

“Firstly, I would like to thank all of the people here for supporting Ukraine at this difficult time,” said Olha Khoma, director in the Department of Education and Science with Ternopil Regional State Administration. Her son is currently serving on the front lines.

“Opportunities such as this are a reminder of what we are fighting for. We want to give our children the opportunity to have a good and prosperous life, just like everyone else in the world. We really want our children to stay in Ukraine and build our country, because that is our future,” Khoma said.

Since 2013, USask and TNPU have established formal international partnership agreements to facilitate Ukrainian language study abroad initiatives through STM. A renewed partnership will be established during this visit through a Memorandum of Understanding signing ceremony on March 12 between USask (College of Education), TNPU and STM.

The USask project team is led by Dr. Vicki Squires (PhD) through the College of Education’s Office of the Associate Dean, Research Graduate Programs and International Initiatives, and the Saskatchewan Educational Leadership Unit (SELU). The three-week course is titled Current Methods in Teaching English as a Global Language and is taught by Nadia Prokopchuk, academic advisor and instructor English as an Additional Language certificate program, Department of Curriculum Studies.

In addition to the College of Education and TNPU, the program’s sponsors include the Government of Saskatchewan’s Ministry of Advanced Education, USask International Office, USask Culinary Services, Ternopil Regional State Administration, Ternopil City Administration, Prairie Centre for the Study of Ukrainian Heritage (STM), Ukrainian Canadian Congress of Saskatchewan, and the Ukrainian Catholic Brotherhood (Bishop Roborecki Branch).

cgps-24_linda-youngtrue1718730911095imj129An urban elder’s journey: The role of tradition, community, and educationIn October of 2023, Dr. Linda Young (BA’94, BFA’98, MEd’20, PhD'2023) earned her doctorate not through a traditional defence, but through Conversation. Her innovative dissertation format, comprised of 10 videos, four bookworks, a glossary of terms, and a gallery show, was developed through carefully followed traditional protocol, a connection to community, and a lifelong relationship with education.Kassidy GuyIndigenous, aboriginal, 1709107200000/articles/community/2024/cgps-24_linda-youngnewssite://news/articles/community/2024/cgps-24_linda-youngnews_ws1709582454343ccm0461709655180614show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/linda-young-header.jpgsite://news/images/2024/linda-young-header.jpgnewslinda-young-header.jpg3327631080720Pictured: Linda Young (left) standing next to supervisor Debbie Pushor (right) at Young's dissertation gallery showPictured: Linda Young (left) standing next to supervisor Debbie Pushor (right) at Young's dissertation gallery showNoNonesupport-indigenous-achievementYesYesYesMatching keywordsYesImage/images/linda-young-header.jpgsite://cgps/images/linda-young-header.jpgcgpslinda-young-header.jpg37119520481152Pictured: Linda Young (left) standing next to supervisor Debbie Pushor (right) at Young's dissertation gallery show. Photo credit: Sean TylerNoNonesupport-indigenous-achievementNo/
TextImage“I would strongly encourage anyone considering participating in 3MP to do so. In addition to improving my communication skills, I was able to articulate new motivation for my postdoctoral research project." 2023 USask 3MP Champion, Rima Siauciunaite/images/linda1.jpegsite://cgps/images/linda1.jpegcgpslinda1.jpeg49459312371676Pictured: Linda Young, surrounded by her grandchildren. Photo credit: Michael Olson Align right

Young is paskwaw-nehiyaw/Plains Cree from Onion Lake Cree Nation, Treaty 6 Territory. While growing up, Young absorbed traditional knowledge the way many Indigenous children do: by watching.

“I grew up memorizing,” said Young, “That’s how I learned, by watching what people did. I would learn about different things from my uncle, my great-grandfather, my aunties, my great-grandmother. Education has always been part of my life, but it wasn’t just Western education.”

In 1956, Young was taken to attend Saint Anthony’s Roman Catholic Indian Residential School in Onion Lake, where she spent 10 months of the year from the ages of five to 15. Adjusting to residential school was difficult, and Young found comfort in little things. Stories, in particular, reminded her of home and family.

“My great grandfather was a storyteller, so when we were at home, we knew he was going to share a story when he took his drum from the wall and start singing. So, [at residential school] I was excited when the Sister would come out, sit on a chair, and tell a story from a book. I didn’t understand the language, but the fact that she was telling a story was so amazing to me, and I loved it. It helped me adjust,” Young said.

Young remained in residential school until the age of 15. Pursuing high school was not possible at this time. Over the years, she continued her education through upgrading courses, specialized training, and brief forays into post-secondary education at the University of Regina and the University of Manitoba. In 1978, Young began her studies in the Indian Teacher Education Program (ITEP) at USask’s College of Education.

As she pursued higher education, Young was held back by her previous experiences with Western education in the residential school system.

“I never forgot my experience as a student in a residential school. Indian Residential Schools didn’t prepare us academically to be at a competitive pace with the other students, usually non-Indigenous students,” said Young, “In residential school, we grew up with the messaging that implied we were unteachable and that notion of not being as good as [non-Indigenous students] or as intelligent as [non-Indigenous students], well, you never get over it.”

Feeling discouraged, Young took some time away from her courses for self-discovery. Soon, she discovered a love for art, inspiring her to shift her focus from pursuing education to fine arts.  

“It was really mind-opening for me because that’s where I learned about critical thinking. We had to critique the work we were looking at, critique the materials used, and look for what’s missing. It showed me that I am creative and that I can create work that changes people and impacts them,” shared Young.

TextImage/images/linda3.jpegsite://cgps/images/linda3.jpegcgpslinda3.jpeg49279216992859Pictured: Linda Young being presented with a buffalo robe/blanket as a gift from supervisor Debbie Pushor's family. Photo credit: Michael Olson Align left

With her Bachelor of Fine Arts under her belt, Young was compelled to continue her studies and explore pursuing her master’s degree. After hearing Dr. Debbie Pushor (PhD) from the College of Education speak at a conference, Young instantly connected with Pushor’s research. Later, Young asked Pushor to be her supervisor as she began the Master of Education program and worked to tell her story as a residential school survivor.

Young worked closely with Pushor as she navigated graduate studies and focused her research.

“The residential school story is my story, which is why I did it for my master’s program,” she said. “I wanted to talk about the stages of losing your culture, your language, your family, and what’s required to get back on that track.”

As one of the few remaining residential school survivors, Young felt it was her responsibility to share her experiences and how the trauma had carried through to the rest of her life.

This responsibility motivated Young to pursue her PhD through the College of Education following her master’s program, focusing on the role Elders play in reparation and reconciliation.

“A PhD is considered a very respected degree, and I feel like if it’s respected, then people will access that knowledge. Not because it’s me, but because it’s the university. That’s why I pursued a PhD, to have it accessible for the people who need it,” said Young.

“One of the questions that was asked of me was, why did I need to do a dissertation? I knew it would be hard, emotionally, mentally, and physically, similar to what I went through during my master’s. But we (Indigenous students and Survivors) choose to make the sacrifices required to get the work out there,” said Young.

Despite battling physical and mental challenges related to post-traumatic stress and intergenerational trauma, Young was determined to complete her PhD.

When asked what pushed her through the hardest days, Young gives credit to traditional protocol that she practiced throughout her studies.

“I would not have been able to do the work that I was doing with my dissertation if I didn’t [follow protocol] from start to finish,” said Young.

TextImage/images/linda2.jpegsite://cgps/images/linda2.jpegcgpslinda2.jpeg46805520161512Pictured: Linda Young at her gallery show with CGPS Dean Debby Burshtyn (left) and supervisor Debbie Pushor (right). Photo credit: Connor JayAlign right

Following protocol refers to gifting tobacco to elders in exchange for knowledge, songs, stories, and prayer. The practice of gift giving is a centuries-old tradition for most Indigenous communities that expresses gratitude for the knowledge shared by kehtê-aya/Elders.

“When I started this PhD journey, I offered protocol (tobacco and cloth) and asked the Elders to offer prayers on my behalf so I could do this work,” explained Young. “I asked for prayers to help me complete my commitment, and that’s what got me through.”

While developing her PhD and research plan, Young knew that the conventional approach to a dissertation defence wouldn’t suit her approach to the project.

“I wanted it to be a Conversation, not a defence, because in Cree language, defence is a position you take to fight back, and I didn’t want that. I felt everybody in the Circle had something to share. The Sharing Circle format made it easier for me to process the questions and the sharing that each person did. I wanted to be in community. I wanted the artwork to be in the community, so I took it out of the institution, and anyone could come.”

Young and Pushor proposed a plan to the College of Graduate and Postdoctoral Studies (CGPS) to ensure that the college and her committee could accommodate Young’s unique approach to her dissertation.

“We contacted (Dean) Debby Burshtyn, and (former Associate Dean) Ryan Walker and asked if we could meet with them and propose this process for Linda,” said Pushor, “[Linda and I] don’t think we would have been able to do it without them. They made all the difference to us in terms of understanding the intention and what Indigenizing actually meant, what it looked like. They were integral.”

Young’s PhD dissertation included 10 videos, four bookworks, a glossary of terms, and a gallery show. The videos, organized into four distinct conversations with Elders from various communities, explored concepts such as the changing role of Elders, cultural trauma, reparations, and lived reconciliation in schools. Each Conversation was connected to and inspired by an original art piece Young created, using a variety of artistic mediums to tell a story.

TextVideo/images/linda2.jpegsite://cgps/images/linda2.jpegcgpslinda2.jpeg46805520161512https://www.youtube.com/watch?v=RI0ewqGc4Vo&ab_channel=CollegeofEducationA video tour of Linda Young's dissertation gallery show.Align left

Young’s novel approach to presenting and ‘defending’ her dissertation marks an essential milestone as USask and CGPS work to decolonize and Indigenize the university, but more work must be done.

“It’s not about bringing Indigenous ways into the structure we have now,” explained Pushor. “It’s dismantling this structure, and really assuming and working with Indigenous principles that they’ve lived by their whole history.”

Young hopes her story and the lessons she’s learned inspires other Indigenous scholars as they pursue higher education at USask.

“You have to have people you can trust. You need allies, you need people who support you, who believe in you,” said Young. “Don’t work in isolation. You don’t have all the knowledge; you have to work with people and accept the knowledge that is gifted to them. I think that’s a very community-minded way of doing things.”

Linda Young's doctorate degree will be confered at the June 2024 convocation ceremony.
Linda Young's dissertation materials are intended to serve as an accessible educational resource for all ages.
You can access videos and learn from her thesis, The Journey of a kêhtê-aya (elder): kiskisi sôhkisiwin, tâpôkêyimoh, sôhkitêhê, nâkatohkê: Memorize the Strength, Have Faith, Have a Strong Heart, Pay Attention, through the HARVEST repository. 
/grad-life/news/24_linda-youngshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://cgps/grad-life/news/24_linda-youngcgps24_linda-youngArticle headlineAn urban Elder’s journey: The role of tradition, community, and educationIn October of 2023, Dr. Linda Young (BA’94, BFA’98, MEd’20, PhD'23) earned her doctorate not through a traditional defence, but through Conversation. Her innovative dissertation format, comprised of 10 videos, four bookworks, a glossary of terms, and a gallery show, was developed through carefully followed traditional protocol, a connection to community, and a lifelong relationship with education. Kassidy GuyFeb 28, 2024 8:00 AM
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give-investing-in-usasks-students-and-research-strengthstrue1718730911095imj129Investing in USask’s students and research strengthsA gift of $300,003 from the Samit and Reshma Sharma Foundation will support graduate students pursuing research in infectious diseases and vaccines, water security, and agricultureSHANNON BOKLASCHUKplanet,1709214420000/articles/community/2024/give-investing-in-usasks-students-and-research-strengthsnewssite://news/articles/community/2024/give-investing-in-usasks-students-and-research-strengthsnews_ws1709242188654ccm0461711401700403show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/must-credit-images-of-research-10.jpgsite://news/images/2024/must-credit-images-of-research-10.jpgnewsmust-credit-images-of-research-10.jpg2072701080720A researcher stands waist-deep in water filled with green algaeThe Samit & Reshma Sharma Graduate Award in Water Security aims to enhance societal knowledge and practices for preserving the environment and mitigating climate change. (Photo: Images of Research)NoNonesupport-critical-researchYesNoYesSame folderYesImage/images/impact-stories-images/2024/water-web.jpgsite://give/images/impact-stories-images/2024/water-web.jpggivewater-web.jpg73326825550Image of female researcher standing out in the waterThe Samit & Reshma Sharma Graduate Award in Water Security aims to enhance societal knowledge and practices for preserving the environment and mitigating climate change. (Photo: Images of Research)NoNonesupport-critical-researchNo/
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Samit Sharma believes in the importance of post-secondary education and in making the world a better place.

Those key values led Sharma, an engineer and entrepreneur based in Kingston, Ont., to give $300,003 to the University of Saskatchewan (USask) as part of the Be What the World Needs campaign—the most ambitious campaign in the province’s history.

TextImage/images/impact-stories-images/2024/samit-sharma-web.jpgsite://give/images/impact-stories-images/2024/samit-sharma-web.jpggivesamit-sharma-web.jpg594907931093Samit Sharma, an engineer and entrepreneur based in Kingston, Ont., has gifted $300,003 to USask. (Photo: supplied)Align left

The generous gift, made possible through three endowments from the Samit & Reshma Sharma Foundation, will support graduate students conducting research in three key areas: water security; human and veterinary infectious diseases and vaccines; and soil health and regenerative agriculture.

Sharma, who has had a long and successful career in the energy industry, said he’s pleased to support outstanding graduate students whose research will address issues related to climate change and infectious diseases.

“It feels very gratifying; it feels very fulfilling,” he said. “We all try to find meaning in life and try to pick up something in which we can contribute in a meaningful way.”

Sharma said he believes in the importance of higher education, which is critical to generating new knowledge for the benefit of people and communities around the world.

Sharma’s gift was inspired by his own experiences as a graduate student attending Canadian universities. At the age of 23, he moved to Canada from India to pursue a master’s degree in industrial systems engineering at the University of Regina. After completing that degree, he pursued an MBA at Queen’s University, where he developed an award-winning business plan that later culminated in the formation of his company, Gaia Power, upon his graduation in 2002.
Sharma’s positive post-secondary experiences have motivated him to support universities across the country through his foundation. His goal is to eventually give to every Canadian university.

“I was a beneficiary of something, so I want to pay it forward,” he said.

In supporting Canadian universities, Sharma focuses on investing in their individual areas of strength and in their unique centres of excellence. After researching USask, he was inspired by the impactful research that is underway at the Vaccine and Infectious Disease Organization (VIDO), the Global Institute for Water Security (GIWS), and the College of Agriculture and Bioresources. His gift of $300,003 will support three graduate student awards at USask through three endowments of $100,001.

TextImage/images/impact-stories-images/2024/vido-web.jpgsite://give/images/impact-stories-images/2024/vido-web.jpggivevido-web.jpg72224720480The Samit & Reshma Sharma Graduate Award in Vaccine & Infectious Disease Research aims to enhance societal knowledge and practices for preserving the environment and fighting infectious diseases with effective vaccines. (File photo) Above content

The awards are:

  • The Samit & Reshma Sharma Graduate Award in Vaccine & Infectious Disease Research, which aims to celebrate researchers at VIDO and to enhance societal knowledge and practices for preserving the environment and fighting infectious diseases with effective vaccines. It will be awarded annually to a graduate student who demonstrates outstanding academic achievement and research excellence with a focus on human and veterinary infectious diseases and/or vaccines.
  • The Samit & Reshma Sharma Graduate Award in Water Security, which aims to celebrate researchers at GIWS and to enhance societal knowledge and practices for preserving the environment and mitigating climate change. It will be awarded annually to a graduate student who demonstrates outstanding academic achievement and research excellence in holistic approaches to environmental health sciences and/or water security.
  • The Lata Sharma Graduate Award in Agriculture, which honours Sharma’s mother, Lata Sharma, who supported, educated, and inspired her family through her hard work for more than 30 years in the field of agriculture in India. The award aims to enhance societal knowledge and practices for preserving the environment and mitigating climate change. It will be awarded annually to a graduate student who demonstrates outstanding academic achievement and research excellence with a focus on holistic approaches to regenerative agriculture and/or soil health sciences.

“I lost my father when I was very young, in elementary school, and it was my mom who singlehandedly raised us,” Sharma said. “She sustained us with her work in the field of agriculture.”

Sharma said it was important to him to recognize his mother through the agriculture award, which is named in her honour. It was also meaningful to him to be able to support USask—Saskatchewan’s largest post-secondary institution—because of his connections to the province.

TextImage/images/impact-stories-images/2024/ag-students-web.jpgsite://give/images/impact-stories-images/2024/ag-students-web.jpggiveag-students-web.jpg80594750500The Lata Sharma Graduate Award in Agriculture will be awarded annually to a graduate student who demonstrates outstanding academic achievement and research excellence with a focus on holistic approaches to regenerative agriculture or soil health sciences. (Photo: David Stobbe)Above content

“Saskatchewan is, I feel, my home—because 23 years ago, that’s where I first landed,” he said.

Dr. Baljit Singh (PhD), USask’s vice-president research, said the gift from the Samit & Reshma Sharma Foundation will help support and elevate the Signature Areas of Research at USask. Three of the university’s nine signature areas are Agriculture, Water, and One Health.

“This gift also aligns with one of our campaign priorities—to lead critical research,” Singh added. “As a university, we aspire to confront humanity’s greatest challenges and opportunities through impactful research and community engagement.”

Dr. Airini (PhD), USask’s provost and vice-president academic, said she is confident the gift will make a difference in the lives of graduate students who are pursuing their academic and research goals at USask. It will also help foster Courageous Curiosity—a key commitment in the University Plan, the strategic document guiding USask to the year 2025.

“USask has extraordinary breadth and depth in teaching and learning. Boldly curious learners and researchers in water security, agriculture, and vaccines and infectious diseases are attracted to USask and to our province,” said Airini. “Research shows that graduates with a university degree enjoy better employment prospects and greater annual earnings. USask is a great choice for learning and researching about water, food production and land use, and protecting humans and animals from disease.

“As our University Plan states, USask is committed to our vital role nurturing the courageous curiosity that imagines a brighter, more sustainable future. Impactful gifts, such as the generous contribution from the Samit & Reshma Sharma Foundation, will help our students to continue to make a genuine difference and to be what the world needs.”

/success/stories/investing-in-usasks-students-and-research-strengthsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://give/success/stories/investing-in-usasks-students-and-research-strengthsgiveinvesting-in-usasks-students-and-research-strengthsArticle headlineInvesting in USask’s students and research strengthsA gift of $300,003 from the Samit and Reshma Sharma Foundation will support graduate students pursuing research in infectious diseases and vaccines, water security, and agriculturegiveSHANNON BOKLASCHUKFeb 29, 2024 1:47 PM
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learning-honouring-and-uplifting-usask-wraps-up-black-history-month-celebrationstrue1718730911095imj129Learning, honouring, and uplifting: USask wraps up Black History Month celebrationsThe University of Saskatchewan (USask) community came together in droves to celebrate Black History Month this year. black history month, bhm, diversity, 1709230860000/articles/community/2024/learning-honouring-and-uplifting-usask-wraps-up-black-history-month-celebrationsnewssite://news/articles/community/2024/learning-honouring-and-uplifting-usask-wraps-up-black-history-month-celebrationsccm0461709231039084ccm0461710946527973show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/whilby_kacia8-1.jpgsite://news/images/2024/whilby_kacia8-1.jpgnewswhilby_kacia8-1.jpg2834301080720Kacia Whilby sings during the 2023 Black Faculty and Staff Caucus Black History Month Gala celebration. This year’s gala will take place on Feb. 29. (Photo: Dave Stobbe/USask)Kacia Whilby sings during the 2023 Black Faculty and Staff Caucus Black History Month Gala celebration. This year’s gala will take place on Feb. 29. (Photo: Dave Stobbe/USask)NoNonesupport-studentsNo/
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Black History Month at USask featured more than 25 events organized and hosted by various colleges, schools, units, and departments on campus.

A myriad of learning resources was shared across campus online and in-person. All month long, anyone who visited the USask campus was able to walk through the Bowl after sundown or before sunrise and find the Peter MacKinnon Building lit in celebratory green, red and yellow lights.

“As a U15 university in Canada with an aspiration to be what the world needs, we recognize that our campus, our province, and our country have a duty to support and uplift the Black community in Canada and beyond,” said USask President Peter Stoicheff in a Black History Month reflection at the beginning of February. “USask remains committed to building a more inclusive future for all.”

TextImage/images/2024/theme-2024-1.jpgsite://news/images/2024/theme-2024-1.jpgnewstheme-2024-1.jpg1226971080608The 2024 theme for Black History Month at USask.Above content

The campus community also had a chance to get to know students, staff, and faculty working to support the Black community at USask and beyond, like Fisayo Moibi, a College of Kinesiology master’s student and student-athlete with Huskie Athletics, and Lecia Ellis, who is earning a PhD in educational administration while supporting students in the International Student and Study Abroad Centre. A series of Black students also introduced the campus community to how they build wellness and joy into their everyday lives through a unique photo gallery project. More Black History Month stories and profiles can be found at news.usask.ca.

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  • After a successful run in 2023, this year’s Black History Month celebrations featured four days of culinary events hosted by USask Culinary Services. Held at Marquis Culinary Centre, each event featured a unique menu highlighting the rich cultural heritage and delicious cuisine of the African diaspora. These events had more than 1,000 visitors throughout the month of February.
  • Building on momentum from 2022 and 2023, the Provost’s Book Club was also back for another year, featuring three meetings highlighting and discussing readings from the The Black Prairie Archives: An Anthology, edited by Karina Vernon, with one of the three sessions facilitated by the editor. Participants discussed their thoughts and interpretations of each reading in inspiring dialogue as the group explored multiple time periods in history.
  • New to Black History Month celebrations in 2024 was a special screening of National Geographic’s documentary The Space Race, hosted in collaboration with USask and the Canadian Black Scientists Network. The Space Race uncovers the little-known stories of the first Black pilots, engineers, and scientists who became astronauts. This event was organized by USask Black Faculty and Staff Caucus representative and College of Medicine professor Dr. Erique Lukong (PhD).
  • A unique poetry and performance workshop series was also facilitated by local award-winning interdisciplinary poet, Peace Akintade. The series was co-ordinated by the College of Medicine and the University Library, and offered two poetry-writing workshops throughout February that focused on metaphors, storytelling, and personification. Participants were also invited to contribute to a larger collaborative creative process to showcase a final art piece in the second workshop.
  • Student groups also organized independent programming available for the campus community to take part in, including movie nights, discussion panels, and a gala celebration.
  • A full list of all the activities that took place this year and community resources available to the campus community can be found at usask.ca.

This year’s Black History Month festivities will conclude with a celebration gala hosted by the USask Black Faculty and Staff Caucus on Feb. 29. The event will feature authentic Afro-Caribbean food and a performance by music artist Sonia Reid. Everyone is welcome to attend.

To find information about important initiatives, events and featured stories from across campus about Black History Month and other topics, visit spotlight.usask.ca throughout the year.

dermatology-residency-training-to-begin-at-usask-college-of-medicine-regina-campus-this-summertrue1718730911095imj129Dermatology residency training to begin at USask College of Medicine Regina campus this summerFollowing years of collaborating with other universities to train dermatology residents for Saskatchewan, the University of Saskatchewan (USask) College of Medicine will welcome its first resident into its newly accredited dermatology program in July 2024.research, College of Medicine, health,1709129640000/articles/community/2024/dermatology-residency-training-to-begin-at-usask-college-of-medicine-regina-campus-this-summernewssite://news/articles/community/2024/dermatology-residency-training-to-begin-at-usask-college-of-medicine-regina-campus-this-summerccm0461709134870506ccm0461711402130779show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/regina-dermatology-about-the-regina-campus-sept-2021-final1.jpgsite://news/images/2024/regina-dermatology-about-the-regina-campus-sept-2021-final1.jpgnewsregina-dermatology-about-the-regina-campus-sept-2021-final1.jpg2274131080720USask medical residents at Regina Centre Crossing Family Medicine Unit in 2021 USask medical residents at Regina Centre Crossing Family Medicine Unit in 2021 (Photo: Kristen McEwenNoNonesupport-studentsNo/
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“The new dermatology program lays a strong foundation to address health human resources in dermatology for our province,” said Dr. Anurag Saxena (MD), associate dean of Postgraduate Medical Education at the USask College of Medicine.

“It also enhances the academic rigor of the practice of dermatology for quality care. Residents in other programs and our undergraduate medical students have an opportunity for elective experiences in dermatology within our province.”

The program will primarily be centered at the College of Medicine’s Regina campus and led by Regina Division Head, Dr. Karen Holfeld (MD) as well as Assistant Professor in Dermatology, Dr. Brittany Waller (MD).

Dr. Gill White (MD), associate dean, Regina Campus, believes the new program will provide some excellent recruitment options and allows for building upon the programming already available in Regina.

“This is a great opportunity for our students to pursue specialization in dermatology and I have full confidence in the dermatologists currently in Regina and Saskatoon who will train the residents,” he said.

Dr. White echoed Dr. Saxena’s notion that the training program will provide Saskatchewan with more dermatologists, with many choosing to remain in the province to practice upon completion of their residency.

“We value the college and its commitment to advanced medical education and high-quality residency training in Saskatchewan,” Health Minister Everett Hindley said. “This residency training contributes to a key pillar of our Health Human Resources Action Plan to Recruit, Train, Incentivize and Retain in the ongoing efforts that help us build a strong and sustainable medical workforce in our province.”

The application process for the recently approved dermatology residency took about 6-8 months and is already set up for this year’s March Canadian Residency Matching Service match. There will be one postgraduate position available for the five-year program in 2024 with a second to be added going forward beginning in 2025.

meet-dr-deborah-adewole-usasks-newest-non-ruminant-nutritionisttrue1718730911095imj129Meet Dr. Deborah Adewole: USask’s newest non-ruminant nutritionistThe animal gut, like that of humans, is home to millions of microbes that serve various functions, and the health of an animal’s gut is critical to their overall health. College of Agriculture and Bioresources Communicationsblack history month, bhm, College of Agriculture and Bioresources,1709127000000/articles/community/2024/meet-dr-deborah-adewole-usasks-newest-non-ruminant-nutritionistnewssite://news/articles/community/2024/meet-dr-deborah-adewole-usasks-newest-non-ruminant-nutritionistccm0461709071048965ccm0461710345296894show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/deborahadewole1.jpgsite://news/images/2024/deborahadewole1.jpgnewsdeborahadewole1.jpg2343651080720Dr. Deborah Adewole (PhD), assistant professor in the Department of Animal and Poultry Science in the College of Agriculture and Bioresources.Dr. Deborah Adewole (PhD), assistant professor in the Department of Animal and Poultry Science in the College of Agriculture and Bioresources.NoNonesupport-critical-researchNo/
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As a non-ruminant (single-compartment stomach) nutritionist, Dr. Deborah Adewole (PhD) is working to improve the intestinal health of poultry and swine for safe and sustainable food production.

Adewole joined the University of Saskatchewan (USask) in September 2023 and is an assistant professor in the Department of Animal and Poultry Science in the College of Agriculture and Bioresources. Prior to USask, Adewole was an assistant professor and industry research chair in the Department of Animal Science and Aquaculture at Dalhousie University. 

In addition to improving food security through her research, Adewole is an advocate for African youth interested in agriculture. Adewole and her husband co-founded African Youths in Canadian Agriculture (AYCA), a Black-led non-profit organization to encourage, equip, and empower youths of African descent to pursue careers in agriculture in Canada.

As USask celebrates Black History Month in February, Adewole took time in her busy schedule to discuss her work and her passion for research. 

USask: What does your research focus on?

Adewole: My research centres on nutrition, metabolism, nutrigenomics, and physiology, with the overall aim of improving production efficiency and sustainability of non-ruminant animals (poultry and swine). For the past six years, I have been developing nutritional strategies to improve the intestinal health of poultry as a strategy to sustainably reduce the use of antibiotics and minimize the development of antibiotic resistance, which is a current global issue. I am also investigating how antimicrobial usage in the poultry industry correlates with the development of antimicrobial resistance. Additionally, I am exploring novel feed ingredients as alternatives to conventional feedstuffs to reduce feed costs.

USask: How did you develop an interest in this topic?

Adewole: Nutrition and food security have been my passion for a long time. Growing up in Southwestern Nigeria, I had hands-on experience in both plant and animal agriculture. My father was a teacher who practiced farming as a side adventure, so I got to work on our farm on evenings and weekends. I became interested in contributing more to food security, particularly, looking for ways to make more meat protein available to households. Therefore, I went on to obtain a Bachelor of Agriculture degree at Obafemi Awolowo University, Ile-Ife, Nigeria. I developed interest in research, so I worked as a technologist in a teaching and research laboratory in Nigeria before I moved to the University of Manitoba. At the University of Manitoba, I obtained my master’s and PhD degrees in swine and poultry nutrition and had a period of post-doctoral fellowship in monogastric gut health.

USask: What research project are you working on?

Adewole: Currently, I am investigating biologically active substances such as plant extracts and other natural products to boost poultry and swine health when raised in the absence of antibiotics and during physiological stress. As antibiotic use continues to decline in food-animal production, animals become more prone to infectious diseases (which may affect food safety) and suffer more from environmental stress. I have developed Salmonella-reduction approaches in poultry, developed substances to serve as antibiotic alternatives, and devised different delivery strategies (including an in ovo delivery system) for easy administration of these substances.

I am also developing strategies to help animals cope with environmental stress, particularly heat stress which causes significant economic losses to industry. Poultry are mostly vulnerable to heat stress because of their poor ability to dissipate heat, resulting from the absence of sweat glands, the presence of feathers that prevents cooling, and increased metabolic rate due to selection for rapid growth.

Already, my research group has explored the impact of heat and cold stress on poultry growth performance, gastrointestinal health, and physiology of chickens. We have consistently confirmed that heat stress induces adverse effects on chickens, evidenced by altered physiological responses (reduced feed intake, increased rectal temperature, imbalanced plasma electrolytes, and altered antioxidant status), disrupted immune system (increased immunoglobulin concentrations and reduced spleen size), and impaired gut health (reduced beneficial gut bacterial population and reduced ability of the gut to absorb nutrients).

TextImage/images/2024/debroahadewole_secondary.jpgsite://news/images/2024/debroahadewole_secondary.jpgnewsdebroahadewole_secondary.jpg3143561080728Dr. Deborah Adewole (right) with USask grad students, Italo Santos Pereira (left) and Roseline Ogory (centre).Above content

USask: Why is this research important?

Adewole: My research aims to help the poultry and swine industries remain profitable and sustainable. To meet the demand of the growing global population, more meat and eggs need to be produced. At the same time, the industry wants to produce food in ways that are ethical, environmentally sustainable, and wholesome. To balance these dynamics, strategies need to be put in place to help farmers achieve their goals.

Some of the questions that my research continues to seek answers to include: How can we make animals remain healthy and productive when there are restrictions on the use of antibiotics and changes in housing systems? How can we help animals cope with environmental stress in the face of climate change realities and reduced antibiotic use? What can we do to reduce the environmental footprint of poultry and swine production? I am currently working with two graduate students at USask and one at Dalhousie University to answer some of these critical questions.

USask: What advice would you give to students pursuing a career in science or agriculture? 

Adewole: My advice would be to keep focused, work hard, and never give up. Agriculture is a noble profession.

USask: What inspires you in your work and research?

Adewole: Different categories of people inspire me: My family, my mentors, my colleagues, and my students.

USask: What are you looking forward to in your new position?

Adewole: I am looking forward to discovering more of what the world needs and equipping highly qualified personnel with expertise and knowledge the world desires, in my field.

give-k+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campstrue1718730911095imj129K+S Potash Canada invests in Saskatchewan youth through USask SCI-FI CampsA generous gift of $150,000 from K+S Potash Canada (KSPC) will allow SCI-FI Science Camps to continue to offer free programming to Saskatchewan youth interested in science, technology, engineering and math (STEM).Sarah Trefiak1708942560000/articles/community/2024/give-k+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campsnewssite://news/articles/community/2024/give-k+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campsnews_ws1708977715337ccm0461708978363859show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/scifi1.jpegsite://news/images/2024/scifi1.jpegnewsscifi1.jpeg2460431080720Two students in a classroom, both wearing orange shirts.SCI-FI summer camps host over 1,600 children each year. Photo submitted by USask SciFi CampsNoNonesupport-studentsYesNoYesMatching keywordsYesImage/images/impact-stories-images/2024/scifi1-web.jpgsite://give/images/impact-stories-images/2024/scifi1-web.jpggivescifi1-web.jpg105355700467Two young girls attending SCI-FI summer campSCI-FI summer camps host over 1,600 children each year. Photo submitted by USask SciFi CampsNoNonesupport-studentsNo/
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Maureen Bourke, director of SCI-FI Science Camps at the University of Saskatchewan (USask) College of Engineering, said the donation is critical to its mission of providing all Saskatchewan youth with a chance to explore different areas of science and digital skills in a fun and supportive environment.

TextImage/images/impact-stories-images/2024/scifi2-web.jpgsite://give/images/impact-stories-images/2024/scifi2-web.jpggivescifi2-web.jpg80399400533SCI-FI summer camps run weekly for eight weeks in July and August on the USask campus. Photo submitted by USask SciFi CampsAlign left

“Approximately 90 per cent of the programming we offer is free to youth and their families, so KSPC’s support will allow us to continue to this important work,” said Bourke.

“On the instructor side, gifts like these allow us to employ more than 30 enthusiastic USask undergraduate students from a variety of disciplines, which in turn allows them to develop critical career enhancing skills of resiliency, creativity, adaptability and teamwork needed in today’s workplace.”

KSPC’s investment in the SCI-FI Camps Equity and Diversity Fund will also support programming for girls, Camp fYrefly and workshops and camps for marginalized communities.

SCI-FI Science Camps at the USask College of Engineering was established by a group of engineering students in 1989, and the first summer camp in 1990 saw 140 registrants. The program has seen significant growth throughout the years, with now more than 1,600 Saskatchewan youth attending summer camps and nearly 20,000 youth participating in SCI-FI programming each year.

In addition to SCI-FI summer camps—most of which sell out within minutes—the program offers 563 free science workshops in schools throughout the province, Saturday Science Clubs, high school engineering clubs, the Girls DiscoverSTEM Conference, Indigenous programming, and programming for the Children’s Festival of Saskatchewan, the City of Saskatoon summer playground program and for children undergoing medical care at Jim Pattison Children’s Hospital.

TextImage/images/impact-stories-images/2024/scifi3-web.jpgsite://give/images/impact-stories-images/2024/scifi3-web.jpggivescifi3-web.jpg69177450600SCI-FI Science Camp recently held a Girl Guide Robotics and Coding Badge Day with more than 200 attendees. Photo: Saskatoon Girl GuidesAlign right

A portion of SCI-FI Science Camps programming is specifically targeted to underrepresented groups in STEM including girls and female-presenting youth, Indigenous youth (through partnerships with Saskatoon-based organizations such as the Indian and Métis Friendship Centre, the White Buffalo Youth Lodge and Saskatoon Tribal Council), new Canadians, 2SLGBTQ+ youth, Black youth, and rural/northern youth—one of the reasons KSPC felt it was important to invest in the USask program.

“We are proud to support programs that many of these young people might not have the opportunity to participate in otherwise,” said Paige Gignac (BComm'11), community investment specialist at KSPC.

Gignac also explained how KSPC’s number one priority, safety, aligns with the program’s ability to provide a safe place for young people to be themselves, build leadership, learn, and have fun.

“KSPC can see the potential of the next generation. We know that by providing access to more opportunities that contribute to the discovery of personal interests and passions, we can ignite inspiration that will enrich lives and transform communities across the province,” she said.

“It’s programs like the SCI-FI camps at USask that open the door to new possibilities for young people—it can spark a moment of inspiration that will last a lifetime.”

This gift is part of the University of Saskatchewan’s Be What the World Needs Campaign.

Registration for SCI-FI Science Summer Camps opens March 1, 2024. More information at scifi.usask.ca.

/success/stories/k+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://give/success/stories/k+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campsgivek+s-potash-canada-invests-in-saskatchewan-youth-through-usask-sci-fi-campsArticle headlineK+S Potash Canada invests in Saskatchewan youth through USask SCI-FI CampsA generous gift of $150,000 from K+S Potash Canada (KSPC) will allow SCI-FI Science Camps to continue to offer free programming to Saskatchewan youth interested in science, technology, engineering and math (STEM). giveSarah TrefiakFeb 26, 2024 10:16 AM
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usasks-ag-greenhouse-is-bantles-home-away-from-hometrue1718730911095imj129USask’s Ag Greenhouse is Bantle’s home away from homeWhile winter has many of us hibernating, USask greenhouses are full of life. Ashley DopkoAlumni, research, 1708023180000/articles/community/2024/usasks-ag-greenhouse-is-bantles-home-away-from-homenewssite://news/articles/community/2024/usasks-ag-greenhouse-is-bantles-home-away-from-homeccm0461708023534708ccm0461708023534708show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/outlook-ddajcaus.jpgsite://news/images/2024/outlook-ddajcaus.jpgnewsoutlook-ddajcaus.jpg3782761080720Jackie Bantle stands in front of rows of plants growing in a greenhouse at the University of Saskatchewan.Jackie Bantle has been a part of the agriculture and horticulture community at the University of Saskatchewan for more than 30 years. (Photo: Submitted)NoNonesupport-studentsNo/
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Jackie Bantle enjoys being in a tropical environment even during Saskatchewan’s coldest days.

As the greenhouse and horticulture facility manager, Bantle has been a part of the agriculture and horticulture community at the University of Saskatchewan (USask) for more than 30 years. Originally a music teacher, Bantle quickly returned to post-secondary and discovered her love of horticulture, first working for Dr. Doug Waterer (PhD) as a research technician for 15 years before moving to the Ag Greenhouse and the Horticulture Field Research Facility.

From haskaps to drought-resistant wheat, Bantle has played a part in a number of Canadian research innovations led by USask.

“I ran into an old school mate of mine who complimented me and the university for the contributions we’re making to the agriculture industry in the province,” said Bantle, adding that while proud of the accomplishments, it is difficult at times to see the far-reaching impact while amidst the daily plant care routine.

“Sometimes all I see are the weeds in front of me, but it’s really true, we’re really making a difference in so many people’s lives. The small stuff we do every day affects the industry, the province, the country, and even the world.”

The Ag Greenhouse, located at 45 Innovation Boulevard on USask’s main campus and monitored by Bantle and her team seven days a week, has 15,000 square feet of growing space that’s home to everything from expected crop varieties to the unexpected, like bananas and papayas.

Originally built in 1992, an addition was made in the early 2000s to provide more space.

“Now we’re out of space again,” Bantle noted. “There is so much research going on.”

In the past the greenhouse would take on external clients and grow plants for them, but as a U15 university, all space is now dedicated to USask’s own research endeavours.

“It’s a great place to work and I’m proud to be a part of it,” said Bantle. “It doesn’t hurt that I get to come to work every day where it’s warm and bright and alive with so many plants.”

When she is not on campus monitoring and nurturing thousands of plants, Bantle enjoys managing her own vegetable garden and adds new saplings to her yard. Her best advice for anyone wanting to get their hands dirty and surround themselves with plants this winter? “Don’t over water.”

black-history-month-exploring-leadership-through-educationtrue1718730911095imj129Black History Month: Exploring leadership through educationDr. Tenneisha Nelson (PhD’20, GPSC’20) supports and empowers USask students and alumni in her role as an experiential learning co-ordinator at Career Services.Shannon Boklaschukblack history month, bhm, alumni, society,1707939060000/articles/community/2024/black-history-month-exploring-leadership-through-educationnewssite://news/articles/community/2024/black-history-month-exploring-leadership-through-educationccm0461707939563688ccm0461711400580742show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/tenneisha-1080.jpgsite://news/images/2024/tenneisha-1080.jpgnewstenneisha-1080.jpg1894471080720Headshot of USask graduate Dr. Tenneisha NelsonUSask graduate Dr. Tenneisha Nelson (PhD’20, GPSC’20) moved to Canada from Jamaica to pursue a doctoral degree in educational administration. (Photo: Submitted)NoNonesupport-studentsNo/
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Dr. Tenneisha Nelson (PhD’20, GPSC’20) believes everyone can contribute to the process of leadership, no matter what formal position or job title they hold within an organization.

It’s a message that Nelson conveys through her role in Career Services at the University of Saskatchewan (USask), where she works as an experiential learning co-ordinator. The Career Services unit, part of USask’s Teaching, Learning and Student Experience (TLSE) portfolio, offers career coaching to new and current USask students and alumni. Nelson’s work focuses on leading and managing experiential learning opportunities, resources, and programming, as well as co-ordinating related industry engagement, career education, and campus outreach activities.

The concept of leadership is a topic that has interested Nelson for years—so much so that her doctoral dissertation at USask focused on examining leadership-as-practice in a rural Saskatchewan school. For school improvement initiatives to be effective, Nelson found, everyone has a role to play in the successful implementation—not just the principal.

“In reality, the phenomena of leadership involves more than the actions of a single individual tasked to lead the organization,” Nelson wrote in her 2020 dissertation, which she completed as a PhD candidate in the Department of Educational Administration in USask’s College of Education, under the supervision of Dr. Dawn Wallin (PhD).

TextImage/images/2024/tenneisha-education.jpgsite://news/images/2024/tenneisha-education.jpgnewstenneisha-education.jpg1742428361044Dr. Tenneisha Nelson is pictured at a College of Education awards ceremony with her son, AJ Nelson. (Photo: Submitted)Align right

Nelson, who is originally from Jamaica, came to USask with the goal of exploring teaching and leadership following her work experience as a radio producer, news editor, university instructor, and public relations specialist. With a master’s degree in human resource development and an undergraduate degree in communication and media studies from the University of the West Indies, Mona, Nelson also worked in communications at the Jamaica Productivity Centre—the national organization responsible for promoting and facilitating productivity improvement in the Caribbean country.            

“I mixed my HR training with my media training, and so I was working on projects with schools in Jamaica and with organizations in Jamaica helping them to improve their productivity,” she said. “It was about communicating this technical term to a general audience and creating opportunities to help the general audience understand what productivity was, and why it was important to national productivity.”

As she worked on various projects with schools in Jamaica, Nelson began to develop an interest in school leadership. She realized that while many productivity improvement projects were initiated by school principals, “it was really those persons that were on the ground that executed” the necessary work that led to the projects’ success.

“So, I started thinking about the concept of leadership, and thought of leadership as more than what a principal does,” Nelson said. “And, so, that segued into my next step professionally.”

It was this realization about leadership that inspired Nelson to apply for the PhD program at USask in 2015.

When she moved to Saskatoon from Jamaica with her son, who was nine years old at the time, Nelson realized the challenges and opportunities associated with making a major move or life change.

“I didn’t realize how much my network was important back home until I came here and there was no network. I needed to rebuild from scratch,” she said. “It was pretty much starting over.”

Slowly, but intentionally, Nelson took on the task to build a social network at USask and in Saskatoon. She became proactive about meeting other USask students, including fellow international students from Jamaica, and about learning more about the city and the university. As Nelson made new friends and acquaintances inside and outside of her graduate studies classes, she began to feel more comfortable in her new home.

“I thought, ‘What else can I do to situate myself in this space?’ So, I started to explore different learning opportunities,” she said.

That led her to connect with USask’s Gwenna Moss Centre for Teaching and Learning (GMCTL), which is committed to supporting and improving teaching and learning at USask and offers a variety of programming and resources to help faculty, instructors, and graduate students. Alongside her PhD, Nelson received a Graduate Professional Skills Certificate at USask’s Spring Convocation in 2020. What she learned through the certificate program has proven to be useful in her work.

TextImage/images/2024/tenneisha-el-symposium.jpgsite://news/images/2024/tenneisha-el-symposium.jpgnewstenneisha-el-symposium.jpg146218800745Dr. Tenneisha Nelson speaks during an experiential learning symposium on the USask campus. (Photo: Submitted)Align left

“I enjoy working with people. I enjoy managing projects. I wanted to build those skills and build a professional network,” she said.

Throughout her time in the PhD program, Nelson honed her skills as an educator. For example, she served as a teaching assistant and was awarded a Teacher-Scholar Doctoral Fellowship through the GMCTL, among other awards and honours. Today, she continues to be a sessional lecturer at USask, teaching the graduate studies course EADM 821: Organizational Behaviour in Education.

Nelson is also finding joy in her full-time job at Career Services. She is well-suited to offering support to students and alumni, particularly students who are newcomers to Canada, due to her lived experiences and her previous employment. Prior to joining the team at Career Services, Nelson worked at the Saskatoon Open Door Society and the Saskatchewan Intercultural Association, where she connected newcomers to resources and mentors in the community. She also served as an international student advisor at Saskatchewan Polytechnic in Prince Albert.

“Those roles predominantly were roles that would see me supporting newcomers, supporting international students, essentially supporting them as they transitioned in a new space,” said Nelson. “Having had the experience, I felt that was fulfilling work.”

In September 2022, Nelson began her current job at USask. At Career Services, she helps to create co-curricular experiential learning opportunities so that students can further develop their professional and career readiness skills. She tells students and alumni that their leadership skills can be developed over time and can be enhanced through collaboration.

“We all interact to make leadership happen,” she said. “Leadership really resides in each of us when we come together and move a project in different directions. It’s not only resident in the person that has a position of power or authority; so, leadership, really, is a practice that we all as individuals contribute to as we work towards a particular end.”

usask-instructor-finds-hope-through-sustainability-faculty-fellowshiptrue1718730911095imj129USask instructor finds hope through sustainability faculty fellowshipUniversity of Saskatchewan (USask) College of Kinesiology lecturer and alumnus Shannon Forrester said it provided her with a sense of accountability to commit to and engage in sustainability in teaching and learning. Darla Readsustainability, planet,1707844500000/articles/community/2024/usask-instructor-finds-hope-through-sustainability-faculty-fellowshipnewssite://news/articles/community/2024/usask-instructor-finds-hope-through-sustainability-faculty-fellowshipccm0461707844900896ccm0461711401669144show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/shannon-forrester.jpgsite://news/images/2024/shannon-forrester.jpgnewsshannon-forrester.jpg1567851080720College of Kinesiology lecturer and USask alumnus Shannon Forrester headshotCollege of Kinesiology lecturer and USask alumnus Shannon Forrester (BSc, MSc ‘01). (Photo: Submitted)NoNonesupport-studentsNo/
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Forrester, one of six faculty appointed to the two-year sustainability faculty fellowship, encourages faculty who are interested in creating change in their courses to apply.

Although hesitant at first, Forrester (BSc, MSc ‘01) was motivated to apply for the 2022-24 sustainability faculty fellowship, once she researched the guiding principles and found they closely aligned with her own.

“The fellowship was introduced at the tail end of the sanctioned COVID restrictions, which had created significant societal division,” recalled Forrester. “Adding to that, the war between Russia and Ukraine was leaving me feeling very uncertain about the future and society in general. And it was the United Nations’ sustainable development goals, which are an underpinning of the fellowship, that were a beacon of hope for me and really outlined the world in which I wanted to live and contribute to.”

In the first year of the 2022-24 fellowship, the six sustainability faculty fellows embedded teaching practices in their own courses such that students were able to reflect, share, and act on key competencies for sustainability.

In the second year, fellows worked within their colleges to support other faculty to make an impact through open educational practices and furthering learning for sustainability. These open educational practices are approached in ways that meet the needs of each academic unit and may align with USask priorities such as experiential learning through community-engaged or work-integrated learning, student wellness, or other priorities.

Forrester said the concept of tackling sustainability can be overwhelming, but she is confident individual efforts do make a difference.

“As educators, we can influence others, and collectively our efforts will make a difference,” she explained. “Sustainability is for everyone and for every discipline. There is no discipline that can act directly toward all 17 goals. However, each discipline has a role to play, and by working in partnership we can address each and every one.” 

Building on the success of the Sustainability Faculty Fellowship, the Gwenna Moss Centre for Teaching and Learning (GMCTL) at USask is now accepting applications for the 2024-26 EDI Faculty Fellowship, which will focus on Equity, Diversity, and Inclusion (EDI), Indigenization, and open education practices.

“The Gwenna Moss Centre for Teaching and Learning envisions an opportunity to support educators willing to engage in course design or redesign focused on equity, diversity, and inclusion, and/or Indigenization,” said Darryl Isbister, GMCTL lead on Indigenous initiatives. “Completing this work employing Open Educational Practices will provide access for numerous learners, educators, and community.”

In the most recent tuition survey conducted in the fall of 2023, increasing open access textbooks was ranked by participating USask students as a top three area for investment of university resources.

Forrester appreciated that the current fellowship had open education woven throughout because “open education is a way in which we can promote sustainability through accessibility of resources and quality education.”

She said that includes open access publishing, open teaching, open pedagogy, and the use of open education resources. The fellows, along with their facilitators, also developed an open access resource for other educators interested in embedding sustainability teaching practices into their courses.

“I think the enduring benefit of open education within my course will come from the use of open pedagogical practices including active learning, co-creation of knowledge, and community impact,” noted Forrester. “As students moved from case studies to working with community members, they developed skills that extend beyond paper assessment and the classroom. Skills that will not only enhance their professional careers, but also society in general.”   

Applications for the 2024-26 EDI Faculty Fellows are due by Feb. 29. Interested faculty may contact GMCTL for more information.

alumni-a-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacytrue1718730911095imj129‘A pioneer as a female artist’: New exhibition celebrates Sask. painter’s landscape legacyUSask graduate Wynona Croft Mulcaster (BA’43), who helped build the Emma Lake Artists’ Workshops, found inspiration on the Canadian prairies and in MexicoSHANNON BOKLASCHUK sustainability,1707472440000/articles/community/2024/alumni-a-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacynewssite://news/articles/community/2024/alumni-a-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacynews_ws1707511217590ccm0461707943881144show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/wynona-mulcaster-1950.jpgsite://news/images/2024/wynona-mulcaster-1950.jpgnewswynona-mulcaster-1950.jpg2110801080720USask graduate Wynona Mulcaster (BA’43) is pictured in 1950. (Photo: City of Saskatoon Archives – S-SP-B-194-006)USask graduate Wynona Mulcaster (BA’43) is pictured in 1950. (Photo: City of Saskatoon Archives – S-SP-B-194-006)NoNonesupport-studentsYesNoYesMatching keywordsYesImage/images/alumninews/2024/wynona-mulcaster-1950-web.jpgsite://alumni/images/alumninews/2024/wynona-mulcaster-1950-web.jpgalumniwynona-mulcaster-1950-web.jpg82075700556In an black and white photo Wynona Mulcaster sits in front of several pieces of her artworkUSask graduate Wynona Mulcaster (BA’43) is pictured in 1950. (Photo: City of Saskatoon Archives – S-SP-B-194-006)NoNoneNoneNo/
TextImage/images/alumninews/2024/wynona-mulcaster-summer-pageant-web.jpgsite://alumni/images/alumninews/2024/wynona-mulcaster-summer-pageant-web.jpgalumniwynona-mulcaster-summer-pageant-web.jpg84582600461Wynona Mulcaster, Summer Pageant, 1984, oil on canvas. Collection of the Mann Art Gallery, Prince Albert. (Photo: supplied)Below content

University of Saskatchewan (USask) graduate Wynona Croft Mulcaster (BA’43) played an integral role in shaping the history of art and art education in the province.

Now, eight years after her death in 2016 at the age of 101, an exhibition at the Kenderdine Art Gallery is paying tribute to her legacy. The show—titled Nonie, a reference to Mulcaster’s nickname—features 20 paintings on canvas and paper. Selected by curator and fellow USask graduate Leah Taylor (BFA’04), the paintings depict two places Mulcaster considered home: Saskatchewan, where she was born in 1915, and San Miguel de Allende, Mexico, where she lived for about 40 years before her death.

“I think the work is quite stunning,” said Taylor, who chose to focus on Mulcaster’s landscape work for Nonie.

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“She did paint in both Mexico and Saskatchewan, as well as other prairie places. Throughout the exhibition, you’ll see mostly those two places—and you can’t always tell which one is which,” Taylor said. “That’s what I really liked about the selection and why I focused on landscape. Sometimes it does look like a dry desert; other times it looks like the prairies at spring or late fall.”

As she looked through Mulcaster’s work, Taylor noticed Mulcaster’s ability to take risks with her brushwork, creating “an almost Fauvist quality to her painting style, but also some abstraction.”

TextImage/images/alumninews/2024/wynona-mulcaster-nonie-and-mother-web.jpgsite://alumni/images/alumninews/2024/wynona-mulcaster-nonie-and-mother-web.jpgalumniwynona-mulcaster-nonie-and-mother-web.jpg73100550770Wynona Mulcaster is pictured with her mother in an undated photo. (Photo: University of Saskatchewan, University Archives and Special Collections, Mac and Beth Hone fonds; MG183/7.1/23. “Nonie Mulcaster and her mother”, no date, photographer unknown.)Align left

“It’s sort of unexpected use of colour,” said Taylor. “There will be a lot of purples in the landscape, which isn’t a colour that often is really visible to the eye when you’re outside.”

While many of the pieces featured in Nonie were painted in the 1980s, Mulcaster created artwork throughout her life. As a teenager, she combined her interest in art with her love of horses when she studied with Ernest Lindner, an influential artist and art educator in Saskatchewan who received an honorary Doctor of Laws from USask in 1972. Mulcaster began the art lessons with Lindner, a renowned landscape artist, with the goal of being able to draw a horse. Mulcaster later went on to start the Saskatoon Pony Club in 1945, after moving to the city from her home community of Prince Albert, and taught riding until 1973. As a result, she was inducted into the Saskatoon Sports Hall of Fame in 1994 for her contributions to horseback riding.

“Animals and nature were always a big love for her,” Taylor said.

Fittingly, as Mulcaster’s artistic practice evolved over the years, she continued to draw inspiration from the natural world around her. Starting in the 1930s, she took part in the famed Emma Lake Artists’ Workshops, which were held at USask’s Emma Lake Kenderdine Campus in the boreal forest in northern Saskatchewan. The workshops attracted many well-known artists and art critics over decades, including USask graduates such as Dorothy Knowles (BA’48), who learned to paint in the woods at Emma Lake.

It was in 2006 at an Emma Lake reunion where Taylor and Mulcaster first met. At the time, Mulcaster was being honoured by her peers. Meeting Mulcaster and chatting with her over dinner was a “profound” experience for Taylor.

TextImage/images/alumninews/2024/leah-taylor-web.jpgsite://alumni/images/alumninews/2024/leah-taylor-web.jpgalumnileah-taylor-web.jpg724777501125USask graduate and curator Leah Taylor (BFA’04) selected 20 paintings for Nonie. (Photo: David Stobbe)Align right

“She really highlighted some of the early things she had done, especially with being one of the co-founders of the Emma Lake Artists’ Workshops, and just her love for that landscape and painting,” Taylor recalled. “She was, I think, 91 when I met her and spoke with her, and she also was still incredibly fiery. She was still painting, she lived full time in Mexico, and she still rode horses every day.”

As Taylor and Mulcaster chatted, Mulcaster shared some stories about her earlier days as a painter in Saskatchewan and at Emma Lake. Mulcaster’s experiences “foregrounded how she was quite a pioneer as a female artist with that group,” said Taylor. The conversation also left Taylor feeling that there hadn’t been enough of a spotlight shone on Mulcaster’s artwork.

“She was quite vivacious, tough, industrious—and she still communicated all of those things in her nineties,” said Taylor. “But I do feel like a lot of the male painters overshadowed the female painters from that period—particularly the Emma Lake Artists’ Workshops—not in their production of work, but in their ability to then have exhibitions.”

Taylor recalls a story that Mulcaster shared about her early days as an artist. Mulcaster told Taylor that when she arrived at Emma Lake, she didn’t have a place to paint, and she wasn’t afforded the space of her male colleagues. Rather than leave, however, Mulcaster remained undaunted.

“She came back with her own supplies—like wood, a hammer, nails—and built herself this studio shack there,” said Taylor.

TextImage/images/alumninews/2024/wynona-mulcaster-between-the-hills-crop-web.jpgsite://alumni/images/alumninews/2024/wynona-mulcaster-between-the-hills-crop-web.jpgalumniwynona-mulcaster-between-the-hills-crop-web.jpg75945650433Wynona Mulcaster, Between the Hills, ND, acrylic on canvas. The Mann Art Gallery Collection. Gift of the artist, 2005. (Photo: Carey Shaw)Below content

“She literally inserted herself into this space. It was a bold feminist move, I thought, and also spoke to her nature. She could do it all.”

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Throughout her life, Mulcaster was admired by her peers for this ferocity, as well as for her role in helping to pave the way for generations of Saskatchewan artists. Starting in 1937, she taught art to schoolchildren in Prince Albert and rural Saskatchewan, and later taught art at the Saskatchewan Teachers’ College in Saskatoon, where she took on the role of director of art education. In 1946, Mulcaster studied at the Banff School of Fine Arts, and from 1964 to 1977 she taught painting at USask as an associate professor in the Department of Visual Art. Her students included artists such as Henry Bonli, Robert Murray, Otto Rogers, and Allen Sapp.

TextImage/images/alumninews/2024/wynona-mulcaster-la-tarde-crop-web.jpgsite://alumni/images/alumninews/2024/wynona-mulcaster-la-tarde-crop-web.jpgalumniwynona-mulcaster-la-tarde-crop-web.jpg74060550688Wynona Mulcaster, La Tarde, ND, acrylic on canvas. The Mann Art Gallery Collection. Gift of the artist, 2005. (Photo: Carey Shaw)Align left

After earning her Bachelor of Arts degree at USask in 1943, Mulcaster studied at the Instituto Allende, a visual arts school in Mexico, where she earned a master’s degree in fine arts in 1976. A year prior, in 1975, her artwork was featured in the exhibition Major Saskatchewan Artists at the Mendel Art Gallery in Saskatoon. In 1984, her work was the focus of another exhibition at the Mendel, titled Wynona Mulcaster: A Survey, 1973-1982.

In 2015, in celebration of her 100th birthday, the Mann Art Gallery in Prince Albert held an exhibition of Mulcaster’s work. Many of the paintings that are currently featured in Nonie were selected from the permanent collection of the Mann Art Gallery, to which Mulcaster donated dozens of pieces before her death. In 1993, Mulcaster received the Saskatchewan Arts Board Lifetime Award for Excellence in the Arts. Her artwork is also included in a current exhibition at Remai Modern, called Views from the Blue House: The Remai Modern Collection.

“She had a legacy of influencing Saskatchewan artists,” said Taylor, who wants to continue to shine a light on artists such as Mulcaster and Knowles so that younger artists and art students can become more familiar with the women’s work.

“We’re kind of carving out a new history where these female painters, such as Nonie and Dorothy Knowles, are being reintroduced, in many ways, to a new public.”

Nonie opened on Jan. 26, 2024, at the Kenderdine Art Gallery, located in the Agriculture Building on USask’s main Saskatoon campus. The exhibition will remain on view until April 19, 2024.

/news/2024/a-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacyshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://alumni/news/2024/a-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacyalumnia-pioneer-as-a-female-artist-new-exhibition-celebrates-sask-painters-landscape-legacyArticle headline‘A pioneer as a female artist’: New exhibition celebrates Sask. painter’s landscape legacyUSask graduate Wynona Croft Mulcaster (BA’43), who helped build the Emma Lake Artists’ Workshops, found inspiration on the Canadian prairies and in Mexico alumniSHANNON BOKLASCHUKFeb 9, 2024 9:54 AM
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women-and-girls-in-stem-different-perspectives-are-always-goodtrue1718730911095imj129Women and girls in STEM: ‘Different perspectives are always good’USask chemistry assistant professor reflects on gender divide in STEM-related studies Kristen McEwenCollege of Arts and Science, Sustainability, 1707499620000/articles/community/2024/women-and-girls-in-stem-different-perspectives-are-always-goodnewssite://news/articles/community/2024/women-and-girls-in-stem-different-perspectives-are-always-goodccm0461707499799007ccm0461707943898395show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/6167.jpgsite://news/images/2024/6167.jpgnews6167.jpg1357731080720USask chemistry assistant professor Dr. Amy Stevens's (PhD) research areas include chemistry, physics and quantum innovation. USask chemistry assistant professor Dr. Amy Stevens's (PhD) research areas include chemistry, physics and quantum innovation. (Photo: Kristen McEwen)NoNonesupport-studentsNo/
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During her academic and scientific career, Dr. Amy Stevens (PhD) has sometimes found herself to be the only woman in the room.

“Ever since I was in high school, I just followed what I liked,” Stevens said. “Chemistry and physics made sense to me, and it was logical.”

Stevens is an assistant professor in the Department of Chemistry at the USask College of Arts and Science. Her current research is focusing on folding DNA strands into different shapes to observe how nanoparticles interact. By observing how these microscopic particles interact, this information can inform how pharmaceuticals or drug therapies are developed or delivered into a body, she explained.

The International Day of Women and Girls in STEM (sciences, technology, engineering and mathematics) is recognized each year on Feb. 11. According to the United Nations, women made up 33 per cent of researchers in 2018 and are a “minority in digital information technology, computing, physics, mathematics and engineering.” 

In her academic career, Stevens has faced the narrative that her chosen area of study is geared towards men or perceived as a “male-dominated field.”

Originally from the United Kingdom, Stevens lived in Ireland since she was young. She attended Trinity College in Dublin for her undergraduate degree.

Stevens recalled once seeing a poster hanging on the wall of a room in the physics department. The poster depicted two older men as physics professors talking to one another. The first professor said, “Do we have problems with women in physics?” The second professor replies, “No, we don’t have any.”  

Though the poster has stuck with her—noting that the image was possibly commentary on gender disparity in the field—Stevens never felt deterred from pursuing her interests.

As she started her PhD program at the University of Oxford in England, she wanted to try something she had never considered before—lasers.

“I ended up in a laser lab during my PhD and I’ve steadily done more and more complicated laser things as I’ve gone along.”

Stevens explained that her research also includes targeting molecules with lasers—seeing where energy is going when the lasers interact with the molecules. Her laboratory also conducts basic research in the characterization of molecules, their interactions and if they change as a result.

Stevens’ research is part of the university’s signature research area: Quantum Innovation. Stevens is also a member of the Centre for Quantum Topology and Its Application (quanTA) at USask, as well as the review editor in Quantum Optics for Frontiers in Photonics.

“There’s no difference between women and men—they bring something really important (as scientists)—different perspectives are always good.”

Stevens noted that she has participated in community engagement opportunities by speaking at elementary schools in Saskatoon to help foster an interest in chemistry, physics and quantum innovation. She added that everyone in a Grade 3 classroom she visited was equally engaged in the topic—no matter their gender.

“Everyone is putting their hands up, everyone is asking questions. It’s something, where later in life, it seems that there’s this idea that (science) a real ‘male’ area,” Stevens said. “But at a young age, they don’t know that and it’s something they learn.

“I think from all the girls and women I’ve known who are in science—I mean, they’re amazing scientists and there’s no reason why they shouldn’t be here.”

Stevens had advice for young women and girls interested in pursuing science-based professions.

“Just because you don’t see yourself in that field, or see someone that looks like you, doesn’t mean you don’t belong there,” she said.

“I never knew I would end up here (in my career),” Stevens added. “I think if you follow your passion and do something you really, really like, you’re going to be successful.”

memoir-by-usask-vice-provost-cranston-explores-themes-of-identitytrue1718730911095imj129Memoir by USask Vice-Provost Cranston explores themes of identity “The book is a gift to my children. I want my children to know where we come from.”Connor JayCollege of Education, 1707425280000/articles/community/2024/memoir-by-usask-vice-provost-cranston-explores-themes-of-identitynewssite://news/articles/community/2024/memoir-by-usask-vice-provost-cranston-explores-themes-of-identityccm0461707425662322ccm0461707425662322show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jerome-cranston-book-launch.jpgsite://news/images/2024/jerome-cranston-book-launch.jpgnewsjerome-cranston-book-launch.jpg2207011080720USask Vice-Provost, Students and Learning Dr. Jerome Cranston (PhD) discusses his latest book Half-Caste: Decidedly Brown in a Black or White World. (Photo: Connor Jay)USask Vice-Provost, Students and Learning Dr. Jerome Cranston (PhD) discusses his latest book Half-Caste: Decidedly Brown in a Black or White World. (Photo: Connor Jay)NoNonesupport-studentsNo/
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University of Saskatchewan (USask) Vice-Provost, Students and Learning Dr. Jerome Cranston (PhD) launched his latest book Half-Caste: Decidedly Brown in a Black or White World in an event hosted by the College of Education at the Education and Music Library on January 30.

Cranston is a race-conscious scholar-educator who focuses his energy and time on uncovering the overt and covert ways that racialized ideologies, structures, and institutions create and maintain racial inequality and injustice with a goal of collectively finding solutions that can lead to greater equity and racial justice, and build healthier communities. He previously served as the dean of the Faculty of Education at the University of Regina. This is his fifth book.

Education Dean Dr. Julia Paulson (PhD) guided the conversation with Cranston, while Vice-Provost, Indigenous Engagement Dr. Angela Jaime (PhD) emceed the event.

Cranston began the evening with an excerpt from his memoir. He touched on the themes of his identity as being decidedly Brown, finding community with other marginalized groups and the resistance to fitting into the dominant group’s ideologies.

“Everything in the world tries to shape your identity and tell you who you are and who you’re supposed to be,” said Cranston. “Claiming to be Brown is a bit of a resistance to the way that folks want to portray me.”

When reflecting on his immigration journey, Cranston stated that he is proud of how hard he worked to become a Canadian citizen.

“I will never stop knowing I’m an immigrant. I came over [at the age of four] in the low, low chambers on a boat. I had to work hard to be a Canadian. With respect to those of you who were born Canadians, I’m not sure you realize how hard those of us who are immigrants have to work. We have to work to get that citizenship and we never take it for granted.”

Cranston discussed how he found acceptance with Indigenous, Black, and Brown communities.

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“Without knowing where I come from, the communities who have invited me and called me in have been everything to me. I’m unbelievably indebted to them because they have made me feel like I belong.”

As the memoir dives deeper into Cranston’s family history, he recognized that he was writing the book as a gift for his children. 

“I want my children to know where we come from. I don’t want them to live with the unknowns, and there are lots of unknowns in the book. I want them to be able to look at who they are, where we came from and to have some grounding in it.”

He wants to continue to disrupt the systems in place so that hard-working racialized people are provided similar opportunities to their white colleagues.

“If you’re Indigenous, Black, or Brown, the higher you get in the system, the bigger price you’re going to pay for even the slightest mistake. Our [Indigenous, Black, Brown] communities have the saying, ‘You need to work twice as hard to get half as far.’ I’ve worked so hard to get where I am today. I am so appreciative to be here and to be surrounded by amazing people, but I know how hard I worked because the system wasn’t built for me.”

The full conversation can be found at the College of Education’s YouTube page. Half-Caste: Decidedly Brown in a Black or White World can be purchased here.

award-winning-veterinary-professor-builds-student-resiliency-through-confidence-and-perspectivetrue1718730911095imj129Award-winning veterinary professor builds student resiliency through confidence and perspectiveA recent recipient of the 2023 University of Saskatchewan (USask) Provost’s Outstanding New Teaching Award, Al Chicoine says students need to know their professors care about their success.Darla ReadWCVM, 1706884260000/articles/community/2024/award-winning-veterinary-professor-builds-student-resiliency-through-confidence-and-perspectivenewssite://news/articles/community/2024/award-winning-veterinary-professor-builds-student-resiliency-through-confidence-and-perspectiveccm0461706884528649ccm0461706884528649show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/chicoine-1080.jpgsite://news/images/2024/chicoine-1080.jpgnewschicoine-1080.jpg1382991080720Assistant Professor Dr. Al Chicoine (DVM) and his cat, Mort, during a lesson with students in the Western College of Veterinary Medicine at the University of Saskatchewan. (Photo: Submitted) Assistant Professor Dr. Al Chicoine (DVM) and his cat, Mort, during a lesson with students in the Western College of Veterinary Medicine at the University of Saskatchewan. (Photo: Submitted) NoNonesupport-studentsNo/
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During a recent interview with the Gwenna Moss Centre for Teaching and Learning (GMCTL) Power of Teaching podcast, Assistant Professor Dr. Al Chicoine (DVM) spoke about this passion for teaching. 

Chicoine, from the Department of Veterinary Biomedical Sciences, is an alumnus, a veterinarian who specializes in clinical pharmacology, and the 2023 recipient of the Provost’s Outstanding New Teaching Award. 

Chicoine said sometimes instructors forget what it’s like to be students, and that students know right away which professors really want them to succeed versus those who are teaching simply because they were assigned that course.  

He said it made an important difference to him when he was a student when faculty brought energy and passion to their work, and he vowed when “if ever on the other side of the fence,” that he’d bring that same level of energy and passion to hopefully make the material more tolerable. 

“The material isn’t always going to be a ton of fun, but knowing that the instructor cares, is passionate, and really wants the students to learn, I think goes a long way in helping the students get through the program.” 

Chicoine uses a “two-prong approach” to instil resiliency in his students: build confidence and help give them perspective on challenges they face today so they can handle challenges upon graduating. 

He said some students approach challenges by trying to remove them but reminds the students that challenges will always be there.  

“Our students are going to get knocked down – metaphorically, although I guess sometimes literally with horses, cows, and big dogs – during the course of their studies, and throughout their career. There is just no way around that.” 

“Resilience is the ability to keep on going and to not shy away from those difficulties. It sounds easy in principle, but it’s hard in real life,” Chicoine added. 

He said current stresses most students face at university can help put things in perspective later in life. 

“What happens when you have an animal die and it’s your case? Maybe you didn’t make a mistake, but these things happen, and the client is really upset and they’re yelling at you,” said Chicoine. “It happens to every vet at some point in time. Can you get up from that sort of a situation?”  

Chicoine simulates situations like that during a communication session with students where they role play a veterinarian and discuss a challenging situation like a pet dying, a medical mistake, or a difficult diagnostic process.  

“It’s hard, it’s uncomfortable, and it’s uncomfortable for me as facilitator/coach,” Chicoine said. “But almost universally, the students really appreciate it on the other side. They tell me, ‘That was really hard, I was stressed out about it, it wasn’t pleasant, but I got through it. I think when I’m faced with it in the real world, I know I can get through it again.’” 

In addition to providing perspective, Chicoine said there should be an emphasis on instilling confidence. 

“In a very difficult and rigorous program like veterinary medicine, students focus on the negatives. They’re used to being very high achieving students, and all of a sudden, they can’t excel in everything.”  

Chicoine said it’s his job to help them understand how far they’ve come and how much they actually do know in order to build that confidence. 

Chicoine is humble when asked what kind of advice he would offer other instructors on cultivating resilience in their students. He said one of the challenges is that he’s unsure of the best way to measure resilience. 

"I don’t have proof that what I’m doing is working. I have anecdotes, but in terms of actually assessing resilience, it feels like a blind spot. It’s the number one characteristic we’d like our graduates to have, but I’m not sure we have a good way to assess that.” 

To hear more of Chicoine’s interview, as well as interviews with other award-winning instructors, listen to the Power of Teaching podcast.  

black-history-month-fonge-making-a-difference-at-usasktrue1718730911095imj129Black History Month: Fonge making a difference at USaskWhen it comes to cancer research, scientists like Dr. Humphrey Fonge (PhD) know they are always working against the clock for patients who often don’t have the benefit of time.James Shewagablack history month, bhm, College of Medicine,1706795100000/articles/community/2024/black-history-month-fonge-making-a-difference-at-usasknewssite://news/articles/community/2024/black-history-month-fonge-making-a-difference-at-usaskccm0461706729238818ccm0461709223354630show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/humphrey-fonge-1.jpgsite://news/images/2024/humphrey-fonge-1.jpgnewshumphrey-fonge-1.jpg2100751080720Dr. Humphrey Fonge (PhD) is an award-winning nuclear medicine researcher and associate professor of medical imaging in the USask College of Medicine. (Photo: Submitted)Dr. Humphrey Fonge (PhD) is an award-winning nuclear medicine researcher and associate professor of medical imaging in the USask College of Medicine. (Photo: Submitted)NoNonesupport-critical-researchNo/
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“It is a huge race against time, and I get emails from patients and you really feel for these people and what they are going through,” said Fonge, an award-winning nuclear medicine researcher and associate professor of medical imaging in the College of Medicine at the University of Saskatchewan (USask). “People who you don’t know tell you about how much they count on your efforts, so for me it is a race to save even one life. I would retire a happy man, if one of these breakthroughs saved lives.”

Like most people, Fonge has had family and friends face cancer, and has dedicated his life to improving the diagnosis and treatment in an effort to increase the odds of patient survival.

“I don’t know anyone who doesn’t have a family member affected by cancer, because 45 per cent of Canadians are going to be diagnosed with one form of cancer or another in their lives, so I am very passionate about this research,” said Fonge, who has been a leader in research advancements since being recruited to come to USask 11 years ago. “My research focuses on two things that are complementary to each other. It’s about the ability to better diagnose different cancer types, so that is the diagnostic part. And the second part of it is the therapeutic part: the ability to better treat different cancer types.”

Fonge’s work has helped bring substantial research funding to USask over the past decade for everything from triple-negative breast cancer and prostate cancer to colorectal and neuroendocrine tumours. His latest million-dollar grant to develop new diagnostics and therapeutics for pancreatic and ovarian cancer – along with co-applicants Dr. Maruti Uppalapati (PhD) and Dr. John Gordon (PhD) – was part of a record-setting round of $7 million in grants for USask from the Canadian Institutes of Health Research (CIHR) last summer.

“I have received lot of CIHR grants, lots of SHRF (Saskatchewan Health Research Foundation) grants, Western Economic Diversification grants, and I think in the last 10 years it’s all totalled about 17 million dollars,” said Fonge, who received SHRF’s annual Santé Impact Award in 2020 for his cutting-edge research. “We just received new CIHR funding for pancreatic and ovarian cancer and I have many grants for different cancer types, including triple negative breast cancer. They are all very dangerous. So a big part of what I do is I identify a clinical problem – and there are many of them, unfortunately – and then I start working on solutions.”

TextImage/images/2024/fonge-in-lab-david-stobbe.jpgsite://news/images/2024/fonge-in-lab-david-stobbe.jpgnewsfonge-in-lab-david-stobbe.jpg1715741080720Awarded SHRF’s annual Santé Impact Award in 2020 for his cutting-edge research, USask’s Dr. Humphrey Fonge (PhD) works to improve diagnosis and treatment for cancer patients. (Photo: David Stobbe)Above content

Fonge’s focus is on improving imaging tools and techniques to better diagnose deadly cancers, while also creating cancer-fighting compounds and testing therapeutics, as his team strives to turn success in the lab in animal models into clinical human trials to improve cancer treatments.

“The clinical problem is, usually for most cancers, the standard of care for these cancers is sub-optimal,” said Fonge. “Patient management is critical for a lot of different cancer types and that is why mortality rate is so high. What I do is based on the concept that if I can see it, then I can attempt to treat it. In terms of how close we are to a breakthrough, a breakthrough for me would be when I am able to start testing the compounds in patients.”

For the past decade, Fonge has helped create the labs that he now works in and has helped trained dozens of graduate students and post-doctoral researchers, and is quick to credit the university for now featuring some of the country’s leading medical imaging tools on campus, from the cyclotron to the new microPET/SPECT/CT scanner.

“It’s been really hard work, but I really enjoy it,” said Fonge, who also serves as a radiopharmacist for the Saskatoon Health Region. “I have received support here and I am really grateful for everything that I have. I know the hands of every institution is tight, and I am just focusing on my research and helping to train students and post-docs in my lab. And from a research standpoint, the nice thing is just the amazing facilities we have here that have allowed me to do my work.”

Born and raised in Cameroon – where temperatures average more than 30 Celsius year-round, compared to the minus-30s often experienced in Saskatoon at this time of year – Fonge’s path to USask began more than 20 years ago when he earned a scholarship to attend graduate school at the prestigious KU Leuven institution in Belgium at the age of 24. After earning his master’s and PhD in radiopharmacy in Belgium, Fonge moved overseas for a post-doctoral fellowship at the University of Toronto, where he also made time to complete a Master of Business Administration in 2011.

“The MBA actually shaped the way I do science,” said Fonge. “I finished my MBA with an emphasis on innovation, so I learned during those years about being innovative and it gave me a completely different spin on science and that innovation has driven a lot of my approach to this day.”

Having never been to Saskatchewan before, Fonge was recruited to come to USask in 2013 by former department head Dr. Paul Babyn (MD), and has never looked back.

“I didn’t know what that opportunity would look like until the picture was presented to me about what I would be doing, and it was picture perfect,” said Fonge. “So I came here and I have no regrets.”

After moving from Cameroon to Belgium to Canada, Fonge quickly found himself feeling right at home in Saskatoon, after heading west from Toronto.

“This place has been way more accommodating and has felt way more at home for me than where I used to live,” he said. “That’s not to say that I don’t see some things around me, but in terms of discrimination, Saskatchewan is a better place for me, and it’s funny that even though it is not as cosmopolitan as cities like Toronto, people here are always nice and I didn’t always have that feeling when I lived in Toronto. And I think things have changed a lot over the last 10 years. I still remember back in 2011, having an interview with a company and the human resources officer from the company called me and said they couldn’t hire me because of my accent. But I have never felt that way here.”

TextImage/images/2024/fonge-micro-petspectct45.jpgsite://news/images/2024/fonge-micro-petspectct45.jpgnewsfonge-micro-petspectct45.jpg1896341080682College of Medicine researcher Dr. Humphrey Fonge (PhD) with the microPET/SPECT/CT scanner at the University of Saskatchewan (USask). (Photo: Marg Sheridan)Above content

Two years ago, Fonge helped co-found USask’s Black Faculty and Staff Caucus, to provide support, mentorship and fellowship for fellow members of the Black community on campus. As USask celebrates and highlights Black History Month, Fonge is proud of the support that he has received here, the colleagues who have become friends, and the opportunity give back and be the mentor he didn’t always have in his university years.

“Because I am a minority, I am so passionate about helping others,” said Fonge. “I think you get an incredibly different perspective when you have people of different backgrounds, different genders, different cultures, represented at the table. So I am so passionate about this caucus that we started because most people when they start a faculty position now, they have mentors and so on, but I had nothing when I started. So if I am able to offer any form of support to any faculty and staff, or students, I am very passionate about that.”

From implementing its Equity, Diversity and Inclusion Policy, to developing anti-racism training, to celebrating Black History Month, Fonge said the university has taken significant steps to be the most welcoming place it can be for all students, staff and faculty.
 
“I think that is something that more universities are trying to do, but I know the University of Saskatchewan is doing this genuinely,” said Fonge. There is just that feeling here that we are all welcome and we are all equal. And I was blown away by the speech by the president (Peter Stoicheff) recently and I feel that there are many people here who are genuinely supportive.

“(Celebrating Black History Month) started a couple of years ago, and I am so grateful that the university has done this and it is wonderful to have the opportunity to sit down with the deans and the president and talk to them about how we feel and what we would like to see. So, I think it is one of the most important events of the year.”

black-history-month-usasks-ugochukwu-working-towards-a-food-secure-futuretrue1718730911095imj129Black History Month: USask’s Ugochukwu working towards a food-secure futureDr. Albert Ugochukwu’s (PhD) journey into the field of agricultural economics was driven by a passion for sustainable development, nurtured by various mentors during his doctoral studies at the University of Saskatchewan (USask). Charvee Sharmablack history month, bhm, JSGSPP, sustainability,1706707800000/articles/community/2024/black-history-month-usasks-ugochukwu-working-towards-a-food-secure-futurenewssite://news/articles/community/2024/black-history-month-usasks-ugochukwu-working-towards-a-food-secure-futureccm0461706666861273ccm0461707943861690show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/ugochukwu-1080.jpgsite://news/images/2024/ugochukwu-1080.jpgnewsugochukwu-1080.jpg2372841080720Dr. Albert Ugochukwu (PhD) is a Senior Policy Fellow at the Centre for the Study of Science and Innovation Policy in the Johnson Shoyama Graduate School of Public Policy at the University of Saskatchewan. (Photo: Charvee Sharma)Dr. Albert Ugochukwu (PhD) is a Senior Policy Fellow at the Centre for the Study of Science and Innovation Policy in the Johnson Shoyama Graduate School of Public Policy at the University of Saskatchewan. (Photo: Charvee Sharma)NoNonesupport-critical-researchNo/
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Today, as a Senior Policy Fellow at the Centre for the Study of Science and Innovation Policy (CSIP) in the Johnson Shoyama Graduate School of Public Policy (JSGS), his research brings together genomics, digital architecture, and technology, with a key focus on enhancing our understanding of crop productivity and conservation – through an Indigenous lens.

An Erasmus Mundus scholar, Ugochukwu is exploring pathways to the challenges of “building responsible value chains, consumer trust, and technology adoption” in agri-food systems.

“Finding answers to food security, in a growing world population, requires resilient and sustainable transformation of food systems,” he said.

Through his research, Ugochukwu is also trying to address the pressing issues of authenticity in the multibillion-dollar food industry. “Authenticity continues to grapple the industry with food fraud and a decline in consumer trust over false-labelling, misleading quality claims, and substandard substitution,” he said.

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Born and raised in Nigeria, Ugochukwu came to Canada in 2009 to complete his PhD in agricultural economics at USask and has participated in multiple international development projects during his 19 years of professional experience in the agri-food sector and with a number of international organizations and donor agencies.

At USask, Ugochukwu is embracing technology to tackle some growing concerns in the global agri-food sector.

“Data-driven tools will remain at the forefront of shaping the farm of the future,” he said.

While there has been a surge in the generation of data among researchers, the reuse and sharing of data in interdisciplinary plant phenotyping research remains less widely explored. Ugochukwu’s latest research examines the motivations, barriers, and opportunities for sharing of digital data in plant phenotyping research.

“It is important to make data openly available for reuse and identify motivations and policy frameworks that could serve as incentives for more wider data sharing among researchers,” he said.

At the same time, he is in the process of developing a natural capital accounting (NCA) framework for biodiversity conservation, using DNA barcoding within the Kunming-Montreal Global Biodiversity Framework adopted at COP15.

“We are working with the T'Souke First Nations for community-led valuations to inform policy decisions on biodiversity conservation,” he said.

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Ugochukwu is optimistic about the transformative power of Artificial Intelligence (AI) in agriculture. He sees AI as a key player in “boosting efficiency, productivity, and profitability by digitizing agriculture.”

“Transitioning to regenerative agricultural techniques, including practices like cover cropping, nutrient management, and reduced tillage can help promote sustainable agriculture and communities,” he added.

Ugochukwu underscores weather forecasting and agricultural risk-assessing tools such as Microsoft’s FarmVibes.AI in assisting farmers to make informed decisions to avert potential losses to crops.

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As he navigates the intersection of climate change and public policy, Ugochukwu reflects on some obstacles in conducting research.

“Securing grants directly from funding agencies can be challenging,” he said.

If given the opportunity of flipping a switch, he aims to expand his research scope and provide opportunities for more graduate students to enter research.

In his 13 years at USask, Ugochukwu has published more than 20 articles in peer-reviewed journals and received several scholarship awards, including the USask Interdisciplinary Research Excellence Award 2014 and Genome Canada Best Paper and Presentation Award. His research work aligns with USask’s research areas, namely, agriculture, health, and wellness, and exploring sustainable communities, energy, and mineral resources.

training-public-health-professionals-to-meet-the-needs-and-challenges-of-today-and-the-futuretrue1718730911095imj129‘Training public health professionals to meet the needs and challenges of today, and the future’Dr. George Mutwiri (DVM, PhD) has been appointed to a three-year term as executive director of the School of Public Health (SPH) at the University of Saskatchewan (USask).Shannon Boklaschukblack history month, bhm, provost, health,1706211360000/articles/community/2024/training-public-health-professionals-to-meet-the-needs-and-challenges-of-today-and-the-futurenewssite://news/articles/community/2024/training-public-health-professionals-to-meet-the-needs-and-challenges-of-today-and-the-futureccm0461706211830880ccm0461711402154567show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mutwiri-1080.jpgsite://news/images/2024/mutwiri-1080.jpgnewsmutwiri-1080.jpg1387731080720Dr. George Mutwiri (DVM, PhD) says his “current view of leadership is one where all are involved in determining the future of our overall health and well-being.” (Photo: Submitted)Dr. George Mutwiri (DVM, PhD) says his “current view of leadership is one where all are involved in determining the future of our overall health and well-being.” (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. George Mutwiri (DVM, PhD) believes there’s truth to the adage that “an ounce of prevention is worth a pound of cure.”

As a professor and senior leader in the School of Public Health (SPH) at the University of Saskatchewan (USask), Mutwiri has witnessed firsthand how preventative measures, such as vaccination, can lead to improved health outcomes at individual and population levels.

It’s this keen interest in prevention that led Mutwiri to a career in vaccine research and development, and to later explore public health as it relates to public policy, social advocacy, and socioeconomic factors.

“I always was interested in a preventative approach to control infectious disease. That is how I ended up spending many years in vaccine R&D (research and development),” Mutwiri said. “I went on and developed an interest in the socio-behavioural aspects of vaccines; that includes public-health measures. As my career evolved, I realized I can have more impact in training the future leaders of public health, and I can have much more impact as a leader myself.”

Mutwiri, who grew up in a small village in Kenya, has spent more than 25 years at USask, many of them serving as an educator, researcher, and leader in SPH. Prior to coming to Saskatchewan, he earned his Doctor of Veterinary Medicine degree at the University of Nairobi, in Kenya, and his PhD at the University of Guelph, in Guelph, Ont. He was also a postgraduate research microbiologist at the University of California in San Diego before joining the Vaccine and Infectious Disease Organization (VIDO) at USask in 1997.

More recently, in late 2023, Mutwiri was appointed as the executive director of SPH for a three-year term—from Nov. 1, 2023, to Oct. 31, 2026. It’s a position for which he is well-prepared; he previously served as the school’s interim executive director from 2015 to 2017 and again from 2021 to Oct. 31, 2023, and, before that, as its assistant executive director from 2012 to 2015. In addition to his work in the school, Mutwiri was previously an adjunct professor with the Toxicology Centre and an associate member in the Department of Veterinary Microbiology in the Western College of Veterinary Medicine.

Professor Airini (PhD), USask’s provost and vice-president academic, said Mutwiri is a dedicated leader who is well positioned to lead SPH for the next three years.

“I am so pleased to welcome Dr. Mutwiri into this key leadership role at USask,” said Airini. “Dr. Mutwiri has contributed significantly to our university during his time as the interim executive director of the School of Public Health. We all look forward to further working with Dr. Mutwiri to further advance innovative graduate training, research, and programming to support our public health system’s response to future challenges and opportunities.”

A full professor in SPH, Mutwiri has held leadership roles on and off campus, including as the president of the American Association of Veterinary Immunologists and as the president of AFRI-CAN investors Inc. In addition, he has served as a member of a variety of institutional and college- and school-level committees and groups at USask, including the Senior Leadership Forum, Deans’ Council, the Health Sciences Deans Committee, and the Black History Month Committee, through which he helped to organize the inaugural USask Black History Month celebration in February 2022. In January 2024, he accepted the role of co-chair of the Provost’s Advisory Committee – Scarborough Charter. He has also engaged in USask’s Greystone Leadership Development Program and in LEADS Global.

An outstanding researcher, Mutwiri has authored more than 170 peer-reviewed articles, book chapters, and abstracts for conferences. As principal investigator, co-principal investigator, or collaborator, he has attracted more than $18 million in research funding, and has engaged in international collaborations in the United States, China, Kenya, and Rwanda. Mutwiri and his colleagues at SPH are currently developing a public health network between USask and four universities in the Caribbean region. In his new role as executive director of the school, he is committed to helping faculty establish careers and externally funded research programs at USask, drawing from extensive research experience.

Mutwiri said he sought the executive director position because he aspires to serve the university and the larger community. He also wants to help develop and support the next generation of public health leaders—including students, faculty, and community members outside of academia. He believes everyone has the potential to be a leader in the public health space, regardless of their formal training or their position or job title within an organization.

“My current view of leadership is one where all are involved in determining the future of our overall health and well-being,” he said.

Mutwiri has taught several graduate courses in the school and developed and teaches some topics in PUBH 877: Leadership in Public Health. He is a mentor who has supervised post-doctoral fellows, PhD students, and master’s students, and has advised numerous Master of Public Health students. As an administrator and researcher, Mutwiri values interdisciplinary collaboration and looks for opportunities to work with other USask schools and colleges to co-develop innovative academic programs for the benefit of students and the community. He believes other academic disciplines at the university have much to contribute to public health teaching and learning.

“One of my mantras is that we have strength in diversity at USask,” he said. “We have eight life science colleges and a school on one campus. We are growing diversity of people in terms of experiences and identities. This is a rich environment for creativity.”

TextPullquote"Public health is an evolving field of practice. This is my challenge, for me, as a leader: to make sure we are training public health professionals to meet the needs and challenges of today, and the future.”Dr. George Mutwiri /Align left

Mutwiri points to examples of productive interdisciplinary collaborations that have occurred at USask, including a collaborative biostatistics program that was developed through a partnership between the School of Public Health, the Department of Mathematics and Statistics in the College of Arts and Science, and the Department of Community Health and Epidemiology in the College of Medicine. As well, SPH is currently in the advanced stages of developing a joint-degree program (MN-MPH) with the College of Nursing, and the school is exploring the development of a joint program with the College of Dentistry, he said.

In alignment with Mutwiri’s interest in the role of prevention in public health, the school is also co-developing a new course with the College of Kinesiology that will focus on the relationship between exercise and well-being. And, in 2023, the school began offering a new Graduate Certificate in Substance Use Health and Well-being, which is open to students and professionals from allied health fields—including medicine, nursing, social work, dentistry, psychology, and law—and is for learners who want to advance their competency in improving substance-related health well-being spanning through policy, research, and public health practice. 

Throughout his time at the school, Mutwiri has seen many changes occur in the field of public health. He noted that the definition of public health has continued to evolve over the years, and so too have conversations around the core competencies associated with public health training in Canada. When the Public Health Agency of Canada first released the document Core Competencies for Public Health in Canada in 2008, the competencies were divided into seven categories: public health sciences; assessment and analysis; policy and program planning, implementation, and evaluation; partnerships, collaboration, and advocacy; diversity and inclusiveness; communication; and leadership.

Now, following the COVID-19 pandemic, these core competencies are being revisited in Canada and up to 13 domains have been identified, significant growth from the Public Health Agency of Canada’s initial seven. Consequently, SPH is revising its curricula to reflect this development in its training programs.

Mutwiri believes the expansion of the core competencies will ultimately provide students, educators, and researchers with a more fulsome view of what it means to be a public health professional and to better advocate for public health.

“These now include very new exciting areas like social justice, health equity, Indigenous health, and other areas,” said Mutwiri. “So, you can see, public health is an evolving field of practice. This is my challenge, for me, as a leader: to make sure we are training public health professionals to meet the needs and challenges of today, and the future.”

usask-dean-highlights-education-as-a-peace-builder-at-the-united-nationstrue1718730911095imj129USask dean highlights education as a peace builder at the United NationsUniversity of Saskatchewan (USask) Education Dean Dr. Julia Paulson (PhD) contributed to a panel on Learning for Lasting Peace, organized by the United Nations Educational, Scientific and Cultural Organization (UNESCO) and held at the United Nations Headquarters in New York.Meagan Hintherinternational, College of Education, 1706132160000/articles/community/2024/usask-dean-highlights-education-as-a-peace-builder-at-the-united-nationsnewssite://news/articles/community/2024/usask-dean-highlights-education-as-a-peace-builder-at-the-united-nationsccm0461706132626790ccm0461706561320783show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/julia-paulson-un.jpgsite://news/images/2024/julia-paulson-un.jpgnewsjulia-paulson-un.jpg1788911080720Dr. Julia Paulson (PhD) speaks at a United Nations event marking the International Day of Education, held in New York. (Photo: Submitted)Dr. Julia Paulson (PhD) speaks at a United Nations event marking the International Day of Education, held in New York. (Photo: Submitted)NoNonesupport-studentsNo/
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The event coincided with the International Day of Education, held annually on January 24. UNESCO dedicated this year’s focus to the crucial role education and teachers play in countering the alarming rise of discrimination, racism, xenophobia, and hate speech, paralleled by a rise in violent conflicts.

Paulson shared research highlights from the Education Justice and Memory Network (EdJAM). Led by Paulson, EdJAM is a collaborative, international network of researchers, educators, and civil society organizations committed to creative ways to teach and learn about conflict, violence, colonialism, imperialism, and racism. The network funds projects in 24 countries around the world.

“I believe that reparative education is the greatest hope for peace, healing and transformation,” Paulson told members at the UN. “This conviction comes from my work on the EdJAM project.”

Paulson described how the work of the network is grounded in the idea of reparative pedagogies—teaching and learning processes that acknowledge past injustices and seek to restore relationships.

“These strategies work with learners to challenge the reproduction of inequalities and injustices that have their legacies in past violence,” said Paulson. “These often reproduce themselves in the present, and unfortunately are unchallenged and brought into how learners view the future.”

Paulson highlighted three key findings about reparative education when used in classrooms: these strategies are dignifying, as they humanize and give historical agency to individuals and groups whose story has been largely told as one of victimhood and suffering; they are truth-telling and inclusive of multiple perspectives which enables them to balance an important tension in history education; and they are creative and create art together with learners to share broadly.

TextImage/images/2024/hate-speech_v2.jpgsite://news/images/2024/hate-speech_v2.jpgnewshate-speech_v2.jpg19699310801080This year’s International Day of Education focused on the role teachers play in combating the rise in hate speech, discrimination, racism, xenophobia, homophobia, transphobia, and sexism. Align right

“What’s so fascinating to witness, is the way educators can be grounded in truth without making it totalizing in a way that can marginalize and silence,” Paulson said. “This is balanced through the skills and professionalism of teachers and educators. They encourage dialogues, listening and mutual respect, and refuse to give ground to hate speech.”

“Well-supported and resourced teachers are key to a transformative learning environment and a peaceful society,” said Paulson.

This past fall, the College of Education supported opportunities for teacher candidates to learn from organizations such as the Canadian Anti-Hate Network, with workshops focused on recognizing and preventing hate in schools.

“Teachers play a crucial role in fostering a learning environment that is inclusive and restores relationships,” said Paulson. “This can involve recognizing and countering hate speech and being provided with the necessary tools and skills to do so. Reparative education is a part of that goal.”

engineering-academic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradstrue1718730911095imj129Academic and entrepreneur: Hugh Wood created opportunity for USask gradsProfessor Emeritus Hugh Wood is being honoured by USask Engineering as the Distinguished Lecturer at the college's 2024 C.J. Mackenzie Gala.Donella Hoffman College of Engineering, 1706011680000/articles/community/2024/engineering-academic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradsnewssite://news/articles/community/2024/engineering-academic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradsnews_ws1706104409507ccm0461706104536255show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/hugh-wood-lab-unveiling.jpgsite://news/images/2024/hugh-wood-lab-unveiling.jpgnewshugh-wood-lab-unveiling.jpg180849941626Professor Emeritus Hugh Wood at the 2019 unveiling of the Doc Wood Lab in the Engineering BuildingProfessor Emeritus Hugh Wood at the 2019 unveiling of the Doc Wood Lab in the Engineering BuildingNoNonesupport-critical-researchYesNoYesMatching keywordsYesImage/images/news/2024-hugh-wood-academic-and-entrepreneur.jpgsite://engineering/images/news/2024-hugh-wood-academic-and-entrepreneur.jpgengineering2024-hugh-wood-academic-and-entrepreneur.jpg1302091080720Professor Emeritus Hugh Wood at the 2019 unveiling of the Doc Wood Lab in the Engineering BuildingNoNoneNoneNo/
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After earning three degrees at the University of Saskatchewan College of Engineering (USask Engineering) Hugh Wood’s academic journey took him to Sweden, but he couldn’t resist the call to come back to the prairies.

“Well, it’s home,” he states simply when asked why he returned to the province after spending two years in Stockholm doing his postdoctoral studies.

Wood, now a professor emeritus, earned his bachelor’s (’66), master’s (’69), and PhD (‘72) in Engineering Physics from USask Engineering.

Since then, his engineering career has featured an impressive combination of achievement in academia and entrepreneurship: from leading the Department of Electrical and Computer Engineering at USask, to playing a pivotal role in helping to grow Wavecom Electronics from a Saskatoon-based start-up to Vecima Networks, now traded on the Toronto Stock Exchange.

In both realms, Wood has been eager to ensure young USask engineers had opportunities to stay in the province and capitalize on their made-in-Saskatchewan skills and education.

In recognition of Wood’s contributions, he will deliver the keynote lecture at the 47th annual C.J. Mackenzie Gala and will be inducted into the college’s Alumni Wall of Distinction. The gala, which happens Jan. 30 at Saskatoon’s Prairieland Park, annually draws hundreds of engineers, industry, students, faculty and staff. Tickets are available online on Eventbrite until Jan. 24.

Wood’s ties to Saskatchewan – and his decision to study engineering – are rooted in growing up on his family’s small farm near Melfort, roughly a two-hour drive northeast of Saskatoon.

He often had questions about various natural phenomena, like what caused the northern lights or how sound travelled.  

“From my room, I saw my father out in the field, pounding in a fence post. I saw the hammer hit the post and I didn't hear the sound for awhile. I said, ‘Well, what's going on?’ How come I could see it, but I didn't hear it?”

Meanwhile, the matter of keeping a small farm running with very few tools provided an infinite opportunity to learn about mechanical and electrical matters.

“It's a survival thing to be able to solve problems on a day-to-day basis and to fix things,” said Wood.

His parents supported his curiosity by making sure he and his  siblings had books on hand so they could further explore their interests. Then, when he read about engineering in a university course catalogue, Wood knew it was the right fit, as was choosing to study Engineering Physics once he arrived at the college.  

“With those fundamental things that you wonder about, the best source of answers is in physics,” he said.

TextImage/images/news/2024-academic-and-entrepreneur-hugh-wood-secondary.jpgsite://engineering/images/news/2024-academic-and-entrepreneur-hugh-wood-secondary.jpgengineering2024-academic-and-entrepreneur-hugh-wood-secondary.jpg38504500625Professor Emeritus will speak Jan. 30 at the C.J. Mackenzie Gala. (Photo by Bob Deutscher)Align left

After completing his postdoctoral studies in Sweden, Wood came back to Canada in 1973. A poor economy meant jobs in academia were scarce, so he instead took an entry level job at SED Systems. It was then a relatively new company that had been spun off from USask’s Institute of Space and Atmospheric Studies, with SED short for Space Engineering Division. 

Wood worked in remote sensing and instrumentation, exploring if commercial products could be created using the technology SED had developed during its rocket research programs.  

“There was a real good combination of physics and engineering so it was natural for me to go there,” said Wood.

Wood says SED proved that a local technology company could survive and provide opportunities for USask grads to stay in the province, rather than moving to Alberta or Ontario.

“(SED) had grown out of the university and was what we would now call high-tech.

"It was interesting and productive work, it could actually hire people and we could use the education we received here. SED was the spark that showed it was possible.”

Wood became the manager of research and development at SED, with his work focusing on ag monitors. During this time, he also began teaching part-time at the College of Engineering, after a friend at the college asked him to help it out of a bind.

When SED turned its focus to satellite technology in the mid-1980s, Wood decided the time was right to become a full-time faculty member, and later served as head of the Department of Electrical and Computer Engineering from 1993 to 2000, when he retired from the university.

“Teaching was probably the most enjoyable part because you can see the faces of students when they catch on to something,” he said.

During his time on faculty, Wood was integral in the development of the Digital Signal Processing stream and was a respected leader and team builder in the college. In 2019, the 2C74 electrical engineering undergraduate lab was renamed in his honour.

Though he was fully immersed at the college during this period, Wood would also find himself making another foray into the private sector. 

In 1987, USask had attracted another SED employee, Surinder Kumar, to join the college as the NSERC Industrial Chair in Telecommunications. Wood says one of the goals for the chair was to support the growth of the local tech industry.

Kumar saw an opportunity to develop technology to convert satellite signals to a format that television stations could transmit on their cable systems. He founded Wavecom Electronics in 1988, working on the company after-hours until he resigned from USask a few years later.  

Although Kumar “had the technology down pat” he needed help with managing his fledgling company, so he hired Wood as chief operating officer, a position he held until he retired in 2013.  

The company is now headquartered in Victoria but maintains a presence in Saskatoon. At one time, it had about 900 employees in the city, providing a range of technical, management and administrative jobs.  

“We work so hard as profs to teach all these bright young students coming through the university and it’s provincial money, basically, that’s supporting the university,” Wood said. “When I saw all these students leaving the province, I said, ‘Well, that’s unsustainable. We have to do something about that.’ ”

Being part of the growth of Saskatoon’s tech sector – through his work at SED and Vecima – is something Wood looks at with a sense of accomplishment in seeing local people – and USask Engineering grads – being able to build good careers in the city. 

“There is satisfaction to have created the opportunity locally so all these people could work productively in their home environment without having to leave and go somewhere else to get that same sense of fulfillment.”

/news/2024/academic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://engineering/news/2024/academic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradsengineeringacademic-and-entrepreneur-hugh-wood-created-opportunity-for-usask-gradsArticle headlineAcademic and entrepreneur: Hugh Wood created opportunity for USask grads Professor Emeritus Hugh Wood is being honoured by USask Engineering as the Distinguished Lecturer at the college's 2024 C.J. Mackenzie Gala.award, cj mackenzie, facultyDonella Hoffman Jan 23, 2024 12:08 PM
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indextrue1718730911095imj129Section titlerename me/articles/community/2024/indexnewssite://news/articles/community/2024/indeximj1291704828918449imj1291704828918449show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
studentstrue1704897075421imj129students/articles/studentsnewssite://news/articles/studentsimj1291704828748674imj1291704834967030show-in-navNo2023true1718296177385imj12920232023/articles/students/2023newssite://news/articles/students/2023imj1291704897555902imj1291704897555902show-in-navYesfsin-usask-college-of-law-sign-mou-to-foster-first-nations-child-welfare-legal-researchtrue1718730911095imj129 FSIN, USask College of Law sign MOU to foster First Nations child welfare legal researchThe Federation of Sovereign Indigenous Nations (FSIN) and the College of Law at the University of Saskatchewan (USask) signed a Memorandum of Understanding (MOU) on Saturday, Oct. 21 at noon. The MOU represents a collaborative commitment to advance legal reform in child welfare systems for First Nations communities in Saskatchewan.Indigenous, aboriginal, College of Law, pec, leadership,1698079140000/articles/students/2023/fsin-usask-college-of-law-sign-mou-to-foster-first-nations-child-welfare-legal-researchnewssite://news/articles/students/2023/fsin-usask-college-of-law-sign-mou-to-foster-first-nations-child-welfare-legal-researchimj1291704897604276imj1291704897604276show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/067a0246.jpgsite://news/images/2023/067a0246.jpgnews067a0246.jpg3258331080720FSIN Vice Chief E. Dutch Lerat and Dean Martin Phillipson with the College of Law at USask sign a Memorandum of Understanding on Saturday, Oct. 21. (Photo: Angela Worobec) FSIN Vice Chief E. Dutch Lerat and Dean Martin Phillipson with the College of Law at USask sign a Memorandum of Understanding on Saturday, Oct. 21. (Photo: Angela Worobec) NoNonesupport-indigenous-achievementNo/
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The agreement formalizes the partnership between FSIN and the USask College of Law, solidifying their shared vision of addressing critical legal and policy issues surrounding child welfare in the region. 

"In the last three years in Saskatchewan provincial courts, Bill C-92 has only been mentioned three times,” said FSIN Vice Chief E. Dutch Lerat. “This MOU is for the most vulnerable, our children in care. They deserve to have their rights fought for. We won’t let them down. We’ll fight harder for those who can’t fight for themselves."  

Through this initiative, both parties intend to strengthen their relationship and deepen their collaboration in academic and community-led research for the betterment of First Nations children, youth, and families in Saskatchewan. The research initiative aims to empower and support the communities through capacity building, offering valuable insights and solutions to enhance child welfare systems for First Nations. 

Vice Chief E. Dutch Lerat, representing FSIN, and Dean Martin Phillipson, representing the College of Law, formally signed the Memorandum of Understanding at the signing ceremony. The ceremony marks the official launch of the First Nations Child Welfare Legal Research and Community Partnership Initiative, demonstrating the commitment of both organizations to the well-being and rights of Indigenous children and families. 

TextImage/images/2023/067a0249.jpgsite://news/images/2023/067a0249.jpgnews067a0249.jpg3165401080720FSIN Vice Chief E. Dutch Lerat and Dean Martin Phillipson with the College of Law at USask sign a Memorandum of Understanding on Saturday, Oct. 21. (Photo: Angela Worobec) Above content

"The College of Law is honoured to partner with the Federation of Sovereign Indigenous Nations in this important initiative,” said Phillipson. “We believe that the strength of our academic and research resources, when combined with the experience, knowledge, and expertise of FSIN, will bring about positive and lasting change in the child welfare systems for First Nations communities in Saskatchewan."  

This collaboration underscores the shared responsibility of FSIN and the USask College of Law to work towards addressing the longstanding issues faced by First Nations communities in the child welfare system. By pooling their expertise and resources, FSIN and the College of Law aim to create lasting positive change, ensuring that the rights and welfare of First Nations children and families are upheld and protected. 

new-department-of-indigenous-health-and-wellness-approved-at-usask-college-of-medicinetrue1718730911095imj129New Department of Indigenous Health and Wellness approved at USask College of MedicineThe University of Saskatchewan’s (USask) College of Medicine is creating a first of its kind department in a Canadian medical school, dedicated to improving the health outcomes of Indigenous Peoples in Saskatchewan through academics and education. Indigenous, aboriginal, College of Medicine, pec, leadership, health,1697640300000/articles/students/2023/new-department-of-indigenous-health-and-wellness-approved-at-usask-college-of-medicinenewssite://news/articles/students/2023/new-department-of-indigenous-health-and-wellness-approved-at-usask-college-of-medicineimj1291704897604185ccm0461711402090327show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/janet-cihi-board-1080.jpgsite://news/images/2023/janet-cihi-board-1080.jpgnewsjanet-cihi-board-1080.jpg1493261080720Dr. Janet Tootoosis, interim vice-dean of Indigenous health in the USask College of Medicine (credit: submitted)Dr. Janet Tootoosis, interim vice-dean of Indigenous health in the USask College of Medicine (credit: submitted)NoNonesupport-critical-researchNo/
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“We are pleased to be the first province in Canada to establish a specialized academic department focusing on Indigenous health,” Health Minister Everett Hindley said. “Our government is committed to ensuring health-care professionals across our province receive the advanced education and training needed to support the unique health-care needs of Indigenous peoples and their families.” 
 
The Department of Indigenous Health and Wellness received University Council approval in April 2023, and will serve as a welcoming space for Indigenous health researchers, learners, and faculty in the college.  
 
“Indigenous health is a priority for the college,” said Dr. Preston Smith, College of Medicine dean, “and this new department will be Indigenous-led and ensure research is informed by Indigenous community needs.” 
 
An extensive consultation process led by Dr. Janet Tootoosis, interim vice-dean of Indigenous health in the college, supported the successful approval of the new department. Now, Tootoosis and her team will focus on the first phase of implementation – staffing the department and building its capacity in collaboration, mentorship, and networking. 
 
“In this work, we will have the department goals top of mind,” said Tootoosis. “Those goals are to address Indigenous health inequities, systemic racism, and the scarcity of Indigenous health research that truly supports Indigenous health and wellness.” 
 
The department will also build capacity for the college to effectively respond to the Truth and Reconciliation Commission of Canada’s (TRC) Calls to Action. It will function as a hub for research related to Indigenous health and wellness, and will foster collaboration by bringing together Indigenous health researchers from across the university. The work of the department will also influence how medical education and scholarship incorporates Indigenous knowledge and systems. 

usask-educators-journey-influenced-by-family-community-and-graduate-studiestrue1718730911095imj129USask educator’s journey influenced by family, community, and graduate studiesDr. Gordon Martell (PhD) was destined to be an educator. Connor JayCollege of Education, 1702308900000/articles/students/2023/usask-educators-journey-influenced-by-family-community-and-graduate-studiesnewssite://news/articles/students/2023/usask-educators-journey-influenced-by-family-community-and-graduate-studiesimj1291704897604076imj1291704897604076show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/lead-photo-dr-gordon-martell-was-appointed-as-an-assistant-professor-in-october-of-this-year.jpgsite://news/images/2023/lead-photo-dr-gordon-martell-was-appointed-as-an-assistant-professor-in-october-of-this-year.jpgnewslead-photo-dr-gordon-martell-was-appointed-as-an-assistant-professor-in-october-of-this-year.jpg1600201080720Dr. Gordon Martell (PhD) was recently appointed to the College of Education’s Department of Educational Administration as an assistant professor. (Photo: Submitted)Dr. Gordon Martell (PhD) was recently appointed to the College of Education’s Department of Educational Administration as an assistant professor. (Photo: Submitted)NoNonesupport-studentsNo/
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A proud member of Waterhen Lake First Nation, Sask., Martell grew up in a school, literally. His mother was a teacher in the day school in Waterhen Lake. One room of the school was the classroom for her students while Martell’s family resided in the school. 

“I was born into education,” said Martell. “I couldn’t help but go into education with a start like that. My early experience at Waterhen Lake First Nation provided a solid family and community foundation.”

Martell was appointed to the University of Saskatchewan’s (USask) College of Education’s Department of Educational Administration as an assistant professor in October this year, where he had been serving as a lecturer for the previous year. This followed a full career in K-12 education. However, his journey pointed him on a different path first.

After his family moved to Saskatoon in the 1970s, Martell would begin his own schooling. Although he came from a family where academics were at the forefront, he admits he wasn’t engaged in school and struggled with confidence as a learner.

“I wasn't really engaged in school for a lot of reasons. Mainly because of identity and school not feeling like a place where I fit in, which lots of Indigenous people were experiencing at the time,” said Martell. 

Even though Martell struggled in school, he gained the courage to apply to the Saskatchewan Institute of Applied Science and Technology (SIAST) Kelsey Campus—now Saskatchewan Polytechnic—in a pre-employment welding course with the goal of becoming a welder.

"I had a high school teacher in a basic math class, who I still remember, telling me that I could earn around $50,000 a year as a tradesperson,” recalled Martell. “That seemed like a million dollars a year for me at that time! So I thought, ‘I’m going to do that. I’m going to be a welder.’”

But a conversation with his relatives from Waterhen during a frigid winter would steer Martell back towards his true calling.

“I was welding outside in miserable minus-30-degree weather,” said Martell. “I was sitting with my cousins one evening complaining about how hard life and work was. They mentioned that I should apply to the Indian Teacher Education Program (ITEP) at the University of Saskatchewan.”

TextImage/images/2023/secondary-photo-martell-has-been-lecturing-in-the-department-of-educational-administration-since-2016.jpgsite://news/images/2023/secondary-photo-martell-has-been-lecturing-in-the-department-of-educational-administration-since-2016.jpgnewssecondary-photo-martell-has-been-lecturing-in-the-department-of-educational-administration-since-2016.jpg183114940920Dr. Gordon Martell. (Photo: Submitted)Align right

Since he had already proved to himself that he could be a productive learner, Martell enrolled in ITEP. His first class, Native Studies 110 with Dr. Michael Cottrell (PhD), piqued his interest in the Indigenous experience in Canada and around the world. Learning more about topics such as colonization, oppression and liberation allowed Martell to make sense of the experiences he and others like him had faced growing up.

Martell completed his Bachelor of Education degree in 1991 with the hopes of teaching in the band-controlled system. He found his first job in Beauval, Sask. as a high school teacher.

“My dad had attended Beauval Indian Residential School along with his siblings,” said Martell. “By the time I started teaching there, the school was operated by the Meadow Lake Tribal Council. I started teaching high school Native Studies, Art, English and other duties as assigned. I loved it.”

Martell would return to USask to begin his pursuit of a master’s degree so that he could lead at higher levels within schools.

“I think obtaining the master’s degree was about getting the credential so I could be a school leader,” said Martell. “Once I started, it was the learning that inspired me. I was in awe of the knowledge and experience of people like Dr. Keith Walker (PhD) and Dr. Marie Battiste (EdD). Those folks were so instrumental in my shaping who I was as a professional and a budding scholar.”

During his master’s degree, which he completed in 1998, Martell would find employment with the Greater Saskatoon Catholic Schools (GSCS) division. He would stay with the division for almost three decades. He worked as a vice principal, the first co-ordinator of First Nations and Métis education in the division, and lastly, a superintendent. Martell would return to USask to complete the PhD program in the Department of Educational Administration.

“The PhD was about my own learning journey. My dissertation was a heuristic study of Indigenous educational leadership. And it was a very personal journey for me. I was motivated by the duty to consult, and how that caused me to reflect, project and predict pathways forward in Indigenous education. I wondered where Indigenous voices were in education? How do we gather the voice for change? If consultation is part of the equation, how do we answer to that consultation as indigenous peoples?”

As a self-proclaimed cautious person, leaving GSCS to work at USask was a leap of faith. But the timing was right for an opportunity to influence participation at the post-secondary level.

“I have been lecturing in the Department of Educational Administration since 2016,” said Martell. “It felt like the right time to make the full-time switch from GSCS to USask. It was nice to leave a career [with GSCS] that was rewarding and where I hope I made a difference. GSCS provided me with plenty of opportunities and broadened my skill set. To come back to USask as an assistant professor is a great way to round out my career.”

TextPullquote"At the end of the day, it's about what we do as leaders to nurture Indigenous student success, and our commitment to patterning those practices so that they are able to be consistently applied and amplified.”Dr. Gordon Martell /Align left

Martell’s research focuses on challenging power differentials and inequities that exist in publicly funded education and building leadership and organizational capacity in Indigenous communities. He is committing his time to finding the pockets of success that disprove the theory that Indigenous student limitations are an inevitable outcome.

"My interests centre on examining the conditions that defy the narrative of Indigenous student outcome limitations,” Martell explained. “My interest is in supporting quality systems, administration, governance and instruction and to link those pockets of success into patterns of practice.”

Through his research, Martell urges all leaders to examine current practice and, challenge the systemic barriers to indigenous student success, and develop action plans that instigate success. 

“As leaders, we need to gather and tell Indigenous stories of success, map the narrative, formalize the processes that led to improvement and understand what builds continuous growth. At the end of the day, it’s about what we do as leaders to nurture Indigenous student success, and our commitment to patterning those practices so that they are able to be consistently applied and amplified.”

In an ever-changing world, Martell believes that every human being has goodness at their core are everyone has valuable attributes that the world needs. Having equal opportunities for quality education will be the key to a more hopeful and trusting society.

“The promise of publicly funded education has always been the nurturing of that goodness and trust in humanity. By bringing forward different knowledges to create the kind of community that is sustainable, peace and equity can follow,” shared Martell.  

“USask and the College of Education have a good narrative to tell. The college has never yielded to the polarities. The college has never given up on achieving equity even though it’s a hard-fought battle. It’s not going to happen overnight, but I think the persistence is there. Persistence and an informed hope.”

a-window-into-the-workings-of-a-professional-environmenttrue1718730911095imj129‘A window into the workings of a professional environment’USask’s Computer Science Professional Internship Program enables students to apply the skills they learn in the classroom to the workplaceShannon Boklaschukprovost, society,1702399560000/articles/students/2023/a-window-into-the-workings-of-a-professional-environmentnewssite://news/articles/students/2023/a-window-into-the-workings-of-a-professional-environmentimj1291704897603949ccm0461711400546409show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/chi-vu.jpgsite://news/images/2023/chi-vu.jpgnewschi-vu.jpg3276121080720Chi Vu is a USask student who is taking part in the Computer Science Professional Internship Program. (Photo: submitted)Chi Vu is a USask student who is taking part in the Computer Science Professional Internship Program. (Photo: Submitted)NoNonesupport-studentsNo/
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Chi Vu reflects on “the incredible personal growth” that she’s experienced as an intern at a local digital products and services firm.

Vu, a third-year student in the College of Arts and Science at the University of Saskatchewan (USask), is currently enrolled in the Computer Science Professional Internship Program (CSPIP). As a result, she has been working at Saskatoon-based zu as a software developer intern since September 2023.

“My time at zu has been eye-opening so far. Right from the start, I received warm welcomes from the team, and everyone has been treating me like a valued team member,” she said. “The onboarding process was well-structured, with a list of action items that outlined a roadmap for my first few weeks. There were lots of pairing tasks, which allowed me to reach out to my teammates, ask questions, and learn through them.”

Through CSPIP—which is coordinated by the college’s Department of Computer Science—undergraduate students can engage in practical on-the-job experience with sponsoring companies prior to completing the final year of their bachelor’s degrees. The work placements commence after students have completed three years of the four-year Bachelor of Science program. The placements can start in May or September and be 12 or 16 months in duration.

Vu has had very positive experiences at zu so far, and she encourages other students to apply for CSPIP.

“You will learn a lot—not just about the work environment, but about yourself,” she said. “Back in school, I often wondered how useful my courses would be in the workplace. CSPIP gave me the answer to that question. It’s a window into the workings of a professional environment, a chance to observe different roles at play, and an assessment of whether a particular career aligns with your goals.”

TextImage/images/2023/ellen-redlick.jpgsite://news/images/2023/ellen-redlick.jpgnewsellen-redlick.jpg141937413413Ellen Redlick is the academic programs and outreach coordinator in the Department of Computer Science. (Photo: Submitted)Align right

Ellen Redlick, academic programs and outreach coordinator in the Department of Computer Science, said CSPIP enables students to take the skills they learn in the classroom and apply and hone them in the workplace. The internship program first began at USask more than 25 years ago, in 1997, and has since placed more than 400 students at companies across Canada.

“The Computer Science Professional Internship Program provides students the opportunity to improve key career skills—resumé writing, effective interviewing—and to better understand the job market, including what employers are looking for,” said Dr. Kevin Schneider (PhD), head of the Department of Computer Science. “In addition to employment income, the work experience enables students to perform better in their final year of a computer science degree and positions them exceptionally well for future career opportunities.”

In recent years, approximately 70 to 75 per cent of participating students have reported receiving offers to return to their interning company, either to continue working on a part-time basis as they complete their degree or for full-time employment after graduation—or, in some cases, both options. That demonstrates “how the internship is a highly effective tool for employers to build their talent pipelines,” said Redlick.

Students in CSPIP complete a professional development course prior to starting work at their internship placement. There is also an academic portion of the program that requires students to submit assignments on topics such as goal setting and prompts them to reflect on their work experiences.

TextImage/images/2023/kevin-schneider.jpgsite://news/images/2023/kevin-schneider.jpgnewskevin-schneider.jpg76518480480Dr. Kevin Schneider (PhD) is the head of the Department of Computer Science. (Photo: Submitted)Align left

“As the program coordinator, I get to see students evolve over the course of their internship placements through these academic check-ins,” Redlick said. “It’s incredibly rewarding to see students gain confidence and start leading projects or achieve new heights when bolstered by their employer’s mentorship.”

Justin Renneberg, a systems analyst at Federated Co-operatives Limited (FCL), believes CSPIP was an integral part of his success in securing employment post-graduation. As an undergraduate student at USask, Renneberg enrolled in CSPIP and then had the opportunity to intern at FCL. He was later hired by the wholesaling, manufacturing, marketing, and administrative co-operative on a full-time basis after receiving his degree in 2020.

For Renneberg, the internship was a great experience that provided him with an opportunity to enhance his resumé.

“Before the internship I had no real experience working in IT or similar work. So, it felt like a good way to experience what it would be like on the job after graduating as well as gain any skills/useful knowledge beforehand,” he said.

Renneberg applied for the internship program because he felt it would be “a good way to get your foot in the door in the industry.” Other computer science students felt the same way; Renneberg now works at FCL with two other systems analysts who are USask graduates who also took part in CSPIP.

TextImage/images/2023/justin-renneberg.jpgsite://news/images/2023/justin-renneberg.jpgnewsjustin-renneberg.jpg1589778001126Justin Renneberg is a USask graduate who participated in the Computer Science Professional Internship Program as an undergraduate student. (Photo: Submitted)Align right

“The internship is a great way to get the next generation of computer scientists out there—not only for them to see what it is like, but also to show their employers what they can do,” he said. “Our team has been doing the internship program for eight years now, and every year we get to see someone with new ideas and a whole new way of thinking—and I feel like that is a big part as to why our team has been able to grow and branch out so much in the work that we do.”

Redlick said CSPIP emphasizes the importance of building relationships through an annual employer networking event that connects students with engaged employer partners and past internship program participants. The networking event was most recently held at USask in November 2023, with about 200 people in attendance.

“A lot of students have returned to their interning companies, some for many years, after our program,” Redlick said. “For those students who don’t return to the same company after graduation, having that work experience on their resumé gives them an advantage when job hunting after graduation.”

Professor Airini, USask’s provost and vice-president academic, said the Computer Science Professional Internship Program aligns with the USask plan titled Fostering Tomorrow’s Leaders: Learning, Teaching and the Student Experience 2019 – 2025. One of the five commitments outlined in the plan is preparing the learners the world needs.

TextImage/images/2023/professor-airini-2023.jpgsite://news/images/2023/professor-airini-2023.jpgnewsprofessor-airini-2023.jpg2042891080720Professor Airini is USask’s provost and vice-president academic. (Photo: Matt Smith)Above content

“At USask, we are dedicated to advancing the development of core skills and enabling lifelong learning,” said Airini. “At USask learners are prepared for the jobs of today as well as for the jobs that are yet to be imagined. They are engaged, principled citizens and community leaders. We seek to equip our students with the ability, confidence, and courage to apply their skills and competencies in a variety of situations and contexts. CSPIP is an excellent example of an experiential learning program that enhances our students’ journey to becoming the graduates the world needs.”

Jan. 7, 2024, is the deadline for companies to submit job postings for CSPIP. The Computer Science Career Fair will be held on Jan. 10, and the deadline for students to apply to job postings is Jan. 14. Interviews will be arranged with selected students from Jan. 15 to Feb. 9. More information about hiring a computer science intern, including the 2023/24 recruitment timeline, is available on the Department of Computer Science website.

usask-students-address-indigenous-rights-at-model-untrue1718730911095imj129USask students address Indigenous rights at Model UNAdriana Juárez and her colleagues from the University of Saskatchewan (USask) recently experienced both the best of intentions and the limitations of the United Nations.James Shewagainternational, sustainability, 1701956580000/articles/students/2023/usask-students-address-indigenous-rights-at-model-unnewssite://news/articles/students/2023/usask-students-address-indigenous-rights-at-model-unimj1291704897603854imj1291704897603854show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/modelun-1080.jpgsite://news/images/2023/modelun-1080.jpgnewsmodelun-1080.jpg2743381080720From left, University of Saskatchewan students Amanda Vanzan, Adriana Juarez and Sadia Lema took part in the recent Model UN conference in Vancouver. (Photo: Submitted)From left, University of Saskatchewan students Amanda Vanzan, Adriana Juárez and Sadia Lema took part in the recent Model UN conference in Vancouver. (Photo: Submitted)NoNonesupport-critical-researchNo/
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She also came home from the recent Model UN conference in Vancouver with renewed determination and dedication to make a difference, and to encourage support for the implementation of the United Nations Declaration on the Rights of Indigenous Peoples (UNDRIP).

“I would say the most surprising thing to see was that UNDP (United Nations Development Programme) can create really important resolutions, but it always comes down to governments, which I thought was pretty frustrating because we discussed so many useful things in terms of infrastructure and other forms of development,” said Juárez, a master’s student in Indigenous studies at USask. “But ultimately, we realized that they can just be taken as suggestions.”

Juárez was joined at the Model UN in Vancouver from Oct. 13-15 by fellow USask Indigenous Studies graduate student Sadia Afrin Lema, as well as Amanda Vanzan, a USask research assistant and student in the College of Pharmacy and Nutrition. With the upcoming United Nations’ Human Rights Day on December 10 marking the 75th anniversary of the Universal Declaration of Human Rights (UDHR), the Model UN was a timely eye-opening experience for the three USask scholars, bringing together a diverse group of students from different backgrounds across Western Canada to focus on Indigenous rights across the country and around the world.

“I think it would be great to work for the United Nations in the future, especially within international Indigenous rights since that is more of my focus,” said Juárez, a Mestizo settler from Saskatoon, with heritage from Latin America and Europe. “I am also a sessional lecturer for Indigenous Studies 107, so I thought that it would be really beneficial to attend as we discuss UNDRIP.”

The delegates teamed up to debate and draft resolutions focused on Indigenous rights in a mock United Nations General Assembly, mirroring the format and process that occurs at the UN in New York. Both Juárez and Lema recently took part in the USask Department of Indigenous Studies 40th Anniversary event on Sept. 22. The October Model UN hosted by the United Nations Association in Canada – with President and CEO Jaime Webbe in attendance – provided a new opportunity to connect and collaborate with fellow students from other institutions on Indigenous issues.

“Participating in the Model UN forum on the UNDRIP enlightened me about the critical nexus between Indigenous rights and health care, underscoring the imperative for culturally sensitive and inclusive approaches in global health policies,” said Lema, an international Indigenous Studies student from Bangladesh who also serves as a teaching assistant at USask and as council chair and chief electoral officer of the Graduate Students’ Association.

“It was an incredible opportunity for networking, and the profound discussions and resolutions crafted during the event have ignited a deeper commitment within me to actively engage at both the national and international levels, advocating for the advancement of Indigenous human rights and equitable health care opportunities.”

For Lema, it was rewarding to work together with others from across Western Canada to spotlight and highlight the challenges faced by Indigenous Peoples in the critical area of health care.

“Among the resolutions put forth, there was a consensus on the integration of Indigenous cultures and languages into medical facilities, including increased representation of Indigenous health-care professionals, such as doctors and nurses, as well as the issuance of prescriptions in Indigenous languages,” she said. “Additionally, our proposals underscored the importance of developing programs and infrastructures that foster equitable health care opportunities for Indigenous populations. Furthermore, we strongly urged states to engage closely with Indigenous Knowledge Keepers and representatives in order to enhance health care facilities, collaboratively.”

For her part, Vanzan was inspired by the presentations made throughout the conference by Indigenous delegates and speakers, as participants debated and determined resolutions that they would like to see the global community implement to support the universal human rights standards and fundamental freedoms outlined in the UNDRIP framework adopted by the United Nations.

“One of the things that most impacted me was listening to Indigenous representatives as they shared their traditions, stories, language, and I was very thankful to have the opportunity to learn from them,” said Vanzan, who is originally from Brazil and is serving as a research assistant in the College of Pharmacy and Nutrition and working towards becoming a licensed dietician after completing a Master of Science (Nutrition) at USask in 2022.

“I wanted to be more involved with the rights of Indigenous Peoples. Attending this event was a great opportunity for me to learn from them, and engage in important discussions of how I can support them.”

While their Model UN experience illuminated some of the real-world difficulties of turning resolutions into reality while navigating international diplomacy through the UN, Juárez did leave the conference with renewed confidence in the commitment of the country’s youth to continue the call for fundamental Indigenous rights.

“I think the most important thing that I saw at the event was how smart and outspoken our youth are,” said Juárez, who earned her Bachelor of Arts at USask in 2019, with double honours in Indigenous Studies and Anthropology. “My group had a mix of high school students, undergrads and graduate students, but everyone was clearly on the same level and all spoke with the same confidence and passion. I wouldn't say it necessarily inspired me to become more involved because that is really the basis of my education already, but it did make me think about how I can apply it, and possible PhD programs I would like to apply to, such as Public Policy.”

seeking-a-holistic-understanding-of-soil-health-at-usasktrue1718730911095imj129Seeking a holistic understanding of soil health at USaskAs the United Nations spotlights World Soil Day on Dec. 5, University of Saskatchewan researchers are investigating soil emissions, soil properties, and how to measure them.Joanne PaulsonCollege of Agriculture and Bioresources, College of Engineering, College of Arts and Sciences, research, sustainability,1701794160000/articles/students/2023/seeking-a-holistic-understanding-of-soil-health-at-usasknewssite://news/articles/students/2023/seeking-a-holistic-understanding-of-soil-health-at-usaskimj1291704897603666imj1291704897603666show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/richard-farrell.jpgsite://news/images/2023/richard-farrell.jpgnewsrichard-farrell.jpg2549051080720Dr. Richard Farrell (PhD) is an associate professor in the College of Agriculture and Bioresources and the Ministry of Agriculture Strategic Research Program Chair in Soil Biological Processes at USask. (Photo: Christina Weese)Dr. Richard Farrell (PhD) is an associate professor in the College of Agriculture and Bioresources and the Ministry of Agriculture Strategic Research Program Chair in Soil Biological Processes at USask. (Photo: Christina Weese)NoNonesupport-critical-researchNo/
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Climate change is not just about carbon.

As a climate change driver, to be sure, carbon dioxide (CO2) remains a large issue and a constant part of the conversation around reducing greenhouse gas (GHG) emissions.

But particularly for an enormous country like Canada with vast tracts of land that grow food, a wider understanding of how soil health factors into the emissions equation—along with crop production and the economy—is crucial.

Gas emissions other than CO2, such as fertilizer-related nitrous oxide (N2O), have more recently hit the public radar. As recently as 2021, articles in both mainstream and scientific media called N2O “the world’s forgotten greenhouse gas.”

It may not have been the driver of public discourse, but it was not forgotten by the team of soil experts at the University of Saskatchewan (USask).

The team, which includes members of the College of Agriculture and Bioresources (AgBio) as well as the College of Engineering, and the Department of Computer Science in the College of Arts and Science, is bringing together and combining elements from emissions to microorganisms to computer modelling.

Traditionally, the focus of soil research was mainly on fertility, according to Dr. Richard Farrell (PhD), associate professor in the College of AgBio and Ministry of Agriculture Strategic Research Program Chair in Soil Biological Processes.

GHGs then began to come into research exploration with a strong focus on carbon dioxide emissions and sequestration.

Today, USask researchers are evaluating a much bigger picture including various environmental, economic, socioeconomic, and agronomic factors, he said.

Farrell’s own research is focused on greenhouse gas measurements and mitigation. He notes that air quality, water quality and soil quality are all tightly related.

“If soils are poorly managed, you can have runoff; you can have nitrates and phosphates moving into the water. Pollutants can move into the ground water if they’re not properly managed,” he gave as an example.

And when it comes to growing crops, carbon has more of an upside than nitrous oxide.

“Plant growth and crop development are taking carbon out of the atmosphere and pumping it into the soil, so we are sequestering it that way,” Farrell said.

Farrel notes that soils used predominately in agriculture are the major source of nitrous oxide emissions because of the fertilizer used to grow crops.

“Nitrous oxide is a greenhouse gas roughly 265 times more potent in terms of global warming than CO2,” he said.

While farming sequesters tonnes of carbon into the soil, just three and a half kilograms of nitrous oxide offsets one tonne of CO2.

“That’s one of the things we’re looking at: what is this balance between carbon being put into the system and nitrous oxide coming off the system?” said Farrell.

Saskatchewan soils tend to be carbon sinks, and that tendency has been improved by farmers using no-till or minimum-till practices, “so more carbon is going in than is released,” he said. “But nitrous oxide is continuously released from the soil.

“Emissions may not get down to zero, but we want to get them down to background levels, where they would be if we weren’t cropping things.”

TextImage/images/2023/kate-congreves.jpgsite://news/images/2023/kate-congreves.jpgnewskate-congreves.jpg2475831080720Dr. Kate Congreves (PhD) is an associate professor in the College of Agriculture and Bioresources at USask. (Photo: Christina Weese)Above content

Farrell is investigating how to minimize nitrous oxide emissions with Dr. Reynald Lemke (PhD) at Agriculture and Agri-Food Canada, and Dr. Kate Congreves (PhD), an associate professor in the College of AgBio.

Minimum tillage will help, “but we also need to start looking at fertilizer and crop management,” Farrell said.

One form of mitigation already underway is farmers increasingly adding nitrogen-fixing pulse crops such as chickpeas, faba beans and field peas to their rotations.

“(Nitrogen-fixing pulse crops) basically generate 50 to 80 per cent of their entire nitrogen need from atmospheric nitrogen,” Farrell said. “You don’t have to put in nitrogen, or not as much, and consequently in the years you’re growing pulses, nitrous oxide emissions are quite low.

“They also leave nitrogen in the soil, so the crop following needs less nitrogen fertilizer as well.”

Other management tools coming into use are enhanced-efficiency fertilizers. Coated in polymers or sulphur, they slowly release urea fertilizer into the soil. There are also “stabilized” products that include a urease or nitrification inhibitor, or both.

“In dryland systems like in Saskatchewan, we are seeing anywhere from 20 to 40 per cent emissions reductions just by switching to an enhanced efficiency product and in the irrigated systems, we’ve seen even larger emissions reductions, say 40 to 60 per cent or more,” Farrell said.

He has also investigated the effect of shelterbelts on emissions. Trees store a great deal of carbon, and shelterbelts influence an area one and a half times the size of the trees, while having lower emissions than the field.

“(Trees are) storing more carbon and are good places to put carbon,” he said.

“We have to look at these integrated landscapes. A farm will have ponds and shelterbelts and other elements and all of that affects the soil health.”

Congreves, meanwhile, in addition to her work with Farrell, is researching soil health from various perspectives, including measurement.

“We collect samples from all over the province, and the Prairies, and different cropping systems,” she said.

“We’re looking at soil health in a holistic way, including ecosystem and socio-ecological functions. Soil health is not the same as soil fertility. Soil fertility is primarily based in nutrient availability and linked to fertilizer management, whereas soil health encompasses the ecology of the crop production system and surrounding land.”

Her research, focused primarily on cropping systems, looks at conventional and regenerative practices over the whole spectrum—not just large-scale agriculture, but smaller-scale gardens producing fruits and vegetables too.

“We measure carbon-based indicators of soil health, nitrogen-based indicators, and also look at soil life including biological indicators such as microbial biomass, their activity, and stress responses,” she said.

“The goal here is to help growers be stewards of the soil. Soil health assessments help people not just take but give back to the soil. Our research provides soil health metrics that help inform people’s decision-making matrices.”

In practical terms, at the farm or in the garden, producers are interested in collecting soil samples, having them analyzed in the lab, and getting a soil health score card in return. Congreves’ research helps develop and advance these soil health scoring tools.

“These scoring tools take really complex information and soil science data and turn them into an easy-to-understand tool for growers to interpret how their soil might be changing over time and how they can manage it.”

Both Farrell and Congreves say the collaborative team on campus is advancing soil health and its measurement while creating an inspiring atmosphere.

TextPullquote“The most important thing is training students in how to do this. Yes, understanding and modelling soil health is important, but what’s more important is training the next generation of people who will be leaders in it.”Dr. Kate Congreves /Align left

Farrell has been with the university for 27 years and has watched the field evolve. For example, three decades ago, there was little interaction with computer science. That connection has evolved and is making a huge difference today in the era of machine learning and artificial intelligence.

“Now things are much more integrative. I think that’s just a fantastic thing. It’s one of the things I really like about the AgBio college here; everyone wants to work together,” said Farrell.

Congreves is also grateful for the collegiality of the research team as she thinks of the various elements of soil health.

“If you only looked at individual components of soil, you’re not seeing the whole picture. By integrating multiple soil attributes, we can see how well or not the soil is functioning,” she said.

And she notes one other vital role played by the team. Creating a more sustainable future means training the next generation to be mindful of this growing problem and expand this scope of research.

“The most important thing is training students in how to do this. Yes, understanding and modelling soil health is important, but what’s more important is training the next generation of people who will be leaders in it.”

sens-student-laliberte-pewapisconias-represents-canada-at-y20-summittrue1718730911095imj129SENS student Laliberte-Pewapisconias represents Canada at Y20 SummitA University of Saskatchewan (USask) scholar adds valuable Indigenous perspective to work on climate change and disaster risk reduction.Paul Sinkewicz for the School of Environment and Sustainabilitysustainability, planet,1701710460000/articles/students/2023/sens-student-laliberte-pewapisconias-represents-canada-at-y20-summitnewssite://news/articles/students/2023/sens-student-laliberte-pewapisconias-represents-canada-at-y20-summitimj1291704897603551ccm0461711401632312show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/y20-2.jpgsite://news/images/2023/y20-2.jpgnewsy20-2.jpg1678041080720In the second year of her Master of Sustainability in Energy Security program at USask, Aubrey-Anne Laliberte-Pewapisconias was one of five youth delegates representing Canada at the Y20 Summit in India. (Photo: Submitted)NoNonesupport-studentsNo/
TextImage/images/2023/y20-1.jpgsite://news/images/2023/y20-1.jpgnewsy20-1.jpg1879741080720The main Y20 summit took place in India’s northeast corner, Aug. 17-20, in Varanasi, Uttar Pradesh, India. (Photo: Submitted)Below content

Aubrey-Anne Laliberte-Pewapisconias is a small-town girl who recently found herself with a big voice on the world stage.

In the second year of her Master of Sustainability in Energy Security program at USask, Laliberte-Pewapisconias was one of five youth delegates representing Canada at the Y20 Summit in India in advance of the annual G20 Summit.

Laliberte-Pewapisconias, 24, has her roots in the Canoe Lake Cree First Nation and the Little Pine First Nation. She has been studying at the University of Saskatchewan (USask) School of Environment and Sustainability (SENS), having already earned a Bachelor of Commerce in Finance, a Global Business Stream Certificate, and an Indigenous Governance and Politics Certificate.

During her time at USask, she had been aware of the Young Diplomats of Canada (YDC) program and saw that the 2023 Y20 Summit would be in India, with one of the tracks focused on climate change and disaster risk reduction—topics about which she is passionate. She took a leap of faith, applied to YDC and was selected in March of 2023.

“As a young Indigenous woman, I think sustainability has always been crucial to my identity and to my culture, when it comes to being stewards of the land and protecting Mother Earth,” Laliberte-Pewapisconias said.

As one of five members of the Canadian Y20 Delegation, she first travelled to the pre-summit in April held in Leh, Ladahk, India in the area of India between Pakistan and China. The delegates then conducted Zoom meetings over the spring and summer to discuss the Canadian positions. The main Y20 summit took place in India’s northeast corner, Aug. 17-20, in Varanasi, Uttar Pradesh, India.

The Y20 delegates from around the world formed their recommendations focused on five themes that have implications across all G20 workstreams: Peacebuilding and Reconciliation: Ushering in an Era of No War; Future of Work: Industry 4.0, Innovation and 21st Century Skills; Health, Well-Being and Sports: Agenda for Youth; Climate Change and Disaster Risk Reduction: Making Sustainability a Way of Life; Shared Future: Youth in Governance.

Laliberte-Pewapisconias focused on Climate Change and Disaster Risk Reduction, and that track had different focus areas within it; Accelerating the rise of green energy, transitioning to sustainable living, mitigating disaster risks, climate finance and climate action targets, and action for climate empowerment.

There were many different spaces within that area they had to talk about, including carbon taxes, water protection, biodiversity protection, how to define energy going into the future, as well as action for climate empowerment, which was a sub-theme that the youth delegates added at the summit.

“That meant making sure we looked at women’s rights, the rights of children, and Indigenous peoples’ rights, and different vulnerable communities that we should be looking after,” she said. “We really framed the language in that to underserved communities, and I worked heavily within that sub-theme specifically in terms of Indigenous rights when it comes to climate, so in that space we talked about things like the United Nations Declaration on the Rights of Indigenous Peoples (UNDRIP), and making sure that’s respected across all countries and in all climate policies.”

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“Now that the summit is over, we are going to go into post-advocacy, because it can also be framed as a document that shows where the mindset of youth across all G20 member states are at, and what we can be doing to listen to those voices,” she said.

Dr. Karsten Liber (PhD), executive director of the School of Environment and Sustainability, said he thinks the Y20 Summit is a fantastic platform for change.

“I really, truly hope that the G20 leaders actually listen to the recommendations of the youth. Where you start seeing apathy and seeing people giving up is when they feel no one is listening to them.”

“We are in many ways heading toward unsustainable futures on so many fronts. So, we need people who passionately want to make a difference. And most of the people who go into our business don’t go into it for the money and the glory. It’s because they passionately believe the world needs to be a better place and we need to take care of our planet and each other.”

Liber said that as a school, SENS has set its priorities to tackle some of the great challenges that we face as a planet, including climate change, sustainability, water security and food security, energy security, and pollution.

“We’re really trying to educate, train, move forward the next generation of individuals to help work in these spaces and really step up and maybe do something that our generation failed to do,” he said.

The Canadian delegation is also now working on engagement sessions reporting back to the groups with whom they consulted prior to going to the Y20. There will also be open webinars to explain what they advocated for as a Canadian delegation throughout the process. They will also be meeting with different leaders within the Canadian government to show them where they stand as youth who did consultations across the country and what it can mean for them to listen and hear about the work done.

“We are also going to create a final report on what exactly were the target areas for us, and where youth across the world are standing on our different track themes,” said Laliberte-Pewapisconias.

The Y20 delegates working on climate change and disaster risk reduction will continue doing advocacy work at things like COP28 in the United Arab Emirates in early December, as well as through international webinars for the next several months, she said.

“It’s honestly been incredible. There wasn’t much Indigenous representation at the G20 in general, and at the youth summit there weren’t many Indigenous voices present,” said Laliberte-Pewapisconias. “There were many people who advocated for Indigenous voices, and advocated for Indigenous inclusion, but when it came down to it, it was mostly me who people spoke to all the time. So, it was really cool to see how we need Indigenous voices at the table and that there’s needs to have diversity in these spaces or else we won’t have conclusions that are actually feasible for all communities, or that are representative of what we need in different communities.”

Laliberte-Pewapisconias was doing this work at the same time weather systems were going crazy in Canada and around the world. She had a friend in British Columbia forced to evacuate his community due to a wildfire at the exact time she was negotiating about climate change.

But that didn’t leave her feeling defeated.

“Overall, I’m extremely hopeful, in the sense that I’ve now heard from youth from across the world on what they did in their consultations and what they brought to the table in negotiations, and I think all of us are extremely ambitious on what we want to see when it comes to climate action.”

“All of us are actively on the front lines of many movements within our countries, and so I’m hopeful when I look at the youth, and I’m hopeful when I look at Indigenous peoples and the solutions we have to care for Mother Earth.”

She said you do have to look at what some of the leaders are doing, as well, and realize that we are not being as ambitious as we could be.

“There are definitely days where I am pessimistic, and that climate anxiety is very prevalent, but when I look to the youth, that’s when I find my hope.”

The result of Laliberte-Pewapisconias’ work on the Climate Change and Disaster Risk Reduction track can be seen in the final Y20 India 2023 Communiqué.

The communiqué begins with 16 proposals, of which three of the first five focus on climate change, sustainability and environmental education (see below). The communiqué calls for national climate assemblies in each G20 member nation so that a pool of their citizens can learn about the climate and environmental crises from independent experts and deliberate on the effects of these on their lives so they can provide effective climate policy recommendations, to be adopted by their government, and more broadly foster democratic spaces for citizen participation.

The section of the report authored by Laliberte-Pewapisconias’ track was titled Climate Change and Disaster Risk Reduction: Making Sustainability a Way of Life. In it, there are seven proposals under the topic of Transition to Sustainable Living, five recommendations under Mitigating Disaster Risks, seven points under Accelerating Transition to Sustainable and Cleaner Energy Systems, and seven more in each of Climate Finance and Climate Action Targets and Action for Climate Empowerment.

https://y20india.in/wp-content/uploads/2023/08/Y20_Communique-digital-web.pdf

strengthening-communities-of-care-for-persons-living-with-dementiatrue1718730911095imj129Strengthening communities of care for persons living with dementiaLiving with dementia or being the person’s caregiver can be a daunting experience for all involved. University of Saskatchewan (USask) PhD student Mariana dos Santos Ribeiro hopes to find the best way to strengthen community support systems for a better quality of life for persons living with dementia and their families.BROOKE KLEIBOERresearch, College of Nursing, 1703008260000/articles/students/2023/strengthening-communities-of-care-for-persons-living-with-dementianewssite://news/articles/students/2023/strengthening-communities-of-care-for-persons-living-with-dementiaimj1291704897603463imj1291704897603463show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mariana-ribeiro-1-1.jpgsite://news/images/2023/mariana-ribeiro-1-1.jpgnewsmariana-ribeiro-1-1.jpg1532501080720University of Saskatchewan (USask) PhD student Mariana dos Santos Ribeiro standing amidst a blue and white background of tileworkUniversity of Saskatchewan (USask) PhD student Mariana dos Santos Ribeiro hopes to find the best way to strengthen community support systems for a better quality of life for persons living with dementia and their families. (Photo: Submitted)NoNonesupport-studentsNo/
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Making the decision that a person needs to enter a long-term care home is emotionally difficult for individuals and families. Often, it is a choice made when care and support are more than what is offered or available in the home and community.

Ribeiro, a graduate student in the USask College of Nursing and a researcher within the BetterLTC research team, has first-hand experience with the challenges of living with dementia and being a caregiver. At the age of 11, her grandparents came to live in the house next door to her family’s in Brazil. Her mother became the primary caregiver for her grandfather, who lived with blindness, and her grandmother, who lived with dementia for more than a decade.

I have learned from a young age what it means to care for older adults with special care needs and persons living with dementia,” Ribeiro said. “I have recognized both the joys and challenges of caregiving.”

After becoming a community nurse and moving to Saskatchewan in 2021, Ribeiro began volunteering at the Crossmount Memory Café, a social and recreational support group designed for persons living with dementia and their families. The stories and experiences she learned about on the job became crucial to her research interest.

“We are unprepared, individually and as a society, to care for persons living with dementia,” said Ribeiro. “It is critical that we, as members of the community of Saskatchewan, know how to be a kind and supportive presence to persons living with dementia and their families.”

Ribeiro is developing a research project that will look at how caregiver supports can be enhanced within one’s own community, reducing the resource burden and extending the time span that a person living with dementia may be able to continue living in their home community.

She said hearing from and working directly with people in communities – including health care experts, people living with dementia, and caregivers – is integral to developing community care approaches that work and are sustainable for people who need them.

“Understanding that community care is also part of the health care system, that investments in this area diminish expenditures, is necessary for strengthening care that is responsive to the wishes of people living with dementia and their families,” she said.

How does one begin to examine what types of community supports are needed? Ribeiro said that telling stories and listening to each other’s stories is the most important part of her work. She will begin listening to the stories of families impacted by living with dementia as the first part of her research data collection. The project will be supervised by Dr. Roslyn M. Compton (PhD), an associate professor in the College of Nursing.

Ribeiro will explore how people living with dementia feel in their communities, what kind of support they feel they receive, and what improvements may be necessary to address gaps. The conversations will include sharing memories through photographs, other objects, and activities that have meaning to the study participants. The goal is to change the way communities engage with persons living with dementia, and to use their stories to inspire social change and create new policies that support this outcome.

The BetterLTC research team plans to attend to the stories and experiences shared by persons living with dementia and their families to co-identify gaps and strengths to bring a change in culture and policy that builds “strong age and ability-friendly communities in Saskatchewan.”

“As a child, I wanted to change the world with big hopes,” Ribeiro said. “Later, I got into a more introspective phase, reflecting on how I could change myself to be a better person and nurse. Now, I understand I can be a catalyst for change within communities and health care systems.”

The research is supported by the USask Dean’s Scholarship and the Judy Gajadharsingh Award for Graduate Student Excellence in Dementia/Alzheimer Research from the USask College of Nursing.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

two-new-rhodes-scholars-make-usask-historytrue1718730911095imj129Two new Rhodes Scholars make USask historyTwo students from the University of Saskatchewan (USask) are among only 11 from across the country to be awarded prestigious Rhodes Scholarships this year.University Communicationsinternational, provost, 1700776500000/articles/students/2023/two-new-rhodes-scholars-make-usask-historynewssite://news/articles/students/2023/two-new-rhodes-scholars-make-usask-historyimj1291704897603353ccm0461706212161933show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/rhodes-usask-2024.jpgsite://news/images/2023/rhodes-usask-2024.jpgnewsrhodes-usask-2024.jpg2379771080720From left: Biological sciences student Rachel Andres and nursing student Taron Topham have been named Rhodes Scholars. (Photos: Rhodes Trust/Supplied)From left: Biological sciences student Rachel Andres and nursing student Taron Topham have been named Rhodes Scholars. (Photos: Rhodes Trust/Supplied)NoNonesupport-studentsNo/
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This success marks the first time since 1991 that USask has celebrated two recipients selected in the same year.

Biological sciences student Rachel Andres and nursing student Taron Topham were named Rhodes Scholars this week, joining a legacy of USask students awarded the honour since 1907. It is the second straight year that USask students have been named Rhodes Scholars, joining Cassidy Serhienko, who was one of last year’s 11 recipients in Canada.

They will head to the University of Oxford in fall of 2024 for fully funded post-graduate studies, joining more than a 100 new Rhodes Scholars from around the world. Since USask’s establishment in 1907, this year’s two recipients bring USask’s total number of Rhodes Scholars in university history up to 75.

“On behalf of the University of Saskatchewan, congratulations to Rachel and Taron on their remarkable achievements. These interdisciplinary scholars have excelled academically and as leaders in their communities. Their accomplishments are inspired and inspiring here in Saskatchewan, across Canada, and internationally," said Professor Airini, USask’s provost and vice-president academic.

“It is outstanding to have two Rhodes Scholars from USask this year. Rachel and Taron are making history; it’s the first time in more than three decades that USask has celebrated two new Rhodes Scholars at the same time. This global recognition shines a light on the world-class learning and research opportunities that are available at our university. This is what it looks like to be what the world needs—to be successful in top international student awards, such as the prestigious Rhodes scholarship.”

Andres, who grew up in rural Saskatchewan, hopes to continue her biological science studies at Oxford. She is currently in her final year of studies for her Bachelor of Science (honours) degree in biology. She also completed a Bachelor of Education at USask in 2023, and has worked as a teaching assistant in both the English and biology departments. A member of the university’s choral group, the Greystone Singers, Andres has also studied abroad in Costa Rica.

Meanwhile, Topham plans to complete a Master of Science in translational health sciences and in international health and tropical medicine at Oxford. He earned a Bachelor of Science in Nursing (with great distinction) as a Loran Scholar at USask, and is currently working as a registered nurse in Saskatoon. Topham previous served as a volunteer firefighter and completed work placements with the Saskatoon Foodbank, Prairie Harm Reduction Services, Grandview Medical Clinic and the Offord Centre for Child Studies.

The Rhodes Scholarship includes tuition, fees, and a stipend for living expenses while studying at the University of Oxford. Established in 1903, it is the oldest graduate scholarship offered in the world and one of the most prestigious.

english-river-first-nation-poet-photographer-named-usask-indigenous-storyteller-in-residencetrue1718730911095imj129English River First Nation poet-photographer named USask Indigenous Storyteller-in-ResidenceAward-winning poet and photographer Tenille Campbell (BA’07, MFA’12) has been selected as the next Indigenous Storyteller-in-Residence for a 12-week residency with the University Library at the University of Saskatchewan (USask), beginning in January.Indigenous, aboriginal, library,1701788220000/articles/students/2023/english-river-first-nation-poet-photographer-named-usask-indigenous-storyteller-in-residencenewssite://news/articles/students/2023/english-river-first-nation-poet-photographer-named-usask-indigenous-storyteller-in-residenceimj1291704897603192imj1291704897603192show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/storyteller-in-residence.jpgsite://news/images/2023/storyteller-in-residence.jpgnewsstoryteller-in-residence.jpg913061080720Indigenous Storyteller-in-Residence Tenille CampbellIndigenous Storyteller-in-Residence Tenille Campbell is an experienced visual storyteller with an ability to craft a compelling visual narrative that resonates with diverse audiences. (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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“I’m incredibly excited to be working on campus with community, and to see where these next few months takes us,” said Campbell. “I’m still finetuning the overarching art plan, but I’m currently being inspired by Polaroids, acts of friendships, and beadwork.”

Campbell has been described as a “Daughter of Northern Saskatchewan” with Dene and Métis roots and hails from English River First Nation, with ties to Batoche, Duck Lake and St. Louis. Currently, she resides in Saskatoon and is pursuing her doctorate in English at USask.

Campbell is an experienced visual storyteller with an ability to craft a compelling visual narrative that resonates with diverse audiences. She is also a professional photographer and owner of sweetmoon photography. Campbell has a background in creative writing and has published two poetry books: #IndianLove: Poems (2017) and Nedí Nezų (Good Medicine) (2021), and recently stepped into the art of beadwork. With such varied skillset and professional background, Campbell aims to challenge and expand the campus community’s understanding of storytelling.

As a part of Campbell’s residency, she plans to focus on the themes of friendship and joy, through workshops on beading, photo portraits and self-love poetry. Campbell’s residency will culminate in a celebratory exhibit of all the works created during her residency for the university’s Indigenous Achievement Week in March.

To help bring Campbell’s storytelling to a wider audience, the University Library is partnering with the Saskatoon Public Library to feature her workshops at various Saskatoon Library branches.

“I’m excited to welcome Tenille as the library’s fourth-annual Indigenous Storyteller-in-Residence,” said Charlene Sorensen, interim dean of the University Library. “She’s an innovative artist who will bring a fresh and exciting perspective to this important residency through her poetry and photography, one that will enrich the library and the campus community. I look forward to experiencing and learning from Tenille’s creative work.”

Following last year’s performance-based residency with Bruce Sinclair, Campbell’s selection as the 2024 Storyteller-in-Residence supports the residency’s aim of uplifting Indigenous voices and promoting intercultural understanding and story-sharing between and among Indigenous and non-Indigenous communities.

The Indigenous Storyteller-in-Residence is made possible through the generous support of University Library donors, and the programming efforts of the Saskatoon Public Library.

 

2024true1718295729222imj1292024/articles/students/2024newssite://news/articles/students/2024imj1291704828788213imj1291704828788213show-in-navNousask-arts-student-champions-compassion-reconciliationtrue1718730911095imj129USask arts student champions compassion, reconciliationBrett Hildebrandt’s research drives him to foster understanding and healing.John Shelling and Elisabeth BaumanIndigenous, aboriginal, College of Arts and Science, 1718661840000/articles/students/2024/usask-arts-student-champions-compassion-reconciliationnewssite://news/articles/students/2024/usask-arts-student-champions-compassion-reconciliationccm0461718662116536ccm0461718662116536show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw2415843.jpgsite://news/images/2024/iaw2415843.jpgnewsiaw2415843.jpg1434561080720Brett Hildebrandt, graduated during USask Spring Convocation with a Bachelor of Arts and Science Honours degree on June 4. (Photo: Nicole Denbow)Brett Hildebrandt, graduated during USask Spring Convocation with a Bachelor of Arts and Science Honours degree on June 4. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Hildebrandt, who is a citizen of the Métis Nation–Saskatchewan (Saskatoon Métis Local 126), graduated during University of Saskatchewan (USask) Spring Convocation with a Bachelor of Arts and Science Honours degree on June 4. His research centered on mental health interventions and he has now been accepted into the College of Medicine to begin classes in August.

In March, Hildebrandt received an award for his resiliency at this year’s USask Indigenous Student Achievement Awards (ISAA). Indigenous students from across the university were honoured at a ceremony to recognize their academic achievement, community engagement, leadership, research endeavours, or resiliency. The ISAA is part of Indigenous Achievement Week (IAW), which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty at USask.

We asked Hildebrandt a few questions about his time at USask and what motivates him.

Is there someone in your life who inspired you to get where you are today? 

My journey to where I am today has been profoundly influenced by my family, particularly my parents and grandparents. Their unwavering support and the lessons they’ve taught me about the value of hard work and the pursuit of passions have been instrumental. They demonstrated through their actions and guidance how perseverance and dedication can lead to fulfilling one's dreams. This upbringing not only inspired me but also instilled a strong sense of responsibility to contribute positively to my community. Their example showed me that achieving one’s goals is possible with determination and that one can maintain integrity and compassion along the way. Their stories of resilience, especially within our Métis community, have imbued me with a sense of purpose and commitment to my heritage and the broader cause of reconciliation and health care improvement.

TextImage/images/2024/img_101824.jpegsite://news/images/2024/img_101824.jpegnewsimg_101824.jpeg1674379521040Brett Hildebrandt. (Photo: Nicole Denbow)Align right

What are your goals for the future? 

My immediate goal was to gain admission to medical school at the University of Saskatchewan. This step is crucial for me as it aligns with my long-term aspiration to become a physician who embodies compassion and advocacy, especially in bridging the health care gap between Indigenous and non-Indigenous communities. Beyond the professional aspirations, I envision a future where I can maintain a harmonious balance between my career and personal life. I believe in the importance of nurturing relationships with friends and family, as these bonds are foundational to one’s well-being and resilience. Achieving this balance is a testament to the holistic approach I wish to bring into my practice as a physician, ensuring that I live by the principles of care, community, and personal growth that I advocate for.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?

The transition to university life is a significant milestone that often comes with its set of challenges and overwhelming moments. It’s vital to acknowledge that feeling overwhelmed is a natural part of adapting to this new phase of life. I would advise first-year students to give themselves grace during this transition period. Emphasizing the importance of grades should not overshadow the equally crucial process of personal discovery and growth. Engaging in various clubs and activities on campus can offer a sense of community and belonging, providing a supportive environment for exploration and development. These experiences are invaluable, as they allow you to grow as an individual, discover new interests, and build connections that can last a lifetime. Remember, the journey through university is not just about academic achievement but also about becoming a well-rounded individual equipped to contribute meaningfully to your community.

You are involved in a lot, you are a student, a tutor, and a teaching assistant; how do you balance everything?

Balancing the demands of being a student, a peer mentor in Arts and Science, and managing part-time work requires a deliberate and organized approach. For me, the key has been meticulously planning my days and weeks, ensuring that I allocate time efficiently across my various commitments. This method involves not just keeping track of academic deadlines but also setting aside time for club activities, mentoring sessions, and personal well-being. Such planning allows me to remain engaged and fulfil my responsibilities without compromising on the quality of my work or my health. It’s a delicate balance that demands constant adjustment and prioritization, reflecting a broader life skill that I believe is essential for anyone looking to manage multiple roles effectively.

You are receiving an award for resiliency; what does that word mean to you?  

Being recognized with an award for resilience is an immense honour that holds personal significance. To me, resilience is the capacity to face adversities, learn from them, and emerge stronger and more determined. It embodies the journey of overcoming personal and academic challenges through perseverance and a positive outlook. This award symbolizes the recognition of the hard work, determination, and hope that have characterized my path so far. It acknowledges the struggles and the strength it takes to push beyond them, striving for a better future not just for oneself but also for the community. Resilience, in this context, is a testament to the collective endurance and spirit of those who have faced and overcome obstacles in the pursuit of their goals.

Can you tell me what it means to you to be a compassionate physician championing reconciliation?

To me, aspiring to be a compassionate physician in the context of reconciliation means acknowledging and understanding the historical and ongoing injustices faced by Indigenous communities. It involves integrating this awareness into my medical practice to foster an environment of trust, respect, and mutual learning. Compassion and reconciliation are intrinsically linked, as healing cannot occur without a genuine understanding and acknowledgment of past harms. My commitment to compassionate reconciliation involves advocating for and implementing health care practices that respect Indigenous knowledge and traditions, aiming to repair and strengthen the relationship between Indigenous peoples and the broader medical community. It’s about moving forward with concrete actions that address disparities and work towards equitable healthcare for all. 

What inspires your desire to improve mental health, understanding and healing in your communities? 

My motivation to advocate for mental health improvements within my community stems from personal and familial experiences with mental illness. These experiences have not only shaped my understanding of the complexities surrounding mental health but have also fueled my passion for psychology and mental well-being. Witnessing firsthand the challenges and the impact of mental health issues, coupled with the resilience and strength of those affected, drives my commitment to this cause. The path to improving mental health support involves fostering open dialogues that can break down stigma and build understanding. It’s about ensuring that everyone, especially the most vulnerable, has access to the resources and support they need. My aspiration is to contribute to a future where mental health is prioritized, and comprehensive support systems are in place for all who need them.

Is there anything else you’d like to share? 

Receiving this award is not just a personal honour but a moment of pride that reflects the University of Saskatchewan’s commitment to celebrating and supporting Indigenous achievements. I am grateful for this recognition and for the opportunity to highlight the importance of Indigenous perspectives and contributions within academia and beyond. It’s a testament to the progress being made towards a more inclusive and equitable educational environment. My hope is that my journey can inspire others to pursue their passions, advocate for meaningful change, and contribute to a world that values diversity, equity, and reconciliation.

greenandwhite-usask-holds-such-a-special-place-in-my-hearttrue1718730911095imj129‘USask holds such a special place in my heart’Award-winning Huskie student-athlete Libby Epoch earned a Bachelor of Science in Engineering degree and a Certificate in Professional Communication during Spring ConvocationSHANNON BOKLASCHUKCollege of Engineering, USaskClassOf2024, 1718100780000/articles/students/2024/greenandwhite-usask-holds-such-a-special-place-in-my-heartnewssite://news/articles/students/2024/greenandwhite-usask-holds-such-a-special-place-in-my-heartnews_ws1718125185576ccm0461718125331696show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/libby-epoch-web.jpgsite://news/images/2024/libby-epoch-web.jpgnewslibby-epoch-web.jpg964181080720Libby Epoch plans to pursue a season of professional basketball in Europe this fall before returning to her engineering role at Graham Construction. (Photo: submitted)Libby Epoch plans to pursue a season of professional basketball in Europe this fall before returning to her engineering role at Graham Construction. (Photo: submitted)NoNonesupport-studentsYesNoYesSame folderYesImage/images/articles/2024/libby-epoch-web.jpgsite://greenandwhite/images/articles/2024/libby-epoch-web.jpggreenandwhitelibby-epoch-web.jpg964181080720Libby Epoch plans to pursue a season of professional basketball in Europe this fall before returning to her engineering role at Graham Construction. (Photo: submitted)NoNonesupport-studentsNo/
TextImage/images/articles/2024/libby-epoch-basketball-photo-web.jpgsite://greenandwhite/images/articles/2024/libby-epoch-basketball-photo-web.jpggreenandwhitelibby-epoch-basketball-photo-web.jpg103575800533Libby Epoch inspired others in the USask community as an award-winning student-athlete with the Huskies women’s basketball team. (Photo: Josh Schaefer – Get My Photo)Below content

As a youth growing up in Moose Jaw, Sask., Libby Epoch dreamed of becoming an engineer. 

Earlier this month, Epoch’s dream officially became reality. During Spring Convocation at the University of Saskatchewan (USask) on June 7, Epoch received her Bachelor of Science in Engineering degree from the College of Engineering as well as a Certificate in Professional Communication from the college’s Ron & Jane Graham School of Professional Development—the culmination of years of hard work, dedication, and determination, both in the classroom and on the basketball court. 

In an interview before her Convocation ceremony, Epoch said while graduating is “so exciting,” reaching the end of her undergraduate studies is also “a little bittersweet.” 

“USask holds such a special place in my heart,” she said. “It will be sad to be off campus, but I’m very excited for what’s next and starting the next chapter.” 

An award-winning student-athlete with the Huskies women’s basketball team, Epoch inspired many in the USask community, and far beyond, as she pursued her academic goals as an aspiring engineer and her athletic goals as a U SPORTS Academic All-Canadian and one of the top point guards in the country.

TextImage/images/articles/2024/libby-epoch-campaign-launch-web.jpgsite://greenandwhite/images/articles/2024/libby-epoch-campaign-launch-web.jpggreenandwhitelibby-epoch-campaign-launch-web.jpg902411080720Since USask’s Be What the World Needs campaign was launched, Libby Epoch has been a strong ambassador for the largest campaign in Saskatchewan’s history. (Photo: David Stobbe)Below content

After graduating from Moose Jaw’s A.E. Peacock Collegiate as a three-time Hoopla provincial champion at the high school level, Epoch joined the Huskies in the 2016/17 season and was named to the U SPORTS All-Rookie Team. Although she had received recruitment offers from various university basketball teams in Canada, Epoch knew she wanted to remain in Saskatchewan after vising the USask campus. 

“I immediately knew it was home,” she said. “It felt like home—everyone was so nice; the team was so nice. The coaches were great.” 

Epoch began her USask studies in the College of Arts and Science before transferring to the College of Engineering, where her major was civil engineering. She earned numerous athletic and academic scholarships and awards throughout her time as a university student, such as the Bonnie & Art Dumont Scholarship for academic achievement, the Margaret Messier Scholarship for Women in Engineering, the Isobel B. Harper Memorial Award for Women in Engineering, the Nasser Family Award in Engineering, the William S. McMath Memorial Award, the Howard Douglas Scholarship Fund in Civil Engineering, the Al and Gisele Schreiner Scholarship, and more. She is grateful for the support she and other students have received from generous donors, including USask alumni Ron and Jane Graham, and for the honours and recognition she has received throughout her time at USask. 

Epoch believes in giving back to her community and, in 2023, she was honoured during National Philanthropy Day celebrations. Since USask’s Be What the World Needs campaign was launched, Epoch has been a strong ambassador for the largest campaign in Saskatchewan’s history by lending her voice to gift announcements, media interviews, promotional materials, and more. As a USask student, she also served as the president of the Huskie Athletic Council, which has supported initiatives such as Huskie Home Room, clothing drives for underprivileged children, and raising funds for the Secret Santa program.

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Epoch said she was “so grateful and appreciative” to receive the Youth in Philanthropy Award on National Philanthropy Day, though the recognition was “so unexpected.” 

“I just try to help in whatever small way I can, and to be recognized was really special. I did not see that coming,” she said. “USask has given me so much in terms of education and athletics that to be able to help raise money to put back into USask for other students and other programs and other teams—I couldn’t say no to that. I needed to do that to give back and show my respect and gratefulness for what the school gave me.” 

In addition to her athletic achievements and her involvement in philanthropy, Epoch also has fond academic memories from her time in the College of Engineering—particularly working on her fourth-year capstone project. Earlier this year, Epoch was a member of one of 13 teams from the college that competed for $7,000 in prizes at the 2024 Capstone Design Showcase on April 2 at Saskatoon’s Prairieland Park. 

Another favourite memory was taking part in the engineering profession's iron ring ceremony, which Epoch describes as “really special.” 

“Ron Graham was able to come and give me my ring—so it was so special, with all his support through my basketball and my education, that he was able to give me my iron ring and now I get to wear that,” she said. 

Epoch is currently employed with Graham Construction, where she plans to work throughout the summer at BHP’s Jansen potash mine. She then plans to pursue a season of professional basketball in Europe this fall before returning to her engineering role. 

“I am very, very thankful to be working for Graham Construction,” she said. 

Epoch said she is open to playing basketball anywhere in Europe, and she currently has an agent who is looking into opportunities overseas. 

“I really don’t have a specific place in mind—really anywhere that’s safe and competitive and a good experience.” 

For Epoch, studying engineering and playing basketball have gone hand in hand—and she’s looking forward to continuing to pursue her passions. 

“Growing up playing sports, I always valued working as a team to reach a certain outcome and achieving those goals,” she said. “I think engineering really satisfied that need in me to work as a team and solve problems and display some of that leadership that I learned through sports. Obviously, it’s a very challenging field, so the reward kind of feels that much greater when it’s achieved.”

/articles/2024/usask-holds-such-a-special-place-in-my-heartshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/usask-holds-such-a-special-place-in-my-heartgreenandwhiteusask-holds-such-a-special-place-in-my-heartArticle headline‘USask holds such a special place in my heart’Award-winning Huskie student-athlete Libby Epoch earned a Bachelor of Science in Engineering degree and a Certificate in Professional Communication during Spring ConvocationalumniSHANNON BOKLASCHUKJun 11, 2024 10:13 AM
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medicine-gold-medal-grad-inspired-to-serve-otherstrue1718730911095imj129Gold Medal grad inspired to serve othersA childhood diagnosis transformed Dr. Teagan Holt’s (MD) life. Inspired to care for others, Holt has now received her medical degree at the University of Saskatchewan (USask), graduating at the top of her class.  Wren MynhardtCollege of medicine, USaskClassOf2024,1717771860000/articles/students/2024/medicine-gold-medal-grad-inspired-to-serve-othersnewssite://news/articles/students/2024/medicine-gold-medal-grad-inspired-to-serve-othersnews_ws1718117908029ccm0461718118781264show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/teagan-holt-marilyn-baetz-convocation-web2.jpgsite://news/images/2024/teagan-holt-marilyn-baetz-convocation-web2.jpgnewsteagan-holt-marilyn-baetz-convocation-web2.jpg1992871080720From left: Dr. Teagan Holt (MD) and Dr. Marilyn Baetz (MD), interim dean, College of Medicine, at the 2024 USask Spring Convocation. (Photo: Dave Stobbe)From left: Dr. Teagan Holt (MD) and Dr. Marilyn Baetz (MD), interim dean, College of Medicine, at the 2024 USask Spring Convocation. (Photo: Dave Stobbe)NoNonesupport-studentsYesNoYesSame folderYesImage/images/news/2024/teagan-holt-marilyn-baetz-convocation-web2.jpgsite://medicine/images/news/2024/teagan-holt-marilyn-baetz-convocation-web2.jpgmedicineteagan-holt-marilyn-baetz-convocation-web2.jpg4602401080720From left: Dr. Teagan Holt (MD) and Dr. Marilyn Baetz (MD), interim dean, College of Medicine, at the 2024 USask Spring Convocation. (Photo: Dave Stobbe)From left: Dr. Teagan Holt (MD) and Dr. Marilyn Baetz (MD), interim dean, College of Medicine, at the 2024 USask Spring Convocation. (Photo: Dave Stobbe)NoNoneNoneNo/
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"When I was eleven years old, I was diagnosed with a hypermobility syndrome. A pediatric rheumatologist diagnosed me and encouraged exercise as a form of medicine. I was told this shouldn’t limit me,” she says.  

“The wonderful care I received empowered me, and since that time, I have wanted to do that for someone else and give back.” 

A member of the MD graduating class of 2024, Holt is the recipient of the prestigious Lindsay Gold Medal, awarded to the College of Medicine graduate with the most outstanding academic achievement during all four years of training.  

She says a holistic approach to student life was key to her success.  

“Truthfully, I think [it’s about] having a life that is balanced and well-rounded. We take pride in our education, but having activity outside of medicine and people from all walks of life surrounding you is important for a break and having that recharge you might need,” she says.  

“Medicine is not an easy program. In those times you are feeling burnt out, it’s nice to go back to your ‘why’ statement to help reframe things and help navigate you through tough times.” 

Growing up in Saskatoon, Holt played a variety of sports and performed musical theatre. In university, she excelled in her studies, first completing a Bachelor of Pharmacy degree, then returning to studies to pursue medicine the same year.  

“Everything is so interesting with the human body, and there are a wide range of incredible career opportunities,” says Holt of her decision to continue her education in the College of Medicine. “I very much enjoy the clinical aspects and immense amount of learning.”  

When asked about the favourite part of her studies, Holt knew right away. 

“When we started clerkship in year three. Having the opportunity to interact a bit more with patients and show them we can help and make a difference in their lives. It made things a lot more real and the shift in our learning was exciting,” she says.  

In addition to her studies, Holt was an active member on campus. She was involved in several extracurricular activities including involvement in the Advocates Bringing Light to and Education on Disabilities Student Group, the Government Affairs and Advocacy Committee, and the Exercise is Medicine group.  

Holt’s student career at USask is marked with many academic accomplishments. Within the College of Medicine, her accolades include the Reuben Brant Award and Sylvia Turner Scholarship in Medicine, both awarded for outstanding academic achievement. In her undergraduate studies with the College of Pharmacy and Nutrition, she received the Saskatchewan College of Pharmacy Professionals Gold Medal and Robert Martin Prize for most distinguished pharmacy graduate.  

Holt was heavily involved in research while studying for  both of her degrees. She presented  at an international conference and is also credited in two journal publications with a third manuscript in progress. Her work additionally included the development and evaluation of a Pediatric Chronic Pain Pathway document. This project allowed her to combine two of her clinical interests, chronic pain and pediatrics.  

Holt’s research and work influenced her decision to pursue residency training in physical medicine and rehabilitation in Saskatoon. 

“I look forward to having the opportunity to give back and serve the people in Saskatchewan who have supported me. I want to make a positive difference in the lives of everyone in the community,” she says.  

With the first phase of her medical training coming to an end, Holt says her best advice for incoming students is to “be curious.” 

“There is always something you can learn. If you go into your studies and rotations with curiosity, you will leave having gained a broader perspective and knowledge,” she says. “It will take you a long way.”  

/news/2024/gold-medal-grad-inspired-to-serve-othersshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://medicine/news/2024/gold-medal-grad-inspired-to-serve-othersmedicinegold-medal-grad-inspired-to-serve-othersArticle headlineGold Medal grad inspired to serve othersA childhood diagnosis transformed Dr. Teagan Holt’s (MD) life. Inspired to care for others, Holt has now received her medical degree at the University of Saskatchewan (USask), graduating at the top of her class.  student, awardWren MynhardtJun 7, 2024 2:51 PM
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usask-engineering-graduate-heading-to-stanford-for-her-phdtrue1718730911095imj129USask Engineering graduate heading to Stanford for her PhDA University of Saskatchewan (USask) College of Engineering graduate has been accepted to study in an innovative new PhD program at one of the world’s best medical schools.Donella HoffmanCollege of Engineering, USaskClassOf2024,1717704660000/articles/students/2024/usask-engineering-graduate-heading-to-stanford-for-her-phdnewssite://news/articles/students/2024/usask-engineering-graduate-heading-to-stanford-for-her-phdccm0461717704952612ccm0461717704952612show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/katie-sofko-main-1080x720.jpgsite://news/images/2024/katie-sofko-main-1080x720.jpgnewskatie-sofko-main-1080x720.jpg2095461080720Katie Sofko, a graduate of the USask College of Engineering, served as president of the Mechanical Engineering Students’ Association during her final year in the college. (Photo: Submitted)Katie Sofko, a graduate of the USask College of Engineering, served as president of the Mechanical Engineering Students’ Association during her final year in the college. (Photo: Submitted)NoNonesupport-studentsNo/
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Katie Sofko, who graduates this week with a bachelor’s degree in mechanical engineering, is one of six students who will join the Biomedical Physics (BMP) Graduate Program in September at the Stanford University School of Medicine. More than 100 people from around the world applied for a spot.

“It really focuses on the intersection of engineering and physics with medicine and applying that to real-world medical problems,” Sofko explained in a recent interview. “That is what drew me to the program. I just love that idea; it’s what I've wanted to do for most of my life.”

Stanford Medicine is the world’s fourth-ranked medical school in the latest QS World University Rankings; Stanford University placed sixth in the overall rankings.

Sofko’s success is based on an impressive blend of enthusiasm and aptitude, said Dr. Emily McWalter (PhD), an assistant professor in USask Engineering who has supervised Sofko’s undergraduate research for more than three years.

“It’s a rare combination when someone is that intelligent and has that much drive and vision for what they want. When you have that in one package, the sky’s the limit,” McWalter said of Sofko, who earned the Harold J. Bosche Most Distinguished Prize in Mechanical Engineering for achieving the highest average among students graduating in the discipline this spring.

Sofko also served as president of the Mechanical Engineering Students’ Association during her final year in the college.

“She’s definitely one of the top students I’ll ever have the opportunity to work with,” McWalter said.

TextImage/images/2024/katie-sofko-secondary.jpgsite://news/images/2024/katie-sofko-secondary.jpgnewskatie-sofko-secondary.jpg2129671080913Katie Sofko graduates this week with a bachelor’s degree in mechanical engineering. (Photo: Submitted)Above content

Sofko grew up in Saskatoon and attended Walter Murray Collegiate Institute. She thought she would study medicine or orthodontics but discovered during her Biology 30 class in Grade 12 that she wasn’t very interested in dissection – a big part of a medical degree – so she pivoted to engineering.

She chose to major in mechanical engineering but kept her eyes open for opportunities to pursue biomedical engineering. Halfway through her second year, she sought out McWalter, whose research focuses on using novel, quantitative magnetic resonance imaging (MRI) techniques to understand knee joint and soft tissue function in degenerative diseases such as osteoarthritis. Working with McWalter, as part of the college’s Goodfellow Undergraduate Research Award program, was the catalyst for Sofko’s enthusiastic and ongoing fascination with MRI technology.

“They’re incredible machines,” she said. “When I started learning about the technical aspects of MRI and the physics that goes into being able to produce the images that you get, I just loved them.”

“The images are quite striking. The quality of soft tissue contrast, the internal structure that we can see from MRI isn't something you see as much in other imaging modalities.”

In 2022, Sofko became the first USask Engineering student to do an international co-op work placement when she secured an internship at Siemens Healthineers, one of the top medical technology companies in the world.

“The experience was incredible,” she said of working at company headquarters in Erlangen, Germany. “I mean, I was at the factory where MRI were being made. I use MRI in my research, so it was really exciting to get to experience hands-on what goes into developing MRI and improving the different hardware of MRI.”

In her research, Sofko has explored the repeatability of two methods for assessing changes in the cartilage of the knee with the application of load, using quantitative MRI.

During her undergraduate research career, Sofko twice had abstracts accepted at the annual meetings for the International Society for Magnetic Resonance in Medicine and presented at the conferences.

“Getting that experience on an international level was completely foundational in establishing myself as a researcher and getting to know the research community,” she said.

McWalter, who spent five years at Stanford as a post-doctoral fellow and research associate, marvels at how Sofko has made the most of her opportunities to connect with academics in her field.

“Her networking is excellent not because she’s talking to lots of people and getting her name out there, but because she has meaningful, scientific conversations with senior professors.

“They love talking to her because she’s so engaged and asks great questions,” McWalter said.

After she applied for the Stanford PhD program, Sofko was one of 24 people selected for interviews, which were held online and covered three full days. She said she was surprisingly relaxed during the process because she knew the outcome would not deter her from her ultimate path.

“One of my main messages was that biomedical physics is what I want to do with my life, no matter what, and that specifically their program really appealed to me because of its translational aspects in that they have a close relationship with their hospital on campus and opportunities for clinical application.”

Her acceptance and impending move to Palo Alto, Calif., is very exciting for her parents, siblings, and her grandparents.

“I have a very supportive family and I have been so incredibly fortunate to have Emily as my supervisor. She provided me with so many opportunities that allowed me to develop as a researcher.”

Sofko is also grateful for the USask Best and Brightest $24,000 entrance scholarship that she received, as well as College of Engineering awards she earned while studying for her undergraduate degree. “I’m really grateful to USask for all of that support.”

Sofko expects to earn her PhD in five years and, at this point, envisions a career doing research and development in the medical field.

McWalter said Sofko has made the most of her opportunities and positioned herself well for the next step in her academic career.

“They’re looking for the best of the best, and Katie is among that best.”

usask-veterinary-medallist-envisions-career-in-medical-imagingtrue1718730911095imj129USask veterinary medallist envisions career in medical imagingDr. Maya Kliewer (DVM) of Saskatoon is this year’s recipient of the Faculty Gold Medal, the Western College of Veterinary Medicine’s (WCVM) highest honour for a graduating veterinary student.Tyler SchroederWCVM, USaskClassOf2024,1717681800000/articles/students/2024/usask-veterinary-medallist-envisions-career-in-medical-imagingnewssite://news/articles/students/2024/usask-veterinary-medallist-envisions-career-in-medical-imagingccm0461717616979005ccm0461717682777065show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dr-maya-kliewer.jpgsite://news/images/2024/dr-maya-kliewer.jpgnewsdr-maya-kliewer.jpg1740011080720Dr. Maya Kliewer (DVM) is this year's recipient of the WCVM Faculty Gold Medal—the veterinary college's top honour for graduating veterinary students. Photo: Dave Stobbe. Dr. Maya Kliewer (DVM) is this year's recipient of the WCVM Faculty Gold Medal—the veterinary college's top honour for graduating veterinary students. (Photo: Dave Stobbe)NoNonesupport-studentsNo/
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Kliewer accepted the award from WCVM Dean Dr. Gillian Muir (DVM, PhD) on June 5 during the University of Saskatchewan (USask) Spring Convocation ceremony, where she received her Doctor of Veterinary Medicine degree. Kliewer was one of 85 students to graduate from the WCVM’s veterinary program this year—the largest number of veterinary graduates in the college’s 59-year history.

The faculty-nominated award is annually presented to a graduating student who has excelled in demonstrating the highest general proficiency in the science and art of veterinary medicine during the four years of the DVM curriculum.

Muir taught Kliewer during her time as a veterinary student and commended her student leadership abilities in addition to her academic accomplishments and clinical performance.

“Maya is a strong leader and has been a wonderful support and mentor for her classmates, as well as students in other years of the DVM program,” said Muir. “She’s well deserving of our college’s top award.”

Kliewer, who was surprised to receive news of her award, felt honoured by the nomination support from WCVM faculty members.

“It’s one thing to be given an award for your grades but to have faculty nominate you is a special kind of achievement that I’m really grateful for,” she said.

In July, Kliewer will begin a small animal rotating internship at the Ontario Veterinary College (OVC) on the University of Guelph campus. She plans to pursue a residency in veterinary radiology after completing her one-year clinical internship.

“OVC has a really good reputation for internships and also has a residency program, so I knew it would be the best of both worlds,” she said.

TextImage/images/2024/dr-maya-kliewer-2.jpgsite://news/images/2024/dr-maya-kliewer-2.jpgnewsdr-maya-kliewer-2.jpg134397800693Dr. Maya Kliewer (DVM) stands on stage after receiving the WCVM Faculty Gold Medal from Dr. Gillian Muir, WCVM dean. (Photo: Dave Stobbe)Align right

Born in Prince Albert, Sask., Kliewer’s family moved to Saskatoon when she was six years old. Her family’s interests in outdoor activities spawned her appreciation for nature and wildlife, plus they led to new experiences such as learning to ride horses and volunteering at the Saskatoon SPCA.

Kliewer had a clear image of becoming a veterinarian, even from a young age.

“I really wanted to be with animals whenever it was possible,” she said. “It’s written in my Grade 8 yearbook that I wanted to be a veterinarian, and that drive has always been there for most of my life.”

After high school, Kliewer studied animal bioscience at the USask College of Agriculture and Bioresources for two years before beginning veterinary studies in 2020.

It didn’t take long for Kliewer to decide that she wanted to specialize in the veterinary profession, but it took some time to gauge what specific discipline attracted her the most. When her anatomy instructors used X-rays to supplement learning material, those experiences piqued her interest in radiology (or medical imaging). And after spending a day shadowing a resident in the WCVM Veterinary Medical Centre’s medical imaging service, Kliewer could envision herself working in radiology and analyzing a wide variety of cases.

“I really enjoy problem solving and that’s what radiology is. You’re presented with a case and you need to figure out what’s going on and present that case back to the clinician,” said Kliewer. “It’s also very involved in all aspects of veterinary medicine, so I really like having my fingers in every type of case.”

Kliewer is grateful for the guidance and support of WCVM faculty and staff who have helped to advance her skills and knowledge of medical imaging. She credited current residents and clinical interns for offering career advice and information on many possible career paths, including advancing radiology through research and working in veterinary clinics.

Dr. Sally Sukut (DVM), an assistant professor of medical imaging and a 2001 graduate of the WCVM, has been an important mentor since Kliewer met the board-certified specialist during her third year at the college.

“She’s [Dr. Sukut] been quite instrumental in my journey of advancing to where I want to be in radiology. She’s an amazing educator and person, and I’ve always enjoyed her lectures and teaching methods,” said Kliewer. “I definitely strive to be like her in the future.”

She added that Sukut’s influence in the classroom has given her inspiration to possibly pursue academia and mentor future veterinary students in radiology.

“I know radiology isn’t the most stimulating area of veterinary medicine, and it can be very challenging for students,” said Kliewer. “I’d love to be able to help spark an interest and demonstrate the value of radiology to vet students in the same way that it happened for me.”

new-usask-graduate-set-out-to-do-the-impossibletrue1718730911095imj129New USask graduate set out to do the impossibleDylan Haussecker was told he couldn’t learn middle school math. He helped send a satellite into space.Chris PutnamCollege of Arts and Science, UsaskClassOf2024, flexible learning,1717610040000/articles/students/2024/new-usask-graduate-set-out-to-do-the-impossiblenewssite://news/articles/students/2024/new-usask-graduate-set-out-to-do-the-impossibleccm0461717610334725ccm0461718306787861show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/6371.jpgsite://news/images/2024/6371.jpgnews6371.jpg1637111080720Dylan Haussecker holds a rocket he and an international team of students built at the 2020 CaNoRock program at the Andøya Space Center in Norway. (Photo: submitted)Dylan Haussecker holds a rocket he and an international team of students built at the 2020 CaNoRock program at the Andøya Space Center in Norway. (Photo: submitted)NoNonesupport-critical-researchNo/
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Fifteen times a day, Dylan Haussecker could look to the sky and know his work was flying above his head at a speed of almost eight kilometres per second.

Haussecker, who is graduating from the University of Saskatchewan (USask) this spring with degrees in electrical engineering and computer science, was a core member of the student team that designed and built the first made-in-Saskatchewan satellite in space.

“You don’t think you’ll get this opportunity as an undergraduate student. It means a lot to work on actual technology and work with actual industries that are changing the world. It's crazy cool,” said Haussecker.

Receiving his degrees will be extra special because the 24-year-old was never supposed to make it this far. At age 11, he was diagnosed with brain cancer and was warned the treatment would limit his ability to learn complex math and science.

“They were telling me in Grade 6, ‘You cannot do Grade 6 math.’ And I’m like, ‘I’m gonna prove them wrong. I’m gonna do engineering, because that sounds very difficult,’” said Haussecker, who is from Watson, Sask.

Haussecker’s cancer went into remission in 2012. By the time he was a teenager, he was winning science fairs and working with his dad to build and launch rockets as tall as himself. At university, he tutored other students in math and engineering.

In June 2023, he was invited with a handful of other USask students to a restricted area of NASA’s Kennedy Space Center in Florida to watch the satellite they had worked on for five years be launched aboard a SpaceX Falcon 9 rocket.

“We were only like a kilometer away from where the rocket actually launched. You could hear the rumbling and everything was shaking around you. It was intense and very crazy to think the satellite you worked on is in that rocket,” he said.

It was a dream come true for Haussecker, but it wasn’t the best experience of his life. The best experience was in February 2020 when he took part in CaNoRock, an international rocket science exchange program offered through the Department of Physics and Engineering Physics.

TextImage/images/2024/dylan_ksc.jpgsite://news/images/2024/dylan_ksc.jpgnewsdylan_ksc.jpg90210800535Haussecker is pictured at NASA's Kennedy Space Center in Florida, where he attended the launch of the RADSAT-SK satellite. (Photo: submitted) Above content

In just one week, Haussecker and a team of students from around the world designed, built and launched an eight-foot-tall rocket from the Andøya Space Center in Norway to a height of 50,000 feet.

“There are people from different universities of different backgrounds and you're all working together to a common goal—to launch this rocket—while also being in Norway in the mountains,” Haussecker said. “We got to run into the ocean in a snowstorm while the Northern Lights were over our heads. It was so cool.”

Haussecker took his first year of USask engineering at St. Peter’s College, an affiliated college in Muenster, Sask. When he arrived at the main USask campus for his second year of studies in 2018, he heard about a brand-new cube satellite project that involved the University of Saskatchewan Space Design Team (USST). He immediately signed up.

The project, titled RADSAT-SK, was a partnership between the Canadian Space Agency (CSA), the USST, the College of Engineering and Saskatchewan Polytechnic. Under the supervision of College of Engineering faculty member Dr. Sean Maw (PhD), the USST students were to design and build a miniature satellite about the size of a tissue box and see it launched on a resupply mission to the International Space Station (ISS).

Haussecker took on multiple roles during the five years of the project, contributing to the electrical and software systems and spending two years as one of the team’s three project managers. More than 100 USask students eventually worked on RADSAT-SK.

During this time, Haussecker began taking classes toward a three-year computer science degree in the College of Arts and Science. He knew the degree would be a good supplement to his electrical engineering degree, and the skills he learned were quickly put to use when programming the cube satellite.

The team’s work had to meet tight deadlines and pass multiple design reviews with the CSA to ensure it met all requirements to go into space. When RADSAT-SK was finally unloaded onto the ISS and shot into its own orbit from the station’s onboard cube satellite launcher, the team’s work wasn’t over. They built a ground station on campus to communicate with the satellite and receive data from the experiments onboard.

TextImage/images/2024/dylan_clean_room.jpgsite://news/images/2024/dylan_clean_room.jpgnewsdylan_clean_room.jpg84608800533Haussecker with RADSAT-SK components in the USST’s cleanroom on the USask campus. (Photo: submitted) Above content

After about seven months in orbit, the satellite re-entered Earth’s atmosphere on schedule and burned up early this year. The USask team was never able to establish contact with RADSAT-SK, but Haussecker wasn’t discouraged.

“The important thing is it went to space, and that’s never been done before,” he said.

Since the cube satellite project wrapped up, Haussecker has been advising on the construction of RADSAT-SK2, a second satellite currently being built by the USST. He also spent more than two years as avionics lead of a USST project to build a large rocket that the team plans to launch at a national competition this summer.

Haussecker and a small group of USask students and alumni are currently developing a new business with help from the College of Engineering’s SIGMA entrepreneurship program. Using lessons learned from the long days and nights spent testing the cube satellite, the group is building hardware and software solutions to help engineers reduce the risk of damaging expensive electronics when testing designs.

That business might take off after Haussecker graduates, or he might look into jobs in the space or mining industries. After beating brain cancer, nothing seems out of reach.

“(Something like that) makes you want to tackle the hardest problems in life. That was a very hard problem to tackle. And then you realize that you just have to take a few steps and you can solve pretty much anything,” Haussecker said.

following-parallel-paths-at-usasktrue1718730911095imj129Following parallel paths at USaskIdentical twin sisters Caydence and Kennedy Marley, award-winning students and citizens of the Métis Nation–Saskatchewan, are the College of Law’s top graduates.Shannon BoklaschukCollege of Law, USaskClassOf2024,1717594800000/articles/students/2024/following-parallel-paths-at-usasknewssite://news/articles/students/2024/following-parallel-paths-at-usaskccm0461717529992482ccm0461717529992482show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/kennedy-and-caydence-in-murray-library-1.jpgsite://news/images/2024/kennedy-and-caydence-in-murray-library-1.jpgnewskennedy-and-caydence-in-murray-library-1.jpg1274701080720Kennedy Marley (left) and Caydence Marley began clerking at the Court of Appeal for Saskatchewan in Regina on June 3. (Photo: Larry Kwok)Kennedy Marley (left) and Caydence Marley began clerking at the Court of Appeal for Saskatchewan in Regina on June 3. (Photo: Larry Kwok)NoNonesupport-studentsNo/
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Throughout their time as undergraduate students at the University of Saskatchewan (USask), identical twin sisters Caydence and Kennedy Marley have had nearly identical academic journeys.

The high-achieving 23-year-old sisters studied in USask’s College of Arts and Science for two years, earning numerous scholarships and awards and drawing inspiration from their humanities and social science courses before being admitted into the College of Law, where they subsequently studied for three years.

“We, quite frankly, did an identical undergrad,” said Caydence. “We took the same classes; we followed the same map to law school.”

The similarities did not end there. On June 5, during USask’s Spring Convocation, the sisters both earned their Juris Doctor degrees and graduated at the top of their class—with Caydence receiving the Law Society of Saskatchewan Gold Medal for the highest overall academic average throughout law school, and Kennedy receiving the Law Society of Saskatchewan Silver Medal for attaining the second-highest cumulative average throughout law school.

The sisters were thrilled to receive the good news about their medals and have enjoyed sharing it with their friends and family.

“It’s just been a week of making exciting phone calls and celebrating,” Kennedy said in a recent interview.

“It’s been fantastic,” added Caydence.

Caydence recalls calling their mother, a teacher, as soon as they received the good news. Not surprisingly, the sisters’ mother “was just ecstatic.”

“She ran down the hallway to tell our stepdad, who also teaches at the same school, and she said his jaw dropped to the floor,” said Caydence. “She was just so excited that both of her daughters got to share that moment together.”

It’s not the first time the sisters have been the top two students in their class. A similar situation occurred when they were in high school, when Kennedy graduated from Grade 12 with the highest academic average—earning her the Governor General’s Academic Medal—and Caydence graduated with the second-highest average. Now, the opposite has happened at the post-secondary level.

“In high school we went one and two the other way around, so it was really great to end law school in the opposite way. Of course I am over the moon about receiving the silver medal, but I’m even more excited that Caydence gets that moment now, too,” said Kennedy.

“It was just amazing. I still can’t believe it. It doesn’t feel real yet,” said Caydence.

TextImage/images/2024/caydence-and-kennedy.jpgsite://news/images/2024/caydence-and-kennedy.jpgnewscaydence-and-kennedy.jpg1620891080810Caydence Marley (left) and Kennedy Marley set their sights on studying law after taking undergraduate classes in women’s and gender studies. (Photo: Larry Kwok)Above content

The sisters, who grew up on an acreage east of Regina, had originally planned to become doctors when they began university, but they later set their sights on law after taking undergraduate classes in women’s and gender studies.

Studying at USask proved to be the right choice for them, as moving to Saskatoon enabled them to remain close to their family in Saskatchewan while also bringing forward new adventures in a new city.

“We have a huge family in Saskatchewan,” said Kennedy. “USask was far enough away to experience a new city, but still close enough to home.”

“It’s a beautiful campus here, so that was a big draw for us,” added Caydence.

Since beginning their studies at USask in 2019, the sisters have excelled and earned awards and honours each year. They began their first year of university as recipients of prestigious entrance awards, with Kennedy receiving the Circle of Honour – George and Marsha Ivany President’s First and Best Scholarship upon graduating from high school. Valued at $40,000 over four years, the award is presented to an Indigenous student graduating from a Canadian high school who is proceeding directly to university, with a minimum academic average of 95 per cent. Caydence, meanwhile, received the Wolfe Family General Achievement Entrance Scholarship, valued at $26,000, which is awarded on the basis of similar criteria.

Later, as students in the College of Law, Caydence and Kennedy continued to excel and earned many more scholarships and awards. Their academic achievements and similar interests also put them on similar paths; on June 3, two days before their convocation ceremony, they both began clerking at the Court of Appeal for Saskatchewan in Regina. They will be there for a year before they are officially called to the bar as lawyers.

Kennedy said she is excited about the opportunity to work with justices at the Saskatchewan Court of Appeal.

“This is the last required step in our academic legal journey,” said Caydence. “After that, we’re hoping to come back to Saskatoon to start in private practice in criminal law.”

Learning about the opportunities offered to them at the Court of Appeal was another great piece of news in an academic year that has been jam-packed with great news for the sisters. Prior to being awarded their gold and silver medals, Caydence and Kennedy, who are members of the Métis Nation–Saskatchewan (MN-S), were honoured as two of the eight 2024 recipients of the Order of Gabriel Dumont Bronze Medal. Induction into the Order is one of the Métis Nation’s highest civilian honours, with the award recognizing leadership, community service, cultural initiatives, and overall academic performance. Caydence said she and her sister are particularly proud to receive the honour from their Métis community.

“It is one of the most cherished awards that I’ve ever received,” she said.

As recipients of the MN–S University Sponsorship Program, Caydence and Kennedy are also grateful for the support they have received from the Métis community throughout their undergraduate studies. As Caydence recently told the MN-S, “I acknowledge that I have been blessed with many gifts and valuable opportunities being a part of this rich and beautiful Métis community. Hence, I feel a responsibility to continuously educate myself and to seize this opportunity to add to the growing number of Indigenous female voices in the field of law. It is a great privilege and honour to carry this responsibility with me beyond law school and into my legal career.”

Kennedy added: “Being a young Métis woman learning to reconnect with my culture has been a challenging but beautiful experience. I have met so many new faces, listened to so many stories, and received so many words of advice and encouragement from my relatives. I do not take for granted all the knowledge people have shared with me and, as I begin my career as a lawyer, I will return the favour and use my knowledge to support our community in any way that I am able.”

In addition to their gold and silver medals, Caydence and Kennedy received other awards at USask’s Spring Convocation. Both sisters were awarded College of Law Academic Excellence Scholarships, the Saskatchewan Law Review Honour, and the Jay Watson and Brian Pfefferle Criminal Law Prize. As well, Caydence received the A. John Beke Prize in Children and the Law, the Saskatchewan Provincial Court Judges Association Award in Criminal Law, the STEP Prize in Wills, the Amy and Brian Pfefferle Prize, The Honourable Donald Alexander McNiven Prize in Law, and the Thomas Dowrick Brown Prize (Most Distinguished Graduate). Kennedy, meanwhile, received the Peg and Keith Memorial Award for Indigenous Students and the Ron Fritz Prize in Law.

The sisters said they are grateful for their time at USask, and they want to thank the generous donors and sponsors who have supported them, and other USask students, through scholarships, bursaries, and awards.

“We’ve been really fortunate to benefit and have the privilege of receiving scholarships and bursaries from many generous donors,” said Caydence.

With five children in the twin’s family, including two brothers who are currently studying at USask and at the University of Regina, “there is no way that putting two sisters through law school at the same time could have happened without that support,” she added.

Kennedy said receiving the scholarships, bursaries, and awards made it possible for her and her sister to study at USask without financial worries, which has ultimately benefited their entire family in a profound way.

“When we receive awards, our family motto is ‘a win for one is a win for all,’” said Kennedy.

While the sisters are now looking forward to the next chapters of their lives and careers, leaving USask is bittersweet. They will miss seeing their law school friends each day, who have become like family members to them.

The sisters will remember their undergraduate studies as “an incredibly fun and fulfilling five years,” Caydence said, and they plan to return to USask again in the future.

“I’m quite sad about it, that the undergraduate portion of university is done. We definitely have plans to come back and do a master’s or something of the sort.”

new-veterinarians-passion-for-horses-leads-to-wcvm-equine-internshiptrue1718730911095imj129New veterinarian’s passion for horses leads to WCVM equine internshipAfter years of “living and breathing horses,” Laura Callaghan is savouring her new role as an equine field service intern at the Western College of Veterinary Medicine (WCVM).Lynne GunvilleWCVM, USaskClassOf2024,1717594200000/articles/students/2024/new-veterinarians-passion-for-horses-leads-to-wcvm-equine-internshipnewssite://news/articles/students/2024/new-veterinarians-passion-for-horses-leads-to-wcvm-equine-internshipccm0461717529814354ccm0461717529814354show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/callaghan-1.jpgsite://news/images/2024/callaghan-1.jpgnewscallaghan-1.jpg2219191080721Dr. Laura Callaghan (DVM) and her dressage horse, Llama, a percheron-thoroughbred cross gelding. (Photo: Rebecca Simonson)Dr. Laura Callaghan (DVM) and her dressage horse, Llama, a percheron-thoroughbred cross gelding. (Photo: Rebecca Simonson)NoNonesupport-studentsNo/
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Having already spent a summer as a student with the WCVM Veterinary Medical Centre’s Equine Field Service, Callaghan is enthusiastic about returning as a qualified veterinarian who can now “sign on the vet line instead of the student line.”

“I know the clinicians super well, and I know many of the clients and the horses,” said Callaghan, who will receive her Doctor of Veterinary Medicine (DVM) degree at the University of Saskatchewan (USask) Spring Convocation on Wednesday, June 5. “I’m also quite involved in the equestrian community, so I know quite a few people, and it’s really comfortable to come back and continue working with them.”

Callaghan completed her final year of clinical rotations in April, and throughout May she was busy with routine herd health services, soundness exams and an assortment of emergency cases.

Callaghan enjoys the variety and the chance to gain more experience under the tutelage of WCVM equine veterinarians. She also looks forward to the challenge of lameness cases—Callaghan considers them puzzles that need to be solved.

“Each one is different, and you really have to come at them from all sides. A lot of it is based on what the rider is feeling under saddle,” said Callaghan. “It’s not just the physical exam, but it’s the big picture.”

When it comes to big-picture thinking, Callaghan also relies on her own experiences as a horse owner and rider. She’s been crazy over horses for as long as she can remember but didn’t start seriously riding until she was 16—old enough to get her driver’s licence and a job to pay for riding lessons.

Fate stepped in when Callaghan’s riding lessons led to a friendship with local veterinarian Dr. Michelle Rowe (DVM)—along with a job offer at Cypress View Veterinary Clinic, a small animal clinic in Callaghan’s home community of Medicine Hat, Alta.

“I ended up working there for about six years,” said Callaghan, who was 16 when she began working with Rowe and Dr. Peggy Taylor-Mason (DVM), a 1992 WCVM alumna. “They ended up rooting for me my whole vet school life.”

Several years later, Callaghan purchased her first horse, Griz, and began competing in dressage competitions in the Medicine Hat and Calgary areas. She quickly became hooked on the discipline.

“I love how technical and consistent dressage is,” said Callaghan. “It’s just you and your horse in harmony ideally and trying to build on your scores from the last show. I really think that proper dressage training improves the fitness, the stamina and even the gait of a horse.”

TextImage/images/2024/callaghan-2.jpgsite://news/images/2024/callaghan-2.jpgnewscallaghan-2.jpg162366600900WCVM graduate Dr. Laura Callaghan (DVM) with Llama, her dressage horse. (Photo: Submitted)Align right

Two years later Callaghan bought Llama, a grey percheron-thoroughbred cross gelding that she brought with her to Saskatoon in 2020. Callaghan and Llama competed in numerous Equestrian Canada-sanctioned shows, and in April 2023, they made their debut in Prix St. Georges—the beginning of the international levels in dressage. Unfortunately, a severe tendon injury has recently sidelined Llama’s dressage career, and he’s on stall rest and rehabilitation.

Callaghan is optimistic that she will still ride at the Grand Prix level one day, and she’s considering the idea of bringing up a young horse and training it to the most difficult level of dressage competition.

Callaghan credits Llama with sparking another passion besides dressage. Originally named Shazam, his crazy face at mealtime reminded her of a llama—hence his new nickname and Callaghan’s keen interest in camelids.

That interest led to her adopting Marjorie, a llama-alpaca cross (known as a huarizo). Marjorie lives rent-free in return for keeping the barn cats safe from coyotes at the home of Callaghan’s mentor, Dr. Trisha Dowling (DVM), a WCVM professor and lifelong equestrian.

Callaghan’s interest in camelids also led to a fourth-year externship at a camelid practice and alpaca farm in the United Kingdom where she spent two weeks helping alpacas give birth to their crias (babies)—a process they called “unpacking alpacas.”

As Callaghan reflects on her past four years at the WCVM, she values the opportunities to enter the world of veterinary medicine—shadowing a horse veterinarian, working at the veterinary college, working in a Saskatoon-area private practice, and talking to clinicians with similar interests.

She appreciated the support of Dowling who has been a friend, a life coach and a cheerleader. Callaghan’s 2025 wedding to fiancé David Greaves will take place in the backyard at Dowling’s farm.

Once Callaghan has completed her one-year internship at the WCVM, she hopes to work as an equine veterinarian in the Saskatoon area and would especially enjoy working with performance horses.

“I think that it’s really cool to see a horse that I helped to treat out competing and doing what they love at a high level,” said Callaghan, who is also eager to develop relationships with horse owners.

“I absolutely love talking to the clients … I’m fresh and I’m excited and I like sharing what I know with people, and I like hearing about their concerns and learning about their horses.”

retired-lawyer-usask-student-receives-copland-prize-in-humanitiestrue1718730911095imj129Retired lawyer, USask student receives Copland Prize in HumanitiesCameron Muir will be receiving his fourth degree from USask at Spring Convocation.Kristen McEwenCollege of Arts and Science, USaskClassOf2024,1717520400000/articles/students/2024/retired-lawyer-usask-student-receives-copland-prize-in-humanitiesnewssite://news/articles/students/2024/retired-lawyer-usask-student-receives-copland-prize-in-humanitiesccm0461717511537111ccm0461717511559435show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/cameron-muir-web.jpgsite://news/images/2024/cameron-muir-web.jpgnewscameron-muir-web.jpg2584081080720Cameron Muir will be receiving the Copland Prize in Humanities at the USask Spring Convocation celebration. (Photo by Kristen McEwen)Cameron Muir will be receiving the Copland Prize in Humanities at the USask Spring Convocation celebration. (Photo by Kristen McEwen)NoNonesupport-studentsNo/
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When Cameron Muir (LLB’86, BA’11, MFA’20) receives his history degree on Tuesday, June 4, it will not be the first time that he has crossed the stage.

Muir will be receiving a Bachelor of Arts (Honours) in History degree at University of Saskatchewan (USask) Spring Convocation. He will also be awarded the Copland Prize in Humanities, which recognizes the most distinguished graduate in the humanities in the College of Arts and Science.

As an older student, and a retired lawyer, Muir described what it meant to be a “good scholar.” To him, it means doing twice as much research than what is required, and then narrowing in on an argument guided by evidence.

“Older students have a bunch of entrenched ideas, right?” he said. “The biggest challenge was coming (to classes) with my lawyer’s mindset.

“To be a good lawyer, you have to subscribe to the adversarial method, you have to argue a position as much as possible, regardless of if it’s right or wrong. Well, that doesn’t make for good scholarship.”

Muir’s history degree will be the fourth degree that he has earned at USask. His post-secondary education journey started when he was finishing high school in 1981—discussing career possibilities with his father.

“I was talking with my dad about going into drama, but I was also thinking about maybe law school,” Muir said. “Dad says, ‘Well, Cameron, maybe just get that law degree first, right? And after that you can decide what you want, but you’ll always have a law degree to fall back on.’”

He received his first degree—Bachelor of Laws from the USask College of Law in 1986.

As Muir said, one thing followed another and soon he found himself finding employment in law, then starting a family with his wife, and needing to support his family.

“All those other academic goals go by the wayside,” he added.

When the company he worked for was sold, Muir knew it was his chance to go back to university.

He moved his family – including his wife and their two sons – to Saskatoon to be closer to campus to start his next degree; English.

When he completed his English degree in 2011, he decided to try drama, after having discussed it with his father decades earlier.

While he enjoyed two years of the drama program (performing once with Greystone Theatre), Muir found it required more movement on stage than he could accommodate. He has a bone condition called osteogenesis imperfecta, also known as brittle bone disease, which limits his mobility.

Instead, he pivoted towards obtaining his Master of Fine Arts in Creative Writing in 2020. His thesis resulted in a collection of short stories, entitled Broken Windows, which explores the idea that “breakings, or frailties,” can cause a person to “look out into the world to see possibilities.”

As he finished his MFA, Muir learned a bit more about history courses offered at USask. He found that a history degree would tie together what he found interesting in his other degrees.

“History has always been there as a minor. My English degree, my years in the drama department, my MFA degree, all had history studies woven in or on the periphery. It’s as if my years here have been one long slalom course with this history degree at the finish line.”

While he started his history degree, classes at USask were held completely online due to the COVID-19 pandemic. While the content of his history classes was engaging, accessing the courses proved to be challenging.

With osteogenesis imperfecta comes hearing loss. Muir is deaf and has cochlear implants to help with the condition.

“During COVID, people were masking. I didn’t realize how much I had been lip reading,” he said. “When everyone had to go home and moved everything online, sometimes students didn’t turn their cameras on.”

Muir found that without cameras turned on, he could not read lips to process what was being said. When classes resumed in person, people returned with masks, which muffled people’s voices.

“I had all these interesting things I wanted to say, but I also wanted to hear more of what my colleagues were saying,” he said. “That being said, when I did mention my disability, my fellow students and my professors were so respectful.”

When it came to class discussions, people who were not immunocompromised would remove masks when they were speaking and put them back on when they were finished, or when someone else was talking.

“It was a challenge, but one that we could overcome.”

As a history student, Muir took the opportunity to take some study abroad courses in Rome. While there was plenty of walking up and down the hills in the ancient city, Muir did not mind.

“I think that almost every history student should do at least one study abroad class, or some type of field class to get the whole proper context,” he said.

“Studying the humanities, it’s a study of culture, right?” he added. “That culture and society is moving in the landscape. You've got buildings, rivers, hills, and that especially shows up in Rome.

TextPullquote“I think that almost every history student should do at least one study abroad class, or some type of field class to get the whole proper context.”Cameron Muir /Align left

“The dry page you might be reading might mean one thing when you’re back here in Saskatoon, but it means an entirely different thing when you’re in Rome.”

As convocation approaches, Muir is looking forward to celebrating with his family. A few years ago, all four of his family members were at USask taking classes at the same time. His wife was taking courses, and his sons were going to university for the first time.

When Muir began university, he admits he wasn’t a good first-time student. While his marks were good enough to get into law school, he felt that he did not apply himself and missed classes.

“I didn’t want (my sons) to feel bad that dad was keening out and getting these great marks,” he said. “I wanted them to realize that it’s a process, right?

“Becoming a scholar is a process.”

jsgs-mpa-graduate-determined-to-be-a-part-of-the-solutiontrue1718730911095imj129JSGS MPA graduate determined to be a part of the solutionFrom a young age, Bismark Bliss Owusu was aware of the direct consequences of government policies on the state of primary school education in Ghana.Charvee SharmaUsaskClassof2024, JSGS, 1717510620000/articles/students/2024/jsgs-mpa-graduate-determined-to-be-a-part-of-the-solutionnewssite://news/articles/students/2024/jsgs-mpa-graduate-determined-to-be-a-part-of-the-solutionccm0461717510861220ccm0461717510861220show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/bismark-bliss-1080.jpgsite://news/images/2024/bismark-bliss-1080.jpgnewsbismark-bliss-1080.jpg2591501080720Bismark Bliss Owusu is graduating at USask Spring Convocation with an MPA from the Johnson Shoyama Graduate School of Public Policy. (Photo: Submitted)Bismark Bliss Owusu is graduating at USask Spring Convocation with an MPA from the Johnson Shoyama Graduate School of Public Policy. (Photo: Submitted)NoNonesupport-studentsNo/
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“Poor infrastructural development and policies resulted in overcrowded classrooms and leaky roofs during the rainy season, which made equitable access to primary education a challenge for many communities,” he said.

Determined to be a part of the solution, Bliss sought to contribute his part to create a more equitable and effective public education system in Ghana.

His passion to develop policy solutions that empower vulnerable communities led him to the world of public policy and administration through the Master of Public Administration (MPA) program at the Johnson Shoyama Graduate School of Public Policy (JSGS), University of Saskatchewan (USask) campus.

“The MPA program offered a perfect blend of academic rigour and practical application I was seeking,” he said. “JSGS’s emphasis on analyzing policies from various perspectives resonated deeply with my sociological background. By understanding the diverse facets and potential consequences of policy decisions, we can develop more effective solutions that truly address the needs of communities.”

Now, as Bliss prepares to walk the stage at USask Spring Convocation on June 4, he is reflecting on his journey.

“Each course, from governance and administration to public policy analysis, provided a comprehensive picture into the nuances of the Canadian government structure,” he said.

TextPullquote“Remember, your journey will be filled with triumphs and hurdles, but never give up on your dream."Bismark Bliss Owusu /Align left

At JSGS, it was not just the formal curriculum that shaped him. The MPA’s rigorous emphasis on critical thinking, problem-solving, and building effective communication skills pushed Bliss to sharpen his analytical acumen and articulate his ideas with conviction.

“Independent research projects were like a proving ground to tackle real-world policy issues relevant to municipal governments,” he said.

Turning the next chapter in life, Bliss encourages future JSGS students to embrace the supportive environment, collaborate with classmates and faculty, and utilize all available resources.

“My most cherished memories aren’t from specific classes but from the collaborative nature of the program,” he recalled. “One particular experience that left a lasting impression on me out is the departmental photoshoot, where I interacted with faculty and students from diverse backgrounds. It was a wonderful reminder of the inclusive and supportive environment that JSGS fosters, and a memory that I hold dear.”

His recipe for success? Don't shy away from challenges; learn from mistakes, and stay focused.

“Remember, your journey will be filled with triumphs and hurdles, but never give up on your dream. Believe in yourself, work hard, and seek opportunities to broaden your knowledge and network.”

indigenous-student-embraces-new-role-at-usasktrue1718730911095imj129Indigenous student embraces new role at USaskNitanis Bear credits ISAP learning communities for establishing connections and retention at USask.Kristen McEwenCollege of Arts and Science, UsaskClassOf2024, Indigenous, Aboriginal,1717509120000/articles/students/2024/indigenous-student-embraces-new-role-at-usasknewssite://news/articles/students/2024/indigenous-student-embraces-new-role-at-usaskccm0461717509282336ccm0461717509554100show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/nitanis-bear-web.jpgsite://news/images/2024/nitanis-bear-web.jpgnewsnitanis-bear-web.jpg2089281080720Nitanis Bear has started her new role at USask as an Indigenous Student Recruitment Officer in the College of Arts and Science. (Photo by Kristen McEwen)Nitanis Bear has started her new role at USask as an Indigenous Student Recruitment Officer in the College of Arts and Science. (Photo by Kristen McEwen)NoNonesupport-indigenous-achievementNo/
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As Spring Convocation approaches, Nitanis Bear’s role at the University of Saskatchewan (USask) is changing--from student to staff member.

Bear will be receiving her Bachelor of Arts degree in English when she crosses the stage at Merlis Belsher Place on June 4. She is balancing that accomplishment alongside her new role as the Indigenous Student Recruitment Officer at the College of Arts and Science. Bear is Cree from Mistawasis First Nation and Pelican Narrows.

“I was really sad to be leaving my capacity as a student,” she said. “My whole identity was being a student here.”

Attending USask had benefits for Bear. Since she lived in Saskatoon, campus was close – the proximity making it easier to help take care of her younger sister. But it was the community that made Bear stay.

“My first day on campus, I remember I was so scared,” she said. “I’ve never been scared for high school or anything before, but it’s a huge place.”

Before classes started 2018, Bear met with an advisor from the Indigenous Student Achievement Pathways (ISAP) program, then known as ASAP (Aboriginal Student Achievement Program).

The advisor made Bear feel comfortable and helped quiet the fear and anxiety she was experiencing.

“He was really making it so comfortable as a support staff (member), that first person that you meet in university.”

The advisor recommended classes that Bear should take in her first year based upon her interests and recommended the pathway she should join — the Willow Hoop Learning Community.

“I found that when I walked in there, it was just a feeling of community that I had been missing for years,” she said.

ISAP learning communities bring first-year students together with shared academic goals and introduce upper-year peer mentors. The communities are designed to establish connections and support between peers. The Willow Hoop Learning Community brings together students who are studying humanities and fine arts subjects.

It’s just such a special experience to just guide each other and say, ‘Oh, I don’t know either, but let’s go find out,’” Bear said.

When she started classes at USask, Bear knew she wanted to pursue an English degree.

“I’ve always loved books as a child,” she said. “Growing up, my positive validation was from school. I strived to get good grades, and then I found out that there was such a thing as creative writing.”  

“I remember being in Grade 3 and just thinking, ‘Wow, this is for me. I want to be a writer when I grow up.’”

All through high school, Bear continued to read, excelling in her English classes. At USask, she felt some pressure from family members to choose other majors, but she insisted she wanted to focus on English.

“Choosing my English degree was this way of being true to my inner child in a way and rediscovering my autonomy as a person.”

While balancing her university courses, Bear had the opportunity to try playwriting. Prior to the pandemic, she joined the Circle of Voices program at the Gordon Tootoosis Nīkānīwin Theatre (GTNT) and wrote the play, You Didn’t Hear It From Me. The play was performed at GTNT in 2022. The Circle of Voices program supports young Indigenous artists as they explore storytelling and learn artistic and theatrical skills.

In her second year of university, Bear moved out to live on her own. She was working to pay bills, maintain her apartment, and support her younger sister.

“School kind of took a back burner for me, and that was something I wasn’t used to because I was trying to keep everything else afloat, she said.

I just found it was so surreal to be alone in the world for the first time, and to be in this apartment of four walls. You owe it to yourself, and if no one’s there for you, you owe it to yourself to push yourself through,” Bear said. “I was like, ‘I’m not dropping out, I’m not gonna quit. Because if I quit, then I’m just gonna lose everything. I’m gonna lose my funding. I’m gonna lose the one chance I have to make it.’

When classes resumed on campus, Bear embraced the chance to rebuild. She credits the support she received from the ISAP program and the Gordon Oakes Red Bear Student Centre for remaining at USask.

TextPullquote“There were so many other jobs, but to work in a support role through the university, that was my dream job."Nitanis Bear /Align left

“Your (learning community) comes into a vibe together, and by the end it’s ... kind of you don’t owe yourself the finishing of your degree, you owe your classmates, your community. You want to see it through.”

As she was starting to look for jobs towards the end of the fourth year of her degree, Bear found a job posting through the USask Career Opportunities website—a new position for an Indigenous student recruitment officer.

“There were so many other jobs, but to work in a support role through the university, that was my dream job. (Campus) has such an energy here.”

Bear spoke about how each fall semester she enjoys watching the leaves turn colour and the excited students returning to campus. She often sees and chats with people she got to know through her learning community and at the Gordon Oakes Red Bear Student Centre. She is looking forward to continuing her new role on campus, and rediscovering hobbies, such as drawing, painting, writing and theatre.

It’s a wonderful lesson to be able to rebuild something, something so much stronger and a better foundation and now in a better place. I finished off strong.”

students-lived-experiences-inspire-doctoral-research-at-usasktrue1718730911095imj129 Student’s lived experiences inspire doctoral research at USaskDr. Emma Chen, who earned her PhD during Spring Convocation, explored the stories of three Chinese immigrant mothers as a graduate student in the College of Education.Shannon BoklaschukUSaskClassOf20241717452180000/articles/students/2024/students-lived-experiences-inspire-doctoral-research-at-usasknewssite://news/articles/students/2024/students-lived-experiences-inspire-doctoral-research-at-usaskbpk4551717452627071bpk4551717453611489show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/emma-chen-web-1.jpgsite://news/images/2024/emma-chen-web-1.jpgnewsemma-chen-web-1.jpg921761080720USask graduate Dr. Emma Chen 陈星 (MEd’19, GTPC’22, PhD’24) received her doctoral degree in curriculum studies on June 3. (Photo: Submitted)NoNonesupport-studentsNo/
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Award-winning University of Saskatchewan (USask) graduate Dr. Emma Chen 陈星 (MEd’19, GTPC’22, PhD’24) received her doctoral degree in curriculum studies during the College of Education’s Spring Convocation ceremony on June 3. 

Chen, a scholar, educator, and author who was born and raised in a small city in Inner Mongolia, Mainland China, came to USask after studying at Beijing Language and Culture University. Before beginning her PhD studies, she earned her Master of Education degree in educational administration at USask in 2019, followed by her Graduate Teaching Preparation Certificate in 2022. 

Throughout her time at USask, Chen was the recipient of numerous scholarships and awards, including a Social Sciences and Humanities Research Council (SSHRC) Doctoral Fellowship, the Provost’s Graduate Student Teacher Award, and the Teacher Scholar Doctoral Fellowship at USask. Earlier this year, her first children’s book, Molly Misses Nainai, was shortlisted for two Saskatchewan Book Awards.

In July 2023, Chen joined Western Washington University, where she currently serves as an assistant professor in the Department of Early Childhood, Elementary and Multilingual Education. In celebration of her graduation from USask, the Green&White asked Chen about her time at the university, including her favourite memory as a USask student.

TextWhy did you choose to study at the University of Saskatchewan?None/Above content

In 2017, our family immigrated to Canada and settled in Saskatoon. It was a great opportunity for me to hit the “reset” button on my life. I chose to return to school and applied for the master’s program in education at the University of Saskatchewan.

TextYou received a PhD in curriculum studies at Spring 2024 Convocation. Why did you choose this area of study?None/Above content

Becoming a mom sparked my interest in the field of education. During my graduate school years, it became increasingly clear that I wanted to dive deeper into the theories, knowledge, and pedagogies in this area. So, I applied for the PhD program and was extremely fortunate to work with my supervisor, Dr. Debbie Pushor, in curriculum studies. It has been a wonderful, enriching four-year journey of learning and growth.

TextYou were a graduate student in USask’s College of Education. What was the experience like in the college?None/Above content

I spent six years in the College of Education, completing both my master’s and PhD programs. During this time, I had the privilege of learning from and working with some of the kindest, most knowledgeable, and supportive professors. They made my experience truly memorable. I deeply appreciate the connections I made and the support I received over the years.

TextYou were recently a finalist for two Saskatchewan Book Awards, in the First Book Award and Children’s Literature Award categories, for your book Molly Misses Nainai. Congratulations! How did it feel to receive that good news?Image/images/2024/molly-misses-nainai-web2.jpgsite://news/images/2024/molly-misses-nainai-web2.jpgnewsmolly-misses-nainai-web2.jpg146332800600Dr. Emma Chen (PhD) was a finalist for two Saskatchewan Book Awards, in the First Book Award and Children’s Literature Award categories, for her book Molly Misses Nainai. (Photo: Submitted)Below content

Thank you. I was excited to see the book acknowledged on the shortlists for the Saskatchewan Book Awards. I look forward to the opportunities these awards bring, allowing more people, especially immigrant families, to access the book and see their stories reflected in it.

TextWhat inspired you to write the book?None/Above content

Nainai means grandma in Mandarin Chinese, and Molly is my daughter’s name. The story is based on a real-life experience when our family first moved to Canada and Molly was three years old. She had to separate from her grandma for the first time in her life, and it was extremely hard for her. It was also difficult to explain to a young child what a “visitor’s visa” was and why her grandma had to leave the country after a certain time. I witnessed how much Molly missed Nainai. It was Molly’s story. I just wrote it down on her behalf. I had to.

TextYour doctoral thesis is titled “Transnational Parent Knowledge in Heritage Language Education: A Narrative Inquiry with Three Chinese Immigrant Mothers.” What inspired you to pursue this area of research?None/Above content

My research journey began with my own experiences as an immigrant mother exploring ways to support my children’s heritage language education. My lived experience inspired me to delve deeper into this topic. With the support of academic literature, I gained knowledge that helped me better understand the positions of transnational parents in society and equipped me with tools to unpack the experiences of the parents in my research. The stories of the three mothers in my study guided me in unexpected directions. By examining their daily language practices, I highlight how mothers in transnational and multilingual settings support their children’s bilingualism. These narratives, developed collaboratively, reveal the dynamic aspects of language teaching and learning within transnational families. They emphasize the mothers’ strategies for maintaining heritage language, their resilience against linguistic and racial challenges, and their crucial role in fostering their children’s bilingual identities and cultural connections.

TextWhat is your favourite memory from your time as a USask student?None/Above content

I remember the first course I took in my master’s program when I had just moved from China to Canada. As a newcomer to Saskatoon and the local educational context, I felt lost and confused during class discussions. My peers, mostly local in-service teachers, shared insights about events and policies in Saskatoon schools that I could barely understand. Feeling overwhelmed, I reached out to my professor and expressed my struggles. She kindly sat me down in her office and affirmed that my international experiences and perspectives were equally valuable. She told me that my contributions could broaden the discussions and benefit everyone in the class. That conversation stayed with me and changed how I viewed myself as an immigrant. It set the tone for my later studies. That course was on children’s literature, which I now teach as a faculty member at Western Washington University. That professor, Dr. Bev Brenna, also edited my first book. It feels like a full-circle moment.

usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduatetrue1718730911095imj129USask’s Scholarship of Teaching and Learning program celebrates first graduateThis week, Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Jane and Ron Graham Centre for the Scholarship of Teaching and Learning (Graham Centre for SoTL). Connor JayUSaskClassOf20241717433580000/articles/students/2024/usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduatenewssite://news/articles/students/2024/usasks-scholarship-of-teaching-and-learning-program-celebrates-first-graduatebpk4551717434239219bpk4551717434547400show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/karla-wolsky.jpgsite://news/images/2024/karla-wolsky.jpgnewskarla-wolsky.jpg939371080720Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Graham Centre for SoTL (Photo: Submitted)Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Graham Centre for SoTL (Photo: Submitted)Dr. Karla Wolsky (PhD) will become the first student to graduate with a certificate offered by the Graham Centre for SoTL (Photo: Submitted)NoNonesupport-studentsNo/
TextPullquote“[Wolsky] is an example of how you can continue to improve yourself through professional development; that you don't have to have an end stop after your master's or a PhD, she shows that we can continue to learn in a variety of ways."Dr. Melanie Hamilton (EdD), Graham Centre for SoTL director/Align right

An experienced registered nurse and educator in Alberta nursing programs, the knowledge she has gained in the certificate will help her improve how students learn the skills and knowledge required of the profession.

Located in the College of Education, the Graham Centre for SoTL opened in 2022 thanks to a $2-million donation from University of Saskatchewan (USask) alumni Jane (BEd’62, DCL’22) and Ron (BE’62, DCL’13) Graham. At the heart of the centre’s work is the Scholarship of Teaching and Learning – commonly referred to as SoTL — which focuses on the systematic study of teaching practices in higher education with the goal of improving student learning.

Wolsky is an instructor in the Health Care Aide program at the Centre for Health and Wellness at Lethbridge College and a sessional lecturer at the University of Calgary. She was introduced to the Graduate Certificate in the Scholarship of Teaching and Learning program by Dr. Melanie Hamilton (EdD), director of the Graham Centre for SoTL.

Wolsky and Hamilton met in 2012 while working together in the Lethbridge College nursing program. Although they had different nursing backgrounds, with Wolsky’s experience in the medical surgical and emergency room and Hamilton in the operating room, the duo bonded over similar teaching philosophies on how students learn. Since Hamilton knew Wolsky was already active in SoTL research and had a passion for curriculum, she thought the program would be a good fit for Wolsky.

“If anyone talks to Melanie, they cannot walk away from her without acknowledging her passion for SoTL,” said Wolsky. “[Melanie] knew that I was looking for more information [in social research] to mentor [and inform] other people. It was a good fit both ways.”

Wolsky’s pursuit of additional credentials beyond the PhD shows how a learning journey is lifelong. 

“[Wolsky] is an example of how you can continue to improve yourself through professional development; that you don't have to have an end stop after your master's or a PhD,” said Hamilton. “She shows that we can continue to learn in a variety of ways."

The Canadian Association of Schools of Nursing (CASN) requires nurses to report on the scholarship of teaching and learning taking place in nursing education. Since educating students is embedded in the job description, the opportunity to engage in research on teaching presents itself naturally. Wolsky’s research project, titled Cinema Education: Utilizing Films to Teach Psychological Aspects of Client Care for Health Care Aide Students, stemmed from her experience with her students.

“The courses I instruct are about psychosocial aspects of care such as death, dying and palliative care, dementia and mental health,” said Wolsky. “These topics are hard to teach in a classroom setting. Students were asking me, ‘Are there any movies that would help me understand this concept?’”

Wolsky noticed the positive feedback from her students after providing movies and supplemental resources for learning. The students mentioned how they could visualize the caring process for patients.

“The students started asking about other movies. I thought that this would be a great SoTL project. Then I started taking the SoTL certificate, and I thought ‘I should use the idea that students brought forward and then see if it really does assist students.’”

Wolsky, who recently received the 2023-24 Teaching Excellence Award at Lethbridge College, has noticed an improvement in her teaching practice. She will continue to use her findings as she begins to oversee the provincial health care curriculum revision across Alberta.

“I'm hoping to utilize some of my scholarship on teaching and learning and research background to help improve some of our curriculum changes and revisions,” said Wolsky. 

Hamilton is excited that Wolsky is the first graduate of the centre. She credits Wolsky’s passion for learning as to why she will be a strong SoTL specialist and advocate.

“She will be able to continue to take that passion of student learning, supporting students and her teaching and leadership philosophy into our program as she moves into an instructor role,” said Hamilton. “[Wolsky] is already telling people why the USask SoTL program is important and the kind of benefits that a person can get out of it.”

Wolsky is proud of the committed work she has put in to complete the SoTL certificate. She appreciates the overall experience that allowed her to discover new information and encourages others to pursue the program.

“The program provides a really good experience with lots of engagement with other individuals and their research projects,” said Wolsky. “The way the program is laid out, it walks you through a SoTL project. When you are finished, not only have you completed this certificate, but you have a SoTL project that’s ready to be implemented.”

bridging-the-finance-and-policy-gap-with-an-mpa-at-usasktrue1718730911095imj129Bridging the finance and policy gap with an MPA at USaskFrom leading customer acquisition strategies across Africa to analyzing the provincial budget for the Saskatchewan Ministry of Finance, Henry Boye has had a riveting journey in the field of public finance and policy analysis.Charvee SharmaUSaskClassOf20241717186560000/articles/students/2024/bridging-the-finance-and-policy-gap-with-an-mpa-at-usasknewssite://news/articles/students/2024/bridging-the-finance-and-policy-gap-with-an-mpa-at-usaskbpk4551717186654299bpk4551717187082128show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/henry-boye-main-image.jpgsite://news/images/2024/henry-boye-main-image.jpgnewshenry-boye-main-image.jpg1976581080720A photo of Henry Boye.Henry Boye is set to receive his Master of Public Administration (MPA) at USask in June. (Photo: Submitted)NoNonesupport-studentsNo/
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He is now on his way to earning his Master of Public Administration (MPA) at the Johnson Shoyama School of Public Policy (JSGS), University of Saskatchewan (USask) campus.

Born and raised in Ghana, Boye received his Master of Business Administration (MBA) from the Kwame Nkrumah University of Science and Technology and began his professional journey as a customer service team lead, swiftly rising to manage the youth banking portfolio.

Boye’s passion for driving social change is evident through his volunteer organization which increased educational infrastructure and volunteer engagement in the eastern, western, and Volta regions of Ghana.

“I strive to create impactful solutions that serve communities and JSGS’s commitment to addressing real-world challenges through innovative policy solutions resonated with my career aspirations,” he said.

With USask Spring Convocation just around the corner next week, Boye is excited to have his family flying in to celebrate this milestone together.

“It’s incredibly special to share such an important moment with the people who have supported me throughout my journey,” he said.

As he prepares for the next chapter in his career, Boye is set to leverage his analytical skills to steer impactful policymaking at a higher level. Discussing his future plans, he said “I am particularly interested in roles that bridge the gap between financial analysis and strategic policy development.”

Boye already is off to a great start. As part of the JSGS internship program, he got the opportunity to apply his knowledge in practice. Boye’s internship with the Saskatchewan Ministry of Finance gave him a chance to be a part of the 2024-25 provincial budget process as a budget analyst.

“My work involved analyzing financial data, preparing budget reports, and offering insights to guide policy decisions – it was an experience that will have a lasting impact on my professional development.”

Reflecting on his MPA degree, Boye feels the program has broadened his understanding of public sector dynamics immensely.

“The program’s interdisciplinary approach has enhanced my ability to navigate complex policy environments and make data-driven decisions,” he said.

While choosing the right college as an international student can be daunting, for Boye, JSGS stood out for its curriculum that puts a strong emphasis on combining theory with practical application.

“I was drawn to the renowned faculty, comprehensive curriculum, and the opportunity to engage with a network of policy practitioners,” he said.

For new students beginning their program this fall, Boye advises them to network, stay organized, and participate in classroom discussions and projects.

“Seek practical experience through the internship program and volunteer to enhance your skillset,” he said.

truly-memorable-new-usask-alumni-reflect-on-their-academic-journeystrue1718730911095imj129‘Truly memorable’: New USask alumni reflect on their academic journeysSpring Convocation ceremonies will be held from June 3 – 7 at Merlis Belsher Place.Shannon BoklaschukUSaskClassOf2024,1717166220000/articles/students/2024/truly-memorable-new-usask-alumni-reflect-on-their-academic-journeysnewssite://news/articles/students/2024/truly-memorable-new-usask-alumni-reflect-on-their-academic-journeysbpk4551717166533166ccm0461718030356122show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoYesYesMatching keywordsYesImage/images/2024/convo-2024.jpgsite://news/images/2024/convo-2024.jpgnewsconvo-2024.jpg1626971080720A photo of the stage at Convocation.A total of 3,623 students will receive 3,835 degrees, certificates, and diplomas during USask’s Spring Convocation. (Photo: David Stobbe)NoNonesupport-studentsNo/
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The University of Saskatchewan (USask) will hold its Spring Convocation ceremonies from June 3 – 7, 2024, at Merlis Belsher Place. A total of 3,623 students will receive 3,835 degrees, certificates, and diplomas, joining a community of more than 171,000 USask alumni worldwide.

In advance of Convocation, the Green&White asked five new USask alumni about their experiences as undergraduate students and about their advice for students who are just beginning their learning journeys.

TextDamilola (Dammy) Stephen, College of NursingImage/images/2024/dammy-stephen-1.jpgsite://news/images/2024/dammy-stephen-1.jpgnewsdammy-stephen-1.jpg29873723203088Damilola (Dammy) Stephen will receive a Bachelor of Science in Nursing degree. (Photo: Submitted)Align left

Dammy Stephen was born and raised in Lagos, Nigeria. She will receive her Bachelor of Science in Nursing degree during Spring Convocation.

Why did you choose to study nursing?

My passion for helping people led me to pursue a career in nursing. Providing care gives me a profound sense of purpose and satisfaction, and nursing allows me to achieve this in the most impactful way.

What was your experience like in the College of Nursing?

I had my ups and downs, as navigating being a mom, wife, and student presented its challenges and tested my mental health. However, with the unwavering support of the school and some of my professors and husband, I found the strength and will to continue. Honestly, it’s a mix of emotions; I had enjoyable days and moments of doubt. However, reflecting on my journey, it was worth every struggle.

What is your favourite memory from your time as a USask student?

My favourite memory would be the wonderful and genuine connections I made with instructors, professors, and peers. These relationships significantly enriched my overall experience, making my time at USask truly memorable.

What advice do you have for new students who are just beginning their studies at USask?

Actively engage with the university community. Build connections with your instructors and peers, as these relationships can greatly enhance your academic and personal growth. Take advantage of the resources available, especially if you are having mental health challenges; they were put in place because the school knows you need them, and don’t hesitate to seek help when needed. Embrace the opportunities and challenges and enjoy the journey of learning and self-discovery.

What are your plans now that you have completed your degree?

Start working as an RN (registered nurse) and, most importantly, find my niche. I intend to do some volunteer work in geriatrics and continue on a path of self-discovery.

TextSaanvi Mital, College of KinesiologyImage/images/2024/saanvi-mital.jpgsite://news/images/2024/saanvi-mital.jpgnewssaanvi-mital.jpg1401877241086Saanvi Mital will receive a Bachelor of Science in Kinesiology degree. (Photo: Submitted)Align left

Saanvi Mital was born and raised in Edmonton, Alta. She will receive her Bachelor of Science in Kinesiology degree during Spring Convocation and will be honoured with the Gordon Garvie Prize in Kinesiology, presented to the college’s most outstanding graduate.

Why did you choose to study at the University of Saskatchewan?

Growing up, I always heard my dad speak fondly about his time spent at the University of Saskatchewan. He really found a sense of community here, and the size of the campus made it feel like an easier transition from high school. This turned out to be a great fit for me, as I was able to find that community on campus, while also still having access to the opportunities afforded to a top U15 school in Canada. 

What was the best part of studying in the College of Kinesiology?

There are a lot of wonderful parts to the College of Kinesiology, but something that I have really appreciated in my time has been the size of the college. It is a tight-knit community, but there are still many opportunities to get involved in a meaningful way. It has been an absolute privilege to work with our college’s faculty and staff, as they are truly committed to creating the best student experience possible.  

Were you involved in any extracurricular activities during your time at USask?

I was involved in many extracurricular experiences throughout my time in undergrad, especially once classes started back up in person (after the COVID-19 pandemic). Something that I really enjoyed doing in the larger campus community was being a physics Structured Study Sessions peer mentor. Since this is a resource that I used when I was taking the course, it was very rewarding to be able to give back and help out others taking the class. I am also grateful for the opportunity to be involved in two wonderful labs in my undergraduate experience. The first lab I worked in was with Dr. Markus Brinkmann and Dr. Kerry McPhedran (PhD), where we looked at COVID-19 levels in seven university dormitories through wastewater testing. Later on I was involved as a summer student in Dr. Michelle Collins’ (PhD) lab, where I worked on two separate projects researching cardiac arrhythmias in zebrafish. In the community, I was able to pursue my passion for sport as I coached junior girls’ volleyball at Marion Graham Collegiate. I was also fortunate to have many extracurricular experiences through the College of Kinesiology. Some notable experiences were being a part of KinLife, Orange You Ready?, multiple hiring committees, and the Kinesiology Students’ Society (KiSS). Through KiSS, I first started as a social representative, then treasurer, and was the president this past year. This meant that I spoke each month at our faculty council meetings, where I really found my voice and grew as a confident leader.

This isn’t necessarily an extracurricular activity, but a class I took during my undergrad that was of particular influence for me was the student trainer practicum. In this course, I was involved as a student trainer with the wrestling team and had the opportunity to work within an integrated support team and practice hands-on skills in the sports medicine field. 

What advice do you have for new students who are just beginning their studies at USask?

My advice to new students would be to reach out to older students in their programs to find mentors. University can feel like a very large and daunting place at first, but having a mentor to lean on and a small community to support you makes all the difference in having a more enjoyable and immersive university experience. I am immensely thankful for the mentors I found in both upper years, faculty, and staff, who helped shape my university experience. 

What are your plans now that you have completed your degree?

I will be attending medical school at the University of Western Ontario in August.

TextEmily Holmes, Western College of Veterinary Medicine (WCVM)Image/images/2024/emily-holmes-1.jpgsite://news/images/2024/emily-holmes-1.jpgnewsemily-holmes-1.jpg26306027254088Emily Holmes will receive a Doctor of Veterinary Medicine degree. (Photo: Submitted)Align left

Emily Holmes was born in Kelowna, B.C., and raised in Nanaimo, B.C. She will receive her Doctor of Veterinary Medicine degree during Spring Convocation.

Why did you choose to study at the University of Saskatchewan?

Knowing that WCVM is the vet school for B.C. students, I always hoped I would end up at USask. I did my first two years of undergraduate studies at the University of Northern British Columbia and then transferred to USask. I hadn’t gotten into vet school yet, but just wanted to be on campus where the vet school was and to be able to make connections in Saskatoon. My dad had road-tripped with me out to tour USask and the WCVM in the fall of 2015, when I was in Grade 12, and I really fell in love with the campus—so that also made me excited to transfer. 

What was the best part of studying in the Western College of Veterinary Medicine?

The people I met, and the sense of camaraderie, were the best parts of studying at the WCVM. For me it was an incredible feeling to be in a school where everyone has the same profound love of animals; it really gave such a sense of belonging. Getting to meet so many people—both students and instructors— from different backgrounds, who have all ended up at the WCVM because they want to dedicate their lives to animals, is such a unique experience and creates such a remarkable community within the school. 

Were you involved in any extracurricular activities during your time at USask?

I did lots of volunteering, fostering, and part-time work for SCAT Street Cat Rescue, so that took up most of what little spare time I had outside of classes and studying. Before getting accepted into the WCVM, I was a part of the Pre-Vet Club, which I enjoyed very much. 

What is your favourite memory from your time as a USask student?

I loved my rotation in major surgery at the WCVM Small Animal Clinic during my fourth year, and volunteering at a spay-and-neuter clinic in La Ronge, Sask. My fondest memories, though, are of days spent in the WCVM library with close friends, trying to cram an impossible amount of information into our heads. Those days were long and exhausting but will always make me smile over our excitement to become vets and just to think about how far we have come since then.

What advice do you have for new students who are just beginning their studies at USask?

My best advice is to remember that classes are just classes. Take whatever you can from them and do your best—but, at the end of the day, the marks you get won’t dictate your future. I barely passed the first-year veterinary anatomy course, and yet I did well in my fourth-year practical rotations and love surgery (an anatomy-heavy branch of medicine). Don’t let your past experiences limit your future experiences.

What are your plans now that you have completed your degree?

I’m working at North Island Veterinary Hospital—a small animal practice in Port Hardy, B.C. My husband and I are so happy to be home on Northern Vancouver Island with our cats and dog. I enjoy treating cats, dogs, exotic pets (like rabbits, guinea pigs, rats, reptiles, and amphibians), and occasional wildlife patients or large animals, too. Our clinic is somewhat remote, so I enjoy the variety that we get to treat. I am interested in surgery, behaviour medicine, and general wellness medicine—especially for at-risk animals.

TextKelsey Acton, College of Agriculture and BioresourcesImage/images/2024/kelsey-acton.jpgsite://news/images/2024/kelsey-acton.jpgnewskelsey-acton.jpg20484813961831Kelsey Acton will receive a Bachelor of Science in Agriculture degree. (Photo: Submitted)Align left

Kelsey Acton was born and raised in Ogema, Sask. Throughout her academic journey at USask, she received numerous scholarships, including the USask Chancellors’ Scholarship and the Torvald and Margaret Tollefson Renewable Entrance Scholarship, and was on the Dean’s List during her four years as a full-time student. She will receive her Bachelor of Science in Agriculture degree, with a major in soil science, during Spring Convocation.

Why did you choose to study at the University of Saskatchewan?

Both of my parents attended the College of Agriculture and Bioresources (AgBio) and, knowing that I wanted to enter the agriculture industry, AgBio was the obvious choice.

What was the best part of studying in the College of Agriculture and Bioresources?

The best part about the College of Agriculture and Bioresources is the people. The community of faculty, staff, and students all contribute to an incredible environment of learning, teaching, and collaboration.

Were you involved in any extracurricular activities during your time at USask?

I was a part of several student clubs, including the USask Range Team, the USask Horticulture Club, and the Environmental and Bioresources Students Association (EBSA). I also played rec sports, like innertube water polo, innertube basketball, and volleyball.

What is your favourite memory from your time as a USask student?

One of my favourite memories from my time as a USask student was taking the SLSC 480 forest soils field course. Growing up in southern Saskatchewan, it was an incredible experience for me to be able to see the wildlife, flora, and soils of our northern forests firsthand. I also had an incredible experience while completing my undergraduate thesis project under Dr. Katherine Stewart (PhD). In this project, we transplanted shredded arctic turf as a method of restoration. This opportunity gave me an introduction into research projects, laboratory work, and the fundamentals of restoration.

What advice do you have for new students who are just beginning their studies at USask?

Ask questions. The people at USask are there to help you along every step of your journey, but you must take the first step and ask for assistance when you need it.

What are your plans now that you have completed your degree?

I really enjoyed the research opportunities I had throughout my degree and want to continue into a career in research. Currently, I am working as a contracted research associate for Bayer Crop Science out of Saskatoon. I am also planning to pursue a master’s in soil science at USask.

TextMuhammad Saif Ullah Amir, College of Arts and ScienceImage/images/2024/muhammad-amir-1.jpgsite://news/images/2024/muhammad-amir-1.jpgnewsmuhammad-amir-1.jpg25709330664088Muhammad Saif Ullah Amir will receive a Bachelor of Arts (honours) degree in sociology, a Certificate in Global Studies, and a Certificate in Indigenous Governance and Politics. (Photo: Submitted)Align left

Muhammad Saif Ullah Amir was born in Pakistan and immigrated to Saskatoon with his family at the age of 10. He attended elementary and high school in Saskatoon, graduating from Walter Murray Collegiate before beginning his studies at USask. He has earned numerous scholarships, awards, and honours throughout his time in the College of Arts and Science and will receive his Bachelor of Arts (honours) degree in sociology during Spring Convocation, as well as a Certificate in Global Studies and a Certificate in Indigenous Governance and Politics.

Why did you choose to study at the University of Saskatchewan?

I chose to attend the University of Saskatchewan as it is located in my home city and my sister is also a USask student.

Why did you choose to study sociology?

I chose sociology because I wanted to investigate social issues and better understand our social world. Sociology covers a wide variety of topics, so I was able to take classes that dealt with different aspects of our society, such as family, the criminal justice system, and law. I highly enjoyed my sociology classes as they were the place where we discussed contemporary issues—for example, addictions, reconciliation, social/economic inequality—as well as explored potential solutions. The certificates relate to some of my other interests, like globalization, politics, and human rights.

What was your experience like in the College of Arts and Science?

I had a really nice experience in the College of Arts and Science. As Arts and Science students, we are able to choose from a variety of majors/minors/certificates, which encouraged me to pursue certificates alongside my major. Additionally, I was able to learn from professors who are highly knowledgeable and respected in their fields. Furthermore, I found the undergraduate academic advisors to be very helpful and supportive.

Were you involved in any extracurricular activities during your time at USask?

Yes—the University of Saskatchewan Undergraduate Research Journal (USURJ), the Student Undergraduate Research Experience (SURE), and Peer Health.

What is your favourite memory from your time as a USask student?

I have two favourite memories as a USask student:

1) Preparing a report for a community partner (United Way of Saskatoon & Area) as part of my undergraduate thesis course (SOC 410). I and other students worked as a team to analyze 211 Saskatchewan’s call data and offer some conclusions.

2) Creating an Empathy Game in POLS 201. Students created computer and board games that were designed to bring attention to global issues, like climate change and conflict. The goal was that by playing each other’s games, students will develop empathy for people who are experiencing injustices. These two memories highlight that courses offered in the College of Arts and Science equip students with skills/knowledge that they can use to serve their local communities and the world.

What advice do you have for new students who are just beginning their studies at USask?

My advice to new USask students is that you should join the various campus groups, as they allow you to meet like-minded people and create a sense of community. I would also say to new students try to use all the resources that the university offers, like the Writing Help Centre or Career Services, as they are free of charge and really helpful for professional development.

What are your plans now that you have completed your degree?

If everything goes as planned, I will start the master’s program at the University of Ottawa in September 2024. My hope is that after the MA, I can work in a public or private institution that is involved in policy-making or research.

Is there anything else that you would like to add?

I really wanted to thank the following professors for their continuous support: Dr. Harley Dickinson (PhD) (Department of Sociology), Dr. Timothy Kang (PhD) (Department of Sociology), Dr. Martin Gaal (PhD) (Department of Political Studies), and Dr. Barb Fornssler (PhD) (School of Public Health).

usask-kinesiology-graduate-awarded-governor-generals-silver-medaltrue1718730911095imj129USask kinesiology graduate awarded Governor General’s Silver MedalUniversity of Saskatchewan (USask) kinesiology student Grace Hominuke, who achieved an impressive 96.76 percent cumulative average during her undergraduate studies, has been honoured with a Governor General’s Silver Medal.Alyssa WiebeUSaskClassOf20241717097460000/articles/students/2024/usask-kinesiology-graduate-awarded-governor-generals-silver-medalnewssite://news/articles/students/2024/usask-kinesiology-graduate-awarded-governor-generals-silver-medalbpk4551717097637210bpk4551717166257938show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/governor-general-silver.jpgsite://news/images/2024/governor-general-silver.jpgnewsgovernor-general-silver.jpg2305671080720USask kinesiology student Grace Hominuke has been honoured with a Governor General’s Silver Medal and will graduate next week with a Bachelor of Science with great distinction. (Photo: Submitted)NoNonesupport-studentsNo/
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This year, two silver medals will be awarded at USask Spring Convocation to recognize the top two students graduating from an undergraduate degree program who have earned the highest cumulative percentage averages. The award is one of the most prestigious honours that can be given to a student in a Canadian educational institution. 

Hominuke will graduate this spring from USask’s College of Kinesiology, with a Bachelor of Science degree with great distinction. She developed a profound passion for health promotion and for a variety of topics, including anatomy, exercise physiology, biomechanics, and psychology. 

“It is an absolute honour to be awarded the Governor General’s Silver Medal. Since I can remember, I have always had a real love for learning and an enthusiasm for academics. For my academic achievement to be recognized in this way, particularly in a degree program that I feel so passionately about, is truly humbling,” said Hominuke. 

Born and raised in Saskatoon, she attended Bishop James Mahoney high school. After encountering several incredible high school teachers who piqued her interest in the health sciences and helped her to develop a love for learning, pursuing an undergraduate degree in the College of Kinesiology seemed like a natural fit. 

“The College of Kinesiology has afforded me so many opportunities to learn new skills and challenge myself academically. My studies led to a profound passion for a variety of topics, from anatomy and exercise physiology to psychology and sociology. It has been a real privilege to benefit from the immensely talented and knowledgeable professors in our college, and to learn first-hand about the cutting-edge research that they produce.”

A formative part of Hominuke’s undergraduate experience was the opportunity to get involved in the community, including with organizations such as the Saskatoon Open Door Society and the SWITCH Clinic. These experiences allowed her to apply the knowledge she had gained in the classroom in a practical setting and enabled her to give back to the community that raised her.

“Community involvement and health promotion are very important to me, so I am excited to continue to volunteer with local organizations that have been a cornerstone of my undergraduate experience. I am also looking forward to getting involved with some additional organizations like the Saskatchewan Health Authority and the PAAL program at the College of Kinesiology.”

In addition, she is endlessly grateful for the unwavering support and encouragement of her incredible family and friends.

After she walks the stage in early June, Hominuke is looking forward to taking a year off from academics, in which she is excited to continue to volunteer with local community-based organizations.

In the near future, she hopes to return to the university and receive further education to enable her to pursue a career in the health sciences.

greenandwhite-take-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduatetrue1718730911095imj129‘Take pride in your journey and the strides you’ve made,’ says USask law graduateJordan Calladine, an award-winning student who is currently clerking for a Federal Court judge, will receive her Juris Doctor degree during Spring Convocation in JuneSHANNON BOKLASCHUKCollege of Law, USaskClassOf2024,1716461400000/articles/students/2024/greenandwhite-take-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduatenewssite://news/articles/students/2024/greenandwhite-take-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduatenews_ws1716496016611ccm0461716496188185show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/calladine-1080.jpgsite://news/images/2024/calladine-1080.jpgnewscalladine-1080.jpg3615641080720Jordan Calladine has been active in student governance at the College of Law, serving as the inaugural vice-president social for the college’s Indigenous Law Students’ Association. (Photo: submitted)Jordan Calladine has been active in student governance at the College of Law, serving as the inaugural vice-president social for the college’s Indigenous Law Students’ Association. (Photo: submitted)NoNoneNoneYesNoYesSame folderYesImage/images/articles/2024/jordan-calladine-background.jpgsite://greenandwhite/images/articles/2024/jordan-calladine-background.jpggreenandwhitejordan-calladine-background.jpg129202750500Jordan Calladine has been active in student governance at the College of Law, serving as the inaugural vice-president social for the college’s Indigenous Law Students’ Association. (Photo: submitted)NoNoneNoneNo/
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Jordan Calladine, who grew up in Lethbridge, Alberta, came to the University of Saskatchewan (USask) to study in the College of Law. Prior to enrolling at USask, she studied business at the University of Lethbridge’s Dhillon School of Business, majoring in marketing with a concentration in marketing communications, and played on the Pronghorns varsity women’s rugby team.

A member of the Métis Nation – Saskatchewan, Calladine has been active in student governance at the College of Law, serving as the inaugural vice-president social for the college’s Indigenous Law Students’ Association. Calladine has also served as a research assistant for the Rebuilding First Nations Governance (RFNG) Project – Prairie Treaties Cluster and as a judicial intern for the Supreme Court of Belize. She is currently clerking for The Honourable Julie L. Blackhawk, a judge of the Federal Court and a member of the Mohawks of the Bay of Quinte Nation.

Calladine will receive her Juris Doctor degree during USask’s Spring Convocation, which will take place from June 3 – 7, 2024. In advance of Convocation, the Green&White asked Calladine about her time as a student in the College of Law and about her advice for new students who are beginning their studies at USask.

TextWhy did you choose to study at the University of Saskatchewan?None/Above content

Returning home to Saskatchewan was a deeply personal decision for me. Although my parents provided my younger sister and me with a wonderful upbringing in Lethbridge, Alta., I couldn’t shake the envy I felt towards friends who had the luxury of regular visits with their extended family members—cousins, grandparents, aunts, and uncles. With both sides of my family hailing from Saskatchewan, the province always held a special place in my heart. Saskatoon, centrally located between my relatives, offered the perfect balance, allowing me to easily journey north or south for weekend reunions.

After retiring from university rugby, I found myself craving change. It was the first time in my life I wasn't tethered to Lethbridge due to sports commitments. While nearing the end of my undergraduate studies, I began considering law as a potential path forward. Around the same time, an enticing internship opportunity emerged in Saskatoon, capturing my interest. With the shift to online learning due to the COVID-19 pandemic, relocating to Saskatchewan seemed like a logical step forward. I applied to the University of Saskatchewan, never expecting to be accepted, let alone on the cusp of graduating with my Juris Doctor degree.

TextWhat was the best part of studying in the College of Law?None/Above content

I am lucky to have met some of my closest friends and mentors from my time at the College of Law. Law school is tough, and I would not have made it through without my friends in the trenches with me or my mentors supporting me along the way.

TextWere you involved in any extracurricular activities during your time at USask? None/Above content

I had the privilege of holding the position of vice-president social of the Indigenous Law Students’ Association for two years. During my third year, I was fortunate to undertake two significant clinical/practicum placements: one as a law student advocate at Community Legal Assistance Services for Saskatoon Inner City Inc. (CLASSIC), and the other as a legal intern with the Maya Leaders Alliance of Southern Belize. Additionally, I was given the opportunity to assume diverse leadership roles within the Métis Nation – Saskatchewan, including serving as a director for Saskatoon Métis Local 126 and as a regional youth representative for Western Region IIA.

TextWere you the recipient of any scholarships, awards, bursaries, or other honours?None/Above content

I am grateful to have received recognition for my academic accomplishments and dedication to the College of Law community through several scholarships, awards, and bursaries. Among these honours are the Indigenous Student Achievement Award in Leadership, NIB Trust Fund Scholarship, CN Indigenous Student Bursary, Helen Bassett Commemorative Student Award - Western Region 2023, Kyle Block Scholarship, CIBC Achiever Awards, and the Amiskusees: Semaganis Worme Family Foundation Bursary. I was also the 2023 recipient of the annual Canadian Bar Association Saskatchewan Law Student Essay Contest for my piece “Saskatchewan must implement its own UNDRIP legislation if it is serious about reconciliation with Indigenous Peoples.”

TextWhat is your favourite memory from your time as a USask student?None/Above content

I made a lot of great memories as a USask student. The two main events that immediately came to mind would be the annual inter-year Challenge Cup Hockey Tournament and the Legal Follies Variety Show. My camera roll is filled with hilarious memories from those events the past few years and they always make me laugh.

TextWhat advice do you have for new students who are just beginning their studies at USask?None/Above content

I have spent many hours in airplanes these last few months and was often finding myself lost in reflective thoughts. The following three pieces are the main ones I routinely find myself falling back on, each with a different focus: career, relationships, and self.

Career: Embrace the opportunity to explore new possibilities. Whether it’s applying for scholarships, pursuing internships, or engaging in extracurricular activities, embrace each experience wholeheartedly. Trust in life’s serendipitous nature, knowing that it guides you along the path meant for you.

Relationships: Stay tethered to your roots and your community. University life presents multifaceted challenges beyond academics alone. Amidst the whirlwind of studies, networking, and social obligations, make a concerted effort to support and uplift those around you.

Self: Be kind to yourself and prioritize your mental wellbeing. Recognize that life continues to unfold amidst the rigours of university. Listen to your body’s cues and grant yourself the rest and rejuvenation you require. Surround yourself with a supportive network of friends and family who cherish you, even on your most challenging days. Acknowledge and celebrate both your personal achievements and those of your inner circle. Above all, take pride in your journey and the strides you’ve made.

TextWhat are your plans now that you have completed your degree?None/Above content

I currently have the privilege of clerking for the Honourable Madam Justice Julie Blackhawk, a trailblazer as the first female Indigenous justice appointed to the Federal Court of Canada. This experience has afforded me invaluable insights into the judiciary, enriching my comprehension across various legal domains. Upon completing my clerkship, my intention is to return to Saskatchewan and specialize in Aboriginal and Indigenous law, striving to effect positive transformations within my community and beyond. My journey has been defined by unforeseen twists, and I aspire for it to culminate in meaningful contributions to the legal landscape and the wider society.

/articles/2024/take-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduateshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/take-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduategreenandwhitetake-pride-in-your-journey-and-the-strides-youve-made-says-usask-law-graduateArticle headline‘Take pride in your journey and the strides you’ve made,’ says USask law graduateJordan Calladine, an award-winning student who is currently clerking for a Federal Court judge, will receive her Juris Doctor degree during Spring Convocation in Junealumni, qaSHANNON BOKLASCHUKMay 23, 2024 10:50 AM
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usask-initiative-empowers-students-with-learning-that-fits-their-livestrue1718730911095imj129USask initiative empowers students with learning that fits their livesThe Flexible Learning Initiative at the University of Saskatchewan (USask) aims to provide students with choices in how, where, and when they engage in learning, enabling more personalized pathways into and through a program.Darla Readflexible learning1716475380000/articles/students/2024/usask-initiative-empowers-students-with-learning-that-fits-their-livesnewssite://news/articles/students/2024/usask-initiative-empowers-students-with-learning-that-fits-their-livesccm0461716475603161ccm0461716475603161show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/_m8a5580.jpgsite://news/images/2024/_m8a5580.jpgnews_m8a5580.jpg1979591080720Adam Ismail at the USask Prince Albert Campus. Photo credit: Dave StobbeAdam Ismail at the USask Prince Albert Campus. (Photo: Dave Stobbe)NoNonesupport-studentsNo/
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USask student Adam Ismail recently completed his second year of biomedicine and is going into his third year of cellular, physiology and pharmacology (CPPS).

He decided to take classes at the USask Prince Albert campus to stay near his family for as long as possible.

“Some of the benefits of taking classes at a smaller campus are the small class sizes, as well as being able to get personal with your professors, which helps tremendously and cuts a bit of the awkwardness when asking questions,” Ismail noted. “The biggest advantage for me was getting to know the campus heads personally and having the peace of mind that knowing their door will always be open for me to talk to about anything, from complaining about exams, to talking about future classes, and even personal issues.”

Ismail is just one student taking advantage of flexible learning at USask. In January 2024 the Provost initiated the Flexible Learning Initiative which aims to enhance the provision of choice for students in how, where, and when they engage in learning, enabling more personalized pathways into and through a program.

TextImage/images/2024/adam-ismail.jpegsite://news/images/2024/adam-ismail.jpegnewsadam-ismail.jpeg1432838001132Adam Ismail works on classwork from his home. (Photo: Adam Ismail)Align right

“Flexible learning accommodates learners’ varied needs and preferences by providing multiple educational delivery options,” explained Dr. Nancy Turner, associate vice-provost, Teaching and Learning. “In a flexible learning environment, elements such as the duration of study, location, and instructional method are transformed into choices for the students.”

The initiative is intended to build on and highlight offerings already available at USask. For example, at least 13 per cent of current USask classes are offered in a flexible mode such as online or hybrid.

USask is exploring a broad array of flexible learning options. The mode of learning includes in-person, hybrid, blended or online, asynchronous, or synchronous options. Learners can also choose varied places to study, such as the Saskatoon campus, Prince Albert campus, or a regional college.

USask is also considering varied pathways into and through academic programs as part of the initiative (e.g., micro-credentials, preparation courses) and pace of learning (e.g., through adjustment in how many courses are taken each term). Also, as part of flexible learning, educators can make choices to use flexible teaching practices (e.g., designing assessments so fewer students need accommodations, designing classroom dialogue that engages all students) that support student learning.

While Ismail prefers in-person classes, he also took an online class and recommends every student do the same.

“The advantage of taking classes online is that you get to work at your own pace and really get to understand your work ethic and understand how you learn the best,” he explained. “I do think taking at least one online class is essential for students to better understand their work ethic.”

Dr. Airini, provost and vice-president academic, said there is research and evidence to suggest students have an expectation of flexibility when it comes to their higher education.

“The University of Saskatchewan is committed to meeting the needs of our community by enabling students to learn in ways that suit their life during their journey to become graduates and leaders the world needs.”

Ismail said despite no longer studying at a smaller campus, he still regularly visits the staff.

“From campus heads to academic advisors, the bonds you form can yield many future benefits. Their influence significantly eased my transition to the Saskatoon campus, and for that, I’m immensely grateful.”

Learn more about USask’s flexible course and program offerings.

greenandwhite-make-your-university-experience-work-for-you-says-usask-business-economics-graduatetrue1718730911095imj129‘Make your university experience work for you,’ says USask business economics graduateAzee Amoo, who will receive her Bachelor of Arts degree in June, encourages other students to get involved in extracurricular activities and to try a variety of coursesSHANNON BOKLASCHUKCollege of Arts and Science, UsaskClassOf2024,1716376800000/articles/students/2024/greenandwhite-make-your-university-experience-work-for-you-says-usask-business-economics-graduatenewssite://news/articles/students/2024/greenandwhite-make-your-university-experience-work-for-you-says-usask-business-economics-graduatenews_ws1716400930493ccm0461717598898461show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/azee-amoo-resized-crop-web.jpgsite://news/images/2024/azee-amoo-resized-crop-web.jpgnewsazee-amoo-resized-crop-web.jpg137650975650Azee Amoo will receive a Bachelor of Arts degree in business economics during USask’s Spring Convocation in June. (Photo: submitted)Azee Amoo will receive a Bachelor of Arts degree in business economics during USask’s Spring Convocation in June. (Photo: submitted)NoNonesupport-studentsYesNoYesSame folderYesImage/images/articles/2024/azee-amoo-resized-crop-web.jpgsite://greenandwhite/images/articles/2024/azee-amoo-resized-crop-web.jpggreenandwhiteazee-amoo-resized-crop-web.jpg100121975650Azee Amoo will receive a Bachelor of Arts degree in business economics during USask’s Spring Convocation in June. (Photo: submitted)NoNoneNoneNo/
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Azee Amoo was involved in many extracurricular activities during her time as a University of Saskatchewan (USask) student, serving as copy editor at The Sheaf newspaper, holding executive positions at UNICEF USask, USask Menstrual Project, and CommUniLink, and volunteering as a student recruitment ambassador for USask’s College of Arts and Science.

Amoo’s involvement on campus also included volunteering with Peer Health, a Student Wellness Centre initiative primarily run by students dedicated to promoting health and wellbeing. Amoo took part in numerous activities through Peer Health, such as a cultural wellness group and a peer listener support group.

Born and raised in Calgary, Amoo attended Crescent Heights High School before coming to Saskatoon for her undergraduate studies. Next month, she will receive her Bachelor of Arts degree in business economics during USask’s Spring Convocation, which will be held from June 3 – 7, 2024.

In advance of Convocation, the Green&White asked Amoo about her memories and experiences as a USask student.

TextWhy did you choose to study at the University of Saskatchewan?None/Above content

It was initially just a chance for me to move out, grow, and find my own independence. But with each class I took, I was even more grateful that I happened to choose this university to study at—because the community, class sizes, and supports are pretty neat.

TextWhy did you choose to study business economics? None/Above content

After changing my major a few times, I finally found business economics. I was drawn to the field because I appreciated how interdisciplinary it is, drawing on areas from sociology to history. And I also appreciate that, with the more abstract ideas, there’s the elements like accounting and organizational structure. it’s nicely balanced with practical, real-world subjects.

TextYou were a student in the College of Arts and Science. What did you like about the college?None/Above content

There are just so many options available. You’re able to take classes that are outside the field of your major, and tailor your degree to your interests and future goals.

TextWhat did you enjoy about volunteering with Peer Health?None/Above content

Every day was something different. Peer Health’s home base is the USask Community Centre, located across from the bookstore, and that’s where you could usually find me between classes. It’s a vibrant and welcoming space where you could chill, meet new people, and join in on events. It truly is a safe place—and that’s because of the people and volunteers that make it up—and I’m glad I was able to contribute to something like it.

TextWhat is your favourite memory from your time as a USask student?None/Above content

It’s so hard to choose just one. From stressing over what’s going to be on exams to just hanging around and playing board games, my favourite memories have been with the friends I’ve made. I’m so grateful to them because they were integral to my university experience, and they’ve helped me grow along the way.

TextYou mentioned that you are leaving the university a lot different than how you entered it. Can you share how the university experience has changed you?None/Above content

Entering university, I was pretty shy and a recluse, and I had very rigid plans and expectations of how my life was going to shape out. But, over time, I stepped out of my shell and took risks. I embraced the process and said yes to things I normally would shy away from. I became a leader and more confident in myself. I have a broader perspective, and the tools to continue nurturing it and pushing the bounds of my understanding of the world around me.  

TextWhat advice do you have for new students who are just beginning their studies at USask?None/Above content

Embrace the uncertainty that comes with entering university. You don’t have to have it all figured out from the start. Try classes that interest you, even if it’s not directly related to your degree. Don’t be afraid to reach out to your professors and, of course, get involved. Make your university experience work for you.

TextWhat are your plans now that you have completed your degree?None/Above content

I’ve moved back to Calgary, where I’ll be starting up my career and continuing my community involvement. I’ll also be furthering my education and creative pursuits on the side.

TextIs there anything else that you would like to add?None/Above content

I encourage everyone to surround themselves with good people. There were times that I felt discouraged and wondered if university was even for me. In these times, I was lucky to have people around me to see what I couldn’t at the time. Thanks, mom, for making me into the person I am today. Thanks, dad, for keeping me grounded. And thanks to my lovely annoying siblings for motivating me to become a good role model.

/articles/2024/make-your-university-experience-work-for-you-says-usask-business-economics-graduateshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/make-your-university-experience-work-for-you-says-usask-business-economics-graduategreenandwhitemake-your-university-experience-work-for-you-says-usask-business-economics-graduateArticle headline‘Make your university experience work for you,’ says USask business economics graduateAzee Amoo, who will receive her Bachelor of Arts degree in June, encourages other students to get involved in extracurricular activities and to try a variety of coursesalumni, qaSHANNON BOKLASCHUKMay 22, 2024 11:20 AM
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cgps-28_governor-general-gold-medal-2024-dos-santos-shawtrue1718730911095imj129Advancing health science: A look at USask’s 2024 Governor General’s Gold Medal recipientsTwo graduate students at the University of Saskatchewan (USask) are being recognized with Canada’s most prestigious academic honour, the Governor General’s Gold Medal.Kassidy Guy1716278400000/articles/students/2024/cgps-28_governor-general-gold-medal-2024-dos-santos-shawnewssite://news/articles/students/2024/cgps-28_governor-general-gold-medal-2024-dos-santos-shawnews_ws1716386010863ccm0461717598870935show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/gg-2024-1.jpgsite://news/images/2024/gg-2024-1.jpgnewsgg-2024-1.jpg2132931080720Pictured: Keely Shaw (left) and Scott Dos Santos (right)Pictured: Keely Shaw (left) and Scott Dos Santos (right)NoNonesupport-critical-researchYesYesYesMatching keywordsYesImage/images/gg-gold-medal-header.jpgsite://cgps/images/gg-gold-medal-header.jpgcgpsgg-gold-medal-header.jpg26015820481152Pictured: Keely Shaw (left) and Scott Dos Santos (right)NoNonesupport-critical-researchNo/
TextImage“I would strongly encourage anyone considering participating in 3MP to do so. In addition to improving my communication skills, I was able to articulate new motivation for my postdoctoral research project." 2023 USask 3MP Champion, Rima Siauciunaite/images/dos-santos-2.jpgsite://cgps/images/dos-santos-2.jpgcgpsdos-santos-2.jpg3291651210907Pictured: Dos Santos presents his research at a conference.Align left

The Governor General’s Gold Medal is awarded annually to graduate students who display outstanding academic performance in their program. This year’s recipients from the College of Graduate and Postdoctoral Studies (CGPS) are Dr. Scott Dos Santos (PhD) and Dr. Keely Shaw (PhD).

Dos Santos is currently a postdoctoral fellow at the University of Western Ontario where he focuses on microbiomes.

Dos Santos hails from England, where he completed his undergraduate degree in biomedical science at the University of Surrey. During his undergrad, Dos Santos studied abroad at USask, where he first had the opportunity to work with Dr. Janet Hill (PhD), who later became Dos Santos’ doctoral supervisor. He returned to the University of Surrey to complete his undergrad and pursue his master’s in medical microbiology.  

In 2019, Dos Santos returned to USask to continue his work with Hill and pursue his doctoral studies.

TextImage/images/dos-santos-1.jpgsite://cgps/images/dos-santos-1.jpgcgpsdos-santos-1.jpg3131981064599Pictured: The Hill Lab team, located at the Western College of Veterinary Medicine at USask.Align right

Dos Santos’ doctoral research studied the impact of the maternal vaginal microbiome on infant’s gut bacteria.

“Around 2016, [clinicians] started seeing a lot of pregnant women asking about vaginal seeding,” said Dos Santos. “They were worried that if they delivered their baby by C-section, [the baby’s] gut microbiome would be altered which some studies have suggested is linked to asthma, Type 1 diabetes and several other conditions.”

The concept of vaginal seeding first arose in 2015 and involves placing sterile gauze in a mother’s vagina prior to a C-section, and swabbing the newborn with the secretions, with the goal of mimicking passage through the birth canal and exposure to specific bacteria.

Dos Santos and Hill’s research has now revealed that this practice does not have much of a scientific basis and in fact the composition of the maternal vaginal microbiome did not have any obvious effect on the babies’ gut microbiomes. These findings will work to dispel common myths about C-sections and provide expectant parents with peace of mind.

According to Dos Santos, it takes a village to put together a project like this.

“We had a clinical team that was absolutely wonderful. The LEGACY project team, which is headed by Dr. Deb Money (MD) of the University of British Columbia, is phenomenal,” said Dos Santos. “Janet and the rest of the Hill lab are all brilliant people, especially our lab manager, Champika Fernando. She was instrumental in training grad students across WCVM.”

TextImage/images/keely-1.jpgsite://cgps/images/keely-1.jpgcgpskeely-1.jpg73389810540Pictured: Shaw displays the Canadian national flag and her bronze medal at the Tokyo 2020 Paralympic Games. Align left

Meanwhile, Shaw is a Paralympic bronze medalist and a postdoctoral fellow at the University of Calgary. Prior to continuing her studies in Calgary, Shaw earned her bachelor’s degree, master’s, and doctorate at USask.

Shaw’s doctoral research falls at the intersection of kinesiology, nutrition, and agriculture.

While collaborating with researchers at the USask Crop Development Centre (CDC), Shaw’s research has focused on how a new breed of field peas may be used to develop a food-first approach to resolving iron deficiencies.

With iron deficiencies ranking as one of the most prevalent nutrient deficiencies worldwide, the need for adequate intervention is critical. A food-first method to treating iron deficiency relies on ingesting foods with high-nutrient availability, rather than relying on alternatives such as supplements.

“I’m an athlete myself, and I know supplements can be ‘iffy’ from an iron perspective. They can be hard on your gut,” said Shaw. “Supplements always carry a risk for athletes who are subject to doping control.”

TextImage/images/keely-2.pngsite://cgps/images/keely-2.pngcgpskeely-2.png147715344306Pictured: Shaw conducting research. Align right

Throughout her research, Shaw focused on two groups affected by iron deficiencies: people with spinal cord injuries and female athletes.

“I really wanted to work with people with spinal cord injuries because we know so little about people with impairments,” said Shaw. “It’s only recently, particularly in the exercise science world, that we’ve moved away from studying only college-age males and started looking more at older individuals or females. But the work in people with physical impairments just isn’t there yet.”

As the global population continues to increase, Shaw hopes her research can aid in growing sustainable crops that meet the nutritional needs of the world. She also hopes that her work with people with impairments encourages more research on this underserved group.

“As somebody with a brain injury, there’s been no real guidance from practitioners. It’s really been through my own journey of trying to manage the symptoms that come with my chronic disability that have led me to be passionate about continuing to do that.”

Shaw gives credit to her supervisor and supervisory committee, including Dr. Phil Chilibeck (PhD) of the College of Kinesiology, Dr. Gordon Zello (PhD) of the College of Pharmacy and Nutrition, Dr. Tom Warkentin (PhD) of the College of Agriculture and Bioresources, Dr. Andela Baerwald (MD, PhD) of the College of Medicine, and Dr. Carole Rogers (PhD) from Ontario Tech University.  

“They were all so great and accommodating,” said Shaw. “Having that support throughout my doctoral thesis was paramount to my success.”

The 2024 Governor General’s Gold Medal recipients will be recognized at CGPS’ Toast to PhDs event on June 4, 2024. Learn more.

 

/grad-life/news/28_governor-general-gold-medal-2024-dos-santos-shawshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://cgps/grad-life/news/28_governor-general-gold-medal-2024-dos-santos-shawcgps28_governor-general-gold-medal-2024-dos-santos-shawArticle headlineAdvancing health science: A look at USask’s 2024 Governor General’s Gold Medal recipientsTwo graduate students at the University of Saskatchewan (USask) are being recognized with Canada’s most prestigious academic honour, the Governor General’s Gold Medal. Kassidy GuyMay 21, 2024 8:00 AM
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usasks-new-precision-agriculture-certificate-celebrates-its-first-cohort-of-graduatestrue1718730911095imj129USask’s new Precision Agriculture Certificate celebrates its first cohort of graduatesFourteen students including Alex Hinz are graduating with the new certificate at USask Spring Convocation.Brett MakulowichCollege of Agriculture and Bioresources, USaskClassOf2024,1716386400000/articles/students/2024/usasks-new-precision-agriculture-certificate-celebrates-its-first-cohort-of-graduatesnewssite://news/articles/students/2024/usasks-new-precision-agriculture-certificate-celebrates-its-first-cohort-of-graduatesccm0461716324511668ccm0461716404994122show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/alex-hinz.jpgsite://news/images/2024/alex-hinz.jpgnewsalex-hinz.jpg1280181080720Graduating University of Saskatchewan student Alex Hinz. (Photo: Submitted) Graduating University of Saskatchewan student Alex Hinz. (Photo: Submitted) NoNonesupport-studentsNo/
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Alex Hinz will officially receive his Bachelor of Science in Agriculture (major in Agronomy, minor in Agribusiness) plus the Certificate in Precision Agriculture at the University of Saskatchewan (USask) Spring Convocation on June 5.

The Precision Agriculture Certificate is a new program that provides USask undergraduate students the opportunity to gain knowledge and develop experiential skills in precision agriculture by leveraging competencies from their academic discipline. The program is recommended to students studying in agriculture and bioresources, engineering, computer science, environment and society, hydrology or regional and urban planning.

“I choose to pursue the new certificate since it provides hands-on learning experiences to develop skills that I could use on our own operation and to also give me a hiring advantage over other new graduates working in the industry,” said Hinz.

In the new program, students learn how to manage crops precisely to increase both production and sustainability. This includes knowledge of the technologies used in precision agriculture (satellite imagery, global positioning and information systems, big data, yield mapping, management zones) to understand what drives within-field crop yield variability from year to year.

“For agriculture, the use of technology, prescriptions, zone management, soil sampling, etc. is only going to become more and more important,” said Hinz. “Understanding the drivers of field scale variability, how to account for them, then refine, and filter data provides students competencies they need for the real world.”

Hinz’s family’s operation is near Muenster, Sask. and this growing season he is applying what he learned from the Precision Agriculture Certificate to the field.

TextPullquote“As a student, the Agriculture Building always felt like home on campus."Alex Hinz /Align left

“There is so much field scale variability in the Muenster and Humboldt area that it is difficult to associate results with product and not position be it from past management or landscape,” said Hinz. “This growing season I was able to expand on skills from the Precision Agriculture Certificate to identify the drivers within our fields and areas that would make good candidates for product trials. This will help eliminate the impact of landscape variability accounting for longer time periods.”

For Hinz, choosing the USask College of Agriculture and Bioresources (AgBio) for his post-secondary education was an obvious choice.

“My mom and various family members attended the College of Agriculture and Bioresources, so I grew up hearing stories of the college and their time there,” said Hinz. “As a student, the Agriculture Building always felt like home on campus. Our student lounge is one of if not the best on campus, it’s always welcoming and busy.” 

Hinz excelled academically and was the recipient of four scholarships. He also participated in co-rec sports and held the roles of councilor and academic vice-president with the Agricultural Students Association (ASA).

As the ASA academic vice-president, Hinz organized the 2024 AgBio Challenge, a student competition and networking event. During the competition, students research and create presentations to address a current challenge in agriculture, before presenting them to a panel of industry judges.

“It’s difficult to choose a favourite course during my time in AgBio, but Agronomic Soil Microbiology with Dr. Bobbi Helgason (PhD) was one of my favourite science-based courses,” said Hinz. “It’s just such a unique course, I was intrigued by the ‘why’ of soil nutrient processes within fertility. Agricultural Finance with Dr. Tristen Skolrud (PhD) was by far my favorite non-science course. I felt this class gave me the some of the most applicable knowledge to take back to the farm especially on the business front.”

Hinz plans to return to his family’s farm to take over the business. He has also considered pursuing a graduate degree in plant sciences or agricultural economics in the future.

“I want to operate true replicated field scale trials by separating a small portion of our farm to research and study,” said Hinz. “By doing so, I hope to provide concrete data to myself and other farmers about products, eliminating some of the bias or influence from factors within the field.”

usask-msc-student-awarded-saskatchewan-lieutenant-governor-indigenous-scholarshiptrue1718730911095imj129USask MSc student awarded Saskatchewan Lieutenant Governor Indigenous ScholarshipJeremy Irvine, a MSc student at the University of Saskatchewan’s (USask) College of Agriculture and Bioresources, is the recipient of the $20,000 Saskatchewan Lieutenant Governor Indigenous Scholarship.University CommunicationsCollege of Agriculture and Bioresources,1715802840000/articles/students/2024/usask-msc-student-awarded-saskatchewan-lieutenant-governor-indigenous-scholarshipnewssite://news/articles/students/2024/usask-msc-student-awarded-saskatchewan-lieutenant-governor-indigenous-scholarshipccm0461715802970888ccm0461715806227451show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jeremy-irvine-1080.jpgsite://news/images/2024/jeremy-irvine-1080.jpgnewsjeremy-irvine-1080.jpg1829661080720Jeremy Irvine is a USask graduate student pursing a Master of Science degree in Plant Science.(Photo: Matt Smith for the University of Saskatchewan)Jeremy Irvine is a USask graduate student pursing a Master of Science degree in Plant Science.(Photo: Matt Smith for the University of Saskatchewan)NoNonesupport-studentsNo/
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The Government of Saskatchewan has announced the 2024-25 recipients of the Saskatchewan Lieutenant Governor Scholarship and the Saskatchewan Lieutenant Governor Indigenous Scholarship.

The 2024-25 Saskatchewan Lieutenant Governor Indigenous Scholarship recipient is Jeremy Irvine, a USask graduate student pursing a Master of Science degree in Plant Science.

"It is an honour that the name of these scholarships now includes 'Lieutenant Governor', which previously commemorated Queen Elizabeth II," said Lieutenant Governor Russ Mirasty. "I am very pleased that this program will continue to provide substantial funds to hard-working Saskatchewan students. Congratulations to this year's recipients on their well-earned recognition."

"These outstanding students will have the resources and support they need to excel in their studies through these scholarships," said Advanced Education Minister Gordon Wyant. "The awards not only recognize the academic excellence of these two deserving recipients, but encourage advanced research that will benefit our universities and our province."

Irvine’s research focuses on the evaluation of yield damage caused by the lesser clover leaf weevil in red clover seed production in Saskatchewan. This will help reduce input costs for growers and environmental harm caused by redundant pesticide applications.

"Being selected for the Saskatchewan Lieutenant Governor Indigenous Scholarship is an honour and validation of my dedication to academic excellence and research," said Irvine. "Receiving this prestigious scholarship fills me with immense gratitude, not only for the opportunity it presents, but also for the unwavering support of my friends, family and community - Yellow Quill First Nation. Their encouragement and belief in my aspirations have been a constant strength throughout my academic journey."

Each $20,000 scholarship is awarded annually to graduate or post-graduate students who are in excellent academic standing and pursuing studies in Saskatchewan, and whose research supports Saskatchewan's Growth Plan. 

In 2023, both scholarships were renamed from the Queen Elizabeth II Scholarship and the Queen Elizabeth II Centennial Aboriginal Scholarship, after the passing of Her Majesty. Over $1 million has been provided to 59 students through these scholarships since 1987.

To learn more about the scholarships, visit: https://www.saskatchewan.ca/residents/education-and-learning/scholarships-bursaries-grants/scholarships.

usask-graduate-thrives-in-kanawayihetaytan-askiy-programtrue1718730911095imj129USask graduate thrives in Kanawayihetaytan Askiy programOralie George completed the Kanawayihetaytan Askiy Certificate while maintaining her professional career in Ontario. Brett MakulowichCollege of Agriculture and Bioresources, UsaskClassof2024,1715781600000/articles/students/2024/usask-graduate-thrives-in-kanawayihetaytan-askiy-programnewssite://news/articles/students/2024/usask-graduate-thrives-in-kanawayihetaytan-askiy-programccm0461715723598978ccm0461715723598978show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/oralie-george.jpgsite://news/images/2024/oralie-george.jpgnewsoralie-george.jpg1040521080720Graduating University of Saskatchewan student Oralie George. (Photo: Submitted) Graduating University of Saskatchewan student Oralie George. (Photo: Submitted) NoNonesupport-indigenous-achievementNo/
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“My experience was phenomenal, and I recommend the Kanawayihetaytan Askiy program to anyone who is part of land resources, land management or who is Indigenous,” said Oralie George.

George is a member of Alderville First Nation, part of the Mississauga (Michi Sagig) Ojibway Nation, which is located east of Toronto, Ont. Her spirit name is Niimi Miigizi Kwe which means Dancing Eagle Woman. Her Clan is Bear, Mkwa n Dodem.

George will officially receive her Kanawayihetaytan Askiy Certificate at USask Spring Convocation, taking place on June 5 at Merlis Belsher Place. 

Kanawayihetaytan Askiy (KA) means “let us take care of the land” in Cree. The KA program examines environmental, legal, and economic aspects of land and resource management in Indigenous communities. Students learn about Indigenous rights, strategic planning, land use planning, traditional knowledge, resource management, intellectual property law, and project management.

This academic program is offered by the College of Agriculture and Bioresources at the University of Saskatchewan (USask) and offers both certificate and diploma options.

At the start of the pandemic, George moved back home to Alderville First Nation from Calgary. During her time in Alberta, she earned a Business Management Diploma from Keyano College and completed a Technical Writing course at the University of Alberta.

She started working as a land code development coordinator for Alderville First Nation in 2021. The previous land manager, Philip Beaver, who is an alumnus of the KA program, recommended it to George.

“This program gave me the opportunity to work on assignments in synch with current action items in the office such as completing a community engagement plan, business proposal, testing areas of concern for contamination, and writing history profiles for the community,” said George.

The blended learning model of the KA Certificate accommodates the professional work lives of students. Students travel to the USask Saskatoon campus three times a year for two weeks of in-person instruction, field trips, and laboratory work. The students then return home for 7-10 weeks of remote study.

“I very much loved the hybrid courses as I was able to see everything the University of Saskatchewan provides its students with as well as studies at home so I can continue working at my office at my own pace,” said George.

Two courses that stood out to George were Introduction to Legal Concepts in Resource Management taught by Kaitlyn Harvey and Field Studies in the Environment taught by Dr. Melissa Arcand (PhD).

TextPullquote“I very much loved the hybrid courses as I was able to see everything the University of Saskatchewan provides its students with as well as studies at home so I can continue working at my office at my own pace."Oralie George/Align left

“Seeing law focused on Indigenous concepts was very eye opening!” said George. “The field studies course was very immersive. We visited Mistawasis First Nation and Muskeg Lake Cree Nation where they showed us their natural grasslands and community gardens.

George excelled academically and was awarded the CIBC Indigenous Student Award to the top Kanawayihetaytan Askiy Graduate.

“My sister who passed away from cancer in 2021 was a large influence for me in completing the KA program,” said George. “She was heavily involved in her Indigenous culture, gardening, archaeology, soil, traditional medicines, harvesting, and pretty much anything outdoors and under the sun. So, I feel her presence in this program, and how much she would have loved it too. It connected me with her.”

George now has a new role as the land manager for Alderville First Nation. She is also considering completing the Level Two: Technical Training of the National Aboriginal Land Managers Association’s (NALMA) Professional Lands Management Certificate program (which the KA Certificate meets the prerequisites for). 

“I have learned a lot in the KA program, and it was empowering to voice my knowledge,” said George. “My future plans are to continue to work as Alderville First Nation’s new land manager and to implement new land code initiatives for my community”.

usask-graduate-student-focuses-on-maternal-mental-health-researchtrue1718730911095imj129USask graduate student focuses on maternal mental health researchMaster of Nursing candidate Nicole Edmundson never thought of nursing as a career path until she graduated with a degree in psychology and was looking for options for work that intersected with her interest in mental health.College of Nursing, Kylie Kelso1714657500000/articles/students/2024/usask-graduate-student-focuses-on-maternal-mental-health-researchnewssite://news/articles/students/2024/usask-graduate-student-focuses-on-maternal-mental-health-researchccm0461714580884301ccm0461714580884301show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/nicole-edmundson.jpegsite://news/images/2024/nicole-edmundson.jpegnewsnicole-edmundson.jpeg1264811080719University of Saskatchewan Master of Nursing student Nicole Edmundson. (Photo: Submitted)University of Saskatchewan Master of Nursing student Nicole Edmundson. (Photo: Submitted)NoNonesupport-studentsNo/
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After completing the University of Saskatchewan (USask) College of Nursing Post-Degree Bachelor of Science in Nursing program in 2018, she launched her nursing career with positions in Lloydminster, Alta. She started in general medical nursing and endoscopy before landing a permanent, full-time position in maternity nursing, where she is now celebrating five years.

Today, she has returned to USask’s College of Nursing to complete her master’s degree, while pursuing her interest in mental health in tandem with her expertise in maternal health. 

“I have always thought of mental health as something we need to learn about in society, that we misunderstand,” said Edmundson. “I don’t have kids, but I always thought, ‘if I was in that place, would I feel I would be able to reach out and get the help I need?’”

Following course work and careful development of a research proposal, Edmundson’s thesis focuses on maternal mental health supports, surveying pregnant and post-partum women about the resources they would value, particularly virtual resources, in supporting their perinatal journey.

In Lloydminster, a city that straddles the Saskatchewan and Alberta border, most current online options are offered through Saskatoon and Regina, so there may be a need for resources closer to home.

“Through my time working on the maternity ward, I know a lot of mental health issues are becoming more prominent and also more talked about, but we haven’t matched resources with that. I thought that would be great to research, to create those resources that don’t exist,” she said.

Alongside her research and nursing work, Edmundson also teaches at the USask College of Nursing distributed Lloydminster site, including instructing the therapeutic communications course and labs to undergraduate students. 

Edmundson’s long-term plans include returning to her hometown of Edmonton, and possibly more teaching, which she loves, although she said she is not ready to give up bedside nursing just yet.

As she develops her research, Edmundson said she has had a great thesis experience so far.

“Doing this work, it’s been amazing. My mentor is College of Nursing associate professor Dr. Hua Li (PhD), who has always been available to answer questions and help develop connections. She has my best interest in mind, and I truly couldn’t do this without her.”

May 6-12, 2024 is Canada’s National Nursing Week and Canadian Mental Health Association Mental Health Week.

usask-double-honours-student-has-passion-for-volunteeringtrue1718730911095imj129USask double honours student has passion for volunteering“Follow your interests,” says award-winning student Fraser McLeod.John Shelling and Elisabeth BaumanIndigenous, aboriginal, College of Arts and Science, 1714514040000/articles/students/2024/usask-double-honours-student-has-passion-for-volunteeringnewssite://news/articles/students/2024/usask-double-honours-student-has-passion-for-volunteeringccm0461714514430397ccm0461714514430397show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw24208.jpgsite://news/images/2024/iaw24208.jpgnewsiaw24208.jpg1373461080719Fraser McLeod received an award for his academic achievement at this year’s USask Indigenous Student Achievement Awards, which took place on March 6. Fraser McLeod received an award for his academic achievement at this year’s USask Indigenous Student Achievement Awards, which took place on March 6. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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McLeod is a proud Métis citizen in his final semester of a double honours degree in computer science and mathematics. He has accomplished many things during his university career: every year he’s attended the University of Saskatchewan (USask) he has been named to the Dean’s Honour List and was named an Academic All-Canadian during his time as a Huskie student-athlete playing soccer.

More recently, McLeod received an award for his academic achievement at this year’s USask Indigenous Student Achievement Awards (ISAA), which took place on March 6. Indigenous students from across the university were honoured at a ceremony to recognize their academic achievement, community engagement, leadership, research endeavours, or resiliency.

The ISAA is part of Indigenous Achievement Week (IAW), which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty at USask.

We asked McLeod a few questions about his time at USask and what motivates him.

Is there someone in your life who inspired you to get where you are today? 

Both of my parents have been extremely supportive throughout my academic journey and always inspired me to be a life-long learner. Additionally, I've been deeply influenced by several professors whose passion and expertise in their respective fields have left a lasting impression on me.

What are your goals for the future? 

I aspire to continue learning and gaining expertise in the theory and application of technology. Ultimately, I aspire to become a leader in this field, leveraging technology to affect positive change.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?

Get involved in as much as you can! I have found that extra-curricular teams and student groups have been immensely rewarding. Furthermore, for me, they have yielded many great connections and opportunities.

Pursue the activities and courses that interest you and don’t be afraid to change your path! I entered university as a business student but changed to computer science and then again to math and computer science after taking elective courses in these areas that I really enjoyed. Moreover, at USask you have a lot of choice in your non-degree courses, so pursue classes you think are interesting (even if they may be more work). You get out what you put in. Consistently, I have found that the courses, relationships, and activities that I have given the most too, have in return yielded the most as well. Progress and success can come slowly, so be patient. For me, positive outcomes have usually followed consistent commitment over long periods of time.

You are involved in a lot; a student, a tutor, and a teaching assistant. How do you balance everything?

Organization is key! I rely on weekly schedules to manage assignments and commitments, allocating specific time slots for each activity. Prioritizing family, friends, and personal well-being is equally crucial, as it ensures I remain energized and motivated in my many pursuits.

You are receiving this award for academic achievement. What does success in academics mean to you?

It means a great deal. Over my undergraduate degree I have been very dedicated to my studies and pushed myself to do as well as possible. So, it is wonderful to receive recognition for my efforts.

What are you most proud of in your work in quantum computing, and why?

I am very proud of the ideas and algorithms I have come up with throughout the research process. I feel immense pride to be tackling problems that currently have not been addressed in the literature. I am very grateful for my supervisor, Dr. Debajyoti Mondal (PhD), who has been a great mentor and facilitator throughout. 

You spend a lot of time teaching and tutoring. What do you love about this kind of work?

I love a lot of things about teaching. I find it very rewarding to help students grasp a new concept or get through a challenging problem. I also find it very fun to think of different ways to approach and explain concepts. Moreover, I have always found enjoyment in learning, and I like to be able to share that with others.

Is there anything else you’d like to share? 

On a final note, I'm excited to share that I'm actively involved in organizing the AISES (American Indian Science and Engineering Society) Regional Conference in Saskatoon from May 3rd to May 5th. Having recently attended the AISES National Conference, I was inspired by the talented individuals I encountered and eagerly anticipate the upcoming event in our city.

wcvm-today-government-of-saskatchewan-invests-in-veterinary-programs-at-usasktrue1718730911095imj129Government of Saskatchewan invests in veterinary programs at USaskThe Government of Saskatchewan is supporting veterinary programs at the University of Saskatchewan (USask) by providing $13.2 million to the Western College of Veterinary Medicine (WCVM) in 2024-25 — an increase of $667,000.WCVM TodayWCVM, 1713529020000/articles/students/2024/wcvm-today-government-of-saskatchewan-invests-in-veterinary-programs-at-usasknewssite://news/articles/students/2024/wcvm-today-government-of-saskatchewan-invests-in-veterinary-programs-at-usasknews_ws1713552497791ccm0461713552600301show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/funding-announcement-event.jpgsite://news/images/2024/funding-announcement-event.jpgnewsfunding-announcement-event.jpg3452421080720From left: Western Canadian Veterinary Students' Association president-elect Garret Beatch, Agriculture Minister David Marit, WCVM Dean Dr. Gillian Muir, Advanced Education Minister Gordon Wyant, University of Saskatchewan President Peter Stoicheff and Provost Dr. Airini. (Photo: Christina Weese)From left: Western Canadian Veterinary Students' Association president-elect Garret Beatch, Agriculture Minister David Marit, WCVM Dean Dr. Gillian Muir, Advanced Education Minister Gordon Wyant, University of Saskatchewan President Peter Stoicheff and Provost Dr. Airini. Photo: Christina Weese.NoNonesupport-studentsYesYesYesMatching keywordsYesImage/images/2024/04/funding-announcement-event.jpgsite://wcvm-today/images/2024/04/funding-announcement-event.jpgwcvm-todayfunding-announcement-event.jpg47278831512101From left: Western Canadian Veterinary Students' Association president-elect Garret Beatch, Agriculture Minister David Marit, WCVM Dean Dr. Gillian Muir, Advanced Education Minister Gordon Wyant, University of Saskatchewan President Peter Stoicheff and Provost Dr. Airini. Photo: Christina Weese.NoNoneNoneNo/
TextImage/images/2024/04/ministers-and-fourth-years.jpgsite://wcvm-today/images/2024/04/ministers-and-fourth-years.jpgwcvm-todayministers-and-fourth-years.jpg42604020481365Sask. Ministers Gordon Wyant and David Marit spent a few minutes with WCVM fourth-year students Julianne Lavoie and Shelby Schulz during their WCVM visit on April 19. Photo: Christina Weese. Below content

The Government of Saskatchewan is supporting veterinary programs at the University of Saskatchewan (USask) by providing $13.2 million to the Western College of Veterinary Medicine (WCVM) in 2024-25 — an increase of $667,000.

The provincial government’s commitment to veterinary education, research and clinical service was reaffirmed on April 19 during an announcement at the regional veterinary college on the USask campus.

The funding will support high-quality veterinary medicine education in the province as well as the government’s commitment to continue to support 25 seats for Saskatchewan students in the college’s Doctor of Veterinary Medicine (DVM) program.

The additional five seats are designated for students who have background and experience in agriculture and plan to eventually work in rural or mixed animal practice following graduation. This designation will encourage more WCVM graduates to consider careers supporting Saskatchewan’s diverse livestock industry, which is driven by cattle and swine production. The province has the second-largest beef cattle herd in Canada, exporting $207 million worth of live cattle in 2023.

The provincial government’s investment increase comes at a time of immense pressure on the veterinary community. Several factors—including a rapid increase in pet ownership, a rise in veterinary professionals reaching retirement age, and a limited number of graduates each year—have led to a shortage of veterinarians and registered veterinary technologists (RVTs) across Canada. The shortage is especially apparent in rural communities where veterinary clinics provide essential services for livestock producers and the agriculture industry.

Click here to view the Government of Saskatchewan news release.

/articles/2024/04/government-of-saskatchewan-invests-in-veterinary-programs-at-usaskshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://wcvm-today/articles/2024/04/government-of-saskatchewan-invests-in-veterinary-programs-at-usaskwcvm-todaygovernment-of-saskatchewan-invests-in-veterinary-programs-at-usaskArticle headlineGovernment of Saskatchewan invests in veterinary programs at USaskThe Government of Saskatchewan is supporting veterinary programs at the University of Saskatchewan (USask) by providing $13.2 million to the Western College of Veterinary Medicine (WCVM) in 2024-25 — an increase of $667,000. wtmay2024, u of s news, headline news, WCVM in the community, livestock healthWCVM TodayApr 19, 2024 12:17 PM
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usask-education-graduate-students-finalists-in-global-sustainability-competitiontrue1718730911095imj129USask education graduate students finalists in global sustainability competitionKristin Moskalyk and Nicole Lamoureux, graduate students from the University of Saskatchewan’s (USask) Educational Technology and Design (ETAD) program through the College of Education, were awarded $10,000 as finalists in the Metaverse for Sustainable Development Goals Global Prize and Virtual Reality Competition. Connor JayCollege of Education, sustainability1713549480000/articles/students/2024/usask-education-graduate-students-finalists-in-global-sustainability-competitionnewssite://news/articles/students/2024/usask-education-graduate-students-finalists-in-global-sustainability-competitionccm0461713549733319ccm0461713905950974show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/moskalyk-lamoureux.jpgsite://news/images/2024/moskalyk-lamoureux.jpgnewsmoskalyk-lamoureux.jpg2103101080720Moskalyk and Lamoureux are graduate students from the Educational Technology and Design (ETAD) program.From left: Kristin Moskalyk and Nicole Lamoureux are graduate students from the Educational Technology and Design (ETAD) program. (Photos: Submitted)NoNonesupport-studentsNo/
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Selected from 257 teams in more than 70 countries, the students’ research in immersive learning and sustainability education resulted in a virtual reality world designed for learning about marine conservation and sustainable ocean resources. 

Moskalyk is a former elementary school teacher and Lamoureux teaches secondary students in Alberta. Both are instructional designers at the Gwenna Moss Centre for Teaching and Learning at USask. The goal of their project was to create a metaverse that would “develop knowledge, empathy and support for SDG 14, for users that are landlocked.” 

“Being recognized by peers and experts in the field is a tremendous honour,” Moskalyk said. “It validates our dedication to creating innovative and impactful educational experiences for students.” 

Moskalyk and Lamoureux intertwined their passion for teaching, personal teaching philosophies, understanding of instructional design and pedagogy and love of water sports and activities to create a metaverse designed to engage and educate students on marine conservation and sustainable ocean resources. The metaverse was developed as an ambitious final project in the course Sustainability Teaching & Learning through Design and Technology, offered by assistant professor of Curriculum Studies Dr. Paula MacDowell (PhD). 

Titled Techy Teachers - Diving into life below water, Moskalyk and Lamoureux designed a virtual reality world that aligns with the United Nations’ Sustainable Development Goal (SDG) 14: Life Below Water. The goal of SDG 14 is to “conserve and sustainably use the oceans, seas and marine resources for sustainable development.” They named their metaverse SDG Island and included comprehensive learning materials for students to engage with. 

TextImage/images/2024/sdg-island-via-framevr.io.jpgsite://news/images/2024/sdg-island-via-framevr.io.jpgnewssdg-island-via-framevr.io.jpg1836531080754Students are introduced to SDG Island with introductory information and tasks. (Photo: Screenshot via framevr.io)Above content

“Because we have both been teachers, having a solid foundation of understanding the Saskatchewan and Alberta curriculums allowed us to easily develop pedagogy-focused [learning materials] that kids would engage with,” said Lamoureux. “All of the design elements we utilized [in the metaverse] were to grab the student’s attention, but not overwhelm them.” 

“We were initially designing the metaverse for our students [from Alberta and Saskatchewan] who are landlocked and aren’t exposed to what's happening out in our oceans and coastlines every day,” added Moskalyk. “[Using gamification] we crafted tasks and provided a storyline that would guide students through the experience and helps to lighten the load on a serious and complex issue.” 

Users are welcomed to SDG Island with a news broadcast video that introduces tasks to accomplish. In the metaverse, there are opportunities to view information via videos and slides, participate in discussions and activities, create and design ways to contribute to SDG 14 and guidelines to connect the concepts from the metaverse to the real world. The accessible layout allows users to explore the metaverse via a VR headset, desktop computer, tablet or mobile device. 

MacDowell emphasized the synergies between innovative technology, teaching and learning as to why the project garnered attention from the Sustainable Development Goals (SDG) Metaverse Global Prize & Virtual Reality (VR) Competition committee and is excited that Moskalyk and Lamoureux earned a Level 2 - Solid Contenders finalist prize in the competition. 

“I had the good fortune of being the professor to mentor, guide and learn from Kristin and Nicole’s project,” said MacDowell. “What stands out about the metaverse they designed is the meaningful integration of pedagogy and technology for deep and meaningful learning. Their project stood out because the use of the virtual learning environment for authentic and comprehensive learning of a topic that is hard to teach, but they did it in an engaging way.” 

Moskalyk and Lamoureux were candid about not being VR designers and noted the technological disadvantage they were at compared to other finalists. The duo relied on their understanding of pedagogy and curriculum and the deep thought that went into the content in the metaverse that promoted education, empathy, and awareness towards the SDGs to separate themselves from the competition. 

“The competition judges were super keen on our project because it also came with a learning journal,” said Lamoureux. “The learning journal scaffolds the learning experience and promotes reflection on the content. We used student-friendly language to enhance user engagement and designed the platform with accessibility in mind.” 

Although Moskalyk and Lamoureux were tasked with educating others about SDG 14, they also went on their own learning journey. A common theme was gaining awareness of all 17 SDGs. 

“I was introduced to the SDGs as a whole for the first time,” said Moskalyk. “Learning about [each SDGs] targets and indicators and which goals are moving forward, and which ones aren’t, was really eye opening for me.” 

“The most important thing that I took away from all of this is the actual interconnectedness of all of the SDGs playing a part on each one,” added Lamoureux. “I wasn’t aware of the Sustainable Development Goals when beginning our research. It wasn’t something that was taught in my school and unless you were aware of the goals, accessing information can be challenging. Once you know about the SDGs you can begin your own research and become a more informed global citizen.” 

As climate change issues rise, environmental sustainability becomes more critical. Lamoureux notes how individuals can take steps to reduce their carbon footprint and highlights the interconnectedness of other SDGs to climate change. 

“Activities like carpooling or taking your bike to work help reduce the amount of carbon emissions. Those carbon emissions create ocean acidification in the water, which poses threats such as coral bleaching and other negative impacts within our water systems.” 

From a policy level, Moskalyk wants to see more support for innovation within the SDGs. 

“There are lots of people out there that have innovative ideas on ways to protect our watersheds. I think that there’s a lot of room to grow using AI and marine biotechnology.”  

Regarding sustainability education, Moskalyk and Lamoureux have set a precedent for what can be accomplished through the ETAD degree. MacDowell is looking forward to empowering future students with the innovative opportunities available in the course. 

“I’m teaching the same sustainability course this upcoming spring that Kristin and Nicole took,” shared MacDowell. “What an inspiration these two are for the students. They’ve shown what can be achieved with the course projects. They are global changemakers with the impactful work they’ve accomplished. [This project will] show motivate other students to see what is possible.” 

Visit Kristin and Nicole’s SDG Metaverse 

Accompanying Learning Journal 

kinesiology-indigenous-achievement-award-winner-zach-lomsnestrue1718730911095imj129Indigenous Achievement Award Winner: Zach LomsnesEach year, the University of Saskatchewan (USask) recognizes the achievements of Métis, First Nations and Inuit students, staff, faculty and alumni during Indigenous Achievement Week (IAW). They hold a celebration to celebrate the award winners and highlight their achievements.Alyssa Wiebe | Kinesiology CommunicationsIndigenous, aboriginal, College of Kinesiology1713398400000/articles/students/2024/kinesiology-indigenous-achievement-award-winner-zach-lomsnesnewssite://news/articles/students/2024/kinesiology-indigenous-achievement-award-winner-zach-lomsnesnews_ws1713452658059ccm0461713452747720show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/indigenous-acheivement-award-winner-zach.jpgsite://news/images/2024/indigenous-acheivement-award-winner-zach.jpgnewsindigenous-acheivement-award-winner-zach.jpg2211471080720Zach Lomsnes receives his 2024 Indigenous Achievement Award. (Photo: Submitted)Zach Lomsnes receives his 2024 Indigenous Achievement Award. (Photo: Submitted)NoNonesupport-indigenous-achievementYesNoYesMatching keywordsYesImage/images/indigenous-acheivement-award-winner-zach.jpgsite://kinesiology/images/indigenous-acheivement-award-winner-zach.jpgkinesiologyindigenous-acheivement-award-winner-zach.jpg45703224581635Zach Lomsnes receives his 2024 Indigenous Achievement Award. (Photo: Submitted)NoNoneNoneNo/
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Zach Lomsnes was a proud recipient of one of these awards. Lomsnes is originally from Big River, Saskatchewan, a proud member of Metis Nation Saskatchewan, and in his fifth year of kinesiology. He chose to study at USask with the opportunity to stay close and connected with family and friends.

“I love the USask campus and City of Saskatoon, the opportunity to stay close to home was important to me,” said Lomsnes. “I chose Kinesiology as being active has always been an important part of my life and taking Kinesiology left a lot of doors open for what I wanted to pursue next.”

Zach was honored to learn he had been selected for an Indigenous Achievement Award. The amount of work he has put in over the years has not gone unnoticed by himself, family, and peers, but the award is another piece of recognition and achievement to honor that.

“So many people I've met deserve the same recognition,” acknowledges Lomsnes. “These awards are great recognition and also show others if you're willing to put the work in then you can find success regardless of where you come from.”

Lomsnes gave recognition to the many people who have supported and inspired him throughout his academic journey such as family, friends, teachers, professors, and classmates. However, one person stood out among the rest, his grandmother.

“My grandmother was the person who inspired me the most, she instilled a desire to learn in me at a young age and it's easy to stay driven when reflecting back on those times.”

He is planning to apply to the College of Pharmacy to start next year with the hopes of continuing his education and further his understanding of the human body and ways to achieve optimal health.

“I believe Pharmacy allows me to do that while putting myself in a good position career wise. Across our province people rely on pharmaceuticals so it's a service that helps a lot of people but can also provide insight into how we can advance the health field.”

/articles/2024/indigenous-achievement-award-winner-zach-lomsnesshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://kinesiology/articles/2024/indigenous-achievement-award-winner-zach-lomsneskinesiologyindigenous-achievement-award-winner-zach-lomsnesArticle headlineIndigenous Achievement Award Winner: Zach LomsnesEach year, the University of Saskatchewan (USask) recognizes the achievements of Métis, First Nations and Inuit students, staff, faculty and alumni during Indigenous Achievement Week (IAW). They hold a celebration to celebrate the award winners and highlight their achievements.Alyssa Wiebe | Kinesiology CommunicationsApr 18, 2024 12:00 AM
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life-long-learners-motto-to-love-one-another-serves-her-welltrue1718730911095imj129Life-long learner’s motto to ‘love one another’ serves her wellDoris Wesaquate is many things: a PhD student, grandmother of 17, mother of four, and a daughter, among others. Now she is also an Indigenous Student Achievement Award winner at the University of Saskatchewan (USask).John Shelling and Elisabeth BaumanIndigenous, aboriginal, 1713217380000/articles/students/2024/life-long-learners-motto-to-love-one-another-serves-her-wellnewssite://news/articles/students/2024/life-long-learners-motto-to-love-one-another-serves-her-wellccm0461713217714988ccm0461716405258733show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw-doris-1-middle.jpgsite://news/images/2024/iaw-doris-1-middle.jpgnewsiaw-doris-1-middle.jpg1706341080719Doris Wesaquate received an award at this year’s Indigenous Student Achievement Awards, which took place on March 6. (Photo: Nicole Denbow)Doris Wesaquate received an award at this year’s Indigenous Student Achievement Awards, which took place on March 6. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Wesaquate has been involved in post-secondary education since the mid-1980s and is motivated by her desire to tell Indigenous healing stories. She says she hopes to do this by becoming a “once-published author, to become an expert using technology, and to create a blog, or become a TV host, or to vlog.”

For her efforts in community engagement, Wesaquate received an award at this year’s Indigenous Student Achievement Awards (ISAA), which took place on March 6. Indigenous students from across the university were honoured at a ceremony to recognize their academic excellence, community engagement, leadership, research endeavours, or resiliency.

The ISAA is part of Indigenous Achievement Week (IAW) which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty at USask.

We asked Wesaquate a few questions about her time at USask and what motivates her.

TextImage/images/2024/iaw-doris-2-middle.jpgsite://news/images/2024/iaw-doris-2-middle.jpgnewsiaw-doris-2-middle.jpg2440588001202Doris Wesaquate received an award at this year’s Indigenous Student Achievement Awards, which took place on March 6. (Photo: Nicole Denbow)Align right

Is there someone in your life who inspired you to get where you are today?

I completed the MEd in Adult Ed Foundations in 2018 and my (now deceased) partner was my greatest supporter and fan throughout. He came up with the idea to get the letters behind my name. As he whole-heartedly believed in my potential to be Dr. Doris Wesaquate, PhD.

My inspiration originates across time and spaces from former Indigenous university instructors, authors, students at the NEIHR Gathering (2022), the on-campus helpers, Elders, and advisory members.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?

Overcome the fears, the what-ifs, and chase your dreams no matter how long it takes! There are many supports if you need them. Be honest about your challenges and tell your truths even if it hurts. We are all a work in progress. Find a good therapist and build a few trusting relationships who will help you when you really need them. Never be shy to heal or to share your story. We all need healing! Never compare or complain. Erase the bad with the good, and prayer does work. Think good thoughts to rid of negativity. Connect with your instructors, they are resourceful. Get into your student rep office and ask questions.

You are involved in a lot: you are a mother, grandmother, and a student. How do you balance everything?

Balance for me required having to do “real” self-care, rest and relaxation often, and the transition to living alone to reduce my stress. Working online due to low-energy levels and having a therapist for on-call support has been a blessing in disguise.

You are receiving the award for community engagement. Why is community important to you?

The Indigenous communities need development. While students are a great resource to implement ideas, they have initiative. Therefore, this idea around community capacity building and networking for the future is viable for healthier communities. Physical, social, emotional, and mental health team developments are urgently overdue. These voices, the networks and the engagement opportunities in First Nations communities are a natural, untapped, keeper of all types of knowledge. The stories must be told, heard, and documented, as a way, to keep the historical content, impacts and the oral record of each community alive forever.

How does the theme “love one another” (sah-kee-he-took) that your father taught you affect your life and your success?

"Love one another" when translated into Cree you say "Sahkihitok.” My dad said it to me, and all my siblings quite often. I think he intended for us to promote kinship and good relationships between ourselves and others. The values ascribed to the word Sahkihitok means so much more to me because of my dad saying it. So, I make its meaning to be more of having or showing respect, gratitude, humility and acknowledging another, and caring, sharing, helping others in a good way. So that’s been my style across and through the past decades of grad school at least.

What has been most impactful in the support your mentors, knowledge keepers, and advisors have provided you?

The most impactful moments to date have been the NEIHR Indigenous student gathering. That was the most rewarding and satisfying experience yet. The sense of just knowing we are not alone! I felt Indigenous students now have a place to fit in, belong, and to support one another, or to just network with one another across Canada. These are the most inspirational and motivational ideas for validation.

Is there anything else you’d like to share? 

Thanks to USask for their Indigenous Strategy, their academic vision and for supporting the Truth and Reconciliation efforts.

grandparents-inspire-indigenous-studies-student-at-usasktrue1718730911095imj129Grandparents inspire Indigenous Studies student at USaskEileen Lennie-Koshman wants to empower Indigenous people to tell their stories. Elisabeth BaumanIndigenous, aboriginal, College of Arts and Science, 1712324700000/articles/students/2024/grandparents-inspire-indigenous-studies-student-at-usasknewssite://news/articles/students/2024/grandparents-inspire-indigenous-studies-student-at-usaskccm0461712267931122ccm0461716401237100show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw24109.jpgsite://news/images/2024/iaw24109.jpgnewsiaw24109.jpg2590801080719Third-year USask student Eileen Lennie-Koshman received a leadership award at this year's Indigenous Student Achievement Awards. Third-year USask student Eileen Lennie-Koshman received a leadership award at this year's Indigenous Student Achievement Awards. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Lennie-Koshman is a third-year University of Saskatchewan (USask) Indigenous Studies major and history minor. Although she now lives in Saskatoon, her maternal grandparents raised her in small-town Saskatchewan, and her ancestral roots are in Green Lake, Sask., along with the Red River Settlement in Manitoba.  

Lennie-Koshman dreams of using her education to help marginalized people. She hopes to enter a master’s program that will help her empower Indigenous communities and help them to find their voices.

Lennie-Koshman received an award for leadership at this year’s Indigenous Student Achievement Awards (ISAA), which took place on March 6. Indigenous students from across the University of Saskatchewan (USask) were honoured at a ceremony to recognize their academic excellence, leadership, research endeavours, or community engagement.

The ISAA is part of Indigenous Achievement Week (IAW), which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty.

We asked Lennie-Koshman a few questions about her time at USask and what motivates her.

TextImage/images/2024/iaw24155.jpgsite://news/images/2024/iaw24155.jpgnewsiaw24155.jpg1828298001202Eileen Lennie-Koshman wants to empower Indigenous people to tell their stories. (Photo: Nicole Denbow)Align right

Why did you choose to focus on Indigenous Studies and History?

I chose these fields of study because it is important that those who study these areas understand both the holistic and Western ways of writing, knowing and doing. I am here to assist my fellow historians and those that undertake Indigenous Studies to make way for the voices that have been missing for such a long time from the history books and academia generally – the voices of our Indigenous ancestors, as well as those of Indigenous scholars. I am hoping that one of those voices will be mine and I’ll be one of those scholars or experts. 

Is there someone in your life who inspired you to get where you are today? 

My maternal grandmother always told me “Do better for yourself than I could do for you.” My maternal grandparents were labourers, and they worked on family farms or for other landowners. I grew up in a time where Métis people had to hide in plain sight, denying who they were to be safe, access education, and get jobs. So now, here I am, finally finding my voice, and being able to proudly say, “Yes, I am Métis.” I was raised by my maternal grandparents, and I think of them every time I make progress; they are the reason I am who I am. I owe them everything.

What are your goals for the future? 
My goal is to take it one day at a time and get into grad school. It is my hope that the work I undertake will build bridges, and tell the stories of Indigenous populations, (or do work on their behalf). Either that or writing courses for future learners that aim to teach Indigenous concepts, ways of knowing, or history. I will be standing on the shoulders of those who have made inroads in these areas and relying on their input (at least partially) to guide me to where I am needed the most.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?

Keep going. Don’t give up. Ask questions and talk to your profs. Just as you have a family in your hometown, find a family here at school. Find friends that will hold you up and support you. Find clubs or causes that speak to what is important to you, and extracurriculars that will help anchor you in a place this big. Lastly, apply for scholarships, bursaries and awards. USask wants to partner with you; they know university is a costly and time-consuming thing. We are all here for you. Really.

You are involved in a lot. You are a mother and a student, how do you balance everything?

Lists and planners. Each day I get up and check my calendar, and from there I make a list of what needs to be done, and where I need to be. I use every chunk of my time wisely, and believe it or not, I even take a “strike day” each week, where I do not do anything other than take time to do what I like; for example, spending time with my husband and son, and resting. Self-care is key in a packed schedule like mine.

You are receiving an award for Leadership. Is there someone in your life who inspires you or a leader you look up to? 

I look up to all the people throughout my life that have held me up and told me not to give up when it got hard. I look up to those who held me in their arms when I cried out of anger, frustration, and sadness. To all of those people, this award is for you. You all mean the world to me.

Can you tell me a little bit about how you would like to empower Indigenous communities to share their stories?

I am hoping that the work I do in a master’s program will enable me to speak with Elders and record their oral histories in a way that empowers them to tell the stories that are missing from the westernized (colonialized) version of history. Keeping stories alive, I believe, is one of the keys to reconciliation. 

How does your ancestry impact your work?

We are now living in a world where, slowly, one can be at peace with, and be proud of who they are. I am using the advantage I have to undertake some of the work that Indigenous peoples may have wanted to do in the past.

Is there anything else you’d like to share? 

 Anyone reading this who may have influence on jobs/job postings ... Feel free to keep me in mind for any job opportunities in the future, ha-ha.

medicine-medical-student-recognized-for-leadershiptrue1718730911095imj129USask medical student recognized with leadership awardIndiana Best's dedication to leading and advocating for her peers and community earned her recognition at the Indigenous Student Achievement Awards in March.AMANDA WORONIUKIndigenous, aboriginal, College of Medicine, 1712138700000/articles/students/2024/medicine-medical-student-recognized-for-leadershipnewssite://news/articles/students/2024/medicine-medical-student-recognized-for-leadershipccm0461712179226795bpk4551712243219076show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/news/2024/indiana-best-web.jpgsite://medicine/images/news/2024/indiana-best-web.jpgmedicineindiana-best-web.jpg1909881280800Second-year medical student Indiana Best received the leadership award at this year's Indigenous Student Achievement Awards. (Photo: Nicole Denbow)Second-year medical student Indiana Best received the leadership award at this year's Indigenous Student Achievement Awards. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementYesNoYesMatching keywordsYesImage/images/news/2024/indiana-best-web.jpgsite://medicine/images/news/2024/indiana-best-web.jpgmedicineindiana-best-web.jpg1909881280800Second-year medical student Indiana Best received the leadership award at this year's Indigenous Student Achievement Awards. (Photo: Nicole Denbow)Second-year medical student Indiana Best received the leadership award at this year's Indigenous Student Achievement Awards. (Photo: Nicole Denbow)NoNoneNoneNo/
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Best is a second-year Métis medical student in the University of Saskatchewan's College of Medicine. She was chosen for the Leadership Award by her Indigenous peers in the college. The event is part of the university’s Indigenous Achievement Week, which celebrates Métis, First Nations and Inuit students, staff, faculty and alumni’s successes and contributions.

Best is actively involved in leadership and advocacy roles across the college and in Saskatoon, including serving on the Student Medical Society of Saskatchewan and participating in the college’s Indigenous Working Group. She is also a former board member for the Student Wellness Initiative Towards Community Health (SWITCH) clinic in Saskatoon. 

Prior to enrolling in the College of Medicine, Best completed a master's degree in public health at USask, where she conducted research with the Métis community. Best also delivered an inspiring talk, titled "Journey of a seed: Academic and personal learnings through a Métis lens" at the TEDxUniversityofSaskatchewan event in January 2024.

We asked Best a few questions about her studies at the college and what inspires her.


Why did you decide to pursue a career as a physician?

Following my bachelor's degree in biomedical health science, I realized that lab-based research didn't resonate with my interest in public health. This led me to pursue a Master of Public Health, which helped enhance my understanding of policy and population health, yet it lacked the direct public interaction I was seeking. Thus, I transitioned into medicine, which offers me the ideal combination of scientific inquiry, research and connection to community.

You received the award for leadership. Could you share about one person you think is a good leader and what qualities you believe make them effective?

There are so many amazing Indigenous leaders I look up to! An incredible leader who I have known and looked up to for years is Dr. Veronica McKinney. What makes Dr. McKinney such an incredible leader is her empathy, kindness and connection to community and culture. She leads in a way that inspires others, motivating them to see their potential and focusing on the needs of the community.

You are the vice-president (VP), advocacy for the SMSS and are actively involved in the college’s Indigenous admissions process and the Indigenous Working Group. What motivated you to become interested in taking on these roles?

I started my involvement with the Indigenous Working Group while I was in my master’s program and was motivated to get involved to increase the representation of Indigenous students, and particularly Métis students, in medicine. I am incredibly proud of the work of the Admissions Committee with the recent changes to the Indigenous application process that now focuses on the many aspects Indigenous applicants bring to medical school.

I chose to pursue the role of SMSS VP, advocacy so that I could strengthen my leadership skills through advocacy work, particularly working to support community-level initiatives. To me, advocacy is meaningful when it fulfills the needs of the community/population of interest.

You have participated at the national level with mentorship and have established local mentorship opportunities for Indigenous youth. Why do you feel mentorship is important?

Mentorship is crucial for Indigenous youth as it provides guidance and support from individuals who have walked similar paths and understand the unique challenges faced by Indigenous communities. Mentorship offers not only academic assistance but also cultural guidance, helping youth navigate their identities within the broader context of their community's traditions and values.

Mentorship can also foster a sense of belonging and community by connecting with mentors who share similar cultural backgrounds, Indigenous youth can feel seen, heard, and understood. This sense of belonging is essential for overall well-being and success, and not only benefits the individual mentee but strengthens the Indigenous community, celebrating our culture and providing opportunities for growth and learning.

What advice would you give to a first-year Indigenous student interested in going into medical school?

Find a mentor, someone who can help guide you through the process and provide support along the way. Every path can be a path to medical school, don’t be afraid to be different and stay true to yourself. 

/news/2024/medical-student-recognized-for-leadershipshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://medicine/news/2024/medical-student-recognized-for-leadershipmedicinemedical-student-recognized-for-leadershipArticle headlineUSask medical student recognized with leadership awardIndiana Best's dedication to leading and advocating for her peers and community earned her recognition at the Indigenous Student Achievement Awards in March. student, awardAMANDA WORONIUKApr 3, 2024 10:05 AM
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usask-college-of-education-plans-to-increase-options-for-practical-and-applied-arts-training-in-bed-programtrue1718730911095imj129USask College of Education plans to increase options for practical and applied arts training in BEd programThe College of Education at the University of Saskatchewan (USask) is increasing pathways for Bachelor of Education (BEd) students to complete training in practical and applied arts (PAA) subjects.College of Education, 1712004180000/articles/students/2024/usask-college-of-education-plans-to-increase-options-for-practical-and-applied-arts-training-in-bed-programnewssite://news/articles/students/2024/usask-college-of-education-plans-to-increase-options-for-practical-and-applied-arts-training-in-bed-programccm0461712004345082ccm0461712004559707show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/paa-1080.jpgsite://news/images/2024/paa-1080.jpgnewspaa-1080.jpg2264731080720Students gather around an instructor in a shop class. The college will reopen the technical vocational stream of the Bachelor of Education (BEd) program in the 2025-26 academic year. (Photo: Getty Images)NoNonesupport-studentsNo/
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“The practical and applied arts are an integral part of a child’s elementary and high school education and provide opportunities that build confidence and transferable life skills,” said Dr. Julia Paulson (PhD), dean, College of Education. “The College of Education is dedicated to examining and rebuilding the options available for our BEd students to engage in training that prepares them for teaching in this area.”

The college will reopen the technical vocational stream of the Bachelor of Education (BEd) program in the 2025-26 academic year. Students with a journeyperson certificate can begin this stream of the BEd program with advanced standing, reducing a four-year program to three years. Upon completion, graduates are eligible to receive a Professional A teaching certificate from the Saskatchewan Professional Teachers Regulatory Board (SPTRB).

In addition, there are plans to add practical and applied arts as a second teaching area option for BEd students in the Secondary program route as early as the 2025-26 academic year. The practical and applied arts teaching area will offer course options that fall under the Ministry of Education’s practical and applied arts subject areas, including agriculture, business and management, financial literacy, and communication, media and design. The college will also explore options for offering practical and applied arts as a first teaching area in the future.

Beginning in 2026-27, the Certificate in Secondary Technical Vocational Education (CSTVE) will once again accept applications. This certificate provides training for tradespeople holding a journeyperson certificate to teach their craft at the secondary level. For those holding a CSTVE, their trade is the only subject they will be certified to teach in Saskatchewan.

“We hope that these options will provide opportunities to support and foster the development of teachers trained in the wide variety of subjects that encompass the practical and applied arts," said Paulson. “We are hearing from our sector partners that this is an important opportunity for growth and we encourage everyone to stay tuned as we develop our Bachelor of Education program in this area.” 

For more information on the BEd – Technical Vocation stream or CSTVE programs, visit https://admissions.usask.ca/technical-vocational-education.php.

usask-pharmacy-student-working-to-make-health-care-equitabletrue1718730911095imj129USask pharmacy student working to make health care equitableSasha Merasty says listening is the key to direct energies in the right direction.John ShellingIndigenous, aboriginal, College of Pharmacy and Nutrition, sustainability,1711651320000/articles/students/2024/usask-pharmacy-student-working-to-make-health-care-equitablenewssite://news/articles/students/2024/usask-pharmacy-student-working-to-make-health-care-equitableccm0461711651590850ccm0461712956785056show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw24060.jpgsite://news/images/2024/iaw24060.jpgnewsiaw24060.jpg2513381080719For her efforts in community engagement, USask student Sasha Merasty received an award at this year’s Indigenous Student Achievement Awards. (Photo: Nicole Denbow)For her efforts in community engagement, USask student Sasha Merasty received an award at this year’s Indigenous Student Achievement Awards. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Merasty has been working hard to ensure her goal to inspire others to reflect on the health care needs of Indigenous populations in Canada is heard.

The fourth-year PharmD student at the University of Saskatchewan (USask) is a founding member of Indigenous Pharmacy Professionals of Canada (IPPC), which promotes pharmacy practices that respect the safety, equality, strengths, and teachings of First Nations peoples and created the first national pharmacy scholarship in Canada designated for Indigenous students.

For her efforts in community engagement Merasty received an award at this year’s Indigenous Student Achievement Awards (ISAA), which took place on March 6. Indigenous students from across the university were honoured at a ceremony to recognize their academic excellence, community engagement, leadership, research endeavours or resiliency.

The ISAA is part of Indigenous Achievement Week (IAW) which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty at USask.

We asked Merasty a few questions about her time at USask and what motivates her.

Why did you choose pharmacy as your profession?
When I was young, I had positive experiences with pharmacists while a relative was sick in the hospital. I wanted to help my relative however I could, and a pharmacist took the time to explain their care plan to me so that I could better participate in their care. I admired the pharmacist who helped me, and as I grew older, I found the profession aligned with my goal of wanting to help people take a more active role in their own health care. When I went into university, I learned how underrepresented Indigenous people are in the pharmacy profession, and I decided that I wanted to advocate for Indigenous equity and equality in the Canadian health-care system.

What challenges do you see in pharmacy that you hope will be eliminated over your career?
In general, I hope to increase the representation of Indigenous peoples in the pharmacy profession and to improve equity and equality in the Canadian health-care system. More specifically, I want to work with my community, the Peter Ballantyne Cree Nation, to provide health care informational sessions that target common Indigenous health care concerns. I hope to improve health care access in Northern Saskatchewan by opening a pharmacy of my own in a northern Indigenous community and doing satellite pharmacy days in other northern communities that provide diabetes education and help Indigenous people understand and use the NIHB health-care system. I also want to promote trauma-informed health care and unbiased, patient-centred care so that Indigenous perspectives and traditional health care treatments gain wider acknowledgement and acceptance in the Canadian health-care system.

TextImage/images/2024/iaw24165.jpgsite://news/images/2024/iaw24165.jpgnewsiaw24165.jpg2775918001238As a pharmacy student at USask, Sasha Merasty aims to advocate for Indigenous equity and equality in the Canadian health-care system. (Photo: Nicole Denbow)Align right

Is there someone in your life who inspired you to get where you are today?
My personal experiences with family members who were in and out of the hospital during my childhood inspired me to understand diseases and their treatments because I wanted to be helpful to my family. Now, I want to be a person who can explain health care treatments and options for other people. Ensuring positive experiences with the health-care system means providing informed health care that is evidence-based and patient-centred, and I want to help patients be proactive in their health care so they get a treatment plan they are comfortable with and want to follow. My upbringing shaped who I am today, and although I faced challenges and had to be resilient, these experiences allowed me to empathize with and relate to patients.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?
You are capable of much more than you think, so put yourself out there and get connected on campus. There are many groups and opportunities on campus, and it is important to network and get involved on the campus to make the most of your post-secondary education. In my first year, I signed up for as many things as I could, and those activities created many positive relationships and opened my eyes to the many opportunities on campus. Getting connected with an academic advisor and career services is also important: advisors can help you navigate the university more efficiently and effectively, and my advisors have helped me in many ways.

You are receiving the award for community engagement, why is community important to you?
Community is important to me because no one should feel isolated. Inclusive community engagement is an important factor in the growth and success of communities. A sense of cultural identity, belonging, and safety starts with your community, and I began empowering my community by volunteering from a young age. I find volunteering personally rewarding, but my goal has always been to effect positive change and hopefully improve someone else’s life as many people from my community have improved mine in the past. Everyone’s voice matters, and I want to ensure that all the voices in my community are heard because active participation from marginalized groups is integral to change. In order to create positive change, we must first listen to the concerns of people so that we can focus our energies in the right direction.

Is there anything else you would like to share?
There is no success without failure, so I want to remind people to keep going and not give up on their goals. Make short-term and long-term goals, and constantly remind yourself of them to motivate yourself towards the future you want to achieve. Reinforce positive self-talk, because you can achieve anything you put your mind to.

usask-education-student-shares-plans-to-improve-indigenous-education-administrationtrue1718730911095imj129USask education student shares plans to improve Indigenous education administration “Your education is your ceremony,” says College of Education graduate student Alexander Tawpisim.Elisabeth BaumanIndigenous, aboriginal, College of Education,1711576980000/articles/students/2024/usask-education-student-shares-plans-to-improve-indigenous-education-administrationnewssite://news/articles/students/2024/usask-education-student-shares-plans-to-improve-indigenous-education-administrationccm0461711577312799ccm0461711577312799show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/tawpisim-1080.jpgsite://news/images/2024/tawpisim-1080.jpgnewstawpisim-1080.jpg1609651080720Alexander Tawpisim is pursuing his Master of Education in Educational Administration (Indigenous Education Leadership Cohort) in the USask College of Education.Alexander Tawpisim is pursuing his Master of Education in Educational Administration (Indigenous Education Leadership Cohort) in the USask College of Education. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Alexander Tawpisim (He/Him) is a member of the Muskeg Lake Cree Nation located north of Saskatoon. He received his University of Saskatchewan (USask) undergraduate degree from the College of Education in 2011. He has gone on to a career in teaching and has recently moved into school administration in his home community.

Tawpisim is a proud husband and father of two children. He is pursuing his Master of Education in Educational Administration (Indigenous Education Leadership Cohort) in the College of Education.

Tawpisim received an award for academic excellence at this year’s Indigenous Student Achievement Awards (ISAA), which took place on March 6. Indigenous students from across the university were honoured at a ceremony to recognize their academic excellence, leadership, research endeavours, or community engagement. The ISAA is part of Indigenous Achievement Week (IAW) which celebrates the successes and contributions of Métis, First Nations and Inuit students, staff and faculty.

We asked Tawpisim a few questions about his time at USask and what motivates him.

Why did you choose the College of Education?

I made the decision to enter the college of education so I could make a difference in education to First Nations students. I wanted to be a bridge to their success. Indian Teacher Education Program (ITEP) provided me with the tools I needed to become successful in life. I wanted to be there and cheer on Indigenous students as I watch them become successful.

Is there someone in your life who inspired you to get where you are today? 

There is no one particular person who inspired me to be where I am. I had people in my life who believed in me when I needed it. It wasn’t always the same person and it wasn’t always at the same time. Creator put the people in my path when he knew I needed them.

What are your goals for the future? 

Well, I am in a pretty busy season so it’s hard to see the other side! I want to finish this IELC master’s program. From there I want to help education systems in First Nations communities. I also want to help improve traditional educational systems in urban centres. I would like to be a part of designing new education buildings and systems. I desire to work with communities and leaders in helping them implement their vision of education in their communities.

If you were to give a first-year undergraduate student advice about attending post-secondary school, what would you tell them?

Go to class and ask questions. Make connections to your own lived experience. See how colonization has shaped your life and the communities we live in. Your story is powerful and needs to be shared to encourage others. Your education will open doors for others. Your education is your ceremony. You will get what you need if you trust the process.

You are receiving the award for academic achievement; What does success in academics mean to you? What are you most proud of academically?

Elders teach that once you share something it is no longer yours. It is for everyone to grow. I am thankful for the many academics who have come before me and shared what they have learned. For me success in academics is taking the gifts others have shared and using them to come to your own realizations. It is about elevating consciousness for your people and your communities. Always cite those who have helped you in gaining understanding. It is your thank you card to those who have come before you.

It’s hard to determine what I am most proud of academically because that is a moving target. First, it was graduating high school. Then it was finishing my undergrad. Then it was being accepted into the IELC. Now it is this moment. Being honoured for academic achievement at the graduate level is something I could not have dreamed growing up. The next moment is still to come.

How has your family life affected the way you think about the educational needs of Indigenous communities?

My lived experience as an intergenerational survivor of residential schools has equipped me to be attuned to the needs of my own community. My experience in ITEP provided me with an understanding of the impacts of colonization and residential school had on my life. That understanding enabled me to forgive. I now try to help by promoting Trauma Informed Practices in what I do. We incorporate land-based learning in our school operations and focus highly on improving literacy. We need to provide the balance of honouring our traditional ways and equipping our youth with “the cunning of the white man” as our Treaty signers foresaw.

What do you find exciting in the Educational Leadership Cohort, and how is it affecting your life?

The thing I find most exciting about the cohort is the relationships we are building. We continually grow and empower each other by sharing our own experiences and supporting each other. We are learning so much about organization, leadership and governance, administrative roles, community development, and trauma-informed practices that we are actively improving our own communities by being able to apply the theory we learn to practice in our workplaces. This course has helped bridge for me the idea of doing a good job in your career to creating a system that will benefit your communities and people. I am sure it will affect my life in many more great ways in the years to come!

Is there anything else you’d like to share? 

I guess the thing I would like to share with anyone who is still reading is this: Take care of your mental health, set healthy boundaries with toxic loved ones, allow the good in (accept the compliments). You are not who you were in the past. You are the sum of all your decisions, so choose wisely. Bring two solutions for every problem you bring up, otherwise you’re just complaining! I love my son Karter! I love my daughter Keisha! I love my supporting wife, Kristen!

usask-agros-bedpush-raises-over-98,000-for-telemiracletrue1718730911095imj129USask Agros’ Bedpush raises over $98,000 for TelemiracleTelemiracle 48 earned more than $6.1 million, thanks in part to contributions from students at the College of Agriculture and Bioresources at the University of Saskatchewan (USask). Brett Makulowich College of Agriculture and Bioresources, 1710442800000/articles/students/2024/usask-agros-bedpush-raises-over-98,000-for-telemiraclenewssite://news/articles/students/2024/usask-agros-bedpush-raises-over-98,000-for-telemiracleccm0461710425631987ccm0461710442798633show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/bedpush_1.jpgsite://news/images/2024/bedpush_1.jpgnewsbedpush_1.jpg2238141080720College of Agriculture and Bioresources students Bryanne Peltzer, Cailey Church, and Ellie Stauffer on the run for the Bedpush fundraiser. (Photo: Submitted) College of Agriculture and Bioresources students Bryanne Peltzer, Cailey Church, and Ellie Stauffer on the run for the Bedpush fundraiser. (Photo: Submitted) NoNonesupport-studentsNo/
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The total amount of $98,922 is the most raised ever in the history of the biannual Bedpush event. In its 41st year, Bedpush raises support and awareness for TeleMiracle, a telethon fundraiser benefiting the Kinsmen Foundation. The non-profit organization provides specialized mobility and medical equipment to people and organizations throughout Saskatchewan, as well as travel assistance for residents in need of vital medical treatment outside their home community.

Bedpush volunteers spent three days pushing a metal bedframe from Saskatoon to Regina on February 22-24, 2024. It is a proud tradition for students and alumni of the College of Agriculture and Bioresources (AgBio) at the University of Saskatchewan (USask). Along with the Agricultural Students Association (ASA), members of the Saskatchewan Agricultural Graduates Association (SAGA) also help push the bed, bringing together family members across generations.

“AgBio has one of the most active and enthusiastic student bodies at the University of Saskatchewan,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources (AgBio). “The Agros’ long-standing traditions – like Bedpush for TeleMiracle – have a tremendous impact on our community and are part of our college legacy. Whether today or 50 years from now, we strive to keep these traditions alive and to continue to give back to Saskatchewan.”

For the AgBio students involved in Bedpush, being able to give back to the community in such a unique way is a memorable part of their student experience.

“This event was the highlight of my university career,” said Cailey Church, an Animal Science student and the Agros public relations officer who led Bedpush. “I had heard of the Agros and some of the student events prior to coming to USask but did not know just how wonderful of a community it was until I became part of it. It makes me so grateful that I chose to come here for my undergraduate degree.”

TextImage/images/2024/bedpush_2.jpgsite://news/images/2024/bedpush_2.jpgnewsbedpush_2.jpg2329971080753The students presented their cheque on the Telemiracle live broadcast. (Photo: Submitted) Above content

Bedpush fundraising started in January and included bingo nights, spin classes, calcutta bowling, a raffle, a bake sale, an Agros Executive auction, and a Huskies hockey half-time game.

Incentives for reaching fundraising goals are held along the way in the month leading up to Bedpush. At the $10,000 mark, the pre-pandemic favourite ‘Pie in the Face’ was brought back to the college. Associate Dean Academic Dr. Tom Yates (PhD), and Professor Dr. Jeff Schoenau (PhD) were the lucky recipients. Bedard-Haughn also donned a cow costume for a workday when the funds raised reached $50,000.

Once it came time to hit the road for the actual Bedpush, the students encountered both challenges and opportunities.

“The bed getting a flat tire after lunch in Disley, Sask., on the third day was our most challenging moment,” said Church. “Luckily a local farmer was able to help get the tire fixed and ready to go for the last stretch.”

“We couldn’t have asked for better weather,” said Owen Van de Kraats, an Agribusiness student and communications director for the Agros. “The temperature stayed in the single-digit negatives throughout most of the three-day push, with snow only coming on the last stretch from Disley to Regina.”

With the weather on their side, the students pushed through and made record time for their arrivals at checkpoints on almost all three days of Bedpush.

“Arriving at the City of Regina sign and knowing all your hard work has gone towards this moment is a very rewarding experience. Many tears are shed,” said Ellie Stauffer, an Agribusiness student and president and senior stick of the Agros.

TextPullquote“We have the platform and opportunity to create change and help others. Using that in our fundraising has shown how we together as a student body can make a real impact and help those around us.”Owen Van de Kraats/Align left

The students presented their cheque for $98,922 on the Telemiracle live broadcast the evening of February 24.

“Fundraising for a cause like TeleMiracle is such an impactful experience because you can be a part of something bigger than yourself and know that your efforts go towards someone in need,” said Stauffer.

In the biannual years when Bedpush is not held (when Telemiracle is held in Saskatoon instead of Regina), the students raise funds for STARS Air Ambulance via a “March for Stars” event. The Agros hold other fundraisers throughout the year such as Saskatoon Food Bank drives. The Agros also work together with and donate to different mental health initiatives and host blood drives with Canadian Blood Services.

“Giving back to the community is one of the greatest things we do in this college,” said Van de Kraats. “We have the platform and opportunity to create change and help others. Using that in our fundraising has shown how we together as a student body can make a real impact and help those around us.”

edwards-student-recognized-for-resiliency-during-usask-indigenous-achievement-weektrue1718730911095imj129Edwards student recognized for resiliency during USask Indigenous Achievement WeekLeona-Grace Cook, a member of the Lac La Ronge Indian Band, is completing her Bachelor of Commerce in Human Resources in the Edwards School of Business at the University of Saskatchewan (USask). Natasha Katchuk and Elizabeth BaumanIndigenous, aboriginal, Edwards School of business,1709837520000/articles/students/2024/edwards-student-recognized-for-resiliency-during-usask-indigenous-achievement-weeknewssite://news/articles/students/2024/edwards-student-recognized-for-resiliency-during-usask-indigenous-achievement-weekccm0461709837691708ccm0461709837691708show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/leona-grace-cook-1080.jpgsite://news/images/2024/leona-grace-cook-1080.jpgnewsleona-grace-cook-1080.jpg4069061080720Leona-Grace Cook, a student in the Edwards School of Business, and one of the 43 recipients of this year’s Indigenous Achievement Awards.Leona-Grace Cook, a student in the Edwards School of Business, and one of the 43 recipients of this year’s Indigenous Achievement Awards. (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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She is a recipient of the Resiliency Award at the annual USask Indigenous Achievement event that celebrates Métis, First Nations and Inuit students, staff, faculty, and alumni successes.

We asked Cook a few questions about her journey at Edwards and USask:

USask: Why did you choose Edwards School of Business?

Cook: Going to Edwards has always been a goal of mine since I graduated my SIIT Business Administration Diploma in 2016. A few of my friends are Edwards alumni and they had nothing but great experiences there. The way they spoke about Edwards being like a second home, I wanted to experience that for myself.

USask: What is the importance of your community in your life, and how has it impacted how you think about your education?

Cook: I love my community; I want my community and its members to be successful. I want to be a role model for the kids in the community. If I can go to university with all the obstacles I have, so can they. I want to bring back skills and knowledge that will help improve the community.

USask: How has being part of the Edwards community influenced your academic and personal development, and what advice do you have for incoming students considering a similar journey?

Cook: I have improved skills like time management, critical thinking, decision-making, problem solving, communication, and valuable inter-personal skills. I encourage incoming students to be open minded, get out of your shell and make meaningful connection with your peers. Engage in conversations with your peers, your professors, student advisors, create those connections that will last. We are all in this educational journey together. Some of the peers I met here are now my biggest supporters.

USask: How have your studies developed your knowledge, skills and leadership?

Cook: I worked in Human Resources for three years before coming to Edwards. One of the reasons for making that decision to return to school was knowing I had a gap in knowledge. I am five weeks away from completing my third year and I can already see how much knowledge I have gained, and new ideas to bring forward that will helped me upon my return to the Lac La Ronge Indian Band Human Resources Department.

USask: What does the word resiliency mean to you?

Cook: To me, resiliency means overcoming every obstacle you think is holding you back from achieving your goals and dreams. It means overcoming the feelings of guilt for not being with my kids 100 per cent of the time, like I am used to. It is finishing my assignments when I am exhausted from travel and ensuring I spent time with my kids or being sick. Being a single Indigenous woman with three kids, I never thought going back to university full time would have been an option for me, I am proud that I was able to overcome the many obstacles I have faced.

USask: What does receiving this award mean to you?

Cook: Apart from being recognized as an Indigenous student overcoming many barriers, to me this award is a way of my late mom telling me from the spirit world that she is proud of me. The award ceremony happens to be held on her birthday.

USask: Is there someone in your life who inspired you to get where you are today? 

Cook: Christopher Ratt. I remember telling him “It feels like I’ll never get my degree, and I’ve been doing part-time classes for a lifetime.” He responded with, “You are going to get your degree; you can do anything you want to do. Getting your degree will be beneficial for you and the kids,” then proceeded to help me with applications for admission and funding. I just needed someone who believed in me more than I did myself.

USask: What are your goals for the future?

Cook: Upon completion of my schooling, I will return to my First Nation, Lac La Ronge Indian Band in the capacity of Human Resources Officer. I want to give back to my First Nation while also encouraging and being a role model for our LLRIB members to continue working on their education and careers. I do hope to hold a leadership role within LLRIB in the future. I have always looked up to our executive director, our councillors, our Chief, and our directors. I have learned a lot from them and am thankful to have been given the opportunity to work alongside them. Somewhere in between I would love to return to Edwards to obtain a Master of Business Administration.

USask: Is there anything else you would like to share?

Cook: I want to give a special appreciation to my kids, Christopher Ratt, Elvira Hennie, Florence Ratt, my dad, my brother and his wife, and LLRIB for supporting me. Without everyone’s help I would not have been able to make it this far in my educational journey.


You can find more information and a complete list of IAW events at USask’s Indigenous Achievement Week spotlight: https://spotlight.usask.ca/indigenous-achievement-week/index.php#top

celebrates-students-and-community-in-indigenous-achievement-weektrue1718730911095imj129USask celebrates students and community in Indigenous Achievement WeekIndigenous Achievement Week from March 5-8 at the University of Saskatchewan (USask), brings together community and celebrates Indigenous students’ achievements, academic excellence, resiliency, and leadership.Elisabeth BaumanIndigenous, aboriginal, featured,1709750880000/articles/students/2024/celebrates-students-and-community-in-indigenous-achievement-weeknewssite://news/articles/students/2024/celebrates-students-and-community-in-indigenous-achievement-weekccm0461709751031156ccm0461710882022640show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/iaw-2024-1080.jpgsite://news/images/2024/iaw-2024-1080.jpgnewsiaw-2024-1080.jpg3030541080720A group photo of the Indigenous Student Achievement Award winners with Elder Roland Duquestte, Elder Linda Sanderson, Angela Jaime Vice-Provost Indigenous Engagement and Lori Delorme Acting Director of the Gordon Oakes Red Bear Student Centre. (Photo: Nicole Denbow)A group photo of the Indigenous Student Achievement Award winners with Elder Roland Duquestte, Elder Linda Sanderson, Angela Jaime Vice-Provost Indigenous Engagement and Lori Delorme Acting Director of the Gordon Oakes Red Bear Student Centre. (Photo: Nicole Denbow)NoNonesupport-indigenous-achievementNo/
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Soup and Bannock, beading, and film nights: all activities to expect during the University of Saskatchewan’s (USask) annual Indigenous Achievement Week (IAW) from March 5-8.

"Indigenous Achievement Week celebrates each student’s academic excellence, community engagement, and contributions to research,” said Dr. Angela Jamie (PhD), vice-provost of Indigenous Engagement. “This week reminds us of the vital role Indigenous voices play in shaping the future. By uplifting Indigenous students on their achievements, we uplift Indigenous ways of knowing and being. I would like to personally congratulate each student on their contributions to USask and the future of this university’s excellence.”

Events are hosted throughout the week by USask units and colleges, and all are welcome to attend. One of the highlights of the week is the Awards Ceremony, taking place this year in Marquis Hall on March 6. Students receive an award in one of five categories: resiliency, community engagement, academic excellence, leadership, or athletics.

“For award winners, the ceremony not only honours their accomplishments but also creates a moment for them to bask in the spotlight alongside their families,” said Lori Delorme, acting director of the Gordon Oakes Red Bear Student Centre at USask. “It’s a cherished opportunity for our university community to come together, embracing the milestones our students have reached. By hosting this ceremony, we affirm our unwavering support for their journey, offer encouragement every step of the way, and express our immense pride in their success.”

TextImage“I love my community, I want my community and its members to be successful." Leona-Grace Cook/images/2024/iaw24john-48.jpgsite://news/images/2024/iaw24john-48.jpgnewsiaw24john-48.jpg2828258001107Leona-Grace Cook receives her award from Angela Jaime Vice-Provost Indigenous Engagement and Lori Delorme Acting Director of the Gordon Oakes Red Bear Student Centre. (Photo: Nicole Denbow)Align right

According to the award’s criteria, IAW award winners are not only successful academically, but also care for others and about giving back to their communities.

Community is a persistent theme in many award winners’ stories.

“I love my community, I want my community and its members to be successful,” said Leona-Grace Cook, a student in the Edwards School of Business, and one of the 43 recipients of this year’s Indigenous Achievement Awards.

Cook is a proud member of Lac La Ronge Indian Band (LLRIB), and commutes to Saskatoon every week so her children can stay in their community. Once she graduates, Cook plans to put her  Bachelor of Commerce degree to use as a human resources officer in her band’s human resources department.

“Being a single Indigenous woman with three kids, I never thought going back to university full time would have been an option for me,” said Cook, who will be awarded the IAW resiliency award. “I’m proud that I was able to overcome the many obstacles I have faced ... I have a huge support system; I reach out when things get tough. I couldn’t have done it alone.”

Provost and Vice-President Academic Dr. Airini (PhD), says prioritizing time to learn more about and celebrate the many achievements of Métis, First Nations and Inuit students, staff and faculty at USask is not only informative, but also helps to strengthen the university’s commitment to advancing Indigenization and transformative decolonization leading to reconciliation.

“The Indigenous strategy ohpahotân | oohpaahotaan gifted to USask calls on us to ‘fly up together’ in this journey to be an outstanding institution of research, learning, knowledge-keeping, reconciliation, and inclusion with and by Indigenous peoples and communities,” said Airini. “Thank you to the organizers of Indigenous Achievement Week for giving us this opportunity to learn and grow, and to celebrate success.”

You can find more information and a complete list of IAW events at USask’s Indigenous Achievement Week spotlight: https://spotlight.usask.ca/indigenous-achievement-week/index.php#top

nourishing-minds-through-research-the-future-of-dieteticstrue1718730911095imj129Nourishing minds through research: The future of dieteticsDr. Jessica Lieffers (PhD) leads NUTRITION 230 through the FYRE initiative at the University of Saskatchewan (USask).Jason BelhumeurCollege of Pharmacy and Nutrition1709643600000/articles/students/2024/nourishing-minds-through-research-the-future-of-dieteticsnewssite://news/articles/students/2024/nourishing-minds-through-research-the-future-of-dieteticsccm0461709582071572ccm0461712336484723show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/nutrition-photo.jpgsite://news/images/2024/nutrition-photo.jpgnewsnutrition-photo.jpg2862111080720Dr. Jessica Lieffers (PhD) in the middle, flanked by nutrition students Paige Wuchner and Breanna Foster on the left, and Erin Mansell and Brooke Ackerman on the right. (Photo: Submitted)Dr. Jessica Lieffers (PhD) in the middle, flanked by nutrition students Paige Wuchner and Breanna Foster on the left, and Erin Mansell and Brooke Ackerman on the right. (Photo: Submitted)NoNonesupport-studentsNo/
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In the heart of the College of Pharmacy and Nutrition, Dr. Jessica Lieffers (PhD), a seasoned associate professor and registered dietitian, is excited to be involved in a transformative journey for future dietitians, for the sixth year in a row. Through the NUTR 230 course at USask, nutrition students dive into the First Year Research Experience (FYRE) initiative, guiding them towards an understanding of data gathering and research in their field.

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The FYRE initiative is campus wide, but within the College of Pharmacy and Nutrition, it stands out for its distinctive focus on gathering and analyzing original survey research data. Lieffers’ students take on this research-driven-journey culminating in a captivating poster showcase. This showcase becomes a focal point for students, allowing them to engage with peers, faculty, and staff, while proudly sharing their research beyond the confines of the classroom. 

In the recent fall term, Lieffers organized 24 nutrition students, grouping them into six teams. Each team covered a wide range of popular hot topics chosen by students such as the use of greens powder supplements, advanced meal preparation, consumption of cow’s milk vs. plant-based beverages, eating with others, and fast-food consumption. All posters are available to browse on the USask Harvest website.

Another example of a popular discussion poster was on rising grocery store prices – how the surge in prices led to “sticker shock” at the grocery store. Topics like this received much attention, discussion, and engagement, fostering robust discussions and conversation.

The NUTR 230 FYRE poster showcase, held in early December, drew an enthusiastic crowd of more than 70 attendees. The room buzzed with energy as the students unveiled their high-quality work produced under Lieffers’ guidance.

“It is such a highlight of my work as a faculty member at USask to witness the skill and knowledge development gained by students through this process and how proud they are of their final posters when the course is complete,” she said.

Esther Ha, a second-year nutrition student, expanded on the benefits she received from working with Lieffers.

“Thanks to the support of Dr Lieffers, I even had the opportunity to be an abstract presenter at the 2023 Dietitians of Canada Conference in Montreal,” Ha said.

Beyond individual growth, the showcase becomes a hub for future dietitian colleagues. It facilitates connections among BSc Nutrition students and provides upper-year students with an invaluable opportunity to hone their engagement with nutrition research.

“The data gathered by first-year students is also valuable to upper-year students completing their nutrition program planning course because they able to see information gathered on the USask population and tailor their programs to the needs identified in the FYRE projects,” said third-year nutrition student Taya Sparks.

Under Lieffers’ guidance, the FYRE initiative not only fosters academic development but also moulds a community of upcoming dietitians, arming them with the skills needed to navigate the ever-changing landscape of Dietetics and Nutrition.

March is Nutrition Month: Dietitians contribute significantly to community health through research endeavours, and Nutrition Month provides an ideal occasion to spotlight the remarkable efforts of our first-year nutrition students. These students have engaged in original research as a component of their NUTR 230: Professional Practice I course, showcasing their dedication to advancing nutritional knowledge.

If you are interested in finding reputable information about general healthy eating for Nutrition Month, please visit Dietitians of Canada’s unlockfood.ca website.

nursing-20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentstrue1718730911095imj129USask PhD student looks to provide mental health support for international studentsBarbara Twum-Antwi is co-developing a project on mental health coping strategies for international students.Kylie Kelsoblack history month, bhm, College of Nursing, featured, society, health,1709024400000/articles/students/2024/nursing-20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentsnewssite://news/articles/students/2024/nursing-20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentsnews_ws1709063098092ccm0461711402285123show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/barbara-twum-antwi.jpgsite://news/images/2024/barbara-twum-antwi.jpgnewsbarbara-twum-antwi.jpg1406461080720University of Saskatchewan College of Nursing Doctor of Philosophy in Nursing student Barbara Twum-Antwi. (Photo: Submitted)University of Saskatchewan College of Nursing Doctor of Philosophy in Nursing student Barbara Twum-Antwi. (Photo: Submitted)NoNonesupport-studentsYesYesYesMatching keywordsNoImage/images/news/2024/20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-students.jpgsite://nursing/images/news/2024/20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-students.jpgnursing20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-students.jpg877181200840University of Saskatchewan College of Nursing Doctor of Philosophy in Nursing student Barbara Twum-Antwi. (Photo: Submitted)NoNonesupport-studentsNo/
TextNone/Below contentUniversity of Saskatchewan (USask) College of Nursing student Barbara Twum-Antwi came to Canada hoping to work on immigrant health issues, with a focus on mental health.

While working as a research assistant with USask College of Nursing Associate Professor Dr. Geoffrey Maina’s (PhD) on a project on racialized immigrants, Twum-Antwi realized the experiences of the international student participants mirrored her so closely that she started delving into international students’ mental health issues.

Born and raised in Ghana, Twum-Antwi completed her Bachelor of Science in Nursing and Master of Public Health at the University of Ghana, before choosing USask for her Doctor of Philosophy in Nursing (PhD) program. An acquaintance who was already studying at USask explained how the PhD program’s design prepared students fully to become independent researchers by the time they completed their education, which was what Twum-Antwi was looking for.

“I was really hoping to work with Dr. Maina, as he had a research team in place, and I had seen the team’s research output and was yearning to be part of it,” said Twum-Antwi. “I had a lot of support from the team when I first met them, even prior to submitting my PhD application.”

Twum-Antwi, along with a student research team, is currently working with the USask Student Wellness Centre to co-develop a project and campaign on coping strategies for international students. She has also presented at nursing seminars on mental health coping strategies for international students, sharing her own experience and the strategies she had to adopt in order to feel better.

Prior to joining USask Nursing, Twum-Antwi worked in clinical practice and nursing administration at the Zabzugu District Hospital in Northern Ghana. She also worked as a preceptor for student and new graduate nurses, but wanted to move from clinical teaching to the academic teaching field.

“I knew I wanted to develop a career in research after completing my master’s level research work for my thesis. Sometimes you get into the research environment and see its impact and then it is all you think about. I started identifying problems in my environment (especially at the hospital) and looking for ways to use research to find out why things were the way they were, and how we could work as nurses to find solutions/create change.”

As Twum-Antwi moves forward in her research for her PhD she intends to work on African international students’ mental health using a participatory action approach to explore their experiences and co-create resources to support their mental well-being.

College of Nursing Assistant Professor Dr. Sithokozile Maposa (PhD) describes Twum-Antwi as “an emerging expert in African International Students and Mental Health.”

Since coming to USask to complete her PhD, Twum-Antwi has not looked back.

“The USask support system, especially at the College of Nursing, is great,” said Twum-Antwi. “This system is a very important aspect of graduate education, which sometimes gets overlooked. However, graduate students, like myself, need a school that actually cares and creates a supportive environment. Otherwise, we will struggle.”

She went on to say the affordable tuition for international PhD students and the opportunities for scholarships, research assistantships, and teaching assistantships has been a major perk of USask.

“USask has a high international student population, which is very multicultural and diverse. I was not afraid to be in a new space because I was convinced I would meet people from my background. It is easy to join local communities or groups on social media prior to arrival and the local immigration and integration societies in Saskatoon are very helpful.”

Upon completing her PhD, Twum-Antwi hopes to build experience in the area of mental health research, possibly through a post-doc, to explore more research opportunities in Canada on mental health issues among immigrants.

“Ultimately, I would love to return to Ghana if I can find teaching opportunities there, but if I can do that here in Canada too, that would be great.”
/news/2024/20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://nursing/news/2024/20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentsnursing20240227usask-phd-student-looks-to-provide-mental-health-support-for-international-studentsArticle headlineUSask PhD student looks to provide mental health support for international studentsBarbara Twum-Antwi is co-developing a project on mental health coping strategies for international students.Nursing Student, Nursing Research, Nursing Grad Studies, Black History MonthKylie KelsoFeb 27, 2024 9:00 AM
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usask-student-finalist-for-prestigious-global-scholarshiptrue1718730911095imj129USask student finalist for prestigious global scholarshipA second University of Saskatchewan (USask) student has been awarded a regional scholarship.College of Arts and Science, 1708628340000/articles/students/2024/usask-student-finalist-for-prestigious-global-scholarshipnewssite://news/articles/students/2024/usask-student-finalist-for-prestigious-global-scholarshipccm0461708628635663ccm0461708628635663show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/image-for-mccall-macbain-2024v2_news-story.jpgsite://news/images/2024/image-for-mccall-macbain-2024v2_news-story.jpgnewsimage-for-mccall-macbain-2024v2_news-story.jpg1970401080720From left: USask students Lauren O’Reilly and Sharon Jacob. (Photos: Submitted)From left: USask students Lauren O’Reilly and Sharon Jacob. (Photos: Submitted)NoNonesupport-studentsNo/
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A University of Saskatchewan (USask) student is a finalist for the McCall MacBain Scholarship, Canada’s largest leadership-based scholarship for master’s and professional studies.

Having been successful in the award selection process, in the weeks ahead Lauren O’Reilly will attend final interviews in Montreal. She is among 90 finalists chosen from more than 700 Canadians who applied for the scholarships.

Of those, 159 participated in a first round of regional interviews in November and December. During that process, another USask student was among the top candidates in the McCall MacBain Scholarships selection process. Sharon Jacob earned a $5,000 McCall MacBain Regional Award, which may be applied to eligible studies at any public university in Canada.

Finalists were chosen based on their character, community engagement, leadership potential, entrepreneurial spirit, academic strength, and intellectual curiosity – qualities the community needs, noted Dr. Airini, provost and vice-president academic at USask.

“Lauren and Sharon exemplify excellence, not only in the classroom, but in their communities and on a global stage,” said Airini. “Two of our students achieving this kind of success is testament to USask’s commitment to developing the next generation of distinguished leaders the world needs.”

O’Reilly is finishing her bachelor’s degree in political science and philosophy, all while working as a bartender, teaching assistant, and research assistant. She helped reboot the philosophy student society, played ringette competitively for 14 years, and helped coached a summer sports program. While working at a local foundation, O’Reilly led a team organizing a 250-person event for Saskatoon Multiculturalism Day, and created a community journalism program for youth. For her master’s degree, O’Reilly would like to explore her interests in political thought and political economy.

TextPullquote“Two of our students achieving this kind of success is testament to USask’s commitment to developing the next generation of distinguished leaders the world needs.”Dr. Airini /Align left

“I choose to volunteer my time on campus because I believe that community-building is an integral feature of your university experience,” said O’Reilly. “Cultivating welcoming spaces is important across all academic disciplines, and I am eager to help contribute to that.”

The scholarships are the result of a landmark $200 million gift by John and Marcy McCall MacBain in 2019, then the largest single donation in Canadian history.

Designed to encourage purposeful leadership, the scholarships enable students to pursue a fully funded master’s or professional degree at McGill University while participating in mentorship, coaching, and a leadership development program.

“Integrity, kindness, curiosity, and courage are the characteristics we want to see in the next generation of leaders,” said Dr. Marcy McCall MacBain (PhD), chair of the McCall MacBain Scholarships at McGill. “By connecting emerging talent to an outstanding graduate education and a community of peers and mentors, we hope to encourage positive leadership for Montreal, Quebec, Canada, and the world.”

A cohort of up to 30 McCall MacBain Scholars will be selected after final interviews. Canadian finalists who are not selected for the cohort will be eligible to receive a $10,000 Finalist Award.

Applications will open in June 2024 for the 2025 cohort. In addition to the 30 fully funded McCall MacBain Scholarships each year, up to 100 additional awards, valued at $5,000 to $20,000, are offered to candidates. More information about the McCall MacBain Scholarships can be found at mccallmacbainscholars.org.

black-history-month-usask-phd-candidate-offers-support-to-fellow-international-studentstrue1718730911095imj129Black History Month: USask PhD candidate offers support to fellow international studentsLecia Ellis, a graduate student in the College of Education, is passionate about her job at the International Student and Study Abroad Centre (ISSAC).Shannon Boklaschukblack history month, bhm, alumni,1707322740000/articles/students/2024/black-history-month-usask-phd-candidate-offers-support-to-fellow-international-studentsnewssite://news/articles/students/2024/black-history-month-usask-phd-candidate-offers-support-to-fellow-international-studentsccm0461707323030224ccm0461714409553446show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/lecia-ellis.jpgsite://news/images/2024/lecia-ellis.jpgnewslecia-ellis.jpg952301080720Lecia Ellis is a PhD candidate and international education officer at USask. Lecia Ellis is a PhD candidate and international education officer at USask. (Photo: Submitted)NoNonesupport-studentsNo/
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The enthusiasm is palpable in Lecia Ellis’s voice as she talks about her work at the International Student and Study Abroad Centre (ISSAC) at the University of Saskatchewan (USask).

“I love being with the students; that’s just my passion,” said Ellis, an international education officer.

Located in Lower Place Riel on USask’s main Saskatoon campus, ISSAC supports international students during their transition to student life in Canada. The centre is dedicated to fostering a welcoming, globally aware, and inclusive campus community through initiatives and services such as advising sessions, the Global Connections Lounge, and intercultural programming and events. ISSAC also oversees student mobility and exchange opportunities for students.

Ellis relates to the experiences of international students. She moved to Saskatoon from Jamaica in late 2021 and is now a PhD student in educational administration in USask’s College of Education. At the time of her relocation to Canada, one of Ellis’s four children was an undergraduate student at USask. Enrolling at the same university enabled Ellis to pursue her doctoral degree while supporting her daughter, who was experiencing serious health issues related to a brain tumour.

TextImage/images/2024/lecia-and-julia.jpgsite://news/images/2024/lecia-and-julia.jpgnewslecia-and-julia.jpg1805681080687Dr. Julia Paulson (PhD), dean of the College of Education, presents Lecia Ellis with an award at the 2023/24 College of Education Academic Awards Celebration on Jan. 19, 2024. (Photo: Connor Jay)Above content

Ellis vividly recalls arriving at Saskatoon’s airport on a frigid, snowy day in November 2021 and stepping outdoors for the first the time. It was a learning experience.

“We, in Jamaica, have never been exposed to snow,” she said. “I said to my daughter, ‘Why is everybody smoking?’ I didn’t realize it was their (breath in the cold air). The coldest we have been in Jamaica is nothing in the minuses—and we call that cold—so it was new to me.”

Shortly after arriving in Saskatoon, Ellis was accepted into the PhD program in the College of Education. She soon began her studies at USask—during the COVID-19 global pandemic—while also supporting her daughter through her health challenges.

It was a difficult time for Ellis, who was far away from her husband and their three other children still living in Jamaica. With no friends or family in Saskatoon other than her daughter, Ellis needed support. She turned to ISSAC, where she connected with international education officer Jordan Hartshorn.

ISSAC quickly made a big difference in Ellis’s life. Hartshorn answered Ellis’s questions about living in Canada as an international student and listened to her concerns about her daughter.

“The support that I got at this office, through Jordan, is why I survived the ordeal,” Ellis said.

TextImage/images/2024/issac-students-22.jpgsite://news/images/2024/issac-students-22.jpgnewsissac-students-22.jpg2613541080720The International Student and Study Abroad Centre (ISSAC) supports international students during their transition to student life in Canada. (Photo: David Stobbe)Above content

The positive experiences she had at ISSAC inspired Ellis to begin volunteering at the centre as she pursued her PhD. She hoped she could support other international students who had questions or who needed a friend.

“I wanted to be able to give back, because I knew what I received,” she said.

Working with post-secondary students was a natural fit for Ellis, a licensed teacher who earned a Bachelor of Science degree in psychology and human resources at the University of the West Indies, Mona in 2006, and a Master of Science degree in human resources management/personnel administration at the same university in 2009. Ellis also pursued postgraduate studies in education and training at the Vocational Training Development Institute (VTDI) in Kingston, Jamaica, where she later served as the college registrar—a job she enjoyed but had to leave behind when she moved to Canada.

In addition to volunteering at ISSAC, Ellis sought volunteer opportunities at USask’s convocation ceremonies—and was then offered a temporary paid position with the convocation team. That experience led to a temporary paid job working at ISSAC’s front desk, where Ellis served as a first point of contact for international and domestic students coming to the centre.

When Hartshorn went on leave from ISSAC in August 2023 to fill another role at USask, Ellis applied for his vacated job. Ellis was thrilled when she was selected for an interview and was later named the successful applicant. She officially began her international education officer position at ISSAC in October 2023 and is now writing an article reflecting on her work experiences at the centre, titled “From Front Desk to Front Office.”

As she settles into her new role, Ellis is grateful for the warm welcome she has received from students and colleagues, including ISSAC director Charlene Brown.

“Little did I know that I would be the next Jordan—because that’s what I refer to myself as,” she said with a laugh.

Today, more than two years after arriving in Saskatoon, Ellis is thriving as an employee at ISSAC and as a doctoral student in the College of Education, under the supervision of Dr. Michael Cottrell (PhD). She draws upon her own experiences as a newcomer to Canada when she interacts with international students. For example, after noticing that many students are unprepared for the cold Saskatchewan weather, Ellis began collecting socks, jackets, mittens, tuques, and other items to help them feel warm and comfortable during the winter months. She organized a winter clothing drive during the holiday season and partnered with a local thrift shop to bring much-needed clothing items to ISSAC—which the students can now access at no cost.

“I recognize that students come here not able to relate to what cold is, or frigid temperatures,” she said.

TextImage/images/2024/issac-students-lounge.jpgsite://news/images/2024/issac-students-lounge.jpgnewsissac-students-lounge.jpg2579761080720ISSAC’s Global Connections Lounge is a gathering place at the USask campus in Saskatoon. (Photo: David Stobbe)Above content

Much has changed for Ellis since she first arrived in Saskatoon. Her daughter is now recovering, and her husband and two of their children have relocated to the city—including their 21-year-old daughter, who is currently studying in USask’s College of Arts and Science as she works toward a biomedical sciences degree. Outside of USask, Ellis is busy with extra-curricular activities, such as her 17-year-old son’s soccer games.

Ellis appreciates the ongoing support she receives from her husband, children, co-workers, and fellow students as she pursues her work and academic goals. For example, she has presented at several conferences and has received numerous scholarships and bursaries, including the George and Arlene Loewen Family Bursary at the 2023/24 College of Education Academic Awards Celebration held on Jan. 19, 2024. She also recently completed her doctoral comprehensive examination and is now officially a PhD candidate.

“I’m passionate about education. I’m a life-long learner,” she said. “I am a trained teacher, but my preference is more on the strategic side, so I was attracted to this program—educational administration—because it allowed me to be a part of the planning of curriculum and the planning of lesson plans.”

After she completes her PhD, Ellis dreams of one day returning to Jamaica and serving as the Caribbean country’s minister of education—a job that would align with her love of politics. However, she plans to remain in Canada for the foreseeable future and is focused on completing her PhD thesis, titled “International Graduates’ Workforce Integration in Saskatchewan: The Four Sides of the Story.” As she conducts her research, she shares her learnings with others at USask, including colleagues in the Teaching, Learning, and Student Experience (TLSE) portfolio.

Ellis’s mission is to serve students and to give back to the USask community. In this spirit, she has taken on the role of president of the Education Graduate Student Association. She is also active with the Graduate Students’ Association (GSA), serving on several committees.

“Any of the roles that I take are primarily because I can serve the students,” she said. “I just love it; I really love it.”

February is Black History Month in Canada, and the theme at USask is “Celebrating Black Experiences: Arts, Literature and More.” Throughout the month, Ellis will take part in several speaking engagements on campus, including a Black History Month panel discussion co-hosted by ISSAC and the College of Education. The event, titled “International Graduates’ Workforce Integration in Saskatchewan: Their side of the story,” will take place on Feb. 26 from 12 pm to 1:30 pm in the ISSAC Global Connections Lounge (Room 70, Lower Place Riel). The panel discussion will be a platform for Black international graduates to share their experiences as they seek employment in Saskatoon.

The next day, on Feb. 27, Ellis will participate in a Social Insights series event that will be focused on Black employees in the workforce. It will be held from 4 pm to 5 pm in the USask Community Centre (Room 104, Marquis Hall).

For more about Black History Month at USask, including a list of events, visit spotlight.usask.ca.

in-photos-exploring-black-joy-and-wellness-as-a-form-of-resistancetrue1718730911095imj129In photos: Exploring Black joy and wellness as a form of resistanceTake a look through a virtual photo album from an insightful new research project designed to allow University of Saskatchewan (USask) students, alumni, and members of the Black community express how they find and maintain joy and wellness in their lives. Brooke Kleiboerblack history month, bhm1707144780000/articles/students/2024/in-photos-exploring-black-joy-and-wellness-as-a-form-of-resistancenewssite://news/articles/students/2024/in-photos-exploring-black-joy-and-wellness-as-a-form-of-resistancebpk4551707144869452bpk4551707145266887show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/photovoice-banner.jpgsite://news/images/2024/photovoice-banner.jpgnewsphotovoice-banner.jpg1240021080720Participants in the Mosaic of Black Joy and Wellness project were asked to submit photos depicting what joy and wellness means to them. (Photo credits L-R: Aisha Adelah, Precious Samuel Oluwabemiwo, Azee Amoo)Participants in the Mosaic of Black Joy and Wellness project were asked to submit photos depicting what joy and wellness means to them. (Photo credits L-R: Aisha Adelah, Precious Samuel Oluwabemiwo, Azee Amoo)NoNoneNoneNo/
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Florence Mudzongo, a registered social worker at the USask Student Wellness Centre, works with students every day to help them navigate life’s challenges. Now, she is leading a project to help Black students and alumni share their personal meanings of joy and wellness with the world through a photovoice project – a research method that uses photographs and narratives to translate experiences into knowledge.  

Entitled ‘The Mosaic of Black Joy and Wellness’, the project took a unique photovoice approach, where participants were asked to submit photos that depicted what joy and wellness mean to them and what it looks like in their everyday lives, along with a written reflection.  

“This project was focused on centering voices that are not traditionally heard,” said Mudzongo.   

The project, supported and funded by the USask Student Wellness Centre, Multicultural Council of Saskatchewan, and SaskCulture, highlights how Black students at USask and the Black community in Saskatchewan embrace joy and wellness in their lives. 

“Embracing and celebrating Black joy helps us to cope with the racialized emotions, and the physical and mental health effects of racism,” said Mudzongo, who is also the founder and president of the Saskatchewan Association of Black Social Workers (SABSW), and a founding member of the USask Black Faculty and Staff Caucus. “It helps the Black community stay connected to their humanity and continue to move forward with hope. Joy is one of the many pathways to heal, shield, and trauma-proof ourselves from the harm of anti-Black racism and discrimination.”  

Mudzongo collaborated with the SABSW and Uzma Danish, an interdisciplinary social research student and a faculty member from Trent University in Peterborough, Ont., to conduct the project. Mudzongo said Danish’s dedication, support and research guidance throughout the project shows how important it is for the Black community to work together with other racialized groups. 

“For society to be equitable, collective efforts and actions are necessary and desirable,” said Danish of the importance of the project. 

For this collaborative and community-based research project, Mudzongo’s team – which included Student Wellness Centre intern Aastha Tripathi, and the study participants – the “aim was also to honour and celebrate the diverse experiences of Black Joy among individuals of various Black ethnicities.” 

“This photovoice project was also a way for us to celebrate and raise awareness of diverse Black ethnicities in Saskatchewan,” said Mudzongo. “The photovoice exhibits are also a positive way to generate and share knowledge about Black wellness and nurture the inclusion of culturally significant wellness resources and activities for diverse Black ethnic groups in Saskatchewan.” 

Meet the USask students and alumni who participated in the project below, and browse a vibrant selection of their submitted photos. A full photo display will be available for public viewing at an event held at the North Concourse of Place Riel on Feb. 6 at 10 am as part of USask’s Black History Month and will be on display until Feb. 9.  

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Precious Samuel Oluwabemiwo, graduate student 

“I promote joy and wellness in my life as a student at USask by prioritizing balance in my daily schedule. I understand the importance of maintaining a balance between academics, social activities, and personal interests.  

Engaging in this research project was important to me, as it presented an opportunity to contribute to the preservation and understanding of my cultural heritage. My participation is driven by a desire to not only showcase the cultural richness and diversity within the Black community but also to educate others about the nuances and depth embedded in our traditions.” 

Aisha Adela, graduate student 

“I promote joy and wellness in my own life as a student at USask by connecting with people, taking part in activities and volunteering to make the most impact in any environment I find myself in.   

Participating in this research project was important to me because participating meant that I had an opportunity to express myself authentically, staying true to my roots, and representing myself and my people. It allowed me to share and express everything that matters to me, knowing that though I am part of a very diverse community, I can still stay true to my origin.” 

Audrey Oluwafunmilayo Ajose, Bachelor of Arts in psychology student 

“I promote joy and wellness in my life while a student at USask by being a student facilitator at Peer Health where I facilitate a group called Cultural Wellness. I also spend time with my family and friends and take time doing hobbies which include reading, eating and baking and participating in new activities and projects like the photovoice project. 

Participating in this research project was important to me personally and culturally because as a psychology student, I am always interested in projects that facilitate student wellness and creativity. Additionally, as a Black Nigerian female student, I take any and every opportunity to promote representation. I believe it is very important for us to advocate for ourselves and break barriers.” 

Azee Amoo, business economics student 

“I like to promote joy and wellness by being part of the campus community. By volunteering and getting involved, I feel like I’m contributing to something bigger than myself. It just feels good to be able to put out positive energy. 

A lot of media featuring Black people tends to centre around struggles of racism, slavery, and systems of oppression. While these stories are incredibly important and need to be told, I wanted to contribute to the library of media that promotes Black joy — especially the kind that can be found in the simple and mundane every day.” 

Empress Welch, Bachelor of Science in psychology graduate 

“I promoted joy and wellness while at USask by intentionally seeking out and participating in programs that interest me like the student exchange program (I went to the University of Essex for a term), the Building Intercultural Resilience Mentorship (BIRM) program, and the peer mentor program. These programs have provided me with invaluable experience and contributed to my joy and wellness. 

Participating in this program was a delight for me personally and culturally because I got the opportunity to be heard and seen. As a part of the minority, sometimes we can be lost in the crowd, but this program has created a designated space for us, and I appreciate that. As a past and soon returning student of USask, I am proud to say that the university embraces and promotes diversity.” 

black-history-month-at-usask-theres-no-wrong-way-to-be-who-you-aretrue1718730911095imj129Black History Month at USask: ‘There’s no wrong way to be who you are’ University of Saskatchewan (USask) business economics students Azee Amoo and Teniola Bolaji talk about what Black History Month means to them.Kristen McEwenblack history month, bhm, college of arts and science,1706796000000/articles/students/2024/black-history-month-at-usask-theres-no-wrong-way-to-be-who-you-arenewssite://news/articles/students/2024/black-history-month-at-usask-theres-no-wrong-way-to-be-who-you-areccm0461706796258036ccm0461709223330223show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/azee-teniola-1080.jpgsite://news/images/2024/azee-teniola-1080.jpgnewsazee-teniola-1080.jpg1870971080720USask business economics majors Azee Amoo (left) and Teniola Bajoli of the College of Arts and Science talk about what Black History Month means to them. (Photos by Kristen McEwen)USask business economics majors Azee Amoo (left) and Teniola Bajoli of the College of Arts and Science talk about what Black History Month means to them. (Photos by Kristen McEwen)NoNonesupport-studentsNo/
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February is a time to reflect on the history of Black people in Canada and to celebrate historic and modern achievements. Two Black students majoring in business economics at the USask College of Arts and Science talk about what Black History Month means to them.

The following interviews have been edited for length and clarity.

TextAzee Amoo, fourth-year College of Arts and Science studentImage/images/2024/azee1.jpgsite://news/images/2024/azee1.jpgnewsazee1.jpg209569800800College of Arts and Science student Azee Amoo. (Photo: Kristen McEwen)Align right

From Calgary, Alta., Azee Amoo is a fourth-year College of Arts and Science student majoring in business economics. Amoo’s extensive extracurricular activities include leadership positions such as being a Student Recruitment Ambassador for the College of Arts and Science, director of advocacy and volunteer co-ordinator for UNICEF USask, director of marketing for USask Menstrual Project, and the director of marketing for CommUniLink. She also volunteers with Peer Health USask and has an interest in other student groups such as the Black Student Mentorship Association at USask.

Q: Tell us a bit about yourself.

Amoo: I like to do a lot of different things. I tend to be really crafty. I also collect a lot of books and try to read them. Recently, I’ve been hooked on the show Criminal Minds. I really like volunteering and getting involved in the community.

The first two years I was at USask, I was primarily online because of COVID. When I came back, I was kind of shy to get into things but now, in my final year, I really found the flow and rhythm. I’m involved in lots of different groups and leadership positions.

Q: Why did you choose USask?

Amoo: It was a chance to move out, live on my own and find myself in that way ... I’ve grown a lot academically and explored a lot of interests. If I told myself in high school that I’d be studying business, I’d laugh. I was like, “Oh, money is so boring.” In high school, I thought was going to become a computer or software engineer. After first-year engineering, I transitioned to computer science and then to applied computing with business concentration and then business economics.

I’m also taking an online course with the University of Calgary—an introduction to social work because I hope to enter that field.

Q: You mentioned that you’re thinking about entering social work. What was it about social work that drew you to it?

Amoo: I’m doing business economics and I enjoy it. I enjoy studying economics more than the business side, but I couldn’t really see myself working in finance or the banking industry long-term. I really, really like working with people and I wanted to be part of the community, maybe work in the non-profit sector—so (I decided on) social work.

Q: What does Black History Month mean to you?

Amoo: For me, I think it’s a chance to reflect on our history – the hardships we’ve been through and of course to celebrate our culture and the fact that we’re still here and we’re still thriving despite the forces that worked against us.

It’s bittersweet because you don’t want to forget the past and the stuff that we had to go through. But it’s also amazing because it’s a chance to be like, “Yeah, we’re doing great!”

To Black students on campus, I’d like to say it can be hard to maintain your culture, or your identity and there’s (pressure) to fit into what’s the status quo. But I just want to say that there’s no wrong way to be who you are, no matter what your culture. Cultural identity is part of you, your history is part of you. Your background is part of you, and you can’t wear it the wrong way.

I’ve had trouble with that in the past, and I’m like, “Do I really fit in?” This goes to not just Black students, but every student from every background. You can’t lose your cultural identity, it’s just who you are.

TextTeniola Bolaji, second-year business economics studentImage/images/2024/teniola1.jpgsite://news/images/2024/teniola1.jpgnewsteniola1.jpg195304800800Business economics student Teni Bolaji. (Photo: Kristen McEwen)Align right

From Nigeria, Teni Bolaji and her family moved to Saskatchewan in 2021. As an international transfer student, Teni is majoring in business economics, with a minor in French. Bolaji is a Student Recruitment Ambassador for the College of Arts and Science. She is also part of the Pan-African Student Association at USask and Economics Student Group.

Q: Tell us about yourself–what do you do in your downtime?

Bolaji: As a university student, I always believe that someone should practice self-love and always have time for yourself. During the month, I have dates planned out – this would be like a solo date. I also like going out with family or shopping when finances are there.

Q: What made you decide on a business economics major?

Bolaji: I have an interest for financial markets and how they impact business. Business economics allows me to explore dynamics from the business point of view and from an investment and financial point of view as well.

Q: What made you decide to become a Student Recruitment Ambassador at the college?

Bolaji: Because of my application (to USask). I had so many questions regarding my application, so I reached out to someone (at USask). Even though the person didn’t answer every single thing, the person made me feel more at ease because I was so anxious about the whole application process. The person just helped me with whatever I needed and just gave me links on what to do as well. When I came in and saw I that I could also do that, I was like, “I would love to do that for someone as well.”

It’s so nice because it’s like I’m helping (other students). I’m part of their journey in a way because obviously moving here is a big change for someone, especially as international students. Helping them a little bit at all, “Just look at this link, or do this, do that.” I’m also helping people in their journey.

Q: What does Black History Month mean to you?

Bolaji: It means the time to reflect and also the time to appreciate how people fought [to end] slavery. Also to appreciate and be proud of the people that are moving forward, and seeing so many Black people being so successful in whatever they’re doing.

(At USask) there is the Pan-African Student Association and during Black History Month they have a gala. We also have global fairs, global villages where you can see different booths, different small businesses.

Q: Do you have any advice for Black students on campus?

Bolaji: I would just say that they should love themselves because, obviously, it gets overwhelming. Aside from being a student, which is overwhelming for everyone, it’s especially for people that moved here. I was fortunate to have my parents – I’m staying with my parents, so I don’t have so many burdens on myself, but people still have financial burdens on themselves, and they have school and everything. It’s stressful but they should also take time to care for themselves and prioritize themselves.

For more information about Black History Month, and how it is being recognized at USask, visit spotlight.usask.ca

role-models-make-a-difference-for-girls-in-usask-science-campstrue1718730911095imj129Role models make a difference for girls in USask science campsWhen Clara Lightheart showed up to help lead a group of high school students at a Saturday engineering camp, she was delighted to see the room nearly half full of young women.Donella HoffmanCollege of Engineering, sustainability,1706733900000/articles/students/2024/role-models-make-a-difference-for-girls-in-usask-science-campsnewssite://news/articles/students/2024/role-models-make-a-difference-for-girls-in-usask-science-campsccm0461706734108301ccm0461707943926947show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/women-and-girls-in-science-main.jpgsite://news/images/2024/women-and-girls-in-science-main.jpgnewswomen-and-girls-in-science-main.jpg3399261080720Clara Lightheart, SCI-FI camp instructor and engineering physics student, toured high school students through the anechoic chamber in the College of Engineering. (Photo: Donella Hoffman)Clara Lightheart, SCI-FI camp instructor and engineering physics student, toured high school students through the anechoic chamber in the College of Engineering. (Photo: Donella Hoffman)NoNonesupport-studentsNo/
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“I was really excited, especially because last semester we only had three girls in the camp,” said Lightheart, who is studying engineering physics at the University of Saskatchewan (USask) and works part-time as an instructor with SCI-FI Science Camps.

“I feel like a lot of times boys get encouraged to go into math and engineering while girls don’t get encouraged to apply and it makes a big difference.”

Because of the ongoing gender gap in science, technology, engineering and math (STEM) disciplines, the United Nations has established the International Day of Women and Girls in Science – observed every Feb. 11 as a reminder that women and girls play a critical role in science and technology communities.

“There’s still a lot of obstacles preventing women from joining these fields, so having a day where we can recognize and acknowledge that is important,” said Lightheart.

She has noticed that at times girls will be steered towards the helping professions in health care, rather than STEM sciences.

TextImage/images/2024/women-and-girls-in-science-secondary.jpgsite://news/images/2024/women-and-girls-in-science-secondary.jpgnewswomen-and-girls-in-science-secondary.jpg171357800965Tiana Morales Harmon with a plaster rock she moulded during a high school engineering camp. (Photo: Donella Hoffman)Align right

“There’s not as much encouragement and then once you’re there, you see a large class where you’re one of 10 girls. It’s a bit scary and sometimes it can be the last straw for people.”

Having a female-identifying instructor at the front of the room in an engineering camp is one way to offer reassurance to other young women and girls, Lightheart believes.

“If we have an instructor that’s a girl, they understand, ‘Oh, I can be here. I’m not out of place.’”

Maureen Bourke, director of SCI-FI Science Camps – or SCI-FI as it is widely known – has made a point of adding programming specifically for girls – including a coding and robotics club and the DiscoverSTEM conference – in addition to its regular summer camps, year-round science clubs and spring-time school workshops.

“Too often young women take the role of note taker in mixed gender groups,” she said. “In female-focused learning spaces, they are able to explore all roles, including leadership.

“They can stretch themselves and experience success. We hope that they will be able to see themselves in a STEM field.”

Tiana Morales Harmon, a Grade 10 student from Bethlehem Catholic High School in Saskatoon who’s been attending SCI-FI camps since kindergarten, appreciates when she sees a female instructor at the front of the room, as boys were often in the majority among campers when she was younger.

“I think it’s really inspiring to see women in SCI-FI camps. It made me more comfortable when I was talking with the instructors. It’s not that the guys made me uncomfortable, but it was like looking up to an older sister.”

Morales Harmon, one of the young women in the Engineering High School Saturday Club that Lightheart is helping to lead, plans to study biomedical engineering. Having a day that supports women in STEM is a good way to bring forward voices that weren’t always heard.

“Science has been a predominantly male subject because most women were pushed out of the picture and I think it’s important for us to embrace what we’ve missed all these years because women have been discarded and ignored and overlooked.”

usask-support-program-fosters-community-academic-skills-with-afghan-refugeestrue1718730911095imj129USask support program fosters community, academic skills with Afghan refugeesAn academic support program at the University of Saskatchewan (USask) is helping Afghan refugees who are looking to further their education.Darla Readsociety,1706621400000/articles/students/2024/usask-support-program-fosters-community-academic-skills-with-afghan-refugeesnewssite://news/articles/students/2024/usask-support-program-fosters-community-academic-skills-with-afghan-refugeesccm0461706556875306ccm0461711400440580show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/e-leap-interviews.jpgsite://news/images/2024/e-leap-interviews.jpgnewse-leap-interviews.jpg1685591080720Basira Burhani (left) and Sumaya Hosseini escaped Taliban rule and came to Canada where they are now pursuing their studies at the University of Saskatchewan. (Photo: Submitted)Basira Burhani (left) and Sumaya Hosseini escaped Taliban rule and came to Canada where they are now pursuing their studies at the University of Saskatchewan. (Photo: Submitted)NoNonesupport-studentsNo/
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Sponsored by the 30 Birds Foundation, the English Language Enhancement and Academic Preparation (E-LEAP) course is a six-week program created by the USask Language Centre (USLC). E-LEAP supports prospective applicants to USask who require English proficiency assessments, intensive academic English training, and support in completing an application to USask.

Twenty-one-year-old Basira Burhani was one of the women 30 Birds helped to escape Afghanistan after the country fell to the Taliban. After an arduous journey to Pakistan where she lived for months, she arrived in Saskatoon.

“The impact of the Taliban affected us women and girls deeply, and many, like me, suffered profound personal losses—my father, just in his 40s, being among them,” noted Burhani, who, after successfully completing the E-LEAP course, is now enrolled in computer science in the College of Arts and Science. “Despite these challenges, our resilience remains unbroken. The support we received will forever hold a place in our memories.”

The 30 Birds Foundation is dedicated to safeguarding the future of a group of 450 Afghans, predominantly schoolgirls, who they evacuated from Taliban-controlled Afghanistan.

E-LEAP is unique because it does not assume all participants will need English for Academic Purposes for proficiency. The program recognizes that some students may have strong English but need some academic practice and assistance in getting to the next step: applying for an academic program.

“We are honoured to help Afghan women and girls reach their academic goals and be a part of the USask community. This is USask living out what it means to be the university the world needs,” said Dr. Airini, USask’s provost and vice-president academic.

“Drawing awareness to the supports that are required for specific groups like this one are a significant example of where USask can build its global impact to individuals who are new to Canada,” said Tanya Napper, director of USLC. “Saskatchewan continues to be one of the most open provinces for immigration and with almost 20,000 arrivals last year alone, there are many looking to settle and build a future and for some, that includes post-secondary education.”

TextImage/images/2024/e-leap-30-birds-group.jpgsite://news/images/2024/e-leap-30-birds-group.jpgnewse-leap-30-birds-group.jpg2004421080535This group of women from Afghanistan completed the six-week E-LEAP course sponsored by 30 Birds Foundation and created by the USask Language Centre. (Photo: Submitted)Above content

Each E-LEAP class is three hours in length, with defined modules. The recent program focused on writing an academic paper, so the students learned about grammar, sentence structure, the format of a paper, and how to properly cite references. Napper notes these hours are intensive and involve aspects of listening, speaking, reading, and writing.

Despite the intensive work, Napper said this group of students has exemplified “outstanding energy and persistence.

“Many are working part-time jobs and caring for each other and themselves. They are very organized and have clear goals in mind, and they are highly participatory in class and are not shy to ask questions or send us emails.”

Sumaya Hosseini, another Afghan refugee who also lost her father, expressed gratitude for all she learned during the course.

“I learned how to write an academic paragraph and essay, how to take notes in academic ways to save more time during the class, and I learned how to cite research and much more that is beneficial for me.”

Hosseini plans to study nursing and become a nurse practitioner.

Napper said 30 Birds will be co-ordinating the next program offering, which will be this February and March. Due to request and demand, the course will be longer in length. Napper anticipates there will be another group of 20 students focused on the same approach and outcomes of intensive academic English, proficiency test assessments, and application completion.

For more information, contact learnenglish@usask.ca.

black-history-month-at-usask-changing-the-gametrue1718730911095imj129Black History Month at USask: Changing the gameAs a University of Saskatchewan (USask) Huskie’s Football defensive back, Katley Joseph is used to making game-altering plays on the field. Now, he’s using his platform off the field so that other Black student-athletes may do the same.Connor Jayblack history month, bhm, College of Education, Huskies Athletics,1706198880000/articles/students/2024/black-history-month-at-usask-changing-the-gamenewssite://news/articles/students/2024/black-history-month-at-usask-changing-the-gameccm0461706199081034ccm0461708528757309show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/katley-joseph-interview-connor-jay.jpgsite://news/images/2024/katley-joseph-interview-connor-jay.jpgnewskatley-joseph-interview-connor-jay.jpg2482691080720Huskie’s Football defensive back Katley Joseph is currently a master’s student in the USask College of Education. (Photo: Connor Jay)Huskie’s Football defensive back Katley Joseph is currently a master’s student in the USask College of Education. (Photo: Connor Jay)NoNonesupport-studentsNo/
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Joseph, a master’s student in the Department of Educational Foundations at USask’s College of Education, is researching how Black student-athletes are being racialized in Canada.

Joseph’s first experience playing football was in Ottawa. He grew up playing recreational football with friends in his culturally diverse neighbourhood. As he grew a deeper passion for the sport, his mom signed him up to play in an organized youth league. At his first practice with the Orleans Bengals, he noticed how different his teammates looked compared to his neighborhood friends.

TextImage/images/2024/katley-joseph-stance-electric-umbrella.jpgsite://news/images/2024/katley-joseph-stance-electric-umbrella.jpgnewskatley-joseph-stance-electric-umbrella.jpg2277751080719Huskie’s Football defensive back Katley Joseph is currently a master’s student in the USask College of Education. (Photo: Electric Umbrella)Above content

“I’m looking to my right, looking to my left, and I’m one of the few Black kids,” recalled Joseph. “That was a culture shock for me. Families from my neighbourhood usually couldn’t spend that much money for their kids to play. Even though my parents didn’t really have the money for the fees, they found a way for me to play.”

A shy kid growing up, he used football to break out of his shell and build character. In reflection, Joseph also recognized that he began to adjust his speech and expression and act a certain way when he was with his white teammates and coaches.

“I was trying to fit in, but that meant I couldn’t be myself,” Joseph said. “For a while I was like, ‘Oh, is that how you're supposed to act when you're around people that come from different backgrounds than you or don't resemble you.’ Football helped me break out of that shyness but at the same time, early on, I was trying to figure out who I was. I didn’t feel uncomfortable, but I felt reserved and couldn’t show my real personality.”

TextPullquote“I was trying to fit in, but that meant I couldn’t be myself."Katley Joseph/Align left

Joseph, with his quick, fast, and athletic skill set, made football a larger part of his identity. As he learned more about the game, people started mentioning how far he could go in the sport.

“Early on I would hear my coaches, teammates and even some parents tell me I could play football at the professional level. That’s when the dream and reality to focus on football started,” said Joseph.

With football taking priority, the term “student-athlete” took on a different meaning than his white teammates. His first high school was a sports-specialized institution that was predominantly attended by non-white students. When it came to academics, Joseph’s coaches never prioritized his grades as they were more focused on the steps he needed to take to play at the professional level.

“When I was struggling at my first high school, the focus was still football with the coaches,” he said. “Early on, coaches would ask about how school was but never verified my grades. This made me think that the route of becoming a professional athlete didn’t include the need to push myself to succeed academically. I believe coaches must go to extra lengths to make sure their athletes are prevailing on and off the field.”

When looking back, Joseph realized he didn’t reach his full potential in his high school classes. He was content with getting by as opposed to striving for academic excellence. He didn’t push himself the same way in his studies as he did on the field. Since he was a Black student-athlete, no one within the school felt the need to focus more on his academics either.

“My academic advisor at my first high school was a white lady who had a knack for stereotyping Black athletes,” said Joseph. “She told me, ‘You’re not smart enough for university.’ She was probably thinking I was just another Black kid with a dream. But when a white student would need advising, she would show which classes would lead them to go to a certain university. And if this student was struggling, the school would find ways to keep them in the classes they needed.”

He would end up moving to another high school to receive his diploma. He credits the inclusive culture from the school’s teaching and administrative staff.

“At my second high school, which was predominately attended by white students, I never felt an ounce of discrimination. I felt supported from the very first day I started there.”

TextImage/images/2024/katley-joseph-wall-connor-jay.jpgsite://news/images/2024/katley-joseph-wall-connor-jay.jpgnewskatley-joseph-wall-connor-jay.jpg2504651080720Katley Joseph, a master’s student in the Department of Educational Foundations at USask’s College of Education, is researching how Black student-athletes are being racialized in Canada. (Photo: Connor Jay)Above content

Joseph credits his three older brothers and coaches Jean Guillaume and Marcus Allen for showing him how to succeed in the classroom and on the gridiron.

“These men were influential Black male figures who taught me how to understand who I am as a person, the role that my skin tone plays and how I can rise above adversity.”

After representing Football Canada (2017) and playing for the University of Maine (2018-2021), Joseph found his way to USask and the Huskie football team. A U Sports Academic All-Canadian and Defensive All-Canadian, Joseph praises Head Coach Scott Flory and the Huskies’ team for taking a chance on him.

“Being in Saskatchewan made me fall in love with football again,” said Joseph. “At one point, because I was injured and wasn’t playing, I had doubts about continuing to play football. Coach Allen suggested for me to transfer to the University of Saskatchewan to continue my education in a master’s program and continue playing football. I’m now on a team with a great group of guys, great coaches, and people that believe in me and want to see team success.”

Joseph found a pathway to his Master of Education thesis topic through anti-racist education classes taught by Dr. Carmen Gillies (PhD). Under the supervision of Dr. Gillies, Joseph is researching how Black high school athletes experience racism.

“I realized that a lot of my Black friends that played football had similar experiences. I’m trying to understand exactly why [academic accountability] is lower for Black student-athletes and how that narrative can be changed. I want to find out why the system is like this and what are some solutions,” explained Joseph.

Guillaume, his former coach, was the mentor who influenced Joseph to pursue a master’s degree.

“There were other figures in my family that had completed a master’s degree or a PhD like my godmother Florence Janvier (PhD in Toxicology and Risk Assessment in Public Health) and god aunt Marie-Ange Janvier (PhD in Biomedical Engineering),” said Joseph. “Coach Guillaume was someone that was a black athlete who also had a master’s degree. I had never seen that. My goal since high school was to not only to make a division one football team, but to also receive a master’s degree.”

Joseph recognizes the importance of setting a framework so that future Black student-athletes don’t experience the overt and implicit racism he did. A place that coaches and teachers can start is by being conscious of what they are telling Black student-athletes. 

TextImage/images/2024/katley-joseph-hit-electric-umbrella.jpgsite://news/images/2024/katley-joseph-hit-electric-umbrella.jpgnewskatley-joseph-hit-electric-umbrella.jpg2226801080846Huskie’s Football defensive back Katley Joseph is currently a master’s student in the USask College of Education. (Photo: Electric Umbrella)Above content

“Don’t tell the student-athlete they can just make it to professional sports. Tell them the probability of making it professional. At the end of the day, playing professional football is a temporary career. Set them up for life beyond sports. Different wording will help the student-athlete emphasize academics more,” shared Joseph.

As Joseph looks to use his platform for future generations, he encourages his fellow Huskie student-athletes to do the same.

“Sports has the ability to bring unity because people from different and diverse backgrounds come together,” he said. “You’re more than an athlete, I think that’s the most important thing. Don't shy away from certain topics because you think people might look at you differently. If anything, people will see what you stand for.”

“In my case, I don’t shy away from talking about Black student-athletes because I know there are other people that have had similar experiences or there are people who aren’t even aware of what’s going on. I feel like I can touch on these topics confidently and help explain the problems, but also try to find the solutions,” added Joseph.

Whenever Joseph decides to hang up his helmet and shoulder pads, he is confident that his biggest plays are still to come.

usask-student-challenging-perception-of-dinosaurs-with-paleoarttrue1718730911095imj129USask student challenging perception of dinosaurs with ‘paleoart’USask geological sciences graduate student Kaitlin “KT” Lindblad reimagines some of the world’s best-known dinosaurs with artwork.Kristen McEwenCollege of Arts and Science, 1704316080000/articles/students/2024/usask-student-challenging-perception-of-dinosaurs-with-paleoartnewssite://news/articles/students/2024/usask-student-challenging-perception-of-dinosaurs-with-paleoartimj1291704833022178imj1291704833022178show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/kaitlin-kt-lindblad.jpgsite://news/images/2024/kaitlin-kt-lindblad.jpgnewskaitlin-kt-lindblad.jpg2335451080720USask student Kaitlin “KT” Lindblad sits next to her paleoartistic rendition of the Triceratops in the Geology Building. (Photo by Kristen McEwen)USask student Kaitlin “KT” Lindblad sits next to her paleoartistic rendition of the Triceratops in the Geology Building. (Photo by Kristen McEwen)NoNonesupport-studentsNo/
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In the media, Tyrannosaurus rex is known as one of the most ruthless and terrifying creatures to have ever roamed the Earth.

A University of Saskatchewan (USask) graduate student is using her artwork to challenge that perception and show the extinct species as it was—an animal, going about its life, taking care of its young and its own basic needs.

Artwork by USask geological sciences master’s student Kaitlin “KT” Lindblad sits in front of two of the most recognizable fossil replicas in the Museum of Natural Sciences on campus—Tyrannosaurus rex and Triceratops.

“The theme with these pieces … is depicting extinct animals in less traditional ways than they’re usually portrayed,” Lindblad said. “If you see any artwork, or Google artwork of a T. rex, it’s going to be shown as a scary Kaiju-Godzilla-type (creature).”

Jurassic Park has heavily played into how these things are imagined,” she added.

The artwork, or “paleoart,” in front of the T. rex at the museum depicts the usually fearsome creature scratching an itch that it couldn’t reach on a tree.

T. rex has kind of a very goofy face because they have binocular vision,” she added. “They specifically have that weirdly boxy skull, so their eyes point forward. The front facing view of T. rex, they look kind of silly.”

Paleoart is the use of artwork in paleontology to show prehistoric life informed by scientific evidence. Lindblad uses scientific knowledge about animal species today to interpret how extinct animals, like T. rex, may have behaved and depict those characteristics in her artwork.

“We don’t really think of the T. rex as a good parent, right?” Lindblad said. “The only living dinosaurs in our world are birds. We know (birds) are pretty good parents—not all, but a good chunk of birds are good parents.”

TextImage/images/2024/paleoart-closeup.jpgsite://news/images/2024/paleoart-closeup.jpgnewspaleoart-closeup.jpg2809201080605A closeup of University of Saskatchewan student KT Lindblad’s rendition depicting a Tyrannosaurus rex. (Photo by Kristen McEwen)Above content

On the other side of the main entrance of the Geology Building, Lindblad’s artwork shows the Triceratops—usually depicted as a docile and passive herbivore—acting aggressively towards other dinosaurs. Her inspiration for showing Triceratops in a more aggressive scene comes from real-life hippopotamuses and zebras in Africa.

“Cape Buffalos, zebras, hippos—the deadliest animals in those places are not the lions or the cheetahs. The Cape Buffalo and hippos are responsible for most attacks,” Lindblad said. “These animals have very famously bad tempers, probably because they need to defend themselves from things like lions.”

Even the way the fossil replicas are posed reinforces the idea of a “Kaiju-type” creature, Lindblad said. T. rex wouldn’t have had a “kangaroo” stance and Godzilla-like “stomping around.” This commonly depicted power stance of T. rex was influenced by the opinions of scientists at the time.

Lindblad’s foray into paleoart started during her undergraduate degree at the University of Regina. For her undergraduate thesis, she decided to draw an extinct crocodilian found from the Big Muddy Badlands. A friend took note and recommended Lindblad for commissioned projects.

“I have done traditional work, but I wasn’t going for a super, hyper realistic method, showing every single scale,” she said. “I like getting the overall feel for that, like a more painter-y style. That’s the stuff I’m gravitated toward. It’s also a fun exercise in playing with colour and light without being bogged down too much.”

As she started her master’s degree at USask, Geological Sciences professors Drs. Luis Buatois (PhD), Gabriela Mángano (PhD) and adjunct professor Emily Bamforth (PhD) learned about her paleoart. USask faculty members and friends have helped encourage her interest and connected her with USask Museum of Natural Sciences manager Erica Bird.

Bird was looking for a way to share knowledge in a way that wasn’t a one directional approach–from experts to visitors.

“I feel like museums are a place to open up conversations about things, and in particular, I was keen on the idea of how we, humans, are doing science. We have bias,” Bird said.

When she learned about Lindblad’s paleoart from faculty in the Department of Geological Sciences, she commissioned the two pieces last year.

“The question we’re asking is about the way we’re observing the world,” she added. “How Jurassic Park has affected how we see (dinosaurs). They’ve captured our imagination and we’ve been told stories about them and increased things a bit with extra drama that may not be scientifically accurate. And then future scientists are biased by some of that media. I wanted this to be a place where visitors could question it a little bit and give it some thought.”

While it can be challenging to imagine what dinosaurs looked like based on their skeletal remains, Lindblad has had the opportunity to travel to conferences to meet other well-known paleontologists and paleoartists in the industry.

Lindblad will be defending her thesis in spring on extinct crocodilians, her main research focus. When sketching the Triceratops image, she also included the alligator-relative Brachychampsa that lived alongside these dinosaurs, in the background near the tree line.

“Now and then, (paleontologists) come across the exceedingly rare fossil that preserves the skin or feathers, or some sort of behaviour or weird feature that we would have no idea about otherwise,” Lindblad said. “We’re getting a tiny bit closer to reality every day and that’s also a good reminder of the importance and fun of reimagining extinct animals in new and interesting ways.”

Lindblad noted that paleoart is about science and imagination working together “in an attempt to showcase what we do know, what we don’t, what we are missing, what we may never know, and where our biases lie. “Art is the only way to know these (prehistoric) animals,” she said.

indextrue1718730911095imj129Section titlerename me/articles/students/2024/indexnewssite://news/articles/students/2024/indeximj1291704828788277imj1291704828788277show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
huskiestrueHuskiesHuskies Archives/articles/huskiesnewssite://news/articles/huskiesimj1291547618028022imj1291704897338508show-in-navNo2024true1718295517654imj1292024/articles/huskies/2024newssite://news/articles/huskies/2024imj1291704210949113imj1291704210949113show-in-navNousask-huskies-track-field-dynasty-inducted-into-canada-west-hall-of-fametrue1718730911095imj129USask Huskies track & field dynasty inducted into Canada West Hall of FameThe University of Saskatchewan Women’s Track & Field team was the most dominant side in the nation over a three year span from 2002 through 2005, capturing multiple Canada West and CIS national championships.Canada WestHuskie Athletics, 1717531500000/articles/huskies/2024/usask-huskies-track-field-dynasty-inducted-into-canada-west-hall-of-famenewssite://news/articles/huskies/2024/usask-huskies-track-field-dynasty-inducted-into-canada-west-hall-of-fameccm0461717531794766ccm0461717531794766show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/awards-women-whole-team.jpgsite://news/images/2024/awards-women-whole-team.jpgnewsawards-women-whole-team.jpg2673571080720The University of Saskatchewan Women’s Track & Field teamThe University of Saskatchewan Women’s Track & Field team. (Photo: Canada West)NoNonesupport-studentsNo/
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Now, the team's legacy will forever be enshrined as part of the Canada West Hall of Fame's Class of 2003-24.

The Huskies are a deserving addition after capturing both the Canada West and CIS national titles in 2003 and 2004, while also adding another national title in 2005. Over the three-year span, the team featured a remarkable 23 First Team All-Canadians, led by pole vaulter Kelsie Hendry who captured three straight CIS national gold medals. Hendry would go on to represent Team Canada at the 2008 Summer Olympics in Beijing.

Click here to read the full article, via Canada West.

Over a three-year span, the team featured a remarkable 23 First Team All-Canadians. Hendry also went on to represent Canada at the 2008 Summer Olympic Games in Beijing.

The legacy of the Huskies’ run of dominance lives on, with the dynasty serving as inspiration to current student-athletes to this day.

huskies-excited-to-host-national-womens-hockey-championshiptrue1718730911095imj129Huskies excited to host national women’s hockey championshipThey have been anxiously waiting all season for this chance to make their dreams come true.James ShewagaHuskie Athletics, 1709817060000/articles/huskies/2024/huskies-excited-to-host-national-womens-hockey-championshipnewssite://news/articles/huskies/2024/huskies-excited-to-host-national-womens-hockey-championshipccm0461709817413379ccm0461710944295102show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoYesYesMatching keywordsYesImage/images/2024/sophie-lalor-1.jpgsite://news/images/2024/sophie-lalor-1.jpgnewssophie-lalor-1.jpg2675141080720Huskies scoring leader Sophie Lalor will help lead USask’s women’s hockey team as they host the national championship from March 14-17 at Merlis Belsher Place.Huskies scoring leader Sophie Lalor will help lead USask’s women’s hockey team as they host the national championship from March 14-17 at Merlis Belsher Place. (Photo: Electric Umbrella/Huskie Athletics)NoNonesupport-studentsNo/
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The University of Saskatchewan (USask) Huskie women’s hockey team will host the top teams in the country from March 14-17 at Merlis Belsher Place as they take to the ice to battle for the right to be called national champions.

For Huskies scoring leader Sophie Lalor and her teammates, it will be a once-in-a-lifetime opportunity to compete for the Canadian championship right on campus at USask.

“I don’t think it’s possible to put into words how excited we are, but the anticipation is unbelievable,” said Lalor, a fifth-year forward who led the Huskies this season with 12 goals and 22 points in 28 games. “Merlis Belsher Place is an amazing place to play, so I can’t even imagine what it is going to be like for nationals, having that building packed with hometown fans and community and friends and family. To be able to play against the best competition in Canada is going to be really special and to have the opportunity to do it at home, there will be no better way to end my career as a Huskie.”

A little over a year ago, the Huskies were awarded the rights to serve as the host team for the 2024 GFL U SPORTS Women’s Hockey Championship, presented by Connect Energy. While the automatic berth could have served as a bit of a distraction, the Huskies used it as motivation throughout the 2023-24 season. Coach Steve Kook guided the team to an impressive 19-7-1-1 fourth-place record in the Canada West conference – including spending seven weeks in the Top 10 rankings in the country – before falling 2-1 in the best-of-three conference quarter-finals to the Calgary Dinos.

TextImage/images/2024/steve-kook-2.jpgsite://news/images/2024/steve-kook-2.jpgnewssteve-kook-2.jpg1308451080720Head coach Steve Kook guided the Huskies to an impressive 19-7-1-1 record this season in the Canada West conference. (Photo: Electric Umbrella/Huskie Athletics)Above content

Kook said his club is firmly focused on the task at hand heading into nationals.

“It has been on the top of our minds for more than a year since we found out we were awarded the national championship,” said Kook, now in his 19th season of coaching the Huskies. “But I think because our conference is so tight every weekend, our focus has always been on the Canada West conference, first and foremost, before we get to national championship week … For our team, especially for the two-thirds of our team who have been to a national championship before and know the enormity of the situation, we know it is going to be really exciting for all of us.”

Kook is blessed with depth of talent up and down the lineup, but will look to his veteran players – including his seven graduating seniors in particular who earned bronze medals at the 2022 national championship in Charlottetown – to lead the way in the national championship. In addition to Lalor, the Huskies are led by captain Kennedy Brown up front, Canadian World University Games team standout Isabella Pozzi on defence, and Canada West player of the year Camryn Drever in goal. Graduating Huskie forwards Kara Kondrat, Kenzie Lausberg, and Kate Ball will also be looked to for leadership at nationals.

“We have our fifth-year seniors who are so important, and we have a bunch of third years who also got to play in a national championship in their first year, so that is a bonus that we have,” said Kook. “Having the experience of being there is so important to understand the enormity of the situation and how important it is to just stay focused and play your game. We are fortunate to have most of our team having already gone through this situation. Coming out with a medal at nationals has been our goal the whole time, so we will just focus on playing our best when it matters most.”

TextImage/images/2024/camryn-drever-3.jpgsite://news/images/2024/camryn-drever-3.jpgnewscamryn-drever-3.jpg1908701080720Huskies all-star Camryn Drever was named the Canada West women’s hockey player of the year and goaltender of the year this season. (Photo: Electric Umbrella/Huskie Athletics)Above content

After months of preparation, Chief Athletics Officer Shannon Chinn said her Huskie Athletics staff, volunteers, and alumni are excited to host the national championship for the first time right on campus.

“We are very excited in Huskie Athletics to be hosting the top women’s hockey players in the country here in Saskatoon,” she said. “We have great support from the organizing committee, and the community and our staff have all been really involved, so the last push is to get that building full for the event. We are also excited to bring back so many of the women who played in the ’80s. We have more than 75 women who are coming back that week and there are some that have never seen Merlis Belsher Place, so we are very excited to show them the state of our women’s hockey program now and give them a chance to reminisce and feel that nostalgia of what was a really great time in their lives.”

With interest in women’s hockey on the rise with the start of the Professional Women’s Hockey League this season and the Canada-United States rivalry series having recently been played in Saskatchewan, Chinn said this is the perfect time to host the national university women’s championship.

“Absolutely, when you see the excitement and the popularity of women’s hockey right now, coming off the sold-out game at Scotiabank Arena (in Toronto) and how Saskatchewan rallied around the rivalry series between Canada and the United States in Saskatoon and Regina, I think the momentum of women’s hockey right now is unbelievable,” said Chinn. “You will be able to see women playing at nationals at Merlis Belsher Place who are going to go on to play in the PWHL and in the Olympics one day and it is just going to be unbelievable hockey.

TextImage/images/2024/kennedy-brown-5.jpgsite://news/images/2024/kennedy-brown-5.jpgnewskennedy-brown-5.jpg2535951080719Captain Kennedy Brown is one of seven graduating seniors on the Huskie women’s hockey team this season. (Photo: Electric Umbrella/Huskie Athletics)Above content

“Our tagline is ‘See Them, Be Them.’ And we are really focused on connecting with the community and we have the entire Saskatoon Comets girls hockey program partnering with us. We want to show all the young hockey players out there just what they can accomplish and show them the way and show them the path to play women’s hockey.”

After coming home with a bronze medal from the Huskies’ remarkable run at the 2022 national championship, Lalor wants to close out her USask career on a winning note on home ice.

“We have a really special group of girls this year and I think what is amazing is that it is not just one or two players, but everyone contributes,” said Lalor, who earned the Canada West conference’s Sportsmanship and Athletic Ability Award this year and was also named a second-team women’s hockey conference all-star. “We are so deep and we have skill and tenacity and hard work all the way up and down the lineup, so I think for us it is going to be about the whole group just working together. We want to show we belong there with the other best teams in the country and we want to be in the hunt for the medals.”

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Huskie women’s basketball coach Lisa Thomaidis was named U SPORTS women’s coach of the year on Wednesday, while Huskie standout Gage Grassick was selected as a second-team All-Canadian. Thomaidis was also named Canada West coach of the year for the sixth time in her 25 years at USask, after leading the Huskies to a 19-1 record and to their fourth conference championship title in five years. The Huskies – seeded No.1 in the country – will compete in nationals March 7-10 in Edmonton … Thomaidis will also be going to the Olympics for a fourth time, this time as head coach of the German team that she helped qualify for its first ever Summer Games. Huskies support staff member Connor Jay was also part of the staff of the German team, which qualified by beating the host Brazilian team on Feb. 11 …

Huskie men's hockey player Dawson Holt has been awarded the Canada West conference Student-Athlete Community Service Award for his leadership and volunteer work on campus and in the community … Huskie wrestlers SueAnne Harms and Donovan Neudorf were both selected as U SPORTS Community Service Award winners. Huskie Judah Arthurs earned a silver medal in the men’s 82kg division at the March 2 national championships in Guelph, Ont., while the Huskie women finished third for the team title after winning five silver medals: Abby Wolff, 50kg; Sierra Mullin, 53kg; Harms, 56kg; Caitlin Clatney, 59kg; and Myah Phillips, 83kg …

Huskie men’s basketball player Easton Thimm is the Canada West conference rookie of the year, while fifth-year teammate Alexander Dewar received the conference Student-Athlete Community Service Award … Huskie men’s volleyball setter Noah Opseth has set the all-time USask record for most assists in a season with 1,007 and sits second all-time in the Canada West conference … The Huskies track and field team heads to the national championship in Winnipeg this week, led by Canada West coach of the year Jason Reindl and female assistant coach of the year Karlyn Wells. Complete conference results are available here

Four members of the Huskie football team have been selected to attend CFL combines this month, in advance of the 2024 CFL Draft on April 30. All-star linebacker Nick Wiebe, defensive lineman George Idoko and offensive lineman John Kourtis will go the main CFL Combine in Winnipeg March 19-24, although Wiebe’s participation will be limited as he recovers from knee surgery. Meanwhile, Huskies linebacker Randy Derbas will go the CFL Invitational Combine in Waterloo, Ont., on March 8 … Head coach Sean Payton of the NFL’s Denver Broncos will be the guest speaker headlining the annual Staybridge Suites & Holiday Inn Express University Dogs’ Breakfast XXII in support of Huskie football, on May 2 at Prairieland Park. Tickets for the annual fundraiser are available online here.

huskies-drever-named-canada-west-player-of-the-yeartrue1718730911095imj129Huskies’ Drever named Canada West player of the year A remarkable record-setting season to remember has earned Camryn Drever an award that she will never forget.James ShewagaHuskie Athletics, 1709219700000/articles/huskies/2024/huskies-drever-named-canada-west-player-of-the-yearnewssite://news/articles/huskies/2024/huskies-drever-named-canada-west-player-of-the-yearccm0461709220098118ccm0461709819044737show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/camryn-drever-1.jpgsite://news/images/2024/camryn-drever-1.jpgnewscamryn-drever-1.jpg3146831080720Goaltender Camryn Drever is seen in mid-game action, defending against the opposing hockey team at Merlis Belsher Place. Several other hockey players can be seen attempting to gain control of the puck in front of the net. Camryn Drever of the University of Saskatchewan Huskie women’s hockey team has been named the 2024 Canada West Women's Hockey Player of the Year. (Photo: Huskie Athletics)NoNonesupport-studentsNo/
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The all-star netminder with the University of Saskatchewan (USask) Huskie women’s hockey team has been named the Canada West conference player of the year and goaltender of the year in her fifth and final season with the Huskies, who will be the host team in the national championship from March 14-17 at Merlis Belsher Place.

Drever was honoured to be recognized for her performance and for her team’s superb season.

“I am shocked, to be honest, and I wasn’t expecting to get two Canada West major awards and I am feeling quite honoured,” said Drever, who is originally from Edmonton. “I think I had a good year individually, but I think that this comes down to my teammates helping me out each and every night and both of these awards are a credit to my teammates.”

Drever’s sensational season included leading the country with a remarkable .954 save percentage while also posting an impressive 1.33 goals-against average and setting a new Huskies Athletics women’s hockey record for wins in a season with 15, including five shutouts, to help the Huskies post a 19-7-1-1 record to finish fourth in the nine-team Canada West conference.

Huskies head coach Steve Kook said Drever’s season was one of the best ever in Huskie hockey history.

“She really has had an outstanding season,” said Kook. “We have had some pretty good seasons in the past with (former Huskie goaltenders) Vanessa Frederick and Jessica Vance, who was our last conference MVP. But for Camryn to break that record for wins in a season is something else, especially in this day and age when our conference is so tight. One thing that we know, game in and game out, is that she is going to be one of the best goalies in the country every time she steps on the ice. I am just so proud of her accomplishments.”

Drever broke the team record of 14 wins in a season, previously shared by Frederick and Vance, and posted the second-best save percentage ever in a Huskie season, behind Vance, and the fourth-best goals-against average. Drever has also excelled off the ice, earning Academic All-Canadian honours five years in a row for posting an overall average of better than 80 per cent, while completing a full course load. She is set to graduate this spring with a Bachelor of Education degree.

“First and foremost, she is one of the best teammates that we have ever had in our program,” said Kook, noting that Drever is hoping to play professionally next season in the new Professional Women’s Hockey League. “She is so humble and quick to deflect praise and take on responsibility, so that is one of her biggest attributes as a player and as a person.

“She has had lots of success. She has won two Esso Cup national championships as a Midget AAA player, and after this year she will have gone to two national championships at the U SPORTS level. And after being named conference MVP she is now up for the national award, and she also got selected to represent Canada at the FISU World University Games this year. I think what makes her such a great goalie for us is just the type of person she is.”

TextPullquote“I think I had a good year individually, but I think that this comes down to my teammates helping me out each and every night and both of these awards are a credit to my teammates.”Camryn Drever /Align left

Drever was a member of Canada’s gold-medal winning team at the 2023 World University Games, and helped the Huskies earn a bronze medal in their last trip to the U SPORTS national championship in Charlottetown in 2022. In that championship, Drever recorded shutouts in two of the three games that she played, including a 17-save shutout performance in the Huskies’ 2-0 victory over the University of New Brunswick in the bronze-medal game, helping USask earn its second ever medal at nationals.

“One of the reasons we were so successful when we won bronze in Charlottetown was because of her,” said Kook, who is in his 19th season as coach of the Huskies. “That was really when Drever Fever started, after her great regular season and then she was the game MVP in two out of the three games at nationals.”

Drever now has a chance to chase another medal as she closes out her career with the Huskies by hosting the 2024 GFL U SPORTS Women’s Hockey Championship presented by Connect Energy, starting Thursday, March 14 at Merlis Belsher Place in the quarter-finals at 7 pm. For Drever, capping her career with another medal at nationals would be a dream ending to a record-setting season and career with the Huskies.

“There would be no better way to end it off than with a national championship,” said Drever. “It would mean everything to us. We have put in the work all year and in the last couple of years we have seen what it takes to earn a medal, winning bronze in 2022. So everyone is excited to get back to the national stage and to have this opportunity. We are focused on that first game and hopefully we can set ourselves up for success from there. We are just so excited.”

ICINGS: Huskies scoring leader Sophie Lalor has also earned the Canada West conference’s Sportsmanship and Athletic Ability Award and was named a second-team women’s hockey all-star. Lalor led the Huskies in scoring with 12 goals and 22 points in 28 games, while receiving only four minor penalties all season. “We have a really special group of girls this year and I think what is amazing is that it is not just one or two players, but everyone contributes,” said Lalor … Tickets for the national women’s hockey championship are available online here ... Drever and Lalor are two of seven seniors who will be closing out their careers with the Huskies at nationals, along with fifth-year captain Kennedy Brown and World University Games bronze medallist Isabella Pozzi, as well as Kara Kondrat, Kenzie Lausberg, and Kate Ball … The fourth-place Huskies fell 2-1 to the fifth-place Calgary Dinos in the best-of-three conference quarter-finals … The Huskies were ranked in the national Top 10 seven times this season, reaching a high of ninth in the country ... Huskie men's hockey player Dawson Holt has been awarded the Canada West conference Student-Athlete Community Service Award for his tremendous leadership and volunteer work on campus and in the community.

black-history-month-huskie-a-leader-on-and-off-courttrue1718730911095imj129Black History Month: Huskie a leader on and off courtFisayo Moibi has compiled an impressive resume during his time as a Huskie student-athlete at the University of Saskatchewan (USask).James Shewagablack history month, bhm, Huskie Athletics,1706795400000/articles/huskies/2024/black-history-month-huskie-a-leader-on-and-off-courtnewssite://news/articles/huskies/2024/black-history-month-huskie-a-leader-on-and-off-courtccm0461706730803601ccm0461709220122226show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/fisayo-moibi-action.jpgsite://news/images/2024/fisayo-moibi-action.jpgnewsfisayo-moibi-action.jpg3219721080720Point guard Fisayo Moibi is playing his fifth and final season with the Huskie men’s basketball team, while also completing his master’s degree this year. (Photo: Electric Umbrella/Huskie Athletics)Point guard Fisayo Moibi is playing his fifth and final season with the Huskie men’s basketball team, while also completing his master’s degree this year. (Photo: Electric Umbrella/Huskie Athletics)NoNoneNoneNo/
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The starting point guard on the Huskie men’s basketball team earned a national championship silver medal in 2022, a kinesiology degree in 2023, and received well-deserved recognition as a U Sports Academic All-Canadian (for an academic average of better than 80 per cent) and as a mentor in the community, not to mention praise from teammates and coaches alike as the consummate leader on and off the court.

“It is something that I have always tried to do, even when I wasn’t playing a lot, I just wanted to be a leader by example,” said Moibi, now in his fifth and final year as a member of the Huskies while also working on completing his Master of Science in Kinesiology this year. “Now that I am a starter, I just try to be supportive and work as hard as I can, play hard on defence, and give the effort to lead by example.”

TextImage/images/2024/fisayo-moibi-headshot.jpgsite://news/images/2024/fisayo-moibi-headshot.jpgnewsfisayo-moibi-headshot.jpg85570300450Point guard Fisayo Moibi with the USask Huskie Athletics. Align right

Moibi came to USask four years ago after spending his first year at MacEwan University back home in Edmonton. He didn’t know quite what to expect coming to Saskatoon, but has always felt right at home. As the university celebrates Black History Month, Moibi said he is proud to be one of the many Black student-athletes in the Huskies program and is grateful he made the move four years ago.

“For school and for basketball reasons, moving to the University of Saskatchewan was a great move for me and I have always felt very welcome here as a Black student,” he said. “Coming here, I honestly didn’t know how many Black students would be on campus and it was kind of surprising to see, but it’s been great, and I have always felt supported here. I think it is really important to recognize the things that Black students do at our university and in our community and I am proud to be a part of it.”

In his second season of serving a starter under second-year head coach Jamie Campbell, Moibi’s leadership has helped the Huskies knock off powerful nationally ranked teams like the fifth-ranked University of British Columbia Thunderbirds, as well as a remarkable road sweep of the previously third-ranked Winnipeg Wesmen to close out the first half of the season. On a team focused on defence first, the 6-foot-2 Moibi is the perfect floor general for Campbell’s squad.

“Fisayo works just hard on the basketball court as he works off the floor, and on top of that, with the type of person and the leader he is, he is exactly what you want on a team,” said Campbell, whose Huskies are in playoff position with an 8-8 record in the Canada West conference and looking to build towards a post-season run. “He has a great ability to get in the lane and find his teammates and is very unselfish, and a tremendous on-ball defender for us. He is a tremendous role model and shows how far hard work and being a good person can take you.”

While Moibi is focused on completing his master’s degree and finishing his final year of basketball, he also cherishes his time as a volunteer and mentor in the community, from helping coach youngsters in summer basketball camps, to taking part in school visits during the season.

“Every summer our teams help with the Huskie camps and it is always a lot of fun and the kids really enjoy it, too,” said Moibi. “It is great to interact with them, and I think it is kind of cool for the younger guys to talk to Huskie athletes and it is a lot of fun for us. We see some of them at our games during the season and it is nice to see. So I always enjoy helping out in the community.”

In the classroom and in the lab, Moibi is preparing to start a career as a researcher, focused on how plantar flexion and stretching affects athletic performance, with a long-term goal of improving shoe design. On the court, he is focused on one final run at a championship, with the Huskies committed to a defence-first mentality that is the key to their success.

“I think we have a pretty good understanding of our identity and we are pretty focused on defence and I think we are one of the better teams defensively in the conference, and maybe even in the country, in terms of holding teams to under their average in points per game,” said Moibi, who is averaging 5.6 points and 1.7 rebounds per game and has been automatic from the free throw line by draining a remarkable 27 of 28 this season. “So that is our identity, to always out-work our opponents and play tough defence and even if we are a little off on offence, we will always be in a game because of our work on defence. And we’re hoping that will take us a long way.”

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Huskie women’s soccer standout Amou Madol, a three-time Academic All-Canadian and pharmacy student at USask, has been awarded a $5,000 Athletes on Track bursary. Madol, who helped the Huskies earn a bronze medal in the Canada West conference playoffs, is one of eight Black student-athletes across the country selected to receive the financial and mentorship support from the Black North Initiative this year … Tickets for the Huskies Women of Influence Breakfast on Tuesday, Feb. 13 at TCU Place in support of female Huskie student-athletes are now available. The event will feature three-time Canadian Olympian and former Huskies legend Diane Jones Konihowski as guest speaker … Tickets are also on sale to see the Huskie women’s hockey team host the 2024 GFL U SPORTS Women’s Hockey Championship, presented by Connect Energy, from March 14-17 at Merlis Belsher Place … Seven of the 10 Huskie teams in action this semester are currently ranked in the Top 10 in the country, including the No.1-ranked undefeated (16-0) Huskie women’s basketball team, women’s wrestling (No.2), women’s track and field (No.3), men’s wrestling (No.3), men’s volleyball (No.6), men’s hockey (No.9), and women’s hockey (No.10). 

huskies-rolling-into-second-half-of-the-seasontrue1718730911095imj129Huskies rolling into second half of the seasonWith a national championship tournament coming to campus and four teams ranked in the top four in the country, 2024 is shaping up to be a year to remember for Huskie Athletics.James ShewagaHuskie Athletics,1704377100000/articles/huskies/2024/huskies-rolling-into-second-half-of-the-seasonnewssite://news/articles/huskies/2024/huskies-rolling-into-second-half-of-the-seasonccm0461704304098698ccm0461709220174801show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/main-photo-carly-ahlstrom-electric-umbrella-huskie-athletics.jpgsite://news/images/2024/main-photo-carly-ahlstrom-electric-umbrella-huskie-athletics.jpgnewsmain-photo-carly-ahlstrom-electric-umbrella-huskie-athletics.jpg2659471080720Carly Ahlstrom and the Huskie women’s basketball team starts the second half of the season with a perfect 10-0 record. (Photo: Electric Umbrella/Huskie Athletics)Carly Ahlstrom and the Huskie women’s basketball team starts the second half of the season with a perfect 10-0 record. (Photo: Electric Umbrella/Huskie Athletics)NoNonesupport-studentsNo/
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After returning from a one-month break for final exams, the University of Saskatchewan (USask) Huskies return to action this weekend with high hopes for the second half of the season. As the season resumes, all six men’s and women’s basketball, volleyball and hockey teams are currently in playoff position, with the Huskies’ powerhouse programs in track and field as well as wrestling also projected to be in the medal hunt in conference and national championships this season.

“We have had a great start to the season with so many of our teams and it’s been phenomenal,” said Huskies Chief Athletics Officer Shannon Chinn. “And it’s not just our top-ranked teams, but every one of our teams are competitive this year and there is opportunity for every single one of our teams to do well in playoffs and get to nationals this year.”

TextImage/images/2024/mens-volleyball-electric-umbrella-huskie-athletics.jpgsite://news/images/2024/mens-volleyball-electric-umbrella-huskie-athletics.jpgnewsmens-volleyball-electric-umbrella-huskie-athletics.jpg2856411080639USask’s Huskie men’s volleyball team is currently ranked fourth in the country. (Photo: Electric Umbrella/Huskie Athletics)Above content

Leading the way are the Huskies’ women’s and men’s wrestling teams – ranked No.1 and No.2 in the country, respectively – as well as the Huskie women’s basketball team, with a perfect 10-0 record and expected to move up from No.2 to No.1 in the next U SPORTS Top 10 rankings on Jan. 9.

“Wrestling is always strong and that is a testament to the hard work being done in that program,” said Chinn, crediting the work ethic of the student-athletes in head coach Daniel Olver’s wrestling program and the women’s basketball program led by head coach Lisa Thomaidis and lead assistant Laura Dally. “And Lisa and Laura are doing such a great job with our women’s basketball team. That is such a tightly knit group of women and they have so much depth this year that every night someone else steps up to be the star of the game.”

Women’s basketball has a bye week this weekend before hosting the UBC-Okanagan Heat Jan. 12-13 at Ron and Jane Graham Centre Court in the Physical Activity Complex. Meanwhile, the Huskie wrestling teams will return to action in Edmonton on Jan. 12-13 by battling the Alberta Golden Bears and Pandas and the Calgary Dinos in a showcase of three of the top four ranked teams in the country in both men’s and women’s wrestling.

TextImage/images/2024/camryn-drever-electric-umbrella-huskie-athletics.jpgsite://news/images/2024/camryn-drever-electric-umbrella-huskie-athletics.jpgnewscamryn-drever-electric-umbrella-huskie-athletics.jpg2540491080681Fifth-year goaltender Camryn Drever and the Huskie women’s hockey team will host nationals this year. (Photo: Electric Umbrella/Huskie Athletics)Above content

Meanwhile, it’s a battle of 9-3 teams for first place in the Canada West conference this Friday and Saturday night at the PAC when the Huskie men’s volleyball team – ranked fourth in the country – tangles with the second-ranked Golden Bears, while the Huskie women’s volleyball team looks to strength its playoff position in a tough test against the seventh-ranked Pandas.

“Being in our venues is so electric this year,” said Chinn. “We had over 1,200 people at one volleyball game in November, so it is a lot of fun to come and watch our Huskie teams play. The atmosphere is great and we are fortunate to have the support we are getting from the community and the second half of the season is going to be so exciting.”

In hockey, the Huskies resume the U-Prairie Challenge year-long competition against the University of Regina Cougars this weekend, with USask’s women’s hockey team – ranked 10th in the country with a 10-4 record – hosting the Cougars at Merlis Belsher Place on Friday night, with the Huskie men’s squad – ranked 11th in U SPORTS with an 11-5 record – at home to the Cougars on Saturday night. Both teams travel to Regina for a men’s-women’s doubleheader on Sunday at the Brandt Centre.

The unranked Huskies men’s basketball team went into the holiday break on a roll, improving to 6-4 after sweeping the third-ranked Winnipeg Wesmen on the road and looking to make a run in the second half of the season when they return to home court Jan. 12-13 vs. the UBCO Heat.

“Our men’s basketball team has beaten both the No.3 (Winnipeg) and No.4 (UBC) teams in the country this year, so they are on the right track as well,” said Chinn.

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Meanwhile, USask’s talented track and field teams also begin the indoor season by hosting the Sanderson Classic at the Saskatoon Field House on Jan. 12-13 as they build towards the Canada West championships Feb. 23-24 in Edmonton, looking to clinch spots in nationals.

“We have some incredible athletes,” said Chinn. “That team is going to be in full gear this year and we are really excited to see them compete at home in January and see where all of our athletes are at as we look ahead to nationals.”


One Huskie team already guaranteed to compete in nationals is the Huskie women’s hockey team, which will host the 2024 GFL U SPORTS Women’s Hockey Championship, presented by Connect Energy, from March 14-17 at Merlis Belsher Place.

TextImage/images/2024/shannon-chinn-1.jpgsite://news/images/2024/shannon-chinn-1.jpgnewsshannon-chinn-1.jpg2679231080720Shannon Chinn is in her third season as Chief Athletics Officer for Huskie Athletics at USask. (Photo: Submitted)Align right

“We are really looking forward to that,” said Chinn. “It’s wonderful for our women’s hockey program to have this opportunity to host nationals. Bringing the other seven top teams in the country here to Saskatoon is going to be an amazing championship.”

USask student-athletes are also excelling in the classroom, with 122 Huskies in 13 different colleges named Academic All-Canadians for posting averages of at least 80 per cent or higher while completing full course loads.

“I think it shows the incredible work that our student-athletes have been putting in,” said Chinn. “And we have Academic All-Canadians from everywhere, from engineering to law school to nursing, from every college across the board, which is wonderful to see.”

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HUSKIE HIGHLIGHTS: Huskie Athletics will join with all Canada West conference hockey teams in taking part in the “Stick Up for Pride Tape” initiative on Jan. 12-13, helping to promote diversity, equality and inclusion through sport by taping their hockey sticks in Pride Tape colours for weekend games … Huskie defenceman Gunner Kinniburgh was named to the U SPORTS all-stars who faced the Canadian junior team in an exhibition series Dec. 10-13 to help Team Canada prepare for the 2024 world junior hockey championship in Gothenburg, Sweden … Huskies coach Katie Dutchak and former Huskie national champion Hunter Lee both advanced to their respective finals in the Canadian wrestling national team trials Dec. 15-17 in Edmonton, coming up just short of earning spots in this summer’s Paris Olympics … Huskie Athletics will also host a Women of Influence Breakfast on Feb. 13, with all proceeds going to support female student-athlete scholarships. Stay tuned for further details.

indextrue1718730911095imj129Section titlerename me/articles/huskies/2024/indexnewssite://news/articles/huskies/2024/indeximj1291704210949187imj1291704210949187show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2023true1718296428735imj1292023/articles/huskies/2023newssite://news/articles/huskies/2023ccm0461672759535124ccm0461672759535124show-in-navYeshuskie-athletics-celebrates-2022-23-academic-all-canadianstrue1718730911095imj129Huskie Athletics celebrates 2022-23 Academic All-CanadiansHuskie Athletics is proud to celebrate the achievements of our University of Saskatchewan (USask) student-athletes. This past week, student-athletes were recognized for their academic success at the annual U SPORTS Academic All-Canadian Breakfast.Huskie Athletics, 1696531620000/articles/huskies/2023/huskie-athletics-celebrates-2022-23-academic-all-canadiansnewssite://news/articles/huskies/2023/huskie-athletics-celebrates-2022-23-academic-all-canadiansccm0461696531797250ccm0461696531834894show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/img_8973_lbbvh.jpgsite://news/images/2023/img_8973_lbbvh.jpgnewsimg_8973_lbbvh.jpg3531701080720NoNoneNoneNo/
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The breakfast highlighted the academic achievements of 122 student-athletes from thirteen colleges. Messages of excellence and determination were delivered from guest speakers Scott Banda (Huskie Athletics Board of Trustees), Dr. Airini (USask Provost and Vice-President Academic), Dr. Jerome Cranston (Vice Provost, Students and Learning) capped off the celebration. 
 
U SPORTS student-athletes achieve Academic All-Canadian status having maintained an average of 80% or better over the academic year, while competing for one or more of their university's teams. 
 
Huskie Athletics would like to thank all our student-athletes for their commitment to academic greatness and wish them the best of luck in their studies this year, and in their future endeavours. 
 
The 2022-23 U SPORTS Academic All-Canadians from the University of Saskatchewan include:
 
Agriculture & Bioresources
Carter McLean / Football
Lane Novak / Football
Griffin Sharkey / Men's Basketball
Kaitlyn Harrison / Women's Cross Country
Hillary Lacelle / Women's Track & Field
 
Arts & Science
Reid Leclaire / Football
Derek Beaubien / Football
Charlie Parks / Football
Logan Bitz / Football
Agamveer Singh / Men's Basketball
Noah Nickel / Men's Basketball
Erwin Loic / Men's Basketball
Fraser McLeod / Men's Soccer
Jackson Hardy / Men's Track & Field
Jonah Murray / Men's Track & Field
Drew Pochylko / Men's Track & Field
Mark Armstrong / Men's Volleyball
Nicholas Barker / Men's Volleyball
Donovan Neudorf / Men's Wrestling
Sebastien Marchand / Men's Wrestling
Ryann Handley / Women's Cross Country
Allison Novecosky / Women's Cross Country
Colby Wilson / Women's Hockey
Jayde Cadieux / Women's Hockey
McKenna Bolger / Women's Hockey
Alyssa D'Agnone / Women's Soccer
Hailey Weber / Women's Soccer
Nadia Kalyar / Women's Soccer
Victoria Spurr / Women's Track & Field
Paige Willems / Women's Track & Field
Livia Blechinger / Women's Track & Field
Arianna Wakeford / Women's Track & Field
Adrianne Tanjusay / Women's Track & Field
Kira Comfort / Women's Track & Field
Gracie Anderson / Women's Track & Field
Hannah Toews / Women's Volleyball
Abbey Klein / Women's Volleyball
Julia Howell Bourner / Women's Volleyball
Annika Radke / Women's Volleyball
 
Dentistry
Luke Wandzura / Men's Volleyball
 
Education
Daniel Perry / Football
Cameron Wright / Men's Basketball
Evan Fiala / Men's Hockey
Connor Hobbs / Men's Hockey
Ty Prefontaine / Men's Hockey
Elliott Klassen / Men's Track & Field
Jay Eichorst / Men's Volleyball
Carly Ahlstrom / Women's Basketball
Camryn Drever / Women's Hockey
Taylor Wilkinson / Women's Hockey
Meg Dyer / Women's Hockey
Payton Izsak / Women's Soccer
Taisa Gabruch / Women's Soccer
Jennifer Weber / Women's Track & Field
Samantha Monette / Women's Track & Field
Alyssa Roney / Women's Track & Field
Mandi Fraser / Women's Volleyball
 
Edwards School of Business
Jack Warrack / Football
Dawson Holt / Men's Hockey
Carter Stebbings / Men's Hockey
Cael Zimmerman / Men's Hockey
Cedric Michelet / Men's Soccer
Misgana Killoh / Men's Soccer
Nicholas Severin / Men's Track & Field
Maxwell Meekins / Men's Wrestling
Jenna McFayden / Women's Cross Country
Sophie Lalor / Women's Hockey
Caet McCorkell / Women's Volleyball
Devyn Ethier / Women's Volleyball
 
Engineering
Ryker Frank / Football
Joshua Fichter / Men's Soccer
Thomas Pinder / Men's Soccer
Robert Mackay / Men's Soccer
Landon Kohle / Men's Track & Field
Masson Altrogge / Men's Track & Field
Ella Murphy Wiebe / Women's Basketball
Allison Grajczyk-Jelinski / Women's Cross Country
Larissa Bohlken / Women's Hockey
Rebecca Barkway / Women's Track & Field
Abby Hanson / Women's Volleyball
 
Graduate and Postdoctoral Studies
Katley Joseph / Football
Aaron Hidalgo-Mazzei / Men's Soccer
Jordon Haggerty / Women's' Basketball
Madigan Chartier / Women's Track & Field
 
Kinesiology
Cam Skinner / Football
Alexander Dewar / Men's Basketball
Fisayo Moibi / Men's Basketball
Aydin Wiebe / Men's Soccer
Jake Neufeld / Men's Track & Field
Jacob Murphy / Men's Track & Field
Joshua Wiebe / Men's Track & Field
Ethan Smith / Men's Volleyball
Quinn Buchanan / Men's Volleyball
Noah Opseth / Men's Volleyball
Jaira Cross Child / Women's Cross Country
Isabella Pozzi / Women's Hockey
Kate Ball / Women's Hockey
Anna Oliver / Women's Soccer
Emily Little / Women's Soccer
Georgina Gannitsos-Clark / Women's Soccer
Jessica McBride / Women's Track & Field
Rachel Dai / Women's Track & Field
Daniele Dyck / Women's Track & Field
Cassidy Smith / Women's Track & Field
Kianna Cadman / Women's Track & Field
Jessamy Sundby / Women's Track & Field
Allison Ruegg / Women's Track & Field
Olivia Mattern / Women's Volleyball
Jolene Sibley / Women's Volleyball
 
Law
Kaden Nilson / Men's Cross Country
Shane Collins / Men's Hockey
 
Medicine
Anthony Antaya / Men's Cross Country
Samuel Seshadri / Men's Cross Country
 
Nursing
Caleb Dolman / Men's Hockey
Rayne Butler-Siemens / Women's Cross Country
Hannah Lytle / Women's Soccer
Halle Krynowsky / Women's Soccer
Jade Houmphanh / Women's Soccer
Haley Poier / Women's Volleyball
 
Pharmacy and Nutrition
Kennedy Brown / Women's Hockey
 
Western College of Veterinary Medicine
Allison Kuzub / Women's Wrestling

Article originally posted at Huskie Athletics

frankly-speaking-huskie-a-star-on-and-off-the-fieldtrue1718730911095imj129Frankly speaking: Huskie a star on and off the fieldRyker Frank hits the books as hard as he hits the hole on running plays in Huskie football games.James ShewagaHuskie Athletics, 1696514400000/articles/huskies/2023/frankly-speaking-huskie-a-star-on-and-off-the-fieldnewssite://news/articles/huskies/2023/frankly-speaking-huskie-a-star-on-and-off-the-fieldccm0461696438571305ccm0461709220140971show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ryker-frank-action.jpgsite://news/images/2023/ryker-frank-action.jpgnewsryker-frank-action.jpg2525891080720University of Saskatchewan Huskies running back Ryker Frank in action against the rival Regina Rams. University of Saskatchewan Huskies running back Ryker Frank in action against the rival Regina Rams. (Photo: Electric Umbrella/Huskie Athletics)NoNonesupport-studentsNo/
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The third-year running back is coming off back-to-back trips to the Vanier Cup national final and back-to-back-to-back awards as a three-time Academic All-Canadian as he continues to excel in the classroom and on the field for the University of Saskatchewan (USask) Huskies. Frank has become a conference all-star while also sporting an academic average that reached 97 per cent at one point, and currently leads the Huskies with 487 all-purpose yards (rushing, receiving and returning) while trying to help lead USask back to a third straight Vanier Cup national championship game.

“We have a lot of talent on our team and I definitely think we have what it takes,” said Frank, who is coming off a monster 202-yard game that included a record-setting 105-yard kickoff return touchdown to help the Huskies knock off the previously undefeated UBC Thunderbirds 34-31 in a thriller at Griffiths Stadium on Sept. 29 to improve to 4-1 on the season. “Definitely, the goal every year is to win the Vanier Cup. Unfortunately we haven’t been able to seal the deal yet, but hopefully this is the year.”

Coming off an all-star season in the Canada West conference and sporting an academic average in the 90s in his engineering classes, Frank is one of the keys to the Huskies’ offence on the field and a role model as a student-athlete for younger players in the locker room.

TextImage/images/2023/ryker-frank-headshot.jpgsite://news/images/2023/ryker-frank-headshot.jpgnewsryker-frank-headshot.jpg221277800842University of Saskatchewan Huskies running back Ryker Frank.Align right

“My philosophy is whatever I am doing, I am going to give it my all, in both football and engineering, as the paths that I want to go down,” said Frank. “I have found two things that I love and they are definitely both very important for me. I think for the most part it comes down to mindset. There are going to be times where you have to put your head down and grind, in practice and in class, and you have to embrace that and just put the work in.”

For Huskies head coach Scott Flory, Frank is the ideal student-athlete, an award-winner in his courses and one of the horses that make the Huskies’ offence run.

“We’ve got a lot of really good student-athletes on our football team, but with Ryker, it’s just how exceptional he is at the student part and the athlete part,” said Flory. “Carrying his 90-plus average in the College of Engineering is pretty remarkable. I have been through that college and it’s not easy and it’s a pretty select few who can maintain that kind of academic workload and academic success at the same time, and then obviously being able to balance that with excelling on the football field as well. He has embraced any role that we have given him, and he has done it with a smile on his face, not only on offence, but on special teams. And he would play defence if we asked him to, too.”

Frankly speaking, Frank’s commitment to both athletics and academics and dedication to hard work comes naturally, with his mother Deborah and sister Hana both engineers and his father Harry a heavy equipment operator.

“I always knew I was going to be an engineer,” said Frank. “Just growing up, I have always built things with my dad and I have always been trying to invent things and in the past few years I have got into 3D printing and that sort of thing, so I have always been interested in building things. And mechanical engineering is a pretty broad field where I can explore all of that stuff.”

Frank has felt right at home in the college despite the difficult demands of balancing courses with daily practices and weight training sessions, and weekend games with homework assignments. One of 122 Huskies honoured on Wednesday as Academic All-Canadians in 2022/23 (for posting an academic average of 80 per cent or better while completing a full course load), and one of 27 Huskie student-athletes who hold remarkable academic averages of better than 90 per cent, Frank recently sat down with a couple of younger teammates to offer advice on how to balance classes and passes, textbooks and tackles.

“We have a couple of young engineers on the team and one piece of advice that I gave them is you have to become efficient at studying because the whole thing with engineering is you have to put in the work,” he said. “But I found if you are really honest with yourself, you can become efficient with study time and that opens up hours in the day that you can also focus on football and focus on the gym. So time management is important.”

Despite the demands on his time, Frank also continues to commit to volunteering in the community, earning the Canada West conference Student-Athlete Community Service Award last season.

“I did a little bit of community service work in high school and then joining the Huskies our team is so involved with the community,” said Frank. “We host a bunch of football camps for high school kids and (Saskatoon Minor Football) players, so I was lucky to be able to get involved in a lot of those camps and just help out. I even came to some of these Huskie camps when I was young, so I know what it is like to look up to these players and now I am in that role, and it is a good feeling. I have to give credit to our team. Our team as a whole is just really involved in our community here.”

That community commitment is also a reflection of how close the Huskies are on and off the field, a camaraderie that has helped carry them to back-to-back Vanier Cups. Frank played a key role in the Huskies’ run last year, racking up 757 total yards and five touchdowns in six games while sharing the ball with fellow running back Ted Kubongo after veteran Josh Ewanchyna went down with an injury in the first game of the season. With Ewanchyna now back, the Huskies’ have a three-headed monster in the backfield that they can unleash on unsuspecting opponents.

“I wouldn’t want to be a defensive player watching film because you have to prepare for all the styles that we present,” said Frank. “You figure how to stop one of us and the other comes in and does something completely different. We all definitely have the ability to be starters, so it is good to give us all reps and share the duties. We get the job done in different ways and that is just a testament to our team and what we can do out there. I remember last year I would be so beat up and so sore, but my body is really fresh this year, so sharing the reps is really going to help us all.”

Successfully recruiting Frank out of high school in Regina has given the Huskies as much depth at running back as any team in the country. And while he had plenty of offers from universities across the country, Frank knows he made the right decision heading to Saskatoon to study at USask and suit up for the Huskies.

TextPullquote"We have high standards and we definitely have high expectations for our team and it will be exciting to see what we can accomplish this season.”Ryker Frank /Align left

“Looking back, it was definitely one of the best decisions that I have ever made,” said Frank, whose Huskies are idle this weekend and return to action on Oct. 14 in Edmonton against the Alberta Golden Bears. “I definitely have found the best group of friends I could ever imagine here, great teammates, and great coaches.”

Now in his third year of eligibility, Frank will be eligible for the CFL draft next year, and will likely draw interest from professional scouts. But Frank remains firmly focused on the task at hand: earning his engineering degree while helping the Huskies chase a national title.

“If I got the opportunity to take football further in the future, I would definitely explore that,” said Frank. “But right now, I am just concentrating on my football season and my education, concentrating on my engineering classes. And we will see what happens in the future. We have high standards and we definitely have high expectations for our team and it will be exciting to see what we can accomplish this season.”

huskie-athletics-unveil-new-logo-as-part-of-trc-calls-to-actiontrue1718730911095imj129Huskie Athletics unveil new logo as part of TRC Calls to ActionHuskie Athletics is proud to unveil a new logo during the University of Saskatchewan (USask) Week of Reflection, September 25-30. The image was championed by a group of Indigenous Huskie student-athletes who understand that community, representation, and reconciliation all matter.1696006740000/articles/huskies/2023/huskie-athletics-unveil-new-logo-as-part-of-trc-calls-to-actionnewssite://news/articles/huskies/2023/huskie-athletics-unveil-new-logo-as-part-of-trc-calls-to-actionbpk4551696006849525bpk4551696007266936show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/huskies-trc.jpgsite://news/images/2023/huskies-trc.jpgnewshuskies-trc.jpg1704901080720In a commitment to continue education and advocacy for Truth and Reconciliation, this logo will be worn by all Huskie Athletics student-athletes, coaches, and support staff during the weekend of September 30. (Photo: Huskie Athletics)NoNoneNoneNo/
TextImage/images/2023/huskies-logo.jpgsite://news/images/2023/huskies-logo.jpgnewshuskies-logo.jpg12181015002000Artist: Chris ChipakAlign right

In a commitment to continue education and advocacy for Truth and Reconciliation, this logo will be worn by all Huskie Athletics student-athletes, coaches, and support staff during the weekend of September 30. 

The concept started when artist Chris Chipak, from Red Pheasant First Nations, artist name inchipakwetrust, posted his version of the Huskie logo on social media. This image resonated with the student-athletes and from there a partnership was formed to bring the image to USask to raise awareness and acknowledge the truth behind the Canadian residential school system on Orange Shirt Day.  

"Throughout my six-year journey as a Huskie, I have seen and experienced first-hand the efforts Huskie Athletics has undertaken to ensure Indigenous people are represented and included." said Kendra Farmer, Huskie track and field alumna.  "To me, the imagery and symbolism in the Huskie logo illustrates an interconnectedness between us all, the land and our shared history and journey forward. As a Huskie alumna and a Métis person I know I will feel a sense of pride wearing this shirt as I believe it will help facilitate conversation around the teachings of Indigenous cultures and social justice issues facing Indigenous people." 

Through conversations about the impacts that the student-athletes have in the community and the work that Huskie Athletics as an organization are doing to meet the TRC Calls to Action, Chipak added symbolism to his original art to signify connection, representation, and recognition of Residential School Survivors.  

"This project is important to me as an artist and as a proud alumnus to the University of Saskatchewan," said Chipak. "As an educator, I understand the importance of feeling like you belong and having a sense of community in order to grow. Personally, I struggled in university since coming from a reservation, it was a culture shock. I could not adjust to having more students in once class than my whole school combined.  The adjustment was tough, but I was determined to do it not for myself but my community. When it was all said and done, I reflected on how there was multiple people who became support every year for me from peers, cohorts, advisors, and professors that made me feel like I was known and believed in. I wanted to create a visual that would represent community and connecting us to on another. An image that makes us proud of who we are, where we come from and where we are going!"  

The Indigenous student-athletes were engaged in the symbolism put into this project and Residential School Survivors, Elders and community members contributed to the final logo. Their contributions will leave a lasting legacy on this Huskie logo and USask.

TextVideo/https://www.youtube.com/watch?v=NHz8MMeqCxsAbove content

"My relatives did not have the opportunity to see a connection with themselves and institutions they attended," said Brett Lachance, a Huskie track and field athlete. "Images such as this new Huskie logo allow me to not only see my cultural and student-athlete lives intertwine but, the logo is also positive change in response to all of the stories. I'm grateful to be a part of a team and organization where I can represent both my culture and team with the same logo. 

"I have talked to many Indigenous people who have come before me who have walked the halls of universities or competed on their teams, that have not felt accepted or connected as an Indigenous person," Lachance continued. "The symbolism within this Huskie logo fills me with pride and a feeling of hope that change is possible, and through understanding of truth, so can reconciliation be." 

The 2022-23 season saw the creation of the Huskie Athletics Indigenous Student-Athlete Group with the goal of creating actionable reconciliation for Huskie student-athletes, coaches, and administration. Their voices have brought Indigenous language and song into Huskie Athletics, through the playing of the Métis anthem and the singing of the national anthem in Cree and English at events. The council has amplified the voices of our Indigenous student-athletes, creating spaces and educational opportunities within Huskie Athletics and amongst their peers. 

"To be able to witness and see firsthand the steps that USask has taken to uphold their commitment to Truth and Reconciliation is something I am proud of. Being able to see the change is very powerful to me. As a First Nation Huskie student-athlete, I am honored and grateful to the university for their acknowledgment of such an important issue. I am honoured to be a part of such an amazing Huskie family!", said Rosetta Cyr, Huskie women's volleyball student-athlete. 

For more information on Huskie Athletics and our path to Truth & Reconciliation, visit www.huskies.usask.ca.  

 

About the artist: 
Chris Chipak  
Wapikihew (wah-pi-kih-hue) – white eagle 

A First Nations artist born in Meadow Lake, SK. From age three to 17, Chris was raised in the reserve known as Red Pheasant First Nation. He was a self-taught artist who first learned about art through coloring book, eventually replacing his coloring in these books with recreating the images he saw onto separate pieces of paper. He gained an eye for the shapes and thick black lines from these images. Growing up on reserve allowed Chris to see the wildlife from his front yard. Animal teachings are something that always stuck with him, especially now as an educator, he uses animal teachings for youth to gain an understanding of life experiences and values through animals. Throughout his art journey and teaching career, storytelling has always been a self-proclaimed gift that allows him to create visuals and draw connections to others' experiences. Chris graduated from the University of Saskatchewan with a Bachelor of Education and he currently teaches in Saskatoon, SK. Over the past few years, Chris has designed artwork as a hobby, but has also been commissioned for work with Team Sask NAIG, Polaris Music Prize, Crave TV. Aside from his career, he focuses on his art and on a new chapter in his life of starting a family.  

Hiy Hiy 

huskies-begin-the-chase-for-championshipstrue1718730911095imj129Huskies begin the chase for championshipsAs more than 400 Huskie Athletics student-athletes on 15 teams begin the quest for national titles, head coach Steve Kook knows just how special this season could be.James ShewagaHuskie Athletics, 1694095800000/articles/huskies/2023/huskies-begin-the-chase-for-championshipsnewssite://news/articles/huskies/2023/huskies-begin-the-chase-for-championshipsccm0461694027716554ccm0461696514638454show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/huskies-brown-goal.jpgsite://news/images/2023/huskies-brown-goal.jpgnewshuskies-brown-goal.jpg2797971080720Captain Kennedy Brown of the Huskie women’s hockey team celebrates a goal at Merlis Belsher Place. (Photo: GETMYPHOTO.CA)Captain Kennedy Brown of the Huskie women’s hockey team celebrates a goal at Merlis Belsher Place. (Photo: GETMYPHOTO.CA)NoNonesupport-studentsNo/
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Kook’s University of Saskatchewan (USask) Huskie women’s hockey team begins the 2023/24 season knowing it is the only team in the country guaranteed a spot in nationals, as the host team for the 2024 GFL U SPORTS Women’s Hockey Championship, presented by Connect Energy.

“It is exciting to have the opportunity to compete in it, that’s for sure, and nice to have the opportunity to try to win it at home,” said Kook, whose Huskies will host the eight-team tournament March 14-17 at Merlis Belsher Place on campus to close out the 2023/24 U SPORTS season. “And one thing that our crew is looking forward to for sure is playing in front of our hometown crowd.”

With seating for 2,700 in the main rink, the 120,000-square foot multi-sport facility also features a second ice surface, two basketball courts, multiple dressing rooms and meeting rooms, and the state-of-the-art Ron and Jane Graham Sport Science and Health Centre.

TextImage/images/2023/shannon-chinn-2.jpgsite://news/images/2023/shannon-chinn-2.jpgnewsshannon-chinn-2.jpg165136800805Shannon Chinn is beginning her third season as Chief Athletics Officer for Huskie Athletics at USask. (Photo: Submitted)Align right

“It is the perfect venue to host a women’s hockey championship,” said Shannon Chinn, chief athletics officer for Huskie Athletics. “We are going to pack that place and when it is full and loud, there is not a better place to be. It is going to be a phenomenal event. We have a great organizing committee and a strong advisory committee and we have lots of events planned along the way to really highlight women in sport and women in leadership.”

For Kook, the challenge will be keeping his players focused on the task at hand in the long season ahead, while building to peak when the puck drops to open nationals on March 14.

“We do want some pressure throughout the season and we want to make sure that we have the gas on, but it does give us a little bit of luxury that we have a definite date of when we want to be sure that we are playing our best,” said Kook.

After advancing to the Canada West conference semifinals last season, Kook has returned the majority of his players, including six fifth-year seniors led by starting goaltender Camryn Drever, top defenceman and World University Games standout Isabella Pozzi, team scoring leader Sophie Lalor, and team captain Kennedy Brown, who is currently recovering from knee surgery.

TextImage/images/2023/steve-kook-rachel-lundberg-jordyn-holmes.jpgsite://news/images/2023/steve-kook-rachel-lundberg-jordyn-holmes.jpgnewssteve-kook-rachel-lundberg-jordyn-holmes.jpg2937971080728USask Huskie women’s hockey coach Steve Kook addresses players on the bench during a game at Merlis Belsher Place. (Photo: GETMYPHOTO.CA)Above content

“We will have pretty much everyone back,” said Kook, whose team begins preseason play Sept. 9 and opens the regular season Sept. 29 at home versus the University of Manitoba Bisons. “And that was kind of the reason behind the timing for us to bid for nationals. You try to find a time that your roster fits with your bid, in terms of competition. We knew that we would be large in that fifth and third year age group and an added bonus is that all of those third-year players also had the chance to participate in a national championship in their rookie year. So just about all of our squad has had experience at a national championship, and that doesn’t happen very often.”

The Huskies football team also returns a veteran-laden squad that is seeking a third straight trip to the Vanier Cup national championship game, scheduled for Nov. 25 in Kingston, Ont. Head coach Scott Flory’s team needs to replace graduated fifth-year quarterback Mason Nyhus, but returns most of its starters as it prepares to kick off its home schedule versus the University of Regina (U of R) Rams on Friday, Sept. 8 at Griffiths Stadium in Nutrien Park.

“Scott is really confident in that team not losing a step this year and really being quite a bit stronger, especially on defence, so that is exciting,” said Chinn.

The Sept. 8 Homecoming Game also begins the second year of the U-Prairie Challenge presented by Sask Milk, as 11 men’s and women’s teams from USask and U of R go head-to-head again in football, soccer, hockey, basketball, volleyball, track and field, and cross-country, in a points competition won by the Huskies in 2022/23.

Huskie Athletics also begins the year with all 11 head coaches back, with many having coached internationally in the off-season.

TextImage/images/2023/scott-flory.jpgsite://news/images/2023/scott-flory.jpgnewsscott-flory.jpg2748851080742Head coach Scott Flory is looking to lead his Huskies football team to a third straight trip to the Vanier Cup national championship game. (GETMYPHOTO.CA)Above content

“I am excited in the growth of our coaching staff,” said Chinn, who begins her third year as athletic director. “We had a lot of professional develop done in the off-season and coaches participating on the international stage, and we had coaches taking leadership courses and project management. So our coaches worked really hard in the off-season and I am excited to see them take that next step.”

While chasing championships is the ultimate goal for all teams, the student half of the student-athlete equation remains first and foremost for the program, with 118 Huskies named Academic All-Canadians in 2022/23 (for posting an academic average of 80 per cent or better while completing a full course load) including 26 student-athletes earning remarkable averages of more than 90 per cent.

“We really focus on being a student first,” said Chinn. “You can work as hard as you want on the field or the ice or the court, but if you are not keeping up in the classroom, it doesn’t matter. Because if you are not (academically) eligible to play, you can’t play. So, our student-athletes are committed to their studies and they really make a difference in the classroom, just like they make a difference in the community.”

Huskie Athletics will also honour its past when two athletes, two builders and two teams are inducted into the University of Saskatchewan Athletic Wall of Fame on Sept. 9 at Wanuskewin Heritage Park. Wrestlers Jillian Gallays and Jeff Adamson, former coaches Guy Vetrie and William (Bill) Seymour, and the 1998 Huskie football and 2003/04 men’s volleyball squads will be inducted in this year’s event.

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Huskie women’s basketball coach Lisa Thomaidis signed a three-year contract with the German Basketball Federation in August to continue coaching that country’s women’s team through to the 2026 World Cup, while also remaining as USask head coach . . . Huskies student-athlete Nicole Ostertag won gold in the women’s heptathlon at the Canadian Track and Field championships in Langley, B.C., in July . . . Edwards School of Business student and former Huskie track star Michelle Harrison was one of 50 athletes selected to represent Canada at the World Athletics Championships in Hungary, Aug. 19-27. Harrison won her third Canadian title in the 100m women’s hurdles in July . . . Huskie women’s wrestlers Myah Phillips and Caitlin Clatney competed for Canada in the junior world championships in Jordan in August . . . Huskies women’s basketball all-star Carly Ahlstrom represented Canada in the FIBA Under-23 3-on-3 Nations League competition in Chile in July . . . Huskies men’s volleyball coach Sean McKay and Huskie athletes Isaiah Mamer and Lucas Musschoot helped Canada post a 5-3 record at the FIVB Men’s Under-21 World Volleyball Championship in Bahrain in July . . . Huskies women’s soccer coach Jerson Barandica-Hamilton spent the off-season coaching professional women’s soccer in Mexico with Liga MX Femenil club Tigres . . . Both Huskies volleyball teams headed overseas Aug. 20 for a 10-day exhibition series versus Japanese club teams.

class-of-2023-wall-of-fame-inductees-announcedtrue1718730911095imj129Class of 2023: Wall of Fame inductees announcedHuskie Athletics is proud to announce the induction of two athletes, two builders and two teams into the University of Saskatchewan (USask) Athletic Wall of Fame.Huskie Athletics, 1687270020000/articles/huskies/2023/class-of-2023-wall-of-fame-inductees-announcednewssite://news/articles/huskies/2023/class-of-2023-wall-of-fame-inductees-announcedccm0461687270389625ccm0461687270389625show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/huskies-wall-of-fame-1080.jpgsite://news/images/2023/huskies-wall-of-fame-1080.jpgnewshuskies-wall-of-fame-1080.jpg2969741080720The USask Athletic Wall of Fame provides recognition to outstanding individuals, teams and builders.The USask Athletic Wall of Fame provides recognition to outstanding individuals, teams and builders.NoNonesupport-studentsNo/
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Jillian Gallays and Jeff Adamson (wrestling) will be inducted into the athlete category, while William (Bill) Seymour and Guy Vetrie will be inducted into the builder category. The 1998 men's football and 2003-04 men's volleyball teams will go into the team category. 
 
"What a privilege it is for us to bring back so many incredible people to recognize their contributions that built the foundations of Huskie Athletics," said Chief Athletics Officer Shannon Chinn. "We are excited to have the opportunity to celebrate their successes, and their outstanding contributions. It's going to be an exceptional event."
 
The USask Athletic Wall of Fame provides recognition to those outstanding individuals, teams and builders who have not only demonstrated excellence in their athletic endeavours, but also have brought distinction to the University.  These exceptional individuals have been selected by the Wall of Fame selection committee after having met the criteria for their specific category - athlete, builder, or team. 
 
The 2023 induction ceremony will take place on Saturday, September 9, 2023 at Wanuskewin Heritage Park. Tickets are available at HuskieTickets.com.

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Jillian Gallays, Wrestling 

Jillian Gallays is considered one of the most accomplished female wrestlers in Huskie history. As part of the program from 2005-2010, she earned five Canada West medals (three gold and two bronze), two U SPORTS medals (one gold and one bronze) and was named the Huskie Athletics Female Athlete of the Year in 2009. 
 
In addition to her career as a Huskie, Jillian experienced success at the international level. She is a Wrestling Canada senior champion (2010), Commonwealth Games bronze medalist (2014) and World Championship bronze medalist (2014). In 2016, she was named to the Canadian Olympic Team and competed at the 2016 Olympic Games in Brazil. 
 
Jeff Adamson, Wrestling

As a Huskie student-athlete from 2003-2008, Jeff Adamson would be a dominant wrestler. He would win two gold and two silver Canada West medals and two gold and two bronze U SPORTS medals. In his last season as a Huskie, he would not concede a single point, winning the U SPORTS national title in 2007-08 in the 82 kg weight class. 
 
After graduating, Jeff continued to have success at the national and international levels. He would go on to take first place in the 2011 Canadian Senior Wrestling Championship, earning a bronze medal at the 2011 Pan-Am Games in Mexico. He would earn a spot on Canadian Olympic team as a training partner, heading to the 2012 Summer Olympic Games. 

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William (Bill) Seymour (Posthumous)

For decades, William (Bill) Seymour has been a part of Huskie Athletics, as a student-athlete, coach, alumni, and interim Athletic Director from 2006-08. He has been an integral part of the men's hockey program, as a player, coach, and alumni. 

 
Along with friend Michael PJ Kennedy, Bill started research for Dogs on Ice: A History of Hockey at the University of Saskatchewan, with its first edition published in 2006, and second edition published in 2015. It's widely considered to be the most comprehensive history of a hockey program in U SPORTS. 
 
Bill was an integral part of the Home Ice Committee, dedicated to fundraising for Merlis Belsher Place, which opened on the University of Saskatchewan campus in 2018.
 
Guy Vetrie (Posthumous)

Guy Vetrie was the Huskie men's basketball coach from 1978-79, and 1980-88. At the time of his departure, he was the second longest serving men's basketball coach for the program. As a two-time Canada West Coach of the Year, he led the team to their first six appearances in the Canada West playoffs, first three appearances in the Canada West Final, and their first three appearances ever in the CIS National Championship. 
 
He had the most wins in Huskie history (148) and had coached the most games (313) for the program when he left.

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1998 Men's Football

The 1998 men's football team won the Vanier Cup with a 24-17 win over the Concordia Stingers. 
 
Under the leadership of head coach Brian Towriss, the team finished the Canada West regular season with a 6-2 record. The Huskies would go on to defeat the UBC Thunderbirds 31-28 in the Canada West Hardy Cup Final. The team advanced to the Churchill Bowl, defeating the Western Mustangs 33-17 to book their trip to the Vanier Cup. 
 
The team had four Canada West All-Stars in Scott Flory, Matt Kellett, Warren Muzika, and James Repesse. All four were also named CIAU All-Canadians. Warren Muzika was the Canada West Defensive Player of the Year and the CIAU Defensive Player of the Year. 
 
2003-04 Men's Volleyball

The men's volleyball team won the program's fourth national title in 2003-04. 
 
The team was arguably the most dominant Huskie men's volleyball team ever assembled and included some of the most talented athletes in Saskatchewan volleyball history. Adam Ens was named the CIS Men's Volleyball Player of the Year and was named the BLG Award winner as the CIS Male Athlete of the Year, an honour bestowed to only one other Huskie athlete.  
 
The team finished the Canada West regular season with a 14-6 record and defeated the Alberta Golden Bears in the Canada West Final. The team would go on to defeat the Trinity Western Spartans 3-0 in the CIS Men's Volleyball Championship.

Originally published at Huskie Athletics

usask-huskie-athletics-celebrates-major-award-winnerstrue1718730911095imj129USask Huskie Athletics celebrates major award winnersThe University of Saskatchewan Huskie Athletics is proud to announce the winners of the 2022-23 Major 7 Awards. The awards were handed out at the Huskie Salute presented by The Wireless Age on Friday, March 31 at TCU Place.Huskie Athletics, 1680529980000/articles/huskies/2023/usask-huskie-athletics-celebrates-major-award-winnersnewssite://news/articles/huskies/2023/usask-huskie-athletics-celebrates-major-award-winnersccm0461680530282642ccm0461696514616139show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/huskies-awards.jpgsite://news/images/2023/huskies-awards.jpgnewshuskies-awards.jpg3467521080720Eight student athletes holding awards at a ceremony with banners and green lights in the background.The Major 7 Awards are given to student-athletes and coaches who have had outstanding seasons for the University of Saskatchewan Huskie Athletics. (Photo: Electric Umbrella/Huskie Athletics)NoNoneNoneNo/
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The Major 7 Awards are given to student-athletes and coaches who have had outstanding seasons for the green and white. The student-athletes made major contributions on their field of play, in the classroom, and in the community as a Huskie. Huskie Athletics also honoured Canada West All-Stars and Major Award Winners, U SPORTS All-Canadians and Major Award Winners, Trainer of the Year, and graduating Huskie student-athletes.

Rusty MacDonald Cup - Presented to the All-Round Male Athlete
Presented to an upper-year male athlete who during his entire career best combined the qualities of leadership, sportsmanship, academic ability, and athletic prowess.

Dylan Mortensen – Men's Volleyball
Dylan was a five-time U SPORTS Academic All-Canadian and a four-time U SPORTS Academic All-Canadian. Dylan had a huge final season with the Huskies, breaking two Canada West All-Time Record in career kills and career points. He was the U SPORTS leader in kills in the 2022-23 season and will land in the U SPORTS record books in second place for all-time kills in a season.

Nominees:
Evan Fiala – Men's Hockey
Aaron Hidalgo-Mazzei – Men's Soccer
Dylan Mortensen – Men's Volleyball
Mason Nyhus – Football

Valerie Girsberger Trophy - Presented to the All-Round Female Athlete
Presented to an upper-year female athlete who during her entire career best combined the qualities of leadership, sportsmanship, academic ability, and athletic prowess.

Kendra Farmer – Women's Track & Field
Over the course of her career, fifth-year Kendra Farmer took home 13 Canada West and 11 U SPORTS medals, while being a four-time U SPORTS Academic All-Canadian. Kendra is also a two-time Canada West Student-Athlete Community Service Award Winner and was named the 2022-23 Canada West Female Track Athlete of the Year.

Nominees:
Carly Ahlstrom – Women's Basketball
Averie Allard – Women's Volleyball
Kendra Farmer – Women's Track & Field
SueAnne Harms – Women's Wrestling

E. Kent Phillips Trophy - Presented to the Male Athlete of the Year

Mason Nyhus – Football

Fifth-year quarterback Mason Nyhus played 51 games for the Huskie football team and was a four-time U SPORTS and Huskie Athletics Academic All-Canadian. In the 2022 season, threw for 3,820 passing yards and 25 touchdowns. Mason etched his name in the Huskie record book for the most passing yards in a regular season, leading the Huskies to back-to-back Vanier Cup appearances.

Nominees:
Michael Akintunde – Men's Track and Field
Drake Buechler – Men's Wrestling
Connor Hobbs – Men's Hockey
Dylan Mortensen – Men's Volleyball
Mason Nyhus – Football

Mary Ethel Cartwright Trophy - Presented to the Female Athlete of the Year

Carly Ahlstrom – Women's Basketball

Carly is a four-time U SPORTS Academic All-Canadian, three-time Canada West Champion, and a U SPORTS Women's Basketball champion. Averaging 20.6 points per game during the 2022-23 regular season, Carly was named the Canada West Player of the Year.

Nominees:
Carly Ahlstrom – Women's Basketball
Kendra Farmer – Women's Track and Field
SueAnne Harms – Women's Wrestling
Jenna McFadyen – Women's Track & Field

Howard Nixon Trophy - Presented to the Male Rookie of the Year

Jack Warrack – Football
From Strathmore, AB, Jack was a key component to the Huskie offensive line. In his first year with the Huskies, he started every game, helping the team become Canada West and Uteck Bowl Champions, earning second place in the Vanier Cup. He was named the 2022 Canada West Rookie of the Year, an incredible accomplishment for an offensive lineman.

Nominees:
Liam Keeler – Men's Hockey
Jaron Slopinski – Men's Soccer
Ethan Smith – Men's Volleyball
Jack Warrack – Football

Patricia Lawson Trophy - Presented to the Female Rookie of the Year

Logan Reider – Women's Basketball
Canada West's Rookie of the Year started every game of the 2022-23 season, averaging 10.9 points per game. She had 87 rebounds and 2022 points in her first season and was named to the 2022-23 U SPORTS All-Rookie team.

Nominees:
Rachel Albertson – Women's Track & Field
Myah Phillips – Women's Wrestling
Logan Reider – Women's Basketball
Taylor Wilkinson – Women's Hockey

Colb McEown Trophy - Presented to the Coach of the Year

Sean McKay – Men's Volleyball
In his fifth year as head coach of the Huskie men's volleyball team, Sean guided his team to a 17-7 regular season record, and a Canada West Bronze Medal. Under his guidance, the team headed to the U SPORTS Men's Volleyball Championship, placing seventh in the nation in the 2022-23 season.

Nominees:
Scott Flory – Football
Sean McKay – Men's Volleyball
Daniel Olver – Wrestling
Jason Reindl – Track & Field

Dr. Walter Hader Award – Student Trainer of the Year

Presented to a student involved in the Huskie Athletics Student Trainer Program who displays dedicated volunteer service and shows promise in the pursuit of athletic or physical therapy as a profession.

Teegan Krieger – Women's Hockey

Originally published by Huskie Athletics - click here to read the original article. 

usask-huskie-athletics-announce-nominees-for-2022-23-major-7-awardstrue1718730911095imj129USask Huskie Athletics announce nominees for 2022-23 Major 7 AwardsThe University of Saskatchewan Huskie Athletics is proud to announce the nominees for the 2022-23 Major 7 Awards to be handed out at the 2023 Huskie Salute presented by The Wireless Age on March 31 at TCU Place. Doors open at 6:00 PM, with the program beginning at 7:00 PM. Huskie Athletics, 1679935080000/articles/huskies/2023/usask-huskie-athletics-announce-nominees-for-2022-23-major-7-awardsnewssite://news/articles/huskies/2023/usask-huskie-athletics-announce-nominees-for-2022-23-major-7-awardsccm0461679935323536ccm0461680530372128show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/tcu_place-j1d37955.jpgsite://news/images/2023/tcu_place-j1d37955.jpgnewstcu_place-j1d37955.jpg2086291080720Image of Awards show with Huskie Athletics logos being projected on the wall on either side of the stage. (Photo: GetMyPhoto/Huskie Athletics/University of Saskatchewan)NoNoneNoneNo/
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The Major 7 Awards are handed to student-athletes who have had outstanding seasons for the green and white. These student-athletes made major contributions on their field of play, in the classroom, and in the community as a Huskie. Huskie Athletics will also honour Canada West All-Stars and Major Award Winners, U SPORTS All-Canadians and Major Award Winners, Trainer of the Year, and graduating Huskie student-athletes.
 
2022-23 Huskie Athletics Major 7 Award Nominees
 
Nominees for E. Kent Phillips Trophy - Presented to the Male Athlete of the Year
Michael Akintunde – Men's Track and Field 
Drake Buechler – Men's Wrestling
Connor Hobbs – Men's Hockey 
Dylan Mortensen – Men's Volleyball
Mason Nyhus – Football

Nominees for Mary Ethel Cartwright Trophy - Presented to Female Athlete of the Year
Carly Ahlstrom – Women's Basketball
Kendra Farmer – Women's Track and Field 
SueAnne Harms – Women's Wrestling 
Jenna McFadyen – Women's Track & Field

Nominees for Rusty MacDonald Cup - Presented to All-Round Male Athlete
Evan Fiala – Men's Hockey
Aaron Hidalgo-Mazzei – Men's Soccer
Dylan Mortensen – Men's Volleyball
Mason Nyhus – Football

Nominees for Valerie Girsberger Trophy - Presented to All-Round Female Athlete
Carly Ahlstrom – Women's Basketball
Averie Allard – Women's Volleyball
Kendra Farmer – Women's Track & Field
SueAnne Harms – Women's Wrestling

Nominees for Howard Nixon Trophy - Presented to Male Rookie of the Year
Liam Keeler – Men's Hockey
Jaron Slopinski – Men's Soccer
Ethan Smith – Men's Volleyball
Jack Warrack – Football

Nominees for Patricia Lawson Trophy - Presented to Female Rookie of the Year
Rachel Albertson – Women's Track & Field
Myah Phillips – Women's Wrestling 
Logan Reider – Women's Basketball
Taylor Wilkinson – Women's Hockey
 
Nominees for Colb McEown Trophy - Presented to Coach of the Year
Scott Flory – Football
Sean McKay – Men's Volleyball
Daniel Olver – Wrestling
Jason Reindl – Track & Field

Originally published by Huskie Athletics - click here to read the original article. 

huskie-athletics-celebrates-indigenous-achievement-weektrue1718730911095imj129Huskie Athletics celebrates Indigenous Achievement WeekIndigenous Achievement Week (IAW) is an annual University of Saskatchewan (USask) event that celebrates Métis, First Nations and Inuit students, staff, faculty and alumni's successes and contributions.Huskie AthleticsIndigenous, aboriginal, Huskie Athletics1678211160000/articles/huskies/2023/huskie-athletics-celebrates-indigenous-achievement-weeknewssite://news/articles/huskies/2023/huskie-athletics-celebrates-indigenous-achievement-weekccm0461678214414875ccm0461679935347452show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/_28i5929_roddy_ross.jpgsite://news/images/2023/_28i5929_roddy_ross.jpgnews_28i5929_roddy_ross.jpg2071761080720Goaltender Roddy Ross for the University of Saskatchewan HuskiesHuskie Athletics is proud to have an amazing community of Indigenous student-athletes and their achievements, both in sport and in their communities. (Photo: David Moll)NoNoneNoneNo/
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Huskie Athletics is incredibly proud of all the accomplishments both on and off the field of play for our student-athletes. A group of Indigenous student-athletes have come together this season to work together to foster community engagement, and create spaces for Indigenous youth to see themselves at USask. Each student-athlete represents their own views towards reconciliation, decolonization, community engagement, working with youth, advocacy, and collectively, the group has a common goal to create and foster better spaces for Indigenous youth and athletes to be successful within a system in which they are underrepresented.
 
In its inaugural year, this group has advocated for Missing and Murdered Indigenous Women (MMIW), created opportunities to bring Indigenous youth to campus to spend a day in the life of a student-athlete, provided mentorship and leadership to rural Indigenous youth, and brought Indigenous worldviews into the work of Huskie Athletics. Collectively, this group dedicates hundreds of hours in the community as coaches, mentors, and leaders.

Here is just some of the highlights of their work and success as individuals over the past season:
 
Averie Allard (Women's Volleyball) – Averie is a SUNTEP student who has been a member of the Huskie Women's Volleyball team for the past six years. As an athlete and team captain, Averie wrote MMIW on her leg as she advocates for Missing and Murdered Indigenous Women. During the summer of 2022, she was named to the Volleyball Canada's Next Gen national program, to train as a future women's national team athlete. She recently signed a professional contract in Italy with the Vero Volley franchise. As she continues to grow and be a leader in her sport, she uses her platform as an athlete to educate.
 
Roddy Ross (Men's Hockey) – This past winter, Roddy suited up for Team Canada as a goaltender for the FISU World Winter University Games, earning a gold medal in men's hockey. His custom helmet artwork represents an Indigenous headdress, traditionally worn by Indigenous leaders who have been given them as gifts by their tribes and communities.
 
Kendra Farmer (Women's Track & Field) – In the 2022-23, season Kendra has won four gold medals at the Canada West Championship and continues competition at U SPORTS Nationals in Saskatoon this weekend. She is a coach and coordinator of Running Wild Athletics Club, has supported the last two Tony Cote Summer Games, is an athletics coach for the North American Indigenous Games, and provides a connection between Indigenous culture and her Huskie teammates and coaches
 
Raymond Fox (Men's Soccer) – Raymond is the founder of the Indigenous Sports Performance Institute, a non-profit and group collective created to bridge the gap between Indigenous youth and high-performance sport. He has also recently signed a contract with the Nautsa'mawt FC in British Columbia.
 
Emmett Graham (Men's Volleyball) – Emmett is a valuable member of the men's volleyball team and will be competing for a Canada West bronze medal this upcoming weekend and a berth to the U SPORTS National Championship.
 
Rosetta Cyr (Women's Volleyball) – Rosetta believes passionately in giving back to youth through her love of sport. She will be a member of the 2023 North American Indigenous Games as a volleyball coach and recently became a SaskSport "Sport, It's More Than A Game" ambassador,
 
Cole Sanderson (Men's Wrestling) – An incredibly dedicated athlete, Cole has been making an impact in the wrestling community, earning a gold medal at the Canada West Wrestling Championship, and a sliver medal at the U SPORTS Wrestling Championship this season.
 
Jaira Cross Child (Women's Cross Country and Track & Field) – Jaira Cross Child has been involved in the Prairie Run Crew Outreach Program (formally Child of The Cross Running Clinic) since 2018. The program aims to serve Indigenous communities by sharing a message of hope while sharing a passion for living a healthy and active lifestyle. Jaira's involvement has included visiting schools, sorting and donating running shoes, promotion of the event and coaching at running clinics. Jaira loves to share her passion for active living. 

Huskie Athletics is proud to have an amazing community of Indigenous student-athletes and their achievements, both in sport and in their communities.

Indigenous Achievement Week is celebrated at the University of Saskatchewan, March 6-10. Click here for information on the week. 

usask,-u-of-r-celebrate-u-prairie-challenge-championship-weekendtrue1718730911095imj129USask, U of R celebrate U-Prairie Challenge Championship WeekendThe University of Saskatchewan (USask) Huskies and University of Regina (U of R) Cougars/Rams will celebrate the completion of the inaugural U-Prairie Challenge (UPC) presented by SaskMilk with Championship Weekend festivities from Friday, February 3 to Sunday, February 5 at Merlis Belsher Place.Huskie Athletics, 1675268220000/articles/huskies/2023/usask,-u-of-r-celebrate-u-prairie-challenge-championship-weekendnewssite://news/articles/huskies/2023/usask,-u-of-r-celebrate-u-prairie-challenge-championship-weekendccm0461675269839392ccm0461678214441080show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/womens_hockey.jpgsite://news/images/2023/womens_hockey.jpgnewswomens_hockey.jpg5922901080720Action scene from The Huskie women’s hockey team at the Merlis Belsher Arena at the University of Saskatchewan campus The Huskie women’s hockey team will battle the U of R Cougars in the final two games of the series on Saturday and Sunday. (Photo: University of Saskatchewan)NoNoneNoneNo/
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The head-to-head competition helped fuel the friendly rivalry between the province’s two U SPORTS athletic programs and spotlight the elite student-athletes who instill pride in both institutions. In all, the UPC involved 11 men’s and women’s sports – including soccer, football, hockey, volleyball, basketball, track and field, and cross country – in a year-long points-based competition to secure provincial bragging rights.

Peter Stoicheff, president and vice-chancellor of USask, said the inaugural U-Prairie Challenge has been an overwhelming success.

The U-Prairie Challenge served as a wonderful opportunity to showcase Canadian university athletics at its finest for fans from across Saskatchewan, as the province’s two university programs teamed up to spotlight elite student-athletes and take our rivalry – and our partnership – to a new level,” said Stoicheff. “The Championship Weekend is an opportunity for us to come together and celebrate what has been an outstanding season for both athletic programs.”

Dr. Jeff Keshen, president and vice-chancellor of the U of R, said the U-Prairie Challenge only enhanced the already high level of sport.

 “Having an extra something to play for – the U-Prairie Challenge trophy – has given added inspiration and motivation to our athletes throughout the year,” Keshen said. “I have always believed in the power of sport to bring people together.”

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UPC Championship Weekend features the Huskie men’s hockey team in action against the U of R Cougars on Friday night. Friday’s game includes in-game entertainment and giveaways, a post-game family skate, and a cabaret featuring local band Gong Show.

The Huskie women’s hockey team will battle the U of R Cougars in the final two games of the series on Saturday and Sunday. Sunday’s game will conclude with the U-Prairie Challenge Trophy Presentation and will feature in-game entertainment, inflatable jumping areas for kids, and a post-game skate with Huskie athletes.

More information is available at uregina.ca, usask.ca and huskies.usask.ca, where fans can also purchase tickets to the U-Prairie Challenge Championship Weekend, follow their favourite teams, and support our student-athletes.

usask-huskies-to-host-2024-u-sports-womens-hockey-championshiptrue1718730911095imj129USask Huskies to host 2024 U SPORTS Women's Hockey ChampionshipU SPORTS has awarded the 2024 women's hockey championship to the University of Saskatchewan (USask). This will be the first time the institution has hosted the event.Huskie AthleticsHuskie Athletics, 1673548860000/articles/huskies/2023/usask-huskies-to-host-2024-u-sports-womens-hockey-championshipnewssite://news/articles/huskies/2023/usask-huskies-to-host-2024-u-sports-womens-hockey-championshipccm0461673549287513ccm0461673549947990show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/post-game_skate_eu9_6476.jpegsite://news/images/2023/post-game_skate_eu9_6476.jpegnewspost-game_skate_eu9_6476.jpeg2826591080720Members of the Huskies women's hockey team gather on ice with fans at Merlis Belsher Place. The championship will take place March 14 – 17, 2024 at Merlis Belsher Place. (Photo: Electric Umbrella/Huskie Athletics) NoNoneNoneNo/
TextNone/Above content"U SPORTS is excited to be bringing our women's hockey championship in 2024 to one of Canada's top markets for female hockey," said Lisette Johnson-Stapley, U SPORTS Chief Sport Officer. "Saskatchewan is known for their long-standing support of female hockey and it's exciting to bring the 2024 championship to ultra-modern facilities like Merlis Belsher Place. The support for the championship in Saskatchewan will be amazing!".
 
The championship will take place March 14 – 17, 2024 at Merlis Belsher Place.
 
"Huskie Athletics is honoured to be awarded the 2024 U SPORTS Women's Hockey Championship," said Shannon Chinn, Chief Athletics Officer at USask. "There is an incredible women's hockey community here in Saskatoon and we intend to integrate them into the entire experience."
 
"Our Huskie women's hockey program has had tremendous success under the leadership of head coach Steve Kook, who just coached his 400th Canada West hockey game," continued Chinn. "We are excited to welcome teams from across Canada to our city and our campus, and to highlight the extraordinary talents of our athletes. Our state-of-the-art arena will provide the perfect atmosphere for the student-athletes, fans and for everyone watching across the country."
TextVideo/https://www.youtube.com/watch?v=pa3skCokxOcAbove contentHosting the championship is an opportunity to continue the growth and development of women's hockey in our community. The tagline SEE THEM, BE THEM, will inspire youth to see themselves in our student-athletes, and to further develop their skills. 
 
"Women's hockey development in Saskatoon and Saskatchewan is undergoing tremendous growth right now," said Steve Kook, head coach of the Huskie women's hockey team. "I think for us to bring the best women's hockey teams in Canada to Saskatoon is going to be a tremendous showcase. Just to be able to see the potential of where they can get to as a player is going to have an incredible impact."
 
Tickets are expected to go on sale in the summer of 2023. Those interested in volunteering for the event can go to huskies.usask.ca to sign up.
huskies-heating-up-for-second-half-of-the-seasontrue1718730911095imj129Huskies heating up for second half of the seasonA second straight trip to the Vanier Cup championship put Huskie Athletics back in the national sports spotlight.James ShewagaHuskie Athletics, 1672927500000/articles/huskies/2023/huskies-heating-up-for-second-half-of-the-seasonnewssite://news/articles/huskies/2023/huskies-heating-up-for-second-half-of-the-seasonccm0461672864257094ccm0461675270141620show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/1-hardy-cup.jpgsite://news/images/2023/1-hardy-cup.jpgnews1-hardy-cup.jpg2933921080720The USask Huskies football team celebrated a second straight Hardy Cup victory at Griffiths Stadium The USask Huskies football team celebrated a second straight Hardy Cup victory at Griffiths Stadium in November, on the way to a second straight trip to the Vanier Cup. (Photo: Huskie Athletics)NoNoneNoneNo/
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As they begin the second half of the 2022/23 season, Huskies Chief Athletics Officer Shannon Chinn believes there are more memorable highlights and headlines ahead.

“It was remarkable what coach Scott Flory and our Huskies football team accomplished this season, and to say I am proud is an understatement,” said Chinn, who made the trek east to watch the University of Saskatchewan (USask) Huskies football team advance all the way to the nationally televised championship game before dropping a heartbreaking 30-24 decision to the Laval Rouge et Or in the 57th Vanier Cup on Nov. 26.

“Obviously it wasn’t the outcome anyone wanted, but they had a fantastic season and it was great to see Huskie fans support the team. Now, we just need to get a couple of teams on a winning streak in the second half and host some playoff games and get to a couple more national championships.”

Historically one of the top athletic programs in the country, the Huskies brand helps bring national attention to USask. Last season, eight of the 15 Huskie teams advanced to Canadian university championships and Chinn is looking forward to more teams following in the footsteps of the football squad in 2023.

Two of the biggest events on the sports calendar this term will take place right on campus at USask, where the Huskies track and field teams – guided by head coach Jason Reindl – will host the Canada West conference championships Feb. 24-25 and the national championships March 9-11 at the Saskatoon Field House. The two competitions will help showcase the Huskies’ powerhouse programs, with the women’s track and field squad winners of four straight conference titles and finishing second at nationals last year, while the men’s team placed second in Canada West and third at nationals.

“This will be a great opportunity for our track and field program,” said Chinn. “Track and field has not always received the same attention as other sports because they don’t have as many Canada West competitions as other teams, so they always seem a little bit removed. This is an opportunity for everybody to get to know our wonderful track and field athletes and coaches, so it is a really exciting this year.”

Meanwhile, the Huskies’ heralded wrestling teams – led by coach Daniel Olver – will be looking to impress again this season after both the men’s and women’s squads placed second in the Canada West championships last year, before the national competition was cancelled. The Huskies women’s squad is currently ranked second in the country and the men ranked fourth, with the Canada West championships scheduled for Feb. 11, followed by nationals Feb. 24-25.

“They are both ranked very high for sure and Daniel has done a phenomenal job of growing wrestling in the community and being a part of the community,” said Chinn.

TextImage/images/2023/2-camryn-dreverwhky.jpgsite://news/images/2023/2-camryn-dreverwhky.jpgnews2-camryn-dreverwhky.jpg2650041080720Goaltender Camryn Drever is back after leading the Huskies to the Canada West final and national bronze medal with four shutouts in nine playoff games in 2022. (Photo: Huskie Athletics)Above content

The Huskies’ hockey programs have also long been a staple of the local sports scene, and bolstered that community connection over the holiday break when USask’s men’s hockey team hosted the Ukrainian national team at Merlis Belsher Place on Dec. 30. The game was part of the Hockey Can’t Stop Tour, with all profits from the game going to Ukrainian refugees and communities affected by the war and to Ukrainian grassroots organizations across Canada.

The Huskie teams now return their focus to Canada West competition as the season resumes this weekend with the USask men’s team (10-4-4) and women’s squad (10-5-3) both in top-four playoff positions. The Huskie women’s team is hoping to return to the national championships after finishing third last year, with the men’s squad hoping to get back to nationals under new head coach Brandin Cote, who has taken over from former Olympic and Stanley Cup-winning coach Mike Babcock.

“I think we are going to see a big surge from both of those teams because both of those playoff races are very close and both of our teams want to host home playoff games,” said Chinn. “So, they are very focused for the second half.”

Meanwhile, the Huskies basketball programs are in a rebuilding year after both teams graduated the bulk of their all-star starters after advancing to nationals last year. After finishing second in the country, the Huskie men have struggled to a 1-7 start under new head coach Jamie Campbell, while the young women’s squad has quickly reloaded under former Olympic coach Lisa Thomaidis to start the season 6-2 and are now back in the national rankings at No.7.

“It is always tough when you make it to nationals and graduate your top players,” said Chinn. “But Lisa always finds those up-and-coming players and her coaching style and her ability with her staff to get those girls prepared is evident and they are really starting to shine and I think we are going to see some big wins from them in the new year.

“Unfortunately in the men’s program, our new coach was hired a little late so Jamie didn’t get a chance to complete a full off-season of recruiting and we have had a couple of season-ending injuries with a couple of starters. So, that has hurt, especially after losing a couple of our top players who moved on after going to nationals last year. But I am anxious to see how Jamie continues to build the program and the culture.”

TextImage/images/2023/3-mvb-dylan-mortensen.jpgsite://news/images/2023/3-mvb-dylan-mortensen.jpgnews3-mvb-dylan-mortensen.jpg2734221080719Canada West conference all-star Dylan Mortensen (No.7 at right) has helped the Huskies get off to a strong start and crack the national top 10 rankings. (Photo: Huskie Athletics)Above content

Over on the volleyball court, the Huskies men’s team is turning heads with an 8-4 record and are currently ranked eighth in the country, while the women’s team is in a tight playoff fight at 6-6 in the always-competitive Canada West conference.

“That men’s volleyball team is playing incredible and they have a lot of power and look really, really strong, so it is really nice to see them banding together as a team and having success,” said Chinn. “And the parity in women’s volleyball is amazing. They have had so many matches go to five games, so it is really close and our women’s volleyball team is right in the mix, too.”

In addition to chasing conference and national titles, USask teams are also hoping to top their provincial rivals from the University of Regina in the first year of the new U-Prairie Challenge. The Huskies currently lead the head-to-head competition – 5.75 to 2.25 in points – with the series finale set for Feb. 5 when the Huskies host the Cougars in women’s hockey at Merlis Belsher Place.

“It has been an exciting new competition for us and it is helping elevate both of the university athletic programs in the province,” said Chinn.

The Huskies’ success on the field and the track, and on the ice and the court, has also been matched once again by student-athlete achievement in the classroom this season. In October, the Huskies celebrated 114 student-athletes from 11 colleges who have achieved Academic All-Canadian status for having earned an average of 80 per cent or better while taking a full course load over the previous academic year.

“I think it really is a testament to our coaches,” said Chinn. “They value holistic athletes and they value education and academics. They know our student-athletes are only here for four or five years and our coaches are invested in who those student-athletes are going to be when they leave here, and academics is a big part of that. The amount of hours that our student-athletes are putting in with classes and competition and in the community – with Ronald McDonald House, with Dream Brokers, KidSport, with different programs like that – is phenomenal.”

indextrue1718730911095imj129Section titlerename me/articles/huskies/2023/indexnewssite://news/articles/huskies/2023/indexccm0461672759535199ccm0461672759535199show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2022true20222022/articles/huskies/2022newssite://news/articles/huskies/2022imj1291641310249461imj1291641310249461show-in-navYesthe-penultimate-chapter-usask-huskies-to-meet-rouge-et-or-in-vanier-cuptrue1718730911095imj129The penultimate chapter: USask Huskies to meet Rouge et Or in Vanier CupThe Saskatchewan Huskies are back in the Vanier Cup.Matt Johnson - Huskie Athletics Huskie Athletics, 1669231860000/articles/huskies/2022/the-penultimate-chapter-usask-huskies-to-meet-rouge-et-or-in-vanier-cupnewssite://news/articles/huskies/2022/the-penultimate-chapter-usask-huskies-to-meet-rouge-et-or-in-vanier-cupccm0461669232150415ccm0461673549335963show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ryker_frank_de1_5110_ldh6d.jpegsite://news/images/2022/ryker_frank_de1_5110_ldh6d.jpegnewsryker_frank_de1_5110_ldh6d.jpeg2471611080720The University of Saskatchewan (USask) Huskies celebrated winning to earn a spot in the Vanier Cup national championship game.The USask Huskies and Laval Rouge et Or will play for the 57th Vanier Cup, taking place Nov. 26, 2022. (Photo: Electric Umbrella/Derek El)NoNoneNoneNo/
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GAME INFORMATION

Date: Saturday, Nov. 26
Time: 12:00 p.m.
Opponent: Laval Rouge et Or
Location: London, Ont.
Venue: Western Alumni Stadium
Watch: CBC
Stream: CBCsports.ca / CBC Gem / CBC Sports on YouTube
Listen: HuskieFAN


The Saskatchewan Huskies are back in the Vanier Cup.

After last season's heartbreaking defeat to the Western Mustangs in last year's Vanier Cup, the focus of the program has been a return to this exact stage — the biggest and brightest stage in Canadian university football. The Huskies accomplished said goal this past weekend, thanks to a 36-19 win over the St. Francis Xavier X-Men in the Uteck Bowl.

While the Huskies have been inside the top-four of the U SPORTS Top 10 all year long, since Week 1, the No. 1 ranked team has been those aforementioned Mustangs. Since the season got underway, Western has been favoured to get back to the Vanier — a game they were set to host in their own backyard. But in last Saturday's Mitchell Bowl, the Laval Rouge et Or spoiled those plans and joined the Huskies in punching their ticket to the 57th Vanier Cup with a 27-20 comeback victory over the host Mustangs.

And as fate would have it, that all sets up this — a meeting between the Huskies and Rouge et Or, as two of U SPORTS most historic programs renew a legendary rivalry.

For the first time since the 2006 Vanier Cup, Saskatchewan and Laval will do battle. 16 years after the Rouge et Or broke the Huskies hearts on their home turf, the pair of programs will meet in a national championship, once again.

That frigid November afternoon in 2006 that saw more than 12,000 fans file into Griffiths was the last of three-straight seasons which all saw Laval and Saskatchewan meet on the national stage. In the 2004 Vanier Cup, Huskies lost 7-1 to the Rouge et Or. A year later, Saskatchewan got their revenge with a 29-27 win in the Mitchell Bowl — the program's first-ever win over Laval.

Until last season, 2006 was also the last time the Huskies would reach the Vanier Cup. But Huskies head coach Scott Flory has quickly returned the program into the nation's elite since taking the helm in 2017. Saskatchewan has won three of the last four Hardy Cups — paving the way for a trio of national semifinal appearances. Now, after back-to-back Uteck Bowl victories comes a second-straight Vanier Cup appearance.

But ultimately, it isn't about getting this far just to get this far. There's still work to do — the final hurdle remains.

In the offseason, longtime legendary Huskies head coach Brian Towriss looked back on the 2021 season by saying: "This whole thing kind of parallels what happened from 1987-89. They just keep taking one more step and one more step."

The Huskies are hoping that they can take that next step on Saturday afternoon and win their fourth national championship in program history.


5ish Things:

  1. This will be the fifth meeting between the Huskies and Rouge et Or and the third in the Vanier Cup.
  2. Five members of the current Huskies coaching staff played in 2006 Vanier Cup — Braden Suchan, Bret Thompson, Paul Woldu, Tony Michalchuk and Dan Houle.
  3. Saturday's meeting will be a matchup of a pair of the conference MVP's in Saskatchewan quarterback Mason Nyhus and Laval receiver Kevin Mital.
  4. The Vanier Cup will feature two of the nation's most prolific passers. Rouge et Or quarterback Arnaud Desjardins and Nyhus were the only two quarterbacks to surpass 300 passing yards-per-game this season. Nyhus tossed for 344.9 yards-per-game, while Desjardins was second to the Regina, Sask. product with 319.4 passing yards-per-game.
  5. During the regular-season, Saskatchewan and Laval ranked one-two in the nation in yards-per-game. The Huskies mark of 479.4 was just 8.6 more than the Rouge et Or.
  6. Both programs enter Saturday with matching 10-1 records after 7-1 regular-seasons. Laval's lone loss was to the rival Montreal Carabins back in Week 2. The Rouge et Or ultimately defeated the Carabins in the Dunsmore Cup, which serves as the RSEQ championship, 24-25 — thanks to a game-winning rouge on the game's final play.
  7. As of Wednesday afternoon, the Saturday forceast for London calls for a high of seven degrees, with wind gusting to 23km/h.

Kick off for the Vanier Cup is scheduled for 12:00 p.m. The game will be televised on CBC, as well as streamed on CBC's digital platforms — cbcsports.ca, CBC Gem and the CBC Sports YouTube Channel.

Originally posted at Huskies.USask.ca - click here for the original article.

huskies-hold-off-x-men-in-uteck-bowl,-advance-to-vanier-cuptrue1718730911095imj129Huskies hold off X-Men in Uteck Bowl, advance to Vanier CupThe University of Saskatchewan (USask) Huskies are back-to-back Uteck Bowl champions, thanks to a 36-19 win over the St. Francis Xavier X-Men on Saturday afternoon at STFX Stadium.Matt Johnson - Huskie Athletics Huskie Athletics, 1669038060000/articles/huskies/2022/huskies-hold-off-x-men-in-uteck-bowl,-advance-to-vanier-cupnewssite://news/articles/huskies/2022/huskies-hold-off-x-men-in-uteck-bowl,-advance-to-vanier-cupccm0461669038478669ccm0461673549355188show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/huskies-uteck.jpgsite://news/images/2022/huskies-uteck.jpgnewshuskies-uteck.jpg3572741080720The USask Huskies football team celebrates a victory at the Uteck Bowl. The USask Huskies and Laval Rouge et Or will play for the 57th Vanier Cup, taking place Nov. 26, 2022. (Photo: Bryan Kennedy)NoNoneNoneNo/
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Most importantly, the victory punches the Huskies ticket back to the Vanier Cup for the second year in a row, as the program continues its pursuit of a fourth national championship in school history.

"It's obviously a pretty cool feeling," said Mason Nyhus, when asked about going back to the Vanier Cup. "It's one of those things where we did it last year, but it took a long time. I think it was a 15-year drought for the Huskies not going to the Vanier. I think it's pretty cool to get back there."

"We definitely thought all year that we needed to be here — we got here. Everybody's happy to be here, but we're not satisfied yet. We got one more so we got to get after it," said defensive back John Stoll.

The win improved the Huskies record to 2-0 all-time against the X-Men, with the pair of programs lone meeting coming back in the 1996 Vanier Cup – a game the green-and-white won 31-12, thanks to 31 unanswered points in the second half. Much like was the case on that Saturday night in Toronto some 25 years ago, a Saskatchewan second-half surge proved to be the difference today in Antigonish.

The Huskies found themselves in a tightly-contested battle for the second-straight week. While in the Hardy Cup it was a Jordin Rusnack receiving touchdown and Finn Marcotte-Cribb pick-six that helped the Huskies pull away from the Thunderbirds and advance to the Antigonish — a new duo stepped up today in the Uteck Bowl as Daniel Wiebe and Stoll starred as heroes on the national stage. 

With the game tied at 13-13, Wiebe hauled in three consecutive passes — including a game-breaking 41-yard catch-and-run, as he scampered down the sideline and shrugged off a flurry of X-Men defenders en route to the endzone. Wiebe's sixth reception of the day gave the Huskies their first lead since the 10:53 mark of the second-quarter.

Less than a minute later, it was the Saskatchewan defence that stepped up. Stoll intercepted a Silas Fagnan pass and ran it back 26 yards for the touchdown. The Melville, Sask. product's second pick-six of the season extended the Huskies lead to 16 with just 5:27 remaining in the fourth-quarter.

From there, the Huskies were able to run out the clock, while Nyhus threw a 26-yard touchdown strike to Daniel Perry to all but seal the win.

Ryker Frank paced the Saskatchewan offence throughout the day, racking up 134 yards on 20 carries. Frank's two-yard touchdown in the third-quarter gave the Huskies their first touchdown of the afternoon. Nyhus threw for 327 yards and two touchdowns on 30-38 passing, earning him Nike Player of the Game honours alongside Stoll.

"They're a good defence. We had to take some stuff underneath. The receivers getting yards-after-catch (was big)," said Nyhus, who was 8-9 passing for 143 yards in the fourth-quarter.

The loss was the first of the season for St. Francis Xavier, who advanced through the AUS with an 8-0 regular-season record before claiming the Loney Bowl last week. Silas Fagnan threw for 258 yards, a touchdown and two interceptions on 17-36 passing for the X-Men — with 98 of those yards going to Zachary Houde who stepped up throughout the afternoon.

"They're a good team. Any U SPORTS football team is a good team. They were undefeated in their conference for a reason. I respect a lot of those players — they're all good players. They fought hard today — I respect that team a lot," said Nyhus.

Katley Joseph and Nick Wiebe each had five total tackles for a Huskies defence that had two sacks on the day — one apiece from fifth-year Jonathan Leggett and William Charlie Parks, who earned the start in place of an injured Connor Delahey. Delahey is expected to be back next week, according to Flory.

Up next for Saskatchewan is the Vanier Cup where they will take on the Laval Rouge et Or. The Rouge et Or claimed the Mitchell Bowl on Saturday thanks to a 27-20 win over the Western Mustangs. The Vanier Cup will be played next Saturday afternoon in London, Ont. at Western Alumni Stadium.

"We know we're going to have a tough test. Whoever wins tonight is going to be a good team. It's going to be interesting," said Nyhus, prior to the Rouge et Or defeating the Mustangs. "We had a good test here today and we're going to have another tough one next Saturday." 

"We will be better next week," said Huskies head coach Scott Flory. "I know we're going to bounce back — we haven't played our best football game yet. There's only going to be two teams left playing football. Let's understand that. I know we're going to be better next week. It's going to be a ton of fun."

Kick off for the Vanier Cup is scheduled for 12:00 p.m. The game will be televised on CBC, as well as streamed on CBC's digital platforms — cbcsports.ca, CBC Gem and the CBC Sports YouTube Channel.

Originally posted at Huskies.USask.ca - click here for the original article.

huskies-hoist-hardy-cup-for-21st-time-in-program-history-with-win-over-thunderbirdstrue1718730911095imj129Huskies hoist Hardy Cup for 21st time in program history with win over ThunderbirdsFor the 21st time in program history the University of Saskatchewan (USask) Huskies are conference champions, thanks to a 23-8 victory over the UBC Thunderbirds in the 85th Hardy Cup on Saturday, November 12 at Griffiths Stadium in Nutrien Park.Matt Johnson - Huskie AthleticsHuskie Athletics, 1668438180000/articles/huskies/2022/huskies-hoist-hardy-cup-for-21st-time-in-program-history-with-win-over-thunderbirdsnewssite://news/articles/huskies/2022/huskies-hoist-hardy-cup-for-21st-time-in-program-history-with-win-over-thunderbirdsccm0461668438501109ccm0461673549374595show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/huskies-hardy-cup.jpgsite://news/images/2022/huskies-hardy-cup.jpgnewshuskies-hardy-cup.jpg3610081080720For the 21st time in program history, the USask Huskies are Hardy Cup champions. (Photo: Electric Umbrella/Liam Richards)For the 21st time in program history, the USask Huskies are Hardy Cup champions. (Photo: Electric Umbrella/Liam Richards)NoNoneNoneNo/
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With the victory, the Huskies won their second-consecutive Hardy Cup and punched their ticket to next Saturday's Uteck Bowl — a national semifinal that will be held in Antigonish, N.S. against the AUS Champion St. Francis Xavier X-Men.

"I'm just so proud of these guys," said Huskies head coach Scott Flory, who won the third Hardy Cup in just his fifth-season as the Huskies head coach. "This is a tough conference. There's a lot of good football teams."

"I'm pretty happy, obviously," said fifth-year quarterback Mason Nyhus. "It was kind of a weird game, honestly. But we got the job done and we're moving on. That's all I can really say — I'm just happy to get a win."

The victory marked 18 consecutive wins for the Huskies on home turf — a streak that dates back to Sept. 14, 2018.

Saskatchewan controlled the game's opening half, but after only putting up three field goals on a trio of red zone opportunities — UBC hung around. The Thunderbirds got the game's opening touchdown with just 30 seconds remaining in the second half to trim the homeside's lead to just two.

"It felt like — in the first-half at least — we were moving the ball really well and the defence was playing good, but we were only up two. We just had to keep going and keep our pedal down," said Nyhus.

Suddenly, after a grind of a third-quarter — the Huskies finally broke through. On the final play of the quarter, Nyhus connected with Jordin Rusnack for the Yorkton, Sask. product's first-career Canada West touchdown for an eight-yard major to extend Saskatchewan's lead to eight. 

Then, early in the fourth-quarter, it was the Huskies defence's time to make their mark on the game. Finn Marcotte-Cribb intercepted a Derek Engel screen pass and took it back nine yards into the end zone to make the score 23-8 in favour of Saskatchewan — a score that would hold as the final.

"It was a big play by Finn to kind of put the dagger in there," said Nyhus.

"They ran that play against us a couple of times at UBC. We knew it was coming, so I just jumped it. It went well," said Marcotte-Cribb, when asked about the pick-six.

Marcotte-Cribb interception was the highlight of the day for a Huskies defence that held the Thunderbirds to just 231 yards of total offence — including only 149 through the air.

"I think our guys are dialled in, to be honest with you. They're locked into what's going on. They trusted themselves. They trust the call. They trust their eyes. They don't try and see things that aren't there. They made the plays that they had to make — that's what it comes down to."

On the offensive side of the ball, Nyhus threw for 232 yards and a touchdown on 22-28 passing. Second-year running back Ryker Frank was his go-to target, hauling in eight receptions for 70 yards, to go along with 63 yards on 23 carries.

Nyhus closed out both his Canada West career and career on home field in style. The Regina, Sask. product led the Huskies to the conference championship and in doing so, finished with a 16-0 record as the team's starting quarterback at Griffiths. 

"It's pretty cool. It's one of those things where Griffiths is such a special place for me. I've been here a long time. The fact that I can kind of leave here, without ever having a bad memory at the end of the game here, is pretty cool," said Nyhus.

On the opposite side of the sidelines, the loss spelled an end to the Thunderbirds season. After a 1-3 start, the Thunderbirds won four of their next five, including last week's victory over the Regina Rams in the Hardy Cup semifinal. 

"That's a good football team — we knew that. I said it all week. They got a big, powerful offensive line. They run the ball really well. Engel came in at quarterback and made some plays. Their defence is tough. They're a good team. I got so much respect for Coach Nill and what he does. We knew it was going to be a dogfight and it was," said Flory.

Meanwhile, Saskatchewan extended their season for at least another week. The Huskies will make that aforementioned trip to the Maritimes for a meeting with the X-Men, who claimed a conference championship of their own today with a 21-14 win over the Mount Allison Mounties in the Loney Bowl. 

"I'm pretty proud of the guys. But like I said, the job's not over. We still have two more weeks until the Vanier. We just got to focus on next week with the AUS and then hopefully go from there," said Huskies running back Ted Kubongo.

"I'm sure I'll be up all night. I won't be getting much sleep, I'll be trying to watch some film and get a look ahead at our next opponent," said Flory, when asked about the Uteck Bowl matchup against St. Francis Xavier. "I'm sure they're a really good football team. If they're in the final four — they're a really good football team. We will be ready to go."

Originally posted at Huskies.USask.ca - click here for the original article.

huskies-nyhus-successfully-balancing-academics-and-athleticstrue1718730911095imj129Huskies’ Nyhus successfully balancing academics and athleticsHe’s been described as a student of the game, and it should come as no surprise that Huskies quarterback Mason Nyhus is also earning top marks off the football field.James ShewagaHuskie Athletics, 1665065400000/articles/huskies/2022/huskies-nyhus-successfully-balancing-academics-and-athleticsnewssite://news/articles/huskies/2022/huskies-nyhus-successfully-balancing-academics-and-athleticsccm0461665008173558ccm0461673549392712show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mason-nyhus.jpgsite://news/images/2022/mason-nyhus.jpgnewsmason-nyhus.jpg2920021080720Huskies quarterback Mason Nyhus on the field.Huskies quarterback Mason Nyhus is a conference all-star on the field and a four-time Academic All-Canadian in the classroom. (Photo: GETMYPHOTO.CA)NoNoneNoneNo/
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The fifth-year senior led the Huskies football team to a league-leading 7-1 record with a series of Hec Creighton Trophy type of player-of-the-year performances, as well as a 37-9 semifinal victory over the Manitoba Bisons last weekend to earn the right to host the UBC Thunderbirds in the Hardy Cup championship this Saturday at Griffiths Stadium at 1 pm. Impressively, Nyhus has done this while juggling daily practices, training sessions and team meetings with working in the classroom full-time at Saskatoon’s Bishop James Mahoney High School to complete his four-month student teaching practicum this term and earn his second degree at the University of Saskatchewan (USask).

“It’s been very busy, and I am running around quite a bit every day going to the school all day and then to campus for practice, but it’s a lot of fun and I’m enjoying it,” said Nyhus, who is on pace to complete his Bachelor of Education degree in December after earning a Bachelor of Commerce (with distinction) in USask’s Edwards School of Business in spring of 2021. “I teach Math 90 – which is Grade 9 math – and History 30 – so Grade 12 history – as well as Wellness and Physical Education Grade 10, so I am jumping around quite a bit. And then I head to practice in the afternoon to get ready for our weekend games. It’s busy, but it’s been great.”

The epitome of the student-athlete, Nyhus is an all-star player on the field and has been an Academic All-Canadian in the classroom for four straight years, one of 114 Huskies to earn the prestigious U Sports distinction for academic excellence in 2021/22 for posting an average of at least 80 per cent while completing a minimum 18 credit units in full-time studies. For Nyhus, balancing athletics and academics has always been his focus throughout his Huskies career.

TextImage/images/2022/mason-nyhus-head.jpgsite://news/images/2022/mason-nyhus-head.jpgnewsmason-nyhus-head.jpg160165800891Huskies quarterback Mason Nyhus. (Photo: Submitted)Align right

“It is very important to me. Everybody has a different journey and when I came here my first year started a little slow, not getting the marks during my first time away from home, while trying to learn how to boil water and those sorts of things,” he said with a chuckle. “But then I sort of settled in and found my groove with my classes and got lots of support from my family and my girlfriend, and lots of academic support from the university that really helped me dial in academically. And I take great pride in getting good grades.”

In another remarkable U Sports season, Nyhus has graded out as the top quarterback in the country, building on his sensational start to the season that featured a head-turning 400 yards passing and five touchdowns. For Huskies head coach Scott Flory, Nyhus is everything he could ask for in a starting quarterback and one of the leaders of the team.

“He is the consummate leader and he always has a professional approach to how we operate here,” said Flory. “There is so much that goes into that position and they have to be a lot of things all at once. And first and foremost, you have to be a trusted guy because it all really runs through the quarterback, especially in the Canadian game. You are running the orchestra and you have to know what each of the other 23 guys on the field are doing out there, in order to operate the offence with efficiency. He leads our team and he is a great young man.”

In his second season as the starting QB, the 6-foot-1, 220-pound Nyhus led the Huskies to a remarkable run in 2021, finishing in first place in the Canada West conference with a 5-1 record and going on to win the Hardy Cup league championship at Griffiths Stadium—where Nyhus is undefeated as a starter throughout his Huskies career—followed by a thrilling victory in the Uteck Bowl national semifinal to advance to Vanier Cup championship game. A heartbreaking 27-21 loss to the Western Mustangs in last year’s national final has further fueled the fire for a Huskies team determined to get back there this season.

“Obviously last year was a great year and we built on a lot of things and unfortunately it didn’t go our way at the end, but I think we carried a lot of momentum and confidence with us this year and I think it is paying dividends,” said Nyhus, a former Team Saskatchewan player who was highly recruited coming out of Regina’s Riffel High School. “We are off to a good start, but there are a lot of things to build on, too, and hopefully we can go on a nice run. I have a ton of respect for every team we face in Canada West, but I think we really do have the group to get it done this year and ultimately our goal is to win the Vanier Cup.”

TextImage/images/2022/coach-scott-flory.jpgsite://news/images/2022/coach-scott-flory.jpgnewscoach-scott-flory.jpg166524559972Huskies head coach Scott Flory. (Photo: Submitted)Align left

In addition to Flory and his coaching staff, Nyhus points to former Huskies starting quarterback Kyle Siemens as one of his mentors in his development into one of the top university quarterbacks in the country. Nyhus served as the backup to Siemens during his first couple of years on campus and the two remained close friends after Siemens graduated and moved on to a career as a physiotherapist. Nyhus credits Siemens for his leadership and guidance on the importance of excelling in both sports and studies.

“Backing up Kyle Siemens, who became one of my best friends, he was a big academic guy and really an inspiration,” said Nyhus. “I remember he had to miss a workout to study for a test or something, and he said he was also helping out the team by getting good grades and being an Academic All-Canadian. You get another scholarship for another guy on the team when you do that. So, I thought was a pretty cool and I kind of took that to heart. When you are already a scholarship guy, and you work hard to get an Academic All-Canadian (scholarship), the team can give your (athletic) scholarship to another teammate. So that is a great thing to do and I think we take great pride here when we do that.”

Nyhus’ prolific performance this season may earn him a second look from the Canadian Football League (CFL), after taking part in the CFL’s Canadian quarterback internship program by attending training camp with the Saskatchewan Roughriders in 2018 and the Calgary Stampeders in 2019, and taking part in the CFL’s Western Regional Combine for draft-eligible players on March 18 in Edmonton. While he went undrafted this year, his superb statistics and the recent resurgence of Canadian quarterbacks in the CFL may earn him a second look from professional scouts.

“Obviously, it is great seeing what Canadians are doing in the CFL,” said Nyhus, who led all Canadian university quarterbacks in passing yards by averaging 344.9 per game this season, and was second in touchdown passes with 18, while surrendering only three interceptions. “But right now, I am just focused on winning football games for the University of Saskatchewan and having the most individual success that I can here to help our team win. And if an opportunity arises from it and I get a call from the CFL, that would be fantastic, and I definitely would take that opportunity with open arms. But if not, that is OK, too. I will still continue my football journey as a coach and teacher, so I will still be around football in the future, either way.”

On pace to close out his university career with both business and education degrees, Nyhus has set himself up for success, on and off the field.

“When I first came to university, I earned a degree in the Edwards School of Business and I had a lot of classes that transferred over to education, with my math minor and history major,” he said. “I had two years of eligibility left and some of my biggest role models in life are teachers, and I love football and I would love to coach, so I wanted to get a second degree. So, I am probably going to give teaching and coaching a whirl and see if I like it. And if not, I will go into the business world. So I am proud for giving myself options after football.”

Wherever his future lies after football, Nyhus couldn’t be more satisfied with having chosen coming to USask for his studies and to suit up with the Huskies.

“I have so much respect for so many programs and for the coaches who recruited me, but choosing the University of Saskatchewan is the best decision that I ever made and I have had nothing but positive experiences here academically, athletically, socially,” said Nyhus. “I have met my best friends here at the U of S, and training together, going to school together, all those things. I have nothing but love for the City of Saskatoon and the University of Saskatchewan, and I will really cherish all the memories that I have made here and it will always be close to my heart for sure.”

huskies-have-high-hopes-for-new-seasontrue1718730911095imj129Huskies have high hopes for new seasonWith eight of their 15 teams competing at Canadian university championships last season – and two more qualifying for nationals before they were cancelled – Huskie Athletics has its sights set on making more headlines and highlights in 2022/23.James ShewagaHuskie Athletics, 1662040800000/articles/huskies/2022/huskies-have-high-hopes-for-new-seasonnewssite://news/articles/huskies/2022/huskies-have-high-hopes-for-new-seasonccm0461661982527882ccm0461673549409148show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mason-nyhus-2.jpgsite://news/images/2022/mason-nyhus-2.jpgnewsmason-nyhus-2.jpg2342811080720Quarterback Mason Nyhus throws a football during a game.Quarterback Mason Nyhus helped lead the Huskies football team all the way to the Vanier Cup national final. (Photo: GetMyPhoto.ca)NoNoneNoneNo/
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“That is exactly what we are aiming for here and we are supporting our coaches and our student-athletes so that competing at nationals becomes the norm here,” said Shannon Chinn, the chief athletics officer of Huskie Athletics at the University of Saskatchewan (USask). “Becoming a powerhouse in the country and setting the standard that our teams are going to nationals more often than not, that really makes a difference in recruiting, makes us a destination for top student-athletes, and provides an unforgettable student-athlete experience.”

Two Huskie teams made it all the way to national championship games in 2021/22, as USask’s Canada West champion football team – led by coach of the year Scott Flory – captured the Hardy Cup and the Uteck Bowl before finally falling 27-21 to the Western Mustangs in the Vanier Cup. Meanwhile, USask’s men’s basketball team rallied around interim coach Chad Jacobson to go on a memorable playoff run that took them all the way to the U Sports gold medal game by winning three of their last four playoff games, before dropping an 85-72 decision as the powerhouse Carleton Ravens won their third straight title.

“I already told the football team at the start of training camp that playing in the Vanier Cup is the new standard, so we will see you at Western! (Host of this year’s Vanier Cup),” said Chinn, with a chuckle. “Football is really set up perfectly to continue on from their Vanier Cup run last year. And I am really excited about our new men’s basketball coach Jamie Campbell. We will have a little bit of turnover on the men’s basketball team, but I am encouraged by his coaching style, philosophy and commitment to getting involved in the community.”

On the women’s side, former national team head coach Lisa Thomaidis guided her heralded Huskies women’s basketball team to their fifth Canada West title in six seasons and advanced to nationals for the eighth straight season before being upset in the opening round. Thomaidis’ team has won two national championships in the past six seasons and will look to reload to stay in the playoff picture again in 2022/23.

TextImage/images/2022/huskies-kennedy-brown.jpgsite://news/images/2022/huskies-kennedy-brown.jpgnewshuskies-kennedy-brown.jpg2132081080721Kennedy Brown and the USask Huskie women’s hockey team earned bronze medals at nationals last season. (Photo: GetMyPhoto.ca) Above content

“Women’s basketball lost some key veteran players, but Lisa always has something up her sleeve and we are looking forward to watching them again this season,” said Chinn, who is also eager to watch the Huskie women’s hockey team which advanced to nationals and capped its season by winning the bronze medal game. “Our women’s hockey team had a great season and continues to build. They were young and successful, but I think they will be even stronger with some more experience this year.”

Meanwhile, Huskie student-athletes also competed at nationals in cross-country and track and field, with the Huskie women winning their fourth straight Canada West title and earning silver medals at nationals while USask’s men’s track and field team finished second in the conference and tied for third at nationals. This season, the Huskies have the honour of hosting the Canada West championships at the Saskatoon Field House from Feb. 24-25, 2023, followed by the U Sports nationals from March 9-11, 2023.

“Our track and field, cross country and wrestling teams are always strong and compete well at national championships,” said Chinn. “I am also so happy with how both of our volleyball teams finished last year in the playoffs and they are both building on that. Our men’s hockey team had some adjustments to make with a new coaching staff, but I think they are really ready to go this year. And both of our soccer teams are starting strong and have some good recruits in. So, I really think we are looking at bigger and better things ahead for Huskie Athletics.”

TextImage/images/2022/huskies-tyrese-potoma.jpgsite://news/images/2022/huskies-tyrese-potoma.jpgnewshuskies-tyrese-potoma.jpg155802600844Tyrese Potoma helped USask’s men’s basketball team advance all the way to the U Sports national championship game last season. (Photo: GetMyPhoto.ca)Align right

In addition to men’s basketball, Huskie men’s hockey will be guided by a new head coach this season as Brandin Cote takes over as interim head coach, with former Stanley Cup and Olympic champion coach Mike Babcock announcing that he is stepping down from the head coaching role and turning the reins over to his associate head coach.

The new season ahead also brings a new competition as the provincial rivalry between USask’s Huskies and the University of Regina (U of R) Cougars/Rams is renewed with the start of the U-Prairie Challenge as the province’s two programs battle for bragging rights. The season-long competition begins Friday, Sept. 2 as the Huskies host the Cougars in women’s soccer at Griffiths Stadium, with the official kickoff game slated for Sept. 17 at Regina’s Mosaic Stadium when the U of R Rams host the Huskies on Football Day in Saskatchewan. The competition wraps up with the Huskies hosting the Cougars in women’s hockey on Feb. 4 at Merlis Belsher Place.

“It is going to be exciting and it will be a great showcase for our teams and we are really looking forward to it,” said Chinn. “This year we have a big focus on getting more fans in the stands and building a presence in the community and getting everyone behind Huskie Athletics. Women’s soccer kicked off our 2022/23 season with a win, so we’re all going to follow their lead.”

huskies,-cougarsrams-team-up-for-u-prairie-challengetrue1718730911095imj129Huskies, Cougars/Rams team up for U-Prairie ChallengeSaskatchewan’s two provincial powerhouses will go head-to-head in a new year-long competition this season showcasing the best in university athletics and reigniting a regional rivalry with national implications.James ShewagaHuskie Athletics, 1657224000000/articles/huskies/2022/huskies,-cougarsrams-team-up-for-u-prairie-challengenewssite://news/articles/huskies/2022/huskies,-cougarsrams-team-up-for-u-prairie-challengeccm0461657206790707ccm0461673549426562show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/logo-and-many-athletes-.jpgsite://news/images/2022/logo-and-many-athletes-.jpgnewslogo-and-many-athletes-.jpg2504241080720U Prairie Challenge logoNoNoneNoneNo/
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The University of Saskatchewan (USask) Huskies and University of Regina (U of R) Cougars/Rams teams will face off in the first U-Prairie Challenge, a celebration and competition spotlighting the province’s two U Sports athletic programs and the elite student-athletes that are the pride of both institutions. While provincial bragging rights are on the line, the initiative also signals a new partnership between the programs, as USask and U of R team up to bring new exposure to university athletics and generate new fans and followers, supporters and sponsors.

“This Challenge will offer new opportunities to connect, compete, and celebrate, building pride in our programs and opening the door to new fans and new supporters, as we highlight and spotlight one of the best rivalries in the country,” said USask President Peter Stoicheff. “Like the Cougars and Rams, our Huskie student-athletes are outstanding players and also wonderful ambassadors for our university every time they put on a jersey. We are extremely proud of their efforts, on the field and the track, in the gymnasium and the arena, and in our classrooms, labs and research facilities.”

The U-Prairie Challenge begins with a women’s soccer match in Saskatoon on Sept. 2. The new point-based competition will hold its official kickoff event this year on Football Day in Saskatchewan on Saturday, Sept. 17 when the Huskies and Rams battle at Mosaic Stadium in Regina. The competition will conclude with the Huskies and Cougars clashing in a women’s hockey season finale at Saskatoon's Merlis Belsher Place on Saturday, Feb. 4. In all, 18 games in five team sports will be played between the two provincial rivals in the 2022/23 Canada West conference season, featuring football, hockey, soccer, basketball and volleyball.

TextImage/images/2022/usask-mason-nyhus.jpgsite://news/images/2022/usask-mason-nyhus.jpgnewsusask-mason-nyhus.jpg2249321080721Quarterback Mason Nyhus and the Huskies will clash with the Cougars on September 17 to kick off the new U Prairie Challenge between the University of Saskatchewan and University of Regina. (Photo: Josh Schaefer/Huskie Athletics/GetMyPhoto.ca)Above content

“We are excited to kick off the U-Prairie Challenge in partnership with the University of Regina,” said Huskie Athletics Chief Athletics Officer Shannon Chinn. “Huskie Athletics enjoyed one of its most successful years in 2021-22, and we are thrilled to showcase our Huskie programs and incredible student-athletes in this new competition. The U-Prairie Challenge will re-ignite our provincial rivalry with each competition being of paramount importance. This is a very exciting time for the Huskies as we connect with our fans and showcase the true ‘Power of the Pack’ throughout the province.”

The modern era of official league competition between the two universities goes back to 1968. Over those past 54 years, the rivalry between USask and the U of R has become one of the best in the country, with both programs producing national champions in multiple sports, including 27 national titles won by Huskie teams, as well as 127 Canada West conference championships. The Huskies’ last national championship title was won by USask’s women’s basketball team in 2020, just prior to the pandemic, while the Cougars’ most recent of five national championship titles came in 2010 when U of R’s women’s curling foursome found golden glory.

TextImage/images/2022/usask-carly-ahlstrom.jpgsite://news/images/2022/usask-carly-ahlstrom.jpgnewsusask-carly-ahlstrom.jpg204493600891USask’s Carly Ahlstrom will be a driving force in the Huskies’ new season-long head-to-head competition with their provincial rivals, the U of R Cougars. (Photo: Josh Schaefer/Huskie Athletics/GetMyPhoto.ca)Align right

The new U-Prairie Challenge is designed to build the tradition and brand of both athletic programs and create an identity for the institutional rivalry between USask and U of R. In addition to shining the sports spotlight on the elite athletes representing both universities, the new competition will also feature an enhanced experience for fans, with the opening and closing games also including concerts and other entertainment and activities to boost attendance and game-day excitement and to create new crossover marketing sponsorship potential.

The last meeting between the Huskies and Cougars provided another thrilling chapter in this storied rivalry, with the Huskies earning a hard-fought 97-93 overtime victory over their provincial rivals in the Canada West men's basketball bronze medal game on March 19, setting the stage for their run to the U Sports national championship final. The rivalry resumes in Regina where the Rams will host the Huskies on Sept. 17, this time on the football field in the official kickoff event of the U Prairie Challenge.

“We here with Huskie Football are excited to compete alongside our other Huskie Athletics teams against our provincial rivals,” said Huskies head coach Scott Flory, who guided his team all the way to the national championship game last season before falling 27-21 to the Western Mustangs in the 56th Vanier Cup. “Saskatchewan is football country and both programs are highly respected nationwide. We have an intense rivalry and every time we play, it’s a competitive and entertaining football game. We can’t wait for September 17th!”

huskies-student-athlete-set-to-compete-for-canadatrue1718730911095imj129Huskies student-athlete set to compete for CanadaFive years ago, Nicole Ostertag was a budding ballet star, having trained at prestigious art institutes the likes of Canada’s National Ballet School in Toronto and the American Ballet Theatre in New York City.James ShewagaHuskie Athletics, 1651759200000/articles/huskies/2022/huskies-student-athlete-set-to-compete-for-canadanewssite://news/articles/huskies/2022/huskies-student-athlete-set-to-compete-for-canadaccm0461651691915033ccm0461651692004587show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/nicole-ostertag-1.jpgsite://news/images/2022/nicole-ostertag-1.jpgnewsnicole-ostertag-1.jpg3130051080720Nicole Ostertag of the College of Kinesiology is a student-athlete with the USask Huskies track and field team who has been selected to compete for Canada this month.Nicole Ostertag of the College of Kinesiology is a student-athlete with the USask Huskies track and field team who has been selected to compete for Canada this month. (Photo: GetMyPhoto.CA)NoNoneNoneNo/
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Today, the outstanding student-athlete with the University of Saskatchewan (USask) Huskies is a rising track and field star who is preparing to compete for Canada in an international competition for the first time later this month. Remarkably, she has earned her spot on the national team without having taken part in Canadian university sports competition for two years due to injuries and the pandemic.

“Making the national team is something that a lot of athletes dream of doing and I have dreamed of it since I started doing track,” said Ostertag, who will don Canada’s colours to compete against future Olympians in the North American, Central American and Caribbean Athletics Association Combined Events Championship May 14-15 at the Terry Fox Athletics Facility in Ottawa. “Very few athletes get to that level, so it feels like an accomplishment for sure. And just being able to compete again after being injured for so long, it feels really good. And competing against athletes at that level will be a great experience.”

Despite her lengthy layoff due to a lingering leg injury, Ostertag proved that she could race with some of the best young heptathlon athletes in the North America when she lined up against a field of top U.S. college competitors at the Bryan Clay Invitational in Azusa, California from April 13-16, clinching her spot on the Canadian team. The USask kinesiology student finished second out of 25 athletes in her division in the women’s heptathlon by setting a new personal best of 5,443 points, including career-best performances in the long jump, shot put, javelin, 800 metres, and 100m hurdles.

TextImage/images/2022/nicole-ostertag-2.jpgsite://news/images/2022/nicole-ostertag-2.jpgnewsnicole-ostertag-2.jpg2425858001131Nicole Ostertag. (Photo: GetMyPhoto.CA)Align right

“I have had some issues with my lower leg and I didn’t compete in the U Sports season this year because of it, so it has been a long haul to get here and I was finally healthy enough to compete and we kind of surprised ourselves with the results and it ended up qualifying me for the national team,” said Ostertag, who earned a bronze medal in pentathlon in her rookie season and a silver in her second year at the national track and field championships, but did not compete in the last two U Sports seasons.

If competing for the first time after a long layout wasn’t enough, Ostertag did it while also writing three final exams remotely from California, where she took part in elite spring track events in the month of April.

“I just finished my last exam (on April 26) so it has been interesting trying to write my exams down here in California while I have been training and competing and trying to balance it all,” said Ostertag, who in addition to making the national team while south of the border also learned that she had earned her first perfect grade of 100 per cent in one of her kinesiology classes.

Of course, excelling in athletics and academics is nothing new for the four-time Academic All-Canadian (awarded to U Sports student-athletes who earn a minimum of 80 per cent in their classes while completing a full course load). In fact, Ostertag has been one of the top students in the College of Kinesiology throughout her time at USask, earning the college’s undergraduate academic award as the top student in her third year of study with an impressive average of 96 per cent, and has followed that up with a 95 per cent average in the 2021/22 fall and winter terms.

“I’ve always had this drive to be the absolute best I can be in everything I do, so with school I go into every class with the goal of finishing with 100 per cent and I really push myself to do the absolute best I can, and that’s the same thing with my training for track, too,” said Ostertag, who is on pace to complete her Bachelor of Science in Kinesiology in spring of 2023. “It is a challenge to balance both (academics and athletics) and there are definitely some sacrifices that I have to make, but it is worth it.”

Ostertag knows all about making sacrifices, after leaving home at a young age to pursue her passion for ballet for four years at top ballet schools from Calgary to Toronto to New York to Philadelphia, before deciding to return home to Saskatoon for her final year of high school.

“I had kind of reached a point where I knew I would have to choose between auditioning for ballet companies and going all in with ballet as a career, versus going to university and getting a degree,” she said. “And I just knew that I was academically inclined, and university is something that I wanted to do, and my passion for ballet had kind of fizzled out. It was also hard being away from home at that age. I left home when I was 13, 14, so it was difficult being away from my family because we are very close. Not having that support through my ballet training and trying to balance school and being away from home, that was very tough.”

After returning to Saskatoon for Grade 12, Ostertag played basketball at Holy Cross High School, and then tried track and field in the spring with instant success by winning a provincial gold medal in high jump and a bronze in hurdles, opening the door to her Huskie career. Now, she is following in the footsteps of her parents Dave and Lesia, both former Huskie student-athletes who also competed internationally for Canada in track and field, while her brothers Evan and Daniel both excelled in Huskie basketball.

“It was definitely a surprise when I decided to come home and completely switch gears into track,” she said. “My family didn’t expect that, but it was an easy transition for me, having their support, because they have all been through the student-athlete experience. And now it has ended up being a very large part of my life, so it is interesting how that happened.”

Now as she prepares for her first national team competition, Ostertag is hoping this is the first step towards a new goal: no longer dancing on Broadway, but competing in the Olympics.

“That is the dream,” said Ostertag, who still has three years of eligibility as a Huskie student-athlete. “I have a lot of work to do to get there first, but that would be the ultimate goal.”

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Three Huskie football players were picked in the May 3 Canadian Football League draft. Defensive lineman Nathan Cherry (third overall), offensive lineman Noah Zerr (12th overall), and defensive lineman Riley Pickett (41st overall) were all selected by the B.C. Lions. Zerr has also accepted a free-agent invitation to attend rookie mini-camp with the National Football League’s New York Giants … Huskies star running back Adam Machart announced his retirement from football just days before the CFL draft. Machart was a two-time U Sports All-Canadian and set a record for most rushing yards (1,330) in a single season … Huskies spring football camp runs May 5-8 at Griffiths Stadium, kicking off following the return of the Dogs’ Breakfast after a two-year hiatus due to the pandemic … Huskie men’s basketball player Nervens Demonsthene was selected fifth overall by the Ottawa Blackjacks on April 19 in the 2022 Canadian Elite Basketball League U Sports Draft, after helping lead USask to the national final this season. The 6-foot-2 guard suited up for the Saskatchewan Rattlers last summer after being drafted first overall … Four Huskies will compete in the 2022 U Sports East-West Bowl, featuring the top university football players in the country. Huskies defensive back Charlie Ringland, running back Josh Ewanchyna, receiver Daniel Perry and defensive end Connor Delahey with suit up May 7 in Hamilton, Ont. Former Huskies coach Brian Towriss will lead Team West … Four members of the Huskie women’s soccer team have signed on to play semipro soccer this summer in League 1 Ontario: goalkeeper Jadyn Steinhauer (London TFC), midfielder Taneil Gay (London), defender Hannah Zdunich-Costa (North Mississauga Panthers), and defender Kalli Cowles (Oakville Blue Devils).

usask-to-host-roughriders-training-camp-for-next-three-yearstrue1718730911095imj129USask to host Roughriders training camp for next 3 yearsFor the first time in three years, the University of Saskatchewan (USask) will be the site of Saskatchewan Roughriders training camp this spring.University Communications1650398400000/articles/huskies/2022/usask-to-host-roughriders-training-camp-for-next-three-yearsnewssite://news/articles/huskies/2022/usask-to-host-roughriders-training-camp-for-next-three-yearsvvd8931650387150451ccm0461662041182606show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/riders_usask.jpgsite://news/images/2022/riders_usask.jpgnewsriders_usask.jpg1895691080720(L-R) Roughriders General Manager Jeremy O'Day and President/CEO Craig Reynolds, USask President Peter Stoicheff and Huskies Head Coach Scott Flory. (Photo: Submitted)NoNoneNoneNo/
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The university and the Roughriders announced Tuesday that the CFL team will be returning to the main Saskatoon campus for Coors Light Training Camp, as part of a three-year agreement with USask.

“We are thrilled to renew our relationship with the Saskatchewan Roughriders and to have our University of Saskatchewan campus serve as the home for training camp for the next three years,” said USask President Peter Stoicheff. “We are also grateful to the provincial government’s $3.14-million investment in 2020 to replace the artificial turf at Griffiths Stadium in Nutrien Park, which has created a state-of-the-art safe playing surface for our Huskie student-athletes and community users and has helped position our university to host major events like Roughriders training camp. We look forward to welcoming the team back to campus, including the many former
Huskie Athletics student-athletes who have moved on to professional careers with the Roughriders.” 

Roughriders training camp will run from May 15-June 3 this year, with practices located at USask’s Griffiths Stadium from May 15-May 27. The team will host its Green and White game on May 28, before returning to Regina on May 29 for the remainder of the preseason. Rookie camp will run from May 11-13 at Griffiths Stadium.

The Roughriders were last in Saskatoon for training camp in 2019.

“After two years away from the University of Saskatchewan we are thrilled to have a renewed partnership with the University of Saskatchewan and to bring our team up to prepare for the 2022 season,” said Roughriders President and CEO Craig Reynolds, a USask alumni member. “We have missed being in Saskatoon and are really looking forward to spending more time with our fans located in the central part of province and beyond.”

The university is excited to have the opportunity to host Roughriders training camp once again, with several former Huskie football players on the Roughriders’ roster this year.

“We pride ourselves on our incredible facilities and we know that our turf, along with the Ron and Jane Graham Clubhouse, are world-class,” said Huskies Chief Athletics Officer Shannon Chinn. “Having the Roughriders on campus is beneficial to our program as our Huskie student-athletes, fans and community will be able to experience a professional training camp in our own home.” 

After hosting training camp in Regina in 2021, due to COVID-19 health and safety protocols, Roughriders Vice-President of Football Operations Jeremy O’Day is happy to return to USask. 

“The University of Saskatchewan has always been a fantastic host and the facilities are ideal for what we need to run a safe and successful training camp,” said O’Day. “With everything our players, coaches and staff need within walking distance on campus, it allows us all to focus on putting together the best possible team and a strong 2022 season.” 

The Roughriders will also be participating in the Huskies Football Foundation’s Dog’s Breakfast with four members of the 2007 Grey Cup championship team appearing as the keynote speakers for the fundraiser. O’Day, 2021 Plaza of Honour inductee Andy Fantuz, former Roughrider defensive back Tad Kornegay and Moose Jaw native Scott Schultz will appear in conversation with TSN broadcaster and former Roughrider Glen Suitor. 

In addition, members of the Roughriders, including quarterback Cody Fajardo, receiver Shaq Evans, kicker Brett Lauther and offensive lineman Dan Clark, will attend the event. Tickets are available by visiting the USask website.

ukrainian-usask-student-reunites-with-family-fleeing-wartrue1718730911095imj129Ukrainian USask student reunites with family fleeing warReuniting with his family fleeing the war in Ukraine is a moment University of Saskatchewan (USask) student Bohdan Titorenko has been waiting for over a month and will never forget. University Communicationsukraine,1649793180000/articles/huskies/2022/ukrainian-usask-student-reunites-with-family-fleeing-warnewssite://news/articles/huskies/2022/ukrainian-usask-student-reunites-with-family-fleeing-warccm0461649793401608vvd8931650400295995show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/titorenko-2.jpgsite://news/images/2022/titorenko-2.jpgnewstitorenko-2.jpg1407981080720Huskie Athletics wrestler and USask student Bohdan Titorenko is fundraising to bring his family to safety in Canada. (Photo: Submitted)Huskie Athletics wrestler and USask student Bohdan Titorenko is fundraising to bring his family to safety in Canada. (Photo: Submitted)NoNoneNoneNo/
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As reported by CTV Saskatoon in a recent story, on the morning of Saturday, April 9, Titorenko’s younger brother, sister and mother landed at the Saskatoon airport and were welcomed with blue and yellow flowers from their oldest sibling.

Titorenko says he couldn’t hardly contain his excitement.

"When I was standing there I was thinking 'where are they? Where are they?' but I think 'okay I waited one month and more, but I will wait five minutes more,'" Titorenko said at the airport to CTV.

The first-year member of the Huskie Athletics wrestling team had been raising money to bring his family to safety in Canada. While his father remains on the front lines overseas, Titorenko set up a GoFundMe page and was able to raise $15,000 to help bring his family to Canada. Huskie Athletics helped to support the family by holding a Wrestle For Ukraine fundraising clinic at USask to help pay for legal and travel costs.

“People are supporting. I am thankful,” said Titorenko, who arrived in Canada on Nov. 27 and is wrestling for the Huskies and studying business administration on scholarship at USask. 

Read more on this story from CTV Saskatoon. 

Read more on this story from CBC Saskatoon. 

huskies-claim-canada-west-championship-once-againtrue1718730911095imj129Huskies claim Canada West Championship once againFor the fifth-time in the last six seasons, the University of Saskatchewan Huskies women's basketball team are Canada West Champions, as they defeated the Winnipeg Wesmen 68-59 on Ron & Jane Graham Centre Court at the PAC.Huskie AthleticsHuskie Athletics, 1647879180000/articles/huskies/2022/huskies-claim-canada-west-championship-once-againnewssite://news/articles/huskies/2022/huskies-claim-canada-west-championship-once-againccm0461647879363406ccm0461647879363406show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ssk_win_celebration_j1d43783_1_.jpegsite://news/images/2022/ssk_win_celebration_j1d43783_1_.jpegnewsssk_win_celebration_j1d43783_1_.jpeg2578831080720 The University of Saskatchewan Huskies women's basketball teamFor the fifth-time in the last six seasons, the University of Saskatchewan Huskies women's basketball team are Canada West Champions. (Photo: GetMyPhoto.ca)NoNoneNoneNo/
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Carly Ahlstrom led the way on the conference's brightest stage, pacing Saskatchewan with a 22-point performance on 7-12 shooting. Tea DeMong was instrumental in the biggest game of her young Huskies career, recording 15 points on 7-7 shooting, including some big buckets down the stretch.

Saskatchewan held a two-point advantage heading into the fourth, then pulled away. Winnipeg got into foul trouble as the final frame wore along, as the green-and-white started to push the tempo and eventually, outscored the visitors 22-15 in the fourth to help hoist the Valerie Girsberger Trophy once again.

"Winning those close games really says a lot about our group. You can tell by our experience we've been in these games before. They don't get rattled and it really showed tonight," said Huskies head coach Lisa Thomaidis.

Winnipeg was looking for the programs first conference championship in program but ultimately came up a hair short on a night when it felt like history could be made.

Saskatchewan and Winnipeg matched up four times in the regular-season, with the pair of programs splitting the games two apiece — presenting a rubber match when it mattered the most.

The win enshrined what was a legendary conference career for Libby Epoch and Summer Masikewich. The pair of fifth-year standouts, who each were honoured with Canada West major awards earlier this week, closed their conference careers the way they started it — with a conference championship. Epoch and Masikewich won four Canada West titles in their time as Huskies in their five years of eligibility — all coming on their home floor at the PAC.

"It's crazy to me," said Masikewich. "Every year it's just a hard fought battle with the girls and we come together for a win. I'm just so proud. It's just an amazing feeling."

"How great for them in their last game on this court and they go out as champs. To win four of five in their career it's just unheard of," said Thomaidis. "Literally targets on their back from the first year and to continue to perform and produce in the biggest moments is really amazing."

It was an atmosphere fitting for a conference championship, as an official number of 1,732 filed into the PAC for the contest.

"There's no bigger stakes than this. Even at nationals, we don't get crowd noise like this," said Thomaidis. "They played a big role for us."

"We're super grateful for everyone showing up tonight. Hopefully they got their money's worth and enjoyed the game — it was a fun game to be a part of."

Both the Huskies and the Wesmen will be back in action in less than two weeks time at the U SPORTS Final 8 in Kingston, Ont. Action gets underway on Thursday at Queens University.

Story originally published at Huskies.USask.ca.

huskie-wrestler-trying-to-bring-ukrainian-family-to-safetytrue1718730911095imj129Huskie wrestler trying to bring Ukrainian family to safetyBohdan Titorenko’s thoughts will be with his Ukrainian family overseas as he competes for a championship title on Saturday at the University of Saskatchewan (USask).James ShewagaHuskie Athletics, 1647030780000/articles/huskies/2022/huskie-wrestler-trying-to-bring-ukrainian-family-to-safetynewssite://news/articles/huskies/2022/huskie-wrestler-trying-to-bring-ukrainian-family-to-safetyccm0461647031091240ccm0461651179911546show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/titorenko-2.jpgsite://news/images/2022/titorenko-2.jpgnewstitorenko-2.jpg1407981080720Huskie Athletics wrestler and USask student Bohdan Titorenko.Huskie Athletics wrestler and USask student Bohdan Titorenko is fundraising to bring his family to safety in Canada. (Photo: Submitted)NoNoneNoneNo/
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As the international student prepares for the final competition of the season, the first-year member of the Huskie wrestling team has also been trying to raise money to bring his family to safety in Canada. In a recent call, Titorenko’s father Alexander told him that the family home in Zhytomyr – 200 kilometres away from the capital of Kyiv – was destroyed by Russian bombing a week ago, with Russian attacks on civilian housing, schools and hospitals now being investigated as war crimes by the international community.

Titorenko’s mother Ireina, and younger brother David and sister Anfasa have fled to Poland – among the 2.3 million refugees who left Ukraine since the start of the invasion, according to the United Nations – while his father has remained in Ukraine as part of the civilian defence force. For Titorenko, it has been heartbreaking being separated from his family at this time.

“For sure, it is really difficult to not be there with them,” said Titorenko. “There are attacks everywhere. It’s terrible.”

While his father remains on the front lines overseas, Titorenko is fundraising through GoFundMe to try to bring the rest of the family to Canada, with Huskie Athletics supporting the family by holding a Wrestle For Ukraine fundraising clinic this Sunday at USask to help pay for legal and travel costs.

“People are supporting. I am thankful,” said Titorenko, who arrived in Canada on Nov. 27 and is wrestling for the Huskies and studying business administration on scholarship at USask. “I don’t know how much we will need to bring them here.”

TextImage/images/2022/titorenko-1.jpgsite://news/images/2022/titorenko-1.jpgnewstitorenko-1.jpg1834561080720Huskie Athletics wrestler and USask student Bohdan Titorenko is fundraising to bring his family to safety in Canada. (Photo: Submitted)Above content

While he tries to support his family from afar, Titorenko is also trying to prepare for the season-ending Canada West conference wrestling championship – there are no nationals this year due to the pandemic – after qualifying to compete in the 76-kilogram weight class. While he has struggled with mentally preparing for the championship, Titorenko said he was encouraged by his father to complete the season and compete this weekend.

“It is very hard and I didn’t want to compete, but my father said you must wrestle and show you are Ukrainian, you are powerful,” said Titorenko, who first learned about USask when he trained with fellow Huskie wrestler Carson Lee two years ago in Ukraine when Lee was preparing to compete in the junior world championships overseas. “My father said, ‘We are strong here and you have to be strong there.’”

Huskie wrestling coach Daniel Olver said his student-athletes and coaches, and others in Huskie Athletics are doing everything they can to help support Titorenko in training to compete, studying to complete his classes, and fundraising to reunite with his family.

“It is awful what is happening in Ukraine and this championship seems insignificant in the grand scheme of things, but that is what he can control right now and what is going to help him and his family down the road, showing that he is a community member in Saskatoon and at the University of Saskatchewan,” said Olver. “That is what got him here and that is how he can best help his family right now.”

The conference wrestling championships begin Saturday at the PAC at 10 am, with Huskies competing from 12:30-4 pm. On Sunday, the Wrestle for Ukraine fundraising clinic will start at the Education Building gymnasium at 12 noon.

TextImage/images/2022/titorenko-3.jpgsite://news/images/2022/titorenko-3.jpgnewstitorenko-3.jpg1695261080699Above content
huskies-earn-top-marks-in-mid-season-report-cardtrue1718730911095imj129Huskies earn top marks in mid-season report cardAfter missing an entire season due to the pandemic, University of Saskatchewan (USask) Huskie teams have quickly made up for lost time.James ShewagaHuskie Athletics, 1641931320000/articles/huskies/2022/huskies-earn-top-marks-in-mid-season-report-cardnewssite://news/articles/huskies/2022/huskies-earn-top-marks-in-mid-season-report-cardccm0461641931949401ccm0461647879394318show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/montreal-huskies.jpgsite://news/images/2021/montreal-huskies.jpgnewsmontreal-huskies.jpg2880121080720The University of Saskatchewan (USask) Huskies celebrated winning the Uteck Bowl on Nov. 27 in Montreal to earn a spot in the Vanier Cup national championship game. (Photo: USPORTS)NoNoneNoneNo/
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Four Huskie teams are each ranked in the top four in the country as they begin the second half of the season, following on the heels of the remarkable run by the Huskie football team that advanced all the way to the Vanier Cup national championship game in December.

For the more than 400 dedicated – and fully vaccinated – USask student-athletes representing the university on 15 teams in eight sports, the return to competition has been cathartic, re-igniting their passion to perform after missing an entire season of competition. After studying largely remotely during 2020/21, a total of 148 Huskie student-athletes representing all 15 teams and 10 colleges were named Academic All-Canadians in October, after earning academic averages of better than 80 per cent while taking full course loads over the past year.

TextImage/images/2022/shannon-chinn-hs.jpgsite://news/images/2022/shannon-chinn-hs.jpgnewsshannon-chinn-hs.jpg197371800791Huskies Chief Athletic Officer Shannon Chinn. (Photo: Submitted)Align right

“I could not be more proud of the way each of our Huskie student-athletes have handled the uncertainty the pandemic has created, while remaining completely committed to excelling in both academics and athletics,” said Chinn, who took over as chief athletics officer on June 15, 2021. “Our student-athletes displayed remarkable resiliency and resolve in their year away from competition and have returned determined to compete this season.”

As Huskies student-athletes get set to return to action in the winter semester, U Sports teams across the country are preparing for short-term scheduling adjustments due to the ongoing pandemic, including the cancellation of USask’s Sanderson Classic track and field meet that was scheduled for this weekend in Saskatoon.

Huskie volleyball and hockey will go ahead this weekend at USask, but will be played without spectators in attendance – on the guidance of public health officials and the university’s Pandemic Response and Recovery Team – due to the increase in COVID-19 cases and the rapid spread of the Omicron variant.

Huskies volleyball matches Friday and Saturday at the Physical Activity Complex, and women’s hockey on Friday and men’s hockey on Saturday at Merlis Belsher Place will be affected this weekend, with the status of games for January 21-22 to be announced next week. Huskie fans can still watch all Huskie games this weekend on CanadaWest.tv, and tune in to listen to this weekend’s hockey action on HuskieFAN.ca.

TextImage/images/2022/huskies-champions.jpgsite://news/images/2022/huskies-champions.jpgnewshuskies-champions.jpg2617561080720The Huskies beat the Brock Badgers 82-64 in 2020 for the USask women's basketball team's second U SPORTS title in program history. (Photo: Valerie Wutti via Huskie Athletics)Above content

Chinn said Huskie Athletics has been prepared for possible pandemic disruptions, while remaining firmly focused on safely chasing the next national title for USask.

Leading the way for the Huskies is the 2020 defending national champion USask women’s basketball team, which is ranked No.1 in the country and sports a perfect 8-0 record to start the season under former Canadian Olympic team head coach Lisa Thomaidis. After a year away from competition and dealing with public health measures that limited practices and training, Thomaidis couldn’t be more pleased with how her team has bounced back this year in search of back-to-back championships.

“I’m so proud of our team and how they persevered through that last season, despite not being able to compete,” said Thomaidis. “Our team continued to train and improve, and I think that is reflected in how our team has performed so far this season. We have a solid core of players who are national champions and know what it takes to win at the highest level. They have been able to carry forward that work ethic and commitment to excellence and convey that to our new players.

“More than anything, I think we are all just grateful that we are back practicing and competing and we’re looking forward to the second half of the season to see just how much we can improve as a team.”

Like Thomaidis’ team, head coach Scott Flory’s Huskie football team made the most of the lost season, focusing on individual training at times when practice sessions were limited due to public health and safety measures. That dedication in 2020 paid off in 2021 for Flory’s football club, which posted an impressive 5-1 record on the way to winning the Huskies’ 20th Hardy Cup league championship and first Uteck Bowl to advance all the way to the Vanier Cup national final before coming up just short 27-21 to the Western Mustangs.

“The ending isn’t what we wanted and it still has a bitter taste in my mouth and for all of our players, too,” said Flory, who was named the Canada West conference coach of the year. “But reflecting back, there is a lot there to be proud of. Nobody really knew the shock of the hit of the pandemic in March 2020 and then losing the season. But, the resiliency of our guys to stay connected and stay together through it all was really remarkable. We had everybody here training throughout that lost season and guys dedicated to doing whatever they could, whatever we were allowed to do within the restrictions. So we are super proud of what these young men accomplished this season.”

TextPullquote“I could not be more proud of the way each of our Huskie student-athletes have handled the uncertainty the pandemic has created, while remaining completely committed to excelling in both academics and athletics." Shannon Chinn /Align left

As the winter term begins, Huskie women’s basketball is just one of a number of USask teams who have had impressive starts to the season. The Huskie men’s and women’s wrestling teams are both ranked No.2 in the country with a number of student-athletes strong medal contenders, while the Huskie men’s hockey team is ranked fourth in the nation with a 9-3 record in its first season under new former Olympic and Stanley Cup-winning coach Mike Babcock. Meanwhile, the Huskie men’s basketball team (5-3) has moved into the Top 10 rankings at No.9, while the women’s volleyball team (5-1) is riding a five-match winning streak and on the verge of moving into the national rankings.

Huskies wrestlers are looking forward to hosting the Canada West conference championship on Feb. 11 at USask’s Physical Activity Complex, while Huskie track and field athletes are scheduled to compete in the conference championships on Feb. 25-26 in Winnipeg.

indextrue1718730911095imj129Section titlerename me/articles/huskies/2022/indexnewssite://news/articles/huskies/2022/indeximj1291641310249508imj1291641310249508show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
generaltrue1547742683871pey849General NewsGeneral News Archives/articles/generalnewssite://news/articles/generalimj1291547618027732imj1291704897304590show-in-navNo2024true1718295563158imj1292024/articles/general/2024newssite://news/articles/general/2024imj1291704210935442imj1291704210935442show-in-navNousask-surpasses-428-million-mark-in-major-giving-campaigntrue1718730911095imj129USask surpasses $428-million mark in major giving campaign $500-million The Be What the World Needs Campaign for the University of Saskatchewan is a year from completion.usask, 1718148600000/articles/general/2024/usask-surpasses-428-million-mark-in-major-giving-campaignnewssite://news/articles/general/2024/usask-surpasses-428-million-mark-in-major-giving-campaignccm0461718144311733ccm0461718144696394show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/campaign-collage_news.jpgsite://news/images/2024/campaign-collage_news.jpgnewscampaign-collage_news.jpg4074841080720Campaign for USask – text with USask branding, along with several photos of various members of the USask community, researchers at work, and outdoor scenes. Text says TOGETHER WE WILL in all capital letters along with “The Campaign for the University of Saskatchewan”Join us in the most ambitious campaign in Saskatchewan’s history.NoNonesupport-studentsNo/
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The finish line is in sight for the Be What the World Needs Campaign for the University of Saskatchewan (USask). 

With a year to go, $428,322,860.34 has been raised through the campaign, which has a goal of $500 million. More than 18,000 alumni have donated, along with approximately 1,400 corporations, 5,000 individuals and 400 foundations. A total of 92,784 donations have been made.

“Thanks to the incredible support from our community of alumni, donors and friends, we are making remarkable strides towards our goal of raising $500 million. But we need champions to help us cross the finish line,” said USask President Peter Stoicheff. “Together, we can meet this goal and ensure USask succeeds in its mission of tackling the world’s greatest challenges.”

Today’s milestone announcement included a community celebration at Merlis Belsher Place, where more than 500 people gathered to hear an update on the campaign’s progress and learn about the role alumni and the community can play in reaching the fundraising goal.

Funds raised will go toward work in four main areas. The first is leading critical research, aimed at increasing the number of endowed research chairs, supporting graduate student funding, and providing undergraduate research experiences. Next, we will support Indigenous achievement by creating funds for scholarships and bursaries, new programming, support for learners and reducing barriers to post-secondary education. Third is a focus on student success by creating new scholarships and bursaries, technology support, mentorship programming and other initiatives that support the health and success of our learners. Finally, visionary spaces will be designed, including those for the Colleges of Dentistry and Engineering, the Prince Albert campus, the Emma Lake Kenderdine campus, upgraded libraries and improved classrooms and laboratories.

TextImage/images/2024/engineering-design-hub-conceptual-images-presentation-lab-copy.jpgsite://news/images/2024/engineering-design-hub-conceptual-images-presentation-lab-copy.jpgnewsengineering-design-hub-conceptual-images-presentation-lab-copy.jpg50278600334Concept rendering of the Innovation, Design, Engineering, and Applied Sciences (IDEAS) Expansion.Align right

One of the ambitious projects featured in the campaign is transforming the Engineering Building through the Innovation, Design, Engineering, and Applied Sciences (IDEAS) Expansion. The $90-million capital project will create a facility encouraging focused study and the vibrant exchange of ideas and creativity. These are necessary skills for emerging leaders in the profession.

“Engineering isn't an individual sport. The projects are just too big for any one person,” explains Lisa Feldman, department head and professor of civil geological and environmental engineering at USask. “Engineering education isn't just about students coming here to go to class and then running home again. We want them to have comfortable spaces here to work, collaborate and to learn from each other.”

TextImage/images/2024/2022-feldman-lisa-cropped-resized.jpgsite://news/images/2024/2022-feldman-lisa-cropped-resized.jpgnews2022-feldman-lisa-cropped-resized.jpg33882450600Dr. Lisa Feldman, USask College of Engineering. (Photo: Submitted)Align left

“The IDEAS space will provide hands-on experience, so our emerging engineers are equipped to provide the effective design solutions needed in the real world,” Feldman said.

The problems of today are unlike anything we have seen before and continue to grow in scope and complexity. As the world changes, one thing remains the same — engineers play a critical role in solving problems that impact our lives. This holds true for all the researchers, scholars and artists working across USask’s campuses.

The projects supported so far in the campaign are broad and varied. One gift provided transformative support for mental health and wellness for students through a new fund.  There are updated tennis courts, a mobile unit for rural health, support for kids’ camps and updated classrooms with new technology and equipment. A new research chair in Métis Governance and Policy is the first of its kind in Canada.

“We have the momentum and clear support we need to find success. We know donors want to connect with causes that are meaningful to them, and USask offers an incredible range of possibilities for those looking to create change and leave a legacy,” said Cheryl Hamelin, vice-president, University Relations. “We are thrilled with how far we’ve come, and are confident in how the rest of this story will unfold.”

Find the case for support for the Campaign for the University of Saskatchewan here.

Learn more about the campaign and how to get involved on our website.

usask-recognizes-pride-monthtrue1718730911095imj129USask recognizes Pride MonthEach June, the University of Saskatchewan (USask) community gathers to recognize and celebrate Pride, something we strive to do throughout the year. pride1717088400000/articles/general/2024/usask-recognizes-pride-monthnewssite://news/articles/general/2024/usask-recognizes-pride-monthbpk4551717088575991bpk4551717691179985show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/pride-flag-sidewalk-2024.jpgsite://news/images/2024/pride-flag-sidewalk-2024.jpgnewspride-flag-sidewalk-2024.jpg2623501080720The intersex-inclusive Progress Pride flag and transgender flag painted on the sidewalk of the University of Saskatchewan campus. (Photo: USask)The intersex-inclusive Progress Pride flag and transgender flag painted on the sidewalk of the University of Saskatchewan campus. (Photo: USask)NoNoneNoneNo/
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Our USask community is committed to supporting and uplifting each other on a continuous journey to ensure our living, working, learning and teaching spaces are inclusive. 

Please join members of the USask community on Friday, May 31 at 1 PM in Nobel Plaza, in front of the Peter MacKinnon Building, for a flag-raising ceremony. The inclusive Pride flag and Two-Spirit flag will be raised in recognition of the beginning of Pride Month and demonstrates USask’s commitment to creating an environment that is safe and welcoming, where individuals feel supported, respected and valued.   

There are many ways you can join the USask community this month and every month, in showing your support and extending your knowledge of supporting 2SLGBTQIA+ communities in our province, country and beyond. You can walk with the USask community in the Saskatoon Pride Parade taking place on June 22, or attend various other Pride events throughout the month, including in Regina and Prince Albert. Take some time to explore USask’s unique Neil Richards Collection of Sexual and Gender Diversity at the University Library and learn more about the history of Pride on the Prairies with an online exhibit featured by the Diefenbaker Canada Centre. Find more information about Pride activities at USask on spotlight.usask.ca

Together we will create a brighter, more inclusive future. As a university with an ambition to be what the world needs, we share in our mission to make positive change and create an environment where everyone thrives.

Sincerely,

Peter Stoicheff 
President and Vice-Chancellor 
University of Saskatchewan

usask-statement-on-2024-25-federal-budgettrue1718730911095imj129USask statement on 2024-25 federal budgetThe University of Saskatchewan (USask) applauds the 2024-25 federal budget’s strong support for key areas of post-secondary education and research.1713297900000/articles/general/2024/usask-statement-on-2024-25-federal-budgetnewssite://news/articles/general/2024/usask-statement-on-2024-25-federal-budgetccm0461713306544611ccm0461717599120413show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/budget-2024-usask.jpgsite://news/images/2024/budget-2024-usask.jpgnewsbudget-2024-usask.jpg3531801080720NoNoneNoneNo/
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Two USask flagship research facilities are among top major science facilities that will benefit from the federal budget’s commitment to continued support for these engines of innovation. This is part of an investment in Canada’s research ecosystem that totals more than $3 billion across the next five years.

USask’s Canadian Light Source (CLS) will receive a three-year, $83.5-million operating funding extension, beginning in 2026-27. As Canada’s only synchrotron light source and an invaluable tool for innovative science in advanced materials, agriculture, environment and health, this funding ensures that the CLS is supported to stay on the leading edge of research.

USask’s Vaccine and Infectious Disease Organization (VIDO) will receive $30 million in construction funding to strengthen Canada’s preparedness for emerging infectious diseases and to become Canada’s Centre for Pandemic Research. 

This funding for VIDO supports building a new animal housing facility and upgrading key areas to containment level 4 (CL4), the highest level of containment. VIDO has some of the most advanced high-containment research and development capacity in the world, aimed at protecting the health of Canadians and Canada’s agriculture sector. 

Of significance to the Canadian post-secondary sector and to USask is $825 million over five years to increase the value of federal master’s and doctoral scholarships to $27,000 and $40,000, respectively, and post-doctoral fellowships to $70,000. This funding will also increase the number of scholarships and fellowships by 1,720. Currently, USask has 160 students receiving federal graduate and post-doctoral scholarships.

This increase demonstrates a commitment to support students across Canada and recognizes the contributions they make to the country’s social and economic prosperity. USask’s community of graduate students and postdoctoral fellows advances research, artistic, and scholarly work, and supports teaching and learning at the university.  

Other measures in the budget will also make a difference to USask students, including expansion of student loans and grants, the elimination of the credit screening requirement for mature students applying for Canada Student Grants and Loans, and modernizing the shelter allowance system.

Canadian research granting agencies — Canadian Institutes of Health Research (CIHR), Natural Sciences and Engineering Research Council of Canada (NSERC), and Social Sciences and Humanities Research Council of Canada (SSHRC) — will receive $1.8 billion over five years towards core research grant funding. This represents a total increase over five years of around 30 per cent, ramping up from a three per cent increase in the first year to reach eight per cent in the fourth and fifth years.

This increase supports the post-secondary sector’s global competitiveness and advances Canada’s research enterprise which includes development of highly qualified, talented individuals.

The federal budget also provides $30 million over three years supporting Indigenous researchers and their communities to participate in research, with $10 million each for First Nation, Métis, and Inuit partners.

USask will continue to assess the impact of the 2024-25 budget and what it means for the university’s research, teaching, and learning mission.


Quotes

“This federal investment bolsters areas of education and research that are critical to our success and to Canada’s future. Today’s budget will increase financial support for those studying and conducting research at the graduate level. This and other funding related to knowledge creation and innovation will ensure that USask and Canada can attract and retain the top talent needed to compete in the global knowledge economy.”

  • Peter Stoicheff, President, University of Saskatchewan

"The commitment in the federal budget to grow Canada’s research innovation potential is welcome. It signals a big leap for the research ecosystem of Canada and an opportunity to catch up to many other competitive global economies that are investing boldly in their research and innovation systems.” 

  • Baljit Singh, Vice-President Research, University of Saskatchewan

“Today’s announcement by the Government of Canada strengthens pandemic preparedness and supports VIDO’s evolution to Canada’s Centre for Pandemic Research, ultimately advancing the development of vaccines that benefit the world.”

  • Dr. Volker Gerdts, Director and CEO, VIDO

"This funding will enable the Canadian Light Source to continue to serve the more than 1,000 researchers who use our facility every year, attract and retain the best minds, provide unique-in-Canada synchrotron capabilities, and advance science in health, agriculture, the environment, and advanced materials."

  • Bill Matiko, CEO, Canadian Light Source
usask-202425-tuition-rates-will-enhance-supports-resources-for-studentstrue1718730911095imj129USask 2024/25 tuition rates will enhance supports, resources for studentsThe University of Saskatchewan (USask) has announced tuition rates for the 2024/25 academic year, implementing an increase that will focus on continuing to provide high quality academic programming, and to further invest in student supports and resources. 1712854800000/articles/general/2024/usask-202425-tuition-rates-will-enhance-supports-resources-for-studentsnewssite://news/articles/general/2024/usask-202425-tuition-rates-will-enhance-supports-resources-for-studentsccm0461712851910687bpk4551713192989549show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mbs_usask-general-0417-027-1080.jpgsite://news/images/2024/mbs_usask-general-0417-027-1080.jpgnewsmbs_usask-general-0417-027-1080.jpg3016741080719Each year, the university invests more than $57 million in the form of scholarships, bursaries, tuition waivers and crisis aid for domestic and international undergraduate and graduate students. (Photo: USask)Each year, the university invests more than $57 million in the form of scholarships, bursaries, tuition waivers and crisis aid for domestic and international undergraduate and graduate students. (Photo: USask)NoNoneNoneNo/
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For the 2024/25 academic year, the tuition change is a weighted average increase of 3.83 per cent across undergraduate and graduate programs. Course and program-specific tuition information can be found on the tuition and fees website 

For example, undergraduate tuition rates in the College of Arts and Science, where nearly half of USask students are enrolled, will change by four per cent on average. This will mean that the average domestic undergraduate Bachelor of Arts student enrolled in 30 credit units will pay $7,547 in the 2024/25 academic year, compared to $7,257 in the previous year. This is about $290 more in total from last year, or about $9 more per week across Fall and Winter terms. 

Tuition revenue is directed to maintain and enhance the student experience, and is invested in teaching, enrichment of students’ experiential and online learning, research opportunities, support services and financial aid for students.  

“Tuition is an essential part of ensuring we can continue to provide high-quality academic programming and support services for students during their university journey,” said Dr. Airini (PhD), provost and vice-president academic. “This tuition rate increase supports the ongoing operations of the university while enabling enrichment of the student experience and supporting our academic mission to foster the leaders of tomorrow.” 

USask examines tuition rates at peer institutions in the U15 Group of Canadian Research Universities each year during its annual tuition review and tuition-setting process. Tuition rates are considered within the context of five principles at USask, as per the Tuition and Fees Authorization Policy:   

  • Comparability to similar programs;   
  • Accessibility and affordability for students;  
  • Enabling the high quality of programs;   
  • Predictability of tuition to support longer-term planning for students; and   
  • Transparency through consultation with students to ensure a common understanding of tuition. 

“USask recognizes that changes to tuition can be challenging,” said Airini. “Supports we intentionally put into place are to help students continue to focus on success in their studies.” 

The university aims to support those with financial need to mitigate the impact of economic barriers for students. Each year, the university invests more than $57 million in the form of scholarships, bursaries, tuition waivers, and crisis aid for domestic and international undergraduate and graduate students. 

In the coming year, needs-based funding in the amount of $1 million will be set aside for financial support of continuing international undergraduate and master’s students. The support provided to international students through these mechanisms is approximately 10 per cent of the overall new tuition revenue stemming from the increases to international undergraduate and master’s student tuition.  

USask prioritizes having conversations with students and campus leaders, including deans and executive directors, that inform tuition recommendations every year. Beginning in fall 2021, USask launched new tuition consultation initiatives with students, offering learning modules designed to share information on university finances, budgeting, and tuition setting. The university also seeks student perspectives on academic programming and student experience through both a survey and meetings within their colleges and schools. Information regarding the tuition consultation process and related documents can be found here. 

As in previous years, USask conducted conversations with students about a multi-year plan for both domestic and international tuition rates. The top two areas of importance identified by students were investments in open access textbooks and digital online resources, alongside funding for scholarships and bursaries. These broad areas are the target of significant incremental investment by the university. 

“We remain committed to engaging with students to ensure their thoughts and insights are included in tuition decisions,” said Dr. Patti McDougall (PhD), USask’s deputy provost and co-chair of the university’s tuition advisory group. “We are grateful to all students for their input recommendations of areas for university investment that will help them to achieve their academic goals. We look forward to continued work together in future years.” 

In 2021, USask signed The Saskatchewan Post-Secondary Multi-Year Operating Funding Memorandum of Understanding (MOU) with the Government of Saskatchewan. This has created the opportunity for overall tuition stability across several years and has enhanced the predictability of tuition decisions. As the current agreement with the Government of Saskatchewan comes to an end in 2024/25, USask will begin discussions with the provincial government on a future agreement. 

“Students are our highest priority, and we will continue to work with all students to ensure their bold, ambitious needs – academic, financial and otherwise – are heard and supported wherever possible,” said Airini. 

USask recognizes the importance of predictability in tuition rates for students and has taken steps to improve predictability. USask is fortunate that the provincial operating grant is a firm foundation for enabling the university to continue to deliver high-quality programming and to provide a wide array of student supports. However, financial needs and obligations exceed this amount, and tuition continues to be a necessary source of revenue. Tuition revenue constitutes about 18 per cent of the university’s comprehensive revenue. 

Tuition rates and student fees for all undergraduate and graduate programs can be found online at usask.ca/tuition. 

usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationtrue1718730911095imj129USask president on the International Day for the Elimination of Racial DiscriminationEvery year on March 21, the University of Saskatchewan observes the United Nations’ International Day for the Elimination of Racial Discrimination. pec, international, sustainability, 1711041540000/articles/general/2024/usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationnewssite://news/articles/general/2024/usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationccm0461711041666865ccm0461712677085481show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mbs_usask-general-0417-036-1080.jpgsite://news/images/2024/mbs_usask-general-0417-036-1080.jpgnewsmbs_usask-general-0417-036-1080.jpg3035481080719The Peter MacKinnon Building on the USask Saskatoon campus. NoNoneNoneNo/
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As we reflect on the progress that we have made as a campus community, and acknowledge the important work that still lies ahead, we reaffirm our commitment to being the most welcoming and supportive place that we can be for all students, staff, faculty, and alumni. We are creating the change that we want to see for our university, in our community, and throughout society. 

As we continue to walk this journey together, our path forward is marked by the University of Saskatchewan’s newly launched website that shares the Equity, Diversity, and Inclusion Framework that has been endorsed by all three USask governing bodies. The EDI Framework defines our vision for a more equitable, diverse, and inclusive university that will be advanced through our strategies and goals. Turning our vision into a reality will require us to be concrete and intentional about what we need to do and how we need to do it.  

Our ambition is to be a university for everyone, one where we all belong and can flourish. To realize this ambition, we will concentrate our efforts on advancing six strategic priorities. Each strategic priority will be advanced by goals that will guide our efforts to embed and reflect EDI across our university.   

Student Experience: Enrich the student experience by increasing the diversity of our student body, appreciating this diversity, and creating environments that foster belonging for all students. 

Teaching and Learning: Embed EDI concepts into our teaching and learning programming, services and activities and evolve our learning environments to be inclusive, accessible and supportive. 

Research, Scholarly and Artistic Work: Enhance our research excellence by incorporating EDI concepts into research programs, activities and environments and encouraging those with diverse perspectives, worldviews and contributions. 

Employee Experience: Evolve our working environment and workplace culture by incorporating EDI concepts into human resources and talent management processes, decisions and activities. 

Systems: Be intentional and proactive in challenging the status quo and changing our structures, systems, policies, procedures, and processes to include EDI concepts. 

Physical Space: Create inclusive, supportive, accessible and safe spaces where everyone has the opportunity to participate meaningfully and experience a sense of belonging. 

We all have a personal responsibility to support, encourage, and ensure a more equitable campus culture, and we all have a role to play to confront racial discrimination at every opportunity to build a more just society. We must always be prepared to put words into action, reflected in our daily decisions and interactions with one another, as we live the principles of equity, diversity, and inclusion, and embrace manācihitowin to create and shape the university community that we want to be. 

On this International Day for the Elimination of Racial Discrimination, let us all re-commit to doing our part to confront racial discrimination at every opportunity, to be champions of equity, diversity and inclusion, and to build a better campus community and society that is safe and supportive for all. 

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-statement-on-provincial-budgettrue1718730911095imj129USask statement on provincial budgetWith today’s announcement of the 2024-25 budget, the Government of Saskatchewan confirmed its continued commitment to deliver on a multi-year funding agreement to support shared priorities and financial sustainability for the University of Saskatchewan (USask).pec,1710968400000/articles/general/2024/usask-statement-on-provincial-budgetnewssite://news/articles/general/2024/usask-statement-on-provincial-budgetccm0461710967601516ccm0461712336174809show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720The University of Saskatchewan logo on a green backgroundNoNoneNoneNo/
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The multi-year funding commitment, now in its fourth and final year, will continue to provide predictable, stable support enabling USask to continue to provide outstanding post-secondary education and ensure innovation to strengthen and move Saskatchewan forward.

“Having the Government of Saskatchewan deliver on its a multi-year funding commitment to USask enables us to move towards financial sustainability and better advance our shared priorities,” said USask President and Vice-Chancellor Peter Stoicheff. “Predictable funding is critical to our long-term planning and forecasting, and allows us to play an important role in strengthening our province and supporting the realization of Saskatchewan’s growth plan.”

While the university will do an in-depth review of the budget over the next few days to determine full impacts to the university, Stoicheff explained, our initial reaction to the budget is positive.

“USask and the Government of Saskatchewan share a long history of working together on shared priorities to benefit the people of Saskatchewan,” said Stoicheff. “The ongoing support of post-secondary education shows a commitment to teaching, learning and research that strengthens communities throughout the province.” 

Stoicheff said he was especially pleased to see a one-time inflationary increase of 2.2 percent, or about $5.7 million, in the final year of the multi-year funding agreement.

“This one-time increase is recognition from the government of the inflationary pressures faced,” said Stoicheff. “This will provide some relief as we continue to deliver on our teaching, learning and research mission and contribute to a stronger Saskatchewan.”

Another area Stoicheff was pleased to see further supported was in the human health resources, including funding for occupational therapy and speech language pathology.

“USask is excited to move forward with the province on further development of programs in speech language pathology and occupational therapy,” explained Stoicheff. “Saskatchewan-based programming will have many benefits, including giving students the opportunity for team-based care training with other learners in the health professions that will ultimately translate into better care. This will benefit the quality of life in Saskatchewan.”

Stoicheff said the university now hopes to work with government on developing a new multi-year funding agreement. 

“The multi-year funding agreement demonstrated how much the government recognized the value USask provides to the province,” Stoicheff explained. “Our graduates and our research provide immense impact and move us towards being the university Saskatchewan and the world needs.” 

The 2024-25 budget is available online at www.saskatchewan.ca/budget.

update-regarding-campus-snow-removal-and-return-to-regular-operations-march-5true1718730911095imj129Update regarding campus snow removal and return to regular operations: March 5Thank you for your continued patience as the USask facilities team and partners work around the clock to clear snow following the recent storm. 1709590020000/articles/general/2024/update-regarding-campus-snow-removal-and-return-to-regular-operations-march-5newssite://news/articles/general/2024/update-regarding-campus-snow-removal-and-return-to-regular-operations-march-5ccm0461709590200876ccm0461709590343053show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720The University of Saskatchewan logo on a green backgroundNoNoneNoneNo/
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Much progress has been made over the past couple of days, and normal university operations will resume on Tuesday, March 5 in Saskatoon and Prince Albert. This includes in-person classes, labs and assessment activities, as well as in-person activities for employees.   

All priority roads on campus are accessible, with work still being done on secondary roads. Work continues to improve accessibility in parking lots, pathways, building entrances and loading docks. Ongoing work in the coming days includes: monitoring priority roads and applying de-icing material as required; pre-salting roads to prevent ice build-up; and clearing and sanding walkways and building entrances.   

While snow removal progress allows campus activity to return to normal, please do exercise caution while on campus and follow these safety tips:  

  • Vehicles should be mindful of areas that have not yet been cleared. With the amount of snow that has accumulated, you can easily get stuck.  
  • Vehicles and pedestrians should pay extra attention for icy patches, especially at crosswalks.  
  • Plan a safe route to and from your vehicle and avoid using roughly trampled shortcuts or creating your own path through the snow.  
  • Use rubber-soled winter footwear and add traction aids if you need extra support.  
  • Pay attention and avoid using your phone while walking. 
  • Focus on where you are walking, watch for ice or questionable spots, and avoid them.  
  • More tips 

Thank you to USask facilities team and partners for their tireless effort to remove snow as quickly and carefully as possible. Please report any problem areas to facilities.support@usask.ca. Report all incidents, including slips, trips, and falls, to Safety Resources to improve workplace safety.  

update-on-snowstorm-and-on-campus-activities-march-4true1718730911095imj129Update on snowstorm and on-campus activities March 4We are providing further update on the snowstorm and its impact on both the Saskatoon and Prince Albert campus locations. 1709510400000/articles/general/2024/update-on-snowstorm-and-on-campus-activities-march-4newssite://news/articles/general/2024/update-on-snowstorm-and-on-campus-activities-march-4ccm0461709510665083ccm0461709510665083show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720University of Saskatchewan logo on dark green backgroundNoNoneNoneNo/
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Over the course of the last 24 hours, we have experienced a significant snow event and will require a few days to clear snow from campus, including all roads, parking lots, walkways, and building entrances. 

In short, please avoid coming to campus. The campus will remain open, but services and activities will be curtailed to allow for snow clearing to take place. 

If you are able to work remotely on Monday, March 4, please consider this option and discuss with your supervisor. 

In-person classes and labs will not proceed, and individual instructors and colleges will reach out regarding alternatives. This includes any arrangements required for scheduled assessment activities. 

Some of the changes to schedules and closures on Monday, March 4 include: 

  • Closure of the PAC and cancellation of recreation activities; 
  • The on-campus dental clinic will be closed; 
  • USSU daycare will be closed; 
  • On-campus libraries will be closed, but online services will be available; 
  • Student Wellness appointments have been moved to virtual; and 
  • Indigenous Achievement Week events planned for tomorrow are being re-scheduled. 
  • Food services for those living in residence will remain available.  

There are a number of employees who are required to be on campus for day-to-day operations of university facilities. Those individuals should plan to come to work as usual. If you have any questions, please contact your supervisor.  

If you are required to be on campus, please be cautious as the university continues to work to clear all the snow and follow the below winter safety tips: 

  • Vehicles should be mindful of areas that have not yet been cleared.  With the amount of snow that has accumulated, you can easily get stuck. 
  • Vehicles and pedestrians should pay extra attention for icy patches, especially at crosswalks. 
  • Plan a safe route to and from your vehicle and avoid using “goat paths” or creating your own path through the snow. 
  • Use rubber-soled winter footwear and add traction aids if you need extra support. 
  • Pay attention and avoid using your phone. 
  • Focus on where you are walking, watch for ice or questionable spots, and avoid them. 
  • More tips 

Please be patient with snow removal efforts on campus. USask crews are using every piece of equipment available — including large loaders and graders, smaller motorized equipment, and shovels and blowers — to remove snow as quickly and as safely as possible with the support of contractors.  

Report any problem areas to facilities.support@usask.ca or use the Safety Resources Report a Hazard system. Report all incidents, including slips, trips, and falls, to Safety Resources to improve workplace safety. 

USask will provide an update on Monday regarding progress and snow removal status. We anticipate a return to regular operations on Tuesday, March 5. 

usask-builds-new-international-partnership-in-indonesiatrue1718730911095imj129USask builds new international partnership in IndonesiaThe University of Saskatchewan (USask) has signed a new five-year Memorandum of Understanding (MOU) with IPB University in Bogor, Indonesia, to create new opportunities for research collaboration and student learning experiences.international, College of Agriculture and Bioresources,1709044380000/articles/general/2024/usask-builds-new-international-partnership-in-indonesianewssite://news/articles/general/2024/usask-builds-new-international-partnership-in-indonesiaccm0461709044451998ccm0461709049586051show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mou-ipb-1080.jpgsite://news/images/2024/mou-ipb-1080.jpgnewsmou-ipb-1080.jpg1598741080720From left: IPB University Rector Arif Satria and USask President Peter Stoicheff, after signing an MOU between the two universities on February 27, 2024. (Photo: Submitted)From left: IPB University Rector Arif Satria and USask President Peter Stoicheff, after signing an MOU between the two universities on February 27, 2024. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The two institutions will work together to explore possibilities for research opportunities, academic program development, and potential new student exchange and internship programs.

The MOU was signed on February 27, by USask President Peter Stoicheff, USask Vice-President Research Dr. Baljit Singh, IPB University Rector Arif Satria and Dr. Iskandar Z. Siregard, Vice-Rector of Global Connectivity, Collaboration and Alumni Relations at IPB University.

“Our university’s international partnerships allow us to expand our reach and better position us to address the global challenges of today that will affect our collective futures,” said President Stoicheff. “Collaboration is key to achieving our ambition of being the university the world needs, and in solving pressing issues that affect our province, country and world. We look forward to working with our partners at IPB University to build our global research and teaching capacities.”

TextImage/images/2024/img_3478.jpgsite://news/images/2024/img_3478.jpgnewsimg_3478.jpg1970521080644From left to right: Prof. Ernan Rustiadi, IPB Vice Rector for Research, Innovation, Agromaritime Community Development, Prof. Iskandar Siregar, IPB Vice Rector for Global Connectivity, Collaboration and Alumni, IPB Rector Arif Satria, USask President Peter Stoicheff, USask Vice-President Research Baljit Singh, and Dr. Angela Bedard-Haughn, Dean of the College of Agriculture and Bioresources, USask. (Photo: Submitted)Above content

Established in 1963, IPB University is located in Bogor, Indonesia, and is recognized for its academic excellence in agriculture and natural resource sciences. With an institutional commitment to research, innovation and sustainable development, IBP University is working to address critical challenges related to agriculture, biosciences and ocean sciences.

The commitment to collaboration outlined in the MOU will drive the development of new academic and learning endeavours that will be mutually beneficial to both institutions in their missions.

black-history-month-at-usask-a-time-to-reflect-on-the-legacy-of-the-black-communitytrue1718730911095imj129Black History Month at USask: A time to reflect on the legacy of the Black communityAs the month of February begins, the University of Saskatchewan (USask) community commemorates Black History Month, honouring the legacy, contributions, and stories of members of the Black community in our province and our country.black history month, bhm, pec,1706799420000/articles/general/2024/black-history-month-at-usask-a-time-to-reflect-on-the-legacy-of-the-black-communitynewssite://news/articles/general/2024/black-history-month-at-usask-a-time-to-reflect-on-the-legacy-of-the-black-communityccm0461706799643270ccm0461709240649520show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/pmb-bhm-1080.jpgsite://news/images/2024/pmb-bhm-1080.jpgnewspmb-bhm-1080.jpg2146901080720The Peter McKinnon Building at the Saskatoon University of Saskatchewan campus, with red, green, yellow spotlights to highlight Black History Month and the legacy and contributions of members of the university’s Black community.The Peter MacKinnon Building, located at the top of the Bowl on the USask Saskatoon campus, will be lit in red, yellow and green lights evenings after sundown to honour the legacy and contributions of members of the university’s Black community. NoNonesupport-studentsNo/
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This year, the theme of Black History Month at USask is Celebrating Black Experiences: Arts, Literature and More. Together, we will embrace our power to collectively shape the future by exploring and celebrating the unique contributions of the Black community across all disciplines. We will educate ourselves and each other about the lived experiences of the Black community in our country and strengthen our commitment to uplifting and amplifying their stories.

As a U15 university in Canada with an aspiration to be what the world needs, we recognize that our campus, our province, and our country have a duty to support and uplift the Black community in Canada and beyond. USask remains committed to building a more inclusive future for all. We are guided by the principles of our University Plan 2025 and our Equity, Diversity and Inclusion Policy, which states that the university community must take responsibility to “foster a culture that embraces equity, diversity, inclusion, and belonging.” To be the university the world needs, we must continue to build safe and supportive spaces that are representative of all people.

In 2023, the Provost’s Advisory Committee – Scarborough Charter (PAC-SC) was created to provide USask’s provost and vice-president academic with advice on priorities and actions stemming from the commitments to action outlined in the Scarborough Charter, a document that supports and commits to Black inclusion in higher education that was signed by USask and over 40 partner institutions in 2021. The Provost’s Advisory Committee is made up of faculty, staff and student leaders, and will make recommendations on institutional strategy to assist USask in achieving a more respectful, accountable, equitable, diverse and inclusive community.

USask students, faculty, staff, alumni, and community members are integral to honouring and sharing the stories of the Black community. The Black Faculty and Staff Caucus, established in 2022, was created to provide support and guidance to Black faculty and staff at USask, and to increase their visibility and engagement on campus. Various student and community groups also provide information, resources and programming open to both domestic and international USask students. We are grateful to have a campus community willing to share their expertise and knowledge to support our mission to make our university a more inclusive place.

This month, make time to reflect and engage with the many stories, events and learning opportunities that are planned on campus throughout the month of February. I invite you to join me today at the launch event of Black History Month to kick off our learning journey together. You can also visit spotlight.usask.ca for a full list of events and resources available to you throughout the month.

Black History Month learning resources can also be found at the University Library, such as in the Black History Month research guide, curated to help you learn about the importance of Black History Month in Saskatchewan and Canada. You can learn about the historical contributions of Black Canadians in fields such as education, where Marlene Lynatte Johnson became the first Black school teacher at the first Black settlement in Saskatchewan located near Maidstone, Sask., and in health care, where Marlene (Williams) Johnson and Vera LaFayette are believed to be the first two nursing graduates of African descent from Saskatoon and Weyburn nursing schools. You can learn more about these leaders and about others preserving and creating Black Historyin the Prairies in all disciplines. You can find stories of how the Black community at USask is leading the way at news.usask.ca.

As we embark on this journey together to educate ourselves on the past and learn from the present, I invite you to participate in this important time of reflection and learning, and to be a part of building a more diverse and equitable future for all.

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-expects-record-enrolment-in-winter-termtrue1718730911095imj129USask expects record enrolment in winter termThe University of Saskatchewan (USask) is on target to reach record student enrolment at the end of this academic year with an increase of more than two per cent at the start of the winter term.Darla Readpec, provost,1705685580000/articles/general/2024/usask-expects-record-enrolment-in-winter-termnewssite://news/articles/general/2024/usask-expects-record-enrolment-in-winter-termccm0461705685721263ccm0461709819259416show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/campus-winter-07-5.jpgsite://news/images/2024/campus-winter-07-5.jpgnewscampus-winter-07-5.jpg2841751080720Winter on USask Campus - the Peter McKinnon building can be seen in the backgroundNoNonesupport-studentsNo/
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As of January 8, enrolment for the winter 2024 term has increased by 2.4 per cent. This follows a record enrolment in the fall 2023 term.  

The enrolment growth reflects the fact that the University of Saskatchewan continues to be valued as a place of learning and impact,” said Dr. Jerome Cranston (PhD), vice-provost, students and learning. “We are committed to creating a teaching and learning environment that is welcoming and inclusive so all students can succeed academically and socially, and to foster an inspired global community made up of well-rounded learners who are ready to tackle challenges and solve problems.” 
 
For undergraduate students, overall enrolment has increased by almost three per cent among domestic students and more than two per cent among international students. Undergraduate Indigenous student enrolment has also increased compared to this time last year. 

For new graduate students, domestic student enrolment has grown by close to nine per cent and international student enrolment has increased significantly. Additionally, Indigenous graduate student enrolment has been trending positively, up by almost three per cent.  

“We can all remember educators who made a difference in our lives,” said Dr. Airini (PhD), provost and vice-president academic. “What is so exciting about these data is that more students are attracted to world-class courses here and will have the chance to learn from the exceptional educators at USask. The learning and teaching here can shape lives and future leaders needed by our province and the wider world.” 

As USask moves toward the end of the 2023/2024 academic year, Cranston expects enrolment numbers to surpass 2022/2023 record enrolment, as the university continues to achieve goals set out in its  University Plan 2025. The academic year enrolment snapshot will be released in June. 

presidents-perspective-campaign-creates-new-opportunities-for-usasktrue1718730911095imj129President’s perspective: Campaign creates new opportunities for USaskFrom a remarkable rise in world university rankings and record enrolment, to the launch of the largest comprehensive campaign in the history of the province, the University of Saskatchewan (USask) charted a new course to success in 2023.James Shewagapec,1704376800000/articles/general/2024/presidents-perspective-campaign-creates-new-opportunities-for-usasknewssite://news/articles/general/2024/presidents-perspective-campaign-creates-new-opportunities-for-usaskccm0461704302607880ccm0461706799701337show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/main-stoicheff-launch.jpgsite://news/images/2024/main-stoicheff-launch.jpgnewsmain-stoicheff-launch.jpg2572901080720USask President Peter Stoicheff announces the launch of the Be What The World Needs comprehensive campaign on April 18, 2023, at Merlis Belsher Place. (Photo: David Stobbe)USask President Peter Stoicheff announces the launch of the Be What The World Needs comprehensive campaign on April 18, 2023, at Merlis Belsher Place. (Photo: David Stobbe)NoNonesupport-studentsNo/
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“As a university, we really have the wind in our sails now,” said USask President Peter Stoicheff, in his annual year-end interview with On Campus News. “We are moving ahead in all aspects of our mission and vision, in research, scholarly and artistic work, in teaching and learning, in outreach and in our connection to community, all of these are moving ahead so powerfully now. And that is why it is exactly the right time to be in the final stages of a comprehensive campaign. You can’t be in a campaign of this magnitude if you aren’t really excelling at what you do as a university. We are moving forward in so many areas and looking forward to a great year ahead.”

On a memorable day that was years in the making, the university launched its Be What The World Needs campaign on April 18, 2023, with a goal to raise $500 million to support student success, lead critical research, inspire Indigenous achievement, and create visionary spaces. Since that announcement in front of an enthusiastic crowd of students, staff, faculty, alumni and other supporters at Merlis Belsher Place, the campaign has been creating donor-driven development opportunities for USask, helping to advance a number of the university’s priority areas.

“It has been tremendously successful so far,” said Stoicheff, who is beginning his ninth year as the 11th president in the history of the university. “We are 77 per cent of the way to our goal now, and that is due to having so many supporters who are eager to take advantage of the opportunity to do what they can for the university, to the absolute best of their ability. And sometimes that is smaller amounts and sometimes that is larger gifts, but it all makes a huge difference.

TextImage/images/2024/secondary-stoicheff-speaks.jpgsite://news/images/2024/secondary-stoicheff-speaks.jpgnewssecondary-stoicheff-speaks.jpg1540891080720President Peter Stoicheff speaks at the launch of the $500 million comprehensive campaign for the University of Saskatchewan. (Photo: David Stobbe)Above content

“There are so many alumni and other supporters who are very visionary about the university. They know what they would like to see the university be able to accomplish and they imagine ways in which they can support us financially to reach those goals. There are a lot of people who feel deep emotional ties to the university and believe it is going in the right direction and they want to support us.”

Over the past year, USask enrolment has climbed three per cent to a record 26,000+ students, including notable increases in the number of Indigenous students as well as international and graduate students.

“In terms of universities in our sector in this country, a three per cent overall increase is a significant increase,” said Stoicheff. “That doesn’t happen by accident, and is a testament to the fact that the faculty we have are excellent, and all the people who support everything faculty do in our various missions are also excellent. We are continuing to get better and everybody knows it, and families want their children to come to this university. When you break down the categories, we are also seeing an increase in Indigenous students, and for a U15 institution that aspires to Be What The World Needs, we are also seeing increases on the international student front and on the graduate student front.”

TextPullquote"From VIDO to water security to food security, as well as the fine arts through the humanities and the social sciences and health sciences, our research, scholarly, and artistic work is being recognized far beyond the university.”USask President Peter Stoicheff/Align left

USask student success received international attention in 2023, with two scholars among only 11 from across the country awarded prestigious Rhodes Scholarships in November, the first time since 1991 that the university has had two Rhodes recipients in the same year. Nursing student Taron Topham and biological studies student Rachel Andres have been selected to join 2022 USask Rhodes Scholar Cassidy Serhienko overseas at the University of Oxford in 2024.

The fact that we received two Rhodes Scholarships was incredible, in addition to the one in 2022, after several years of us not receiving any,” said Stoicheff. “I think this is a really positive signal that everybody in the university community should be proud of. What we are seeing here is not that we suddenly have students who are Rhodes material. We’ve always had students who are Rhodes material. But we have now become successful in advocating for them and supporting them and helping them to be successful in their Rhodes applications. And there are many people, including faculty members, who have helped make this possible.

In addition to producing superb students, the university’s reputation is also on the rise in key categories in a number of influential world university rankings. USask climbed more than 100 spots up to 345th – out of 2,963 participating institutions – in the Quacquarelli Symonds (QS) World University Rankings in 2023 and also moved up to 89th – out of 1,403 universities – in the QS Sustainability Rankings. Among other top rankings, USask climbed higher than ever before in the Times Higher Education (THE) World University Rankings, leaping more than 100 spots to enter the 351-400 tier, out of 1,904 universities from across the globe.

“The rankings are huge, because we can talk all we want about our successes, but it is extremely important to have what we are saying and believing about ourselves independently and externally verified and that’s what the rankings are doing for us,” said Stoicheff. “And I don’t know of another university in the QS or the THE institutional rankings that has made as much progress, in terms of placements in a single year, as this university has. We didn’t just move up a few places, we shot up from one category leaping over another to yet another. I still believe that we deserve to be ranked even higher than we are, but this was tremendous progress and I think people across the university should feel proud of the fact that they have achieved this.”

Support for USask research is also on the rise, after being ranked first in the country for percentage of research income growth among medical universities in the Research Infosource Inc. rankings in early 2023. USask also ranked highly in the recently released Infosource analysis of percentage growth in research income over the past five years: first in not-for-profit; second in corporate income; and third in international government income. That builds on the $170 million investment from the Canada Foundation for Innovation (CFI) Major Science Initiatives (MSI) Fund in 2022 to support the university’s four national research centres: the Canadian Light Source (CLS); Vaccine and Infectious Disease Organization (VIDO); Super Dual Auroral Radar Network (SuperDARN); and the new Global Water Futures Observatories (GWFO).

“There is no university that has the infrastructure that we have and that’s why we account for 25 per cent of all of the Major Science Initiatives funding that all 97 universities in the country are otherwise eligible for. It’s astounding,” said Stoicheff. “We have made a tremendous leap forward in terms of research income. From VIDO to water security to food security, as well as the fine arts through the humanities and the social sciences and health sciences, our research, scholarly, and artistic work is being recognized far beyond the university.”

USask also continues to move forward in Indigenization and reconciliation by implementing the Indigenous Strategy – supported by the Equity, Diversity and Inclusion policy – to make the university the most supportive and welcoming place it can be for all students, staff, faculty, and alumni. Among important events in 2023 was the revival of the Welcome Back Powwow and Métis Dance Celebration, and the adoption of the deybwewin | taapwaywin | tapwewin Indigenous Truth Policy, recognizing the inherent right of Indigenous Peoples to determine membership/citizenship verification with documentation through customs and traditions, governance and procedures.

“It was wonderful to see the powwow return to campus outdoors in The Bowl and attract thousands of people. There is no greater display of diversity and reconciliation at a university than the powwow on a beautiful day,” said Stoicheff. “It was also uplifting to see so many Indigenous students be acknowledged at convocation in the fall and the spring. And in terms of the deybwewin Indigenous membership/citizenship policy, it’s important to understand how this helps Canada in its reconciliation efforts and it is so important to get this right. And we have been leaders.

“Other universities, in their journeys to the same goal, have used the work that we have done as a model. The work that we are undertaking on reconciliation and Indigenization is some of the most important work that a university can be undertaking in this country. And I am proud that we are participants and not bystanders in that.”

Among other Indigenization advancements, Stoicheff points to a growing number of campus and community connections designed to support Indigenous achievement and research development.

“The Métis Nation-Saskatchewan-supported chair in Métis governance in JSGS (Johnson Shoyama Graduate School of Public Policy) is but one, and another sign that the relationships that we continue to build with Indigenous governments and organizations are central to who we are and are extremely important and will have a profound positive effect on the research side as well.”

The president is also looking forward to a big second half of the season for the Huskie Athletics programs, with five of eight teams currently ranked in the Top 10 in the country, including the undefeated Huskie women’s basketball team. Meanwhile, the Huskie women’s hockey team is set to play host to the 2024 national university championships from March 14-17 on campus at Merlis Belsher Place.

TextImage/images/2024/peter-stoicheff1.jpgsite://news/images/2024/peter-stoicheff1.jpgnewspeter-stoicheff1.jpg186734800735President Peter Stoicheff is beginning his ninth year as president of the University of Saskatchewan. (Photo: David Stobbe)Align right

“We’ve had several highlights so far already this season and so many of our teams are off to a strong start,” said Stoicheff. “The Homecoming Game had the largest regular season crowd at a Huskies football game that we have ever seen and we are looking forward to hosting a national hockey championship in the spring. I go to the PAC (Physical Activity Complex) regularly and I see Huskie student-athletes working out there and I can see how achievement-oriented and team-oriented they are.

“The Huskies are our biggest brand, they are one of the ways in which we are most visible to the local community and at times the national community, and we have a terrific Huskies operation that is fully integrated with the rest of the university. And I think the experience that being a Huskie student-athlete affords those students is one-of-a-kind.”

While proud of the progress so far, Stoicheff said there are key areas the university is continually striving to improve upon.

“Although we hit an all-time high last year, we have an even more ambitious goal for the research income that we will bring to the university. And it’s not just the dollar amount, it’s the fact that research income funds post-doctoral fellows, it funds graduate students, it funds undergraduate students, it funds faculty members, and it allows all of those groups to meet their university and professional ambitions.

“We also have high aspirations on the innovation and entrepreneurship front. We have Sask Polytechnic moving over here and creating a one-of-a-kind-in-this-country cluster of an innovation park, an excellent polytechnic, and an excellent research-intensive university. So let’s build on that. At the same time, there is still a strong community feel here and I think that’s increasingly unusual in the post-secondary world and I am proud that we are able to sustain that.”

As he looks forward to the promise of the year ahead, the president points to an array of priority areas for the university in 2024.

“I want to see us continue to climb in all of the university rankings, because we deserve that,” said Stoicheff. “And I want us to have more Royal Society of Canada inductees because we have many, many faculty who deserve that distinction. I also want to see us continue to make progress on Indigenization and reconciliation because we are the university to lead that. It is also so important for us to successfully approach our comprehensive campaign goal, which will help shape the future of our university. And I think we can always do better at celebrating our successes and ensuring that the rest of the world hears about them, because we do a lot of things extremely well.”

indextrue1718730911095imj129Section titlerename me/articles/general/2024/indexnewssite://news/articles/general/2024/indeximj1291704210935517imj1291704210935517show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2023true1718296524434imj1292023/articles/general/2023newssite://news/articles/general/2023ccm0461672759042430ccm0461672759042430show-in-navYesseasons-greetings-from-usask-president-peter-stoichefftrue1718730911095imj129Season’s Greetings from USask President Peter StoicheffAs we approach the close of what has been an exciting year for the University of Saskatchewan and look ahead to the promise of 2024, I would like to extend the warmest of wishes to all members of our campus community. pec,1702660320000/articles/general/2023/seasons-greetings-from-usask-president-peter-stoicheffnewssite://news/articles/general/2023/seasons-greetings-from-usask-president-peter-stoicheffccm0461702660435293ccm0461702662397494show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/holiday-pres-2023.jpgsite://news/images/2023/holiday-pres-2023.jpgnewsholiday-pres-2023.jpg2853861080720The Peter MacKinnon Building on the USask Saskatoon campus, with red and green lights and the sunrise in the background.The Peter MacKinnon Building at the USask Saskatoon campus. (Photo: Daniel Hallen)NoNoneNoneNo/
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Every member of our university community—students, staff and faculty—is helping to make the University of Saskatchewan the best place it can be for everyone. In the days ahead, I hope you all have the time to celebrate the best of the holiday season with family and friends, and have the chance to rest and reflect on all that you have accomplished in 2023 and the opportunities that await in the new year.

As we look back on the achievements of 2023, we are excited to have reached a record enrolment of more than 26,000 students, and our alumni family has grown to more than 171,000 in 130 countries around the world.

With world-class researchers and facilities, and advanced academic programs and priorities, we are proud to be one of the top medical-doctoral research universities in Canada, with our reputation on the rise internationally as we continue a steady climb in the most influential and prestigious world university rankings. With the continued implementation of our Indigenous Strategy and adoption of our EDI Framework for Action across the university, we are moving forward in a collective way, committed to doing all that we can to make this campus community a welcoming place for one and all.

To begin the 2023/24 academic year in a culturally meaningful way, we were honoured to see the revival of the Welcome Back Powwow and Métis Dance Celebration last September, the largest Indigenous cultural event of the year. And the tradition of supporting Huskie Athletics took centre stage during USask Homecoming with more than 10,000 fans filling Griffiths Stadium in Nutrien Park for the largest crowd to ever watch a regular-season Huskie football game.

This year also marked the launch of the largest comprehensive campaign ever undertaken in Saskatchewan. With a goal to raise $500 million, the Be What the World Needs campaign will be a game-changer for all of us at the university. Through this campaign, we will expand critical research, increase student supports, enhance the student experience, inspire Indigenous achievement, and create visionary new spaces and places. This ambitious campaign involves all our campuses, colleges and schools, all disciplines, and all areas and aspects of our university community. Whether you are a student, a faculty or staff member, or part of our alumni family, we thank you for your support.

As we get ready to turn the page on 2023, I hope you will look back on your achievements and accomplishments over the past year with pride. I also hope you will take some time for yourself to relax and refresh, and re-connect with colleagues, family, friends, and all those who matter most in your life. In these times of difficult world events, it is important to acknowledge what we are grateful for in our own lives.

On behalf of the senior leadership team at the University of Saskatchewan, I wish you all health and happiness, and all the best in the new year.

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-expands-mental-health-support-for-studentstrue1718730911095imj129USask expands mental health support for studentsDonors boost funding for counsellors, group therapy delivery and peer-health programming NATIONAL PHILANTHROPY DAY REPORT via GLOBE AND MAIL1699893960000/articles/general/2023/usask-expands-mental-health-support-for-studentsnewssite://news/articles/general/2023/usask-expands-mental-health-support-for-studentsccm0461699894416741ccm0461699894416741show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/usask-fall.jpegsite://news/images/2023/usask-fall.jpegnewsusask-fall.jpeg3207251080720Students navigate the University of Saskatchewan from The Bowl, an area located in the heart of the campus.Students navigate the University of Saskatchewan from The Bowl, an area located in the heart of the campus. (Photo: University of Saskatchewan)NoNonesupport-studentsNo/
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Studying for a dream career, cementing friendships and enjoying the fun and new experiences that define students’ years at university can also come with tough times and mental health support can play a key role as students navigate through this major life transition.

Students at the University of Saskatchewan (USask) who may need additional support as they move through their academic careers will benefit from the impact of local philanthropists who have recognized the importance of mental health and made significant donations to enable the university to expand the Student Affairs Outreach and the Student Wellness Centre teams and increase programming.

The Gitzel family’s gift of $1-million to establish the Gitzel Family Fund for Mental Health, as part of USask’s Be What the World Needs campaign, provides additional funding for counsellors, group therapy delivery and peer-health programming, says Jocelyn Orb, director of the Student Wellness Centre.

Ms. Orb says between 7,000 and 8,000 students a year access support from the centre for a range of mental health challenges from anxiety and depression to very complex mental illnesses.

“But most often the issue they’re struggling with is the stress of a major life transition,” says Ms. Orb, adding the centre’s family physicians, nurse practitioners and psychiatry support manage most of the students’ mental health concerns at the centre but can also facilitate rapid care at the nearest emergency room at Royal University Hospital.

TextPullquote"Donor support is so pivotal in helping students, because if we can provide that support while they’re moving through their academic career, we’re hopeful that with the new skills they have learned, they’ll [graduate] and be successful."Tracy Spencer, Director, Student Affairs and Outreach/Align left

Ms. Orb says the Gitzel family’s donation is helping the Wellness Centre “fill the gap” between funding from the Ministry of Health for core health services and the university’s own funding.

“The counselling team and much of the mental health supports come from the university, but as everyone knows, funding from government agencies has decreased over the years or stayed the same while demand has increased, so it’s created a gap,” she says.

With the money from the Gitzel Family Fund, the Wellness Centre has been able to hire more clinicians.

“That’s what university students are asking for – support from professionals when they need it,” adds Ms. Orb.

Considering the average age of university students – between 18 and 25 years old – these are important times in their lives, she says.

“If we can intervene and either increase their capacity to cope with stress, give them some tools that they can use later in their life, or actually intervene in a complex mental illness, it’s often that time where we can really make a significant impact in the rest of a person’s life. So, as much as we want to intervene to have students be successful academically, it’s a really important time to protect their mental health lifelong,” says Ms. Orb.

TextImage/images/2023/gitzel-family.jpegsite://news/images/2023/gitzel-family.jpegnewsgitzel-family.jpeg3072881080810A discussion in the Student Wellness Centre at the University of Saskatchewan. (Photo: USask)Above content

Support from philanthropists Ron and Jane Graham, the most generous alumni donors in the university’s history, funds two student support and outreach coordinator positions in the College of Engineering and Huskie Athletics.

The two coordinators – social workers – who are embedded in the colleges, add a valuable component to the Student Affairs and Outreach team by increasing visibility and providing timely and accessible mental health assessment and therapy, says Tracy Spencer, director, Student Affairs and Outreach.

“The Grahams’ support allows us to really increase our touch and capacity and provide meaningful connections with students and the supports they need,” she says.

TextPullquote"We appreciate the generosity of the people in Saskatchewan. It’s such a wonderful community to be a part of and to feel like your work is being supported."Jocelyn Orb, Director of the Student Wellness Centre/Align left

“This increased capacity allows us to work with more students to provide them with additional life and coping skills, not only to help them manage through university, but also as they progress in their careers,” says Ms. Spencer. “We can do this and expand the services we offer students because of people like the Grahams who donate to our program.”

The Grahams’ funding also enabled Student Affairs and Outreach to host prevention workshops such as Mental Health First Aid that helps participants increase their knowledge of the signs, symptoms and risk factors of several mental health illnesses; and a suicide alertness training workshop, LivingWorks safeTALK.

“Donor support is so pivotal in helping students, because if we can provide that support while they’re moving through their academic career, we’re hopeful that with the new skills they have learned, they’ll [graduate] and be successful,” adds Ms. Spencer.

The Gitzel’s family’s gift has also encouraged another donor to contribute to mental health services at USask, says Ms. Orb. “We appreciate the generosity of the people in Saskatchewan. It’s such a wonderful community to be a part of and to feel like your work is being supported.”

Original article published at the Globe and Mail.

remembrance-day-honouring-usask-alumnus-in-second-world-wartrue1718730911095imj129Remembrance Day: Honouring USask alumnus in Second World WarHe was one of the first to volunteer and one of the last to come home. After six years of service overseas in the Second World War – including being wounded in action – Lieutenant-Colonel Drayton Walker proudly marched the surviving members of the Saskatoon Light Infantry (SLI) through downtown to the riverbank in front of thousands of cheering supporters to complete the long journey home to Saskatoon on Oct. 3, 1945.James ShewagaRemembrance Day, 1698933000000/articles/general/2023/remembrance-day-honouring-usask-alumnus-in-second-world-warnewssite://news/articles/general/2023/remembrance-day-honouring-usask-alumnus-in-second-world-warccm0461698859561872ccm0461699026730960show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/lt-walker-sign-1080.jpgsite://news/images/2023/lt-walker-sign-1080.jpgnewslt-walker-sign-1080.jpg3273151080720The dedication sign at Lt. Col. Drayton Walker Park in the Montgomery neighbourhood of Saskatoon. (Photo: Megan Trinidad)The dedication sign at Lt. Col. Drayton Walker Park in the Montgomery neighbourhood of Saskatoon. (Photo: Megan Trinidad)NoNonesupport-studentsNo/
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For the members of Walker’s family who were there, it was a moment frozen in time: a father, a husband, a brother, a son and a soldier safely returned from the horrors of war.

“I was in Grade 6 in 1945, so I would have been 10 or 11 years old and I remember the train coming in and meeting him and then the parade down 21st Street to the riverbank ceremony there,” said Peter Walker, one of three sons along with Phil and Teddy who joined their mother Margaret in welcoming their father home after six long years overseas. “It was a day you always remember.”

Born in 1900 in Maple Creek in what was then the North-West Territories – five years before Saskatchewan became a province – Drayton Walker was a high school teacher and militia member prior to the Second World War, after studying and running track and field at the University of Saskatchewan (USask) in the 1920s.

One of the first to volunteer for active service with the Saskatoon Light Infantry when war was declared in September of 1939, he was commissioned as a major and rose to the rank of battalion commander while serving in England, Sicily, Italy, France, Belgium and Holland from 1939-1945. He was one of more than 2,500 USask students, staff, faculty, and alumni who served in the Second World War, with 202 killed in action.

Like many veterans, he rarely talked about the war upon returning home, after enduring gruelling campaigns in Sicily and Italy in which more than 6,500 Canadian soldiers were killed and 22,000 wounded.

TextImage/images/2023/walker-homecoming.jpgsite://news/images/2023/walker-homecoming.jpgnewswalker-homecoming.jpg1163411080799Lt. Col. Drayton Walker is welcomed home by his wife Margaret and their three sons, Phil, Teddy and Peter (in back, first child from the left), on the return of the Saskatoon Light Infantry to the city on Oct. 3, 1945. (Photo: Saskatoon Public Library - Local History Room)Above content

“I would ask him the odd time and he would give us a little snippet, but he didn’t talk much about it,” said his son Peter, now 89 and retired after a career in pharmacy after graduating from USask. “The only thing that I really remember about him telling me about anything that happened over there was one time he came face-to-face with one of the Germans that they were fighting and he said, ‘It was either him or me.’ So that was the story that I remember most.”

During the Italian campaign, his father was decorated for his heroic actions during a fierce firefight at a key crossroads near Ortona on Dec. 15, 1943, when he was badly wounded by shrapnel but remained in command of his troops in the critical battle. He received the Distinguished Service Order for gallantry, with the citation reading:

“The cool efficiency and courageous devotion to duty displayed by this officer under withering fire, his determination and skill, contributed in large measure to the success of the initial and subsequent operations, and set an inspiring example to the entire brigade.”

His service overseas continues to be a point of pride for the Walker family, which also holds great admiration for mother Margaret after raising the family alone back home from 1939-45.

“We do feel a lot of pride for him, and for all of the men who went overseas,” said Peter. “I admired them all greatly, and of course my dad in particular for his service. But I also think of all of the women who were at home. My mother was alone for six years except for two short leaves, and she raised three boys all by herself. So the women back home paid the price, too.”

Duane Walker was 13 years old when his grandfather Drayton passed away, but has fond memories of summers spent with his grandparents at the Emma Lake cabin they built in 1934, five years before the start of the Second World War.

“He didn’t talk a lot about the war, but if he did say anything, it would be when we were out fishing or something,” said Dr. Duane Walker (PhD), who earned his bachelor’s and PhD at USask and is one of more than a dozen members of the Walker family who went on to earn degrees at USask in the colleges of arts and science, education, engineering, kinesiology, law, medicine, and pharmacy, including his wife Leah and their children Bryn and Jordan. “I don’t have vivid memories, but I remember hearing that when people were lying flat on the ground in battle, he would be the guy walking around with bullets flying by. So those are the kinds of stories I heard about him.”

After leading his unit through the Italian campaign and then into France, Walker was promoted to commanding officer of the SLI machine gun battalion in January 1945, delivering a message to his troops:

It is with a terrific feeling of pride that I assume command of the 1st Bn. Saskatoon Light Infantry (MG). The best I have of experience, effort and enthusiasm will be expended in carrying out the policy of higher command and the advancement of the Battalion. With your unforced support we will still further enhance the reputation of the Unit.”

TextImage/images/2023/walker-parade.jpgsite://news/images/2023/walker-parade.jpgnewswalker-parade.jpg1338981080816Lt. Col. Drayton Walker leads the 1st Battalion of the Saskatoon Light Infantry along 21st Street in a celebration of their return from Europe on October 3, 1945. (Photo: Saskatoon Public Library - Local History Room)Above content

Walker led his unit through to the end of the war in Europe in May 1945, and remained in Holland for four months to disarm surrendering German soldiers, guard facilities, and support the restoration of local government and services in a country that had been occupied for six years. On September 20, the SLI began the long journey home on board the New Amsterdam, arriving in Halifax harbour and boarding the train before finally arriving home in Saskatoon on October 3.

Upon his return, Walker resumed his teaching career in Saskatoon, and soon advanced into leadership roles. At the age of 52, the decorated war veteran went back to university at USask to complete his Bachelor of Education and went on to serve as principal of Bedford Road Collegiate and later Mount Royal Collegiate when it opened in 1960. Walker returned overseas for three years in 1963, rejoining the Department of National Defence and closing out his career in education by serving as principal of a school for children of Canadian Armed Forces members stationed in Europe.

“A lot of what is my grandfather’s lore or legend, if you like, is being an educator,” said oldest grandson Dr. Keith Walker (PhD), who earned his bachelor’s, master’s and PhD at USask and has served as a professor of education administration in the College of Education since 1991. “He went back to university as a mature student, which wasn’t all that common back then, and I just remember his stories of how challenging it was in a sense to go to school with your former students that you had previously been teaching.”

Remembering to pay tribute to his grandfather and to all those who answered the call of duty has been a family tradition for generations of the Walker family, participating in Remembrance Day services and visiting Lt. Col. Drayton Walker Park, named in his honour in Saskatoon’s Montgomery neighbourhood.

“It is significant sacrifice and it’s very poignant, just thinking about how difficult it would have been to be away for that long, not knowing what is going on, but knowing the war effort was all entailing for both those at the front and for those people back in Canada,” said Keith, whose wife Dr. Grace Walker (MD), and their children James, Eric, Mack and Gillian all attended USask.

“There is no doubt that it becomes more important over time as that particular war’s veterans are no longer with us and there is a worry that succeeding generations won’t remember. But I think as a family we have done a pretty good job of remembering and honouring them.”

Lieutenant Colonel Drayton Walker died on November 15, 1975, at the age of 75.

TextRemembrance Day ceremony at USaskNone/Above content

The University of Saskatchewan (USask) has a long and proud legacy of military service.
All are welcome to attend USask’s 95th annual wreath-laying ceremony and brief program at the Memorial Gates on Saturday, November 11, 2023, at 1:30 pm as we continue our honoured campus tradition of paying tribute to all those who have served. More information on Remembrance Day initiatives at USask and event details can be found at https://spotlight.usask.ca/remembrance/index.php.

october-is-womens-history-month-in-canadatrue1718730911095imj129October is Women’s History Month in CanadaProfessor Airini, USask’s provost and vice-president academic, shares inspiring stories of faculty, staff, students, alumni, and donors in a video to commemorate Women’s History Month.provost1698342120000/articles/general/2023/october-is-womens-history-month-in-canadanewssite://news/articles/general/2023/october-is-womens-history-month-in-canadabpk4551698342360304bpk4551698343270612show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/peter-mackinnon-building.jpgsite://news/images/2023/peter-mackinnon-building.jpgnewspeter-mackinnon-building.jpg2641021080720Photo: University of SaskatchewanNoNoneNoneNo/
TextVideo/images/2023/airini-by-matt-smith.jpgsite://news/images/2023/airini-by-matt-smith.jpgnewsairini-by-matt-smith.jpg1358851080720https://www.youtube.com/watch?v=eoBUBYg61KMProfessor Airini, USask’s provost and vice-president academic, shares inspiring stories of faculty, staff, students, alumni, and donors in a video to commemorate Women’s History Month.Above content

A statement from Professor Airini, USask’s provost and vice-president academic, during Women’s History Month:

Hello everyone. Bonjour.

In the languages of the First Peoples of these lands: tānisi. hãn. ëdƚanet’e? taanishi. aniin.

I am Professor Airini, and I serve as provost and vice-president academic at the University of Saskatchewan. On behalf of our senior leadership team, I would like to acknowledge Women’s History Month, which is commemorated annually in Canada in October.

This month is an important time to celebrate the women and girls from our past, and our present, who are contributing to a better, more inclusive Canada. The 2023 theme for Women’s History Month is Through Her Lens: Celebrating the Diversity of Women. This theme emphasizes the importance of recognizing the achievements and contributions of women from diverse backgrounds. It focuses on the unique perspectives, experiences, and challenges faced by women, including Indigenous women; women from 2SLGBTQIA+ communities; women with disabilities; and newcomer, racialized, and migrant women.

At USask, I am honoured and privileged to be surrounded every day by remarkable women who are making a difference from Saskatchewan—for Saskatchewan and for the world. Our university has the bold ambition to be the university the world needs—and these women are uplifting that goal.

So many amazing women have helped to build our university, and our province and communities, and I am grateful for their many contributions. For example, I think of Sylvia Fedoruk, a trailblazing USask medical physicist who co-developed the cobalt-60 technology that revolutionized cancer treatment around the globe. Sylvia Fedoruk was a sports icon and a pioneering woman of science—one of the few Canadian female medical physics researchers in the 1950s. She went on to serve as the university’s first female chancellor and the province’s first female lieutenant-governor. Her fascinating life was the focus of a biography titled A Radiant Life, written by USask graduate and staff member Dr. Merle Massie.

During Women’s History Month, I also think of Annie Maude (Nan) McKay, the first Métis woman to graduate from the University of Saskatchewan, earning a Bachelor of Arts degree in 1915. She was an accomplished student who was active in campus life, serving on the student council and the editorial board of The Sheaf and playing on the women’s hockey team. She was also a tireless volunteer nurse during the flu epidemic of 1918.

A well-known 1915 photo depicts Nan McKay sharing an embrace and a kiss with a woman outside a university residence building. That photo is featured on the cover of an award-winning book written by USask history professor Dr. Valerie Korinek, titled Prairie Fairies: A History of Queer Communities and People in Western Canada, 1930-1985.

Nan McKay is remembered as a dedicated USask employee who worked at the University Library for 44 years, from 1915 until 1959. In 2007, she was chosen as one of USask’s 100 Alumni of Influence.

Each day, I am inspired by the countless women who continue to make USask such a great place to work, learn, and teach, and to engage in research, scholarly, and artistic work. These women are our faculty, staff, students, alumni, and donors, and our friends, family members, mothers, daughters, sisters, colleagues, and neighbours. For example, I think of Nigerian-Canadian sisters and scientists Rita and Fidelia Orji. These award-winning USask graduates are experts in their field—persuasive technology in computer science—and each has received the prestigious Vanier Graduate Scholarship.

I think of our leaders in health, such as Dr. Wendie Marks, an assistant professor in pediatrics and newly appointed Tier 2 Canada Research Chair who is focused on improving Indigenous children’s wellness, and Dr. Janet Tootoosis, the vice-dean Indigenous health in the College of Medicine. The college recently created a first-of-its-kind department at a Canadian medical school, dedicated to improving the health outcomes of Indigenous Peoples in Saskatchewan through academics and education.

I think of our leaders in the arts, such as Dr. Véronique Mathieu, USask’s first holder of the David L. Kaplan Chair in Music. She has been awarded federal funding to research and develop a set of 12 violin etudes in collaboration with 12 internationally established composers. She also released a new CD this past summer of works for violin and piano by women composers.

I think of Tasnim Jaisee, an award-winning USask student and former University of Saskatchewan Students’ Union president who is making a difference on our campus as the equity, diversity, inclusion project specialist in the Office of the Provost and Vice-President Academic. She played a key role in the recent launch of USask’s Period Equity Project, which provides free menstrual products in our university’s washrooms.

I think of USask student Banin Arjmand who, after moving to Canada in 2021 as an Afghan refugee, has used her personal experiences to advocate for Afghan women. She is also USask’s newest recipient of the Loran Award—a four-year leadership enrichment program that offers experiential learning through work placements, mentorship, scholar gatherings, an annual stipend, and a tuition waiver.

And I think of Justice Rosalie Silberman Abella’s remarkable judicial career and extraordinary contributions to her community. She was celebrated during USask’s Spring Convocation ceremonies on June 8, 2023, when she was awarded an honorary degree. Her devotion to the advancement of justice, equity, and human dignity are highlighted in the documentary Without Precedent: The Supreme Life of Rosalie Abella.

A key part of Women’s History Month is equity and respect for gender diversity and all gender expressions. I think of the excellent work taking place in the interdisciplinary women’s and gender studies program in the College of Arts and Science, which explores gender and sexual diversity, masculinities and queer studies, practices of representation and cultural production, popular culture, and critical transnational feminisms.

A new USask research project, for example, is aiming to fill in gaps in our province’s queer history by creating an updated 2SLGBTQIA+ timeline in collaboration with community stakeholders. It is being undertaken by USask’s Social Innovation Lab on Gender and Sexuality, which is led by project director Dr. Rachel Loewen Walker, a faculty member in the Department of Political Studies who teaches in the women’s and gender studies program.

There are many, many more women I could highlight during Women’s History Month, and I am grateful for all of them. I am so privileged to work and learn alongside them, and to draw inspiration and hope from their many contributions, innovations, and successes.

The commitment of these women to advancing gender equality will leave a lasting legacy for many generations to come.

During the month of October, I encourage you to think about the women who are making a difference in your life. I encourage you to acknowledge those women who are inspiring and impacting you, and those around you.

Statistics show that at USask, during the 2022/23 academic year, there were about 18,260 women studying and working here—about 14,640 students and about 3,620 faculty and staff.

In all workplaces and institutions, there is a need for continued action on pay equity. We must work to ensure that women are included in every level of decision-making in our universities, and that we model inclusive practices of recognition and language.

I wish every woman at USask all the best during Women’s History Month. Thank you for everything you have done, and continue to do, to make our university—and the world—a better place.

Professor Airini
Provost and Vice-President Academic
TextRead more:None/Above content

Nan McKay: A ‘queer-eye view’ of prairie life

Sylvia Fedoruk: New biography sheds light on Fedoruk’s ‘radiant life’

Dr. Rita Orji and Fidelia Orji: Persistent and persuasive

Dr. Wendie Marks: New USask research chair focuses on improving Indigenous children’s wellness

Dr. Janet Tootoosis: Building an Indigenous space in the College of Medicine

Dr. Véronique Mathieu: USask music professor receives additional federal funding to research and develop violin etudes

Tasnim Jaisee: USask launches Period Equity Project

Banin Arjmand: USask’s newest Loran Scholar lifts up others despite own hardships

Justice Rosalie Silberman Abella: USask honorary degree recipient the subject of new documentary

Dr. Rachel Loewen Walker: Researchers collaborate with community members to update queer history timeline

statement-on-recent-violence-in-israelgazatrue1718730911095imj129Statement on recent violence in Israel/GazaThe recent devastating violence and loss of life in Israel and Gaza have shocked the world. 1696943340000/articles/general/2023/statement-on-recent-violence-in-israelgazanewssite://news/articles/general/2023/statement-on-recent-violence-in-israelgazaccm0461696943713152ccm0461701788999512show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720The University of Saskatchewan logo on a green backgroundNoNoneNoneNo/
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This outbreak of war between Israel and Hamas is extremely difficult for many members of our university community, particularly those students, faculty members and staff who are from any of the countries and states in or near the conflict, or who have family and friends there. We extend our deepest sympathies to all those who are affected at this most difficult time.

We are relieved that the university’s available travel registry information shows no students, staff, or faculty members currently travelling in the Israel/Gaza region.  

The University of Saskatchewan is committed to Equity, Diversity, and Inclusion. It is imperative that everyone on our campuses feels safe and treats one another respectfully. Our EDI Policy emphasizes Manācihitowin (respect for one another) and holds all of us responsible for creating a supportive and inclusive environment.  

Know there are supports available to you if you need them. 

Students 

  • Student Affairs and Outreach has a team of social workers who can provide immediate support. You can speak with a member of the team by calling 306-966-5757 or emailing  student.outreach@usask.ca and requesting to speak with an outreach co-ordinator. 
  • The Student Wellness Centre is an interdisciplinary healthcare team that includes experienced counsellors, physicians and nurses. Some same-day appointments are available for urgent care. To access support, call 306-966-5768

Faculty and staff 

  • Telus Health App is USask’s Employee and Family Assistance Program (EFAP) provider, and offers a wide range of services including free and confidential counseling, 24 hours a day, 7 days a week.  
  • MindBeacon offers virtual mental health support. 
  • For eligible employees, your benefit plan covers mental health supports including clinical counsellors, marriage and family therapists, psychologists, psychotherapists, and social workers.  

Peter Stoicheff
President and Vice-chancellor
University of Saskatchewan

support-2slgbtqia-history-month-in-octobertrue1718730911095imj129Support 2SLGBTQIA+ History Month in OctoberHello faculty, staff, and students. Bonjour. tānisi. hãn. ëdƚanet’e? taanishi. aniin [English. French. Cree. Dakota/Lakota/Nakota. Dene. Michif. Saulteaux]pride, provost, 1696524420000/articles/general/2023/support-2slgbtqia-history-month-in-octobernewssite://news/articles/general/2023/support-2slgbtqia-history-month-in-octoberccm0461696524625501ccm0461698932117174show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pride-sidewalk2-1080.jpgsite://news/images/2023/pride-sidewalk2-1080.jpgnewspride-sidewalk2-1080.jpg2688201080720The Pride colours are painted on the sidewalk in the Bowl at the Saskatoon campus of the University of Saskatchewan. NoNonesupport-studentsNo/
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I am writing today to encourage members of the University of Saskatchewan (USask) community to show their support for 2SLGBTQIA+ History Month, which is observed in October in Canada and is also recognized internationally. This month-long celebration honours the achievements, contributions, and diverse identities of Two-Spirit, Lesbian, Gay, Bisexual, Transgender, Queer, Questioning, Intersex, and Asexual (2SLGBTQIA+) peoples, and offers an important opportunity to learn more about the histories of queer people and queer communities at home and around the world.

Various events and learning resources will be available to the USask community throughout this month, including a book club, movie nights, a museum exhibit, and an evening focused on the history of the art of drag. On our campus, these events began with the advertised panel discussion on Oct. 3 moderated by faculty members Dr. Rachel Loewen Walker (PhD) and Dr. Alessio Ponzio (PhD), a key organizer of 2SLGBTQIA+ History Month. Thank you to Dr. Ponzio for his many contributions, and to all those who have worked so hard to make these events possible. In 2023, USask has for the first time taken the initiative to recognize and support 2SLGBTQIA+ History Month Canada. It is our hope that we will see many more universities in Canada creating a series of scheduled events.

At USask, we embrace equity, diversity, and inclusion, as reflected in our Equity, Diversity, and Inclusion Policy that was approved by the Board of Governors and University Council. As a university we continue to work together to ensure our campuses are fair, respectful, and inclusive for all community members. This includes respect for, and affirmation of, gender identity and gender expression. To advance this important work, the Office of the Provost and Vice-President Academic is elevating the Provost’s Advisory Committee on Gender and Sexual Diversity (PAC-GSD). A working group of faculty, staff, and students will undertake to renew the mandate and terms of reference for the PAC-GSD, and its initiatives and advisory role. Deputy Provost Dr. Patti McDougall and I are so grateful for the commitment of the working group members.

As we recognize 2SLGBTQIA+ History Month, we reflect on discrimination that members of the queer community have experienced and continue to face today. In recent months, the attention and debate across Canada related to gender identity and gender expression has been challenging for many. In my role as provost and vice-president academic, I have heard how important it is when so many across our university stand in support and solidarity with members of the 2SLGBTQIA+ community. We do this when checking bias, in our use of language, through research, scholarly and artistic works, through curriculum, and community engagement. At USask, we work together to ensure our campuses are safe and accountable spaces for all. This remains a top priority and is how we become the university the world needs.

This month reminds us that the world, and our part of the world here at USask, needs safe, accountable, and welcoming spaces for everyone. In this spirit of respect and inclusivity, let’s show our support for 2SLGBTQIA+ History Month by attending events on our campus and by accessing the many resources available at the University Library. This includes the Neil Richards Collection of Gender and Sexual Diversity, which will be showcased through an exhibit in the Murray Library later this month. More information about how we can participate in 2SLGBTQIA+ History Month is available on the Spotlight website.

Sincerely,

Prof. Airini
Provost and Vice-President Academic

usask-to-honour-poilièvre-for-lifetime-commitment-to-communitytrue1718730911095imj129USask to honour Poilièvre for lifetime commitment to communityThe University of Saskatchewan (USask) will honour the remarkable public service of Father André Poilièvre during USask Fall Convocation next month.1696274340000/articles/general/2023/usask-to-honour-poilièvre-for-lifetime-commitment-to-communitynewssite://news/articles/general/2023/usask-to-honour-poilièvre-for-lifetime-commitment-to-communitybpk4551696274444287bpk4551696276394141show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/fall-convo-hd.jpgsite://news/images/2023/fall-convo-hd.jpgnewsfall-convo-hd.jpg704601080720The university will present Father André Poilièvre with an honorary degree – the university’s highest award – for his lifetime of contributions to the community. (Photo: Submitted)NoNoneNoneNo/
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USask President Peter Stoicheff is proud to announce that the university will present Poilièvre with an honorary degree – the university’s highest award – for his lifetime of contributions to the community.

“We are honoured to have the opportunity to celebrate the extraordinary impact Father Poilièvre has made over the years to the communities he has served,” Stoicheff said. “The University of Saskatchewan recognizes his passion for helping others throughout his distinguished career by bestowing our highest honour, the honorary degree, upon him.”

Poilièvre will be celebrated for his contributions to society during USask’s afternoon convocation ceremony at Merlis Belsher Place on Wednesday, Nov. 8 at 2 pm.

Poilièvre was named to the Order of Canada in 2008 for his lifelong contributions as an educator, counsellor and chaplain, and for his remarkable work in helping more than 500 individuals leave street gangs and start new lives. The Order of Canada is one of a number of honours that Poilièvre earned through a career of contributions to the community, including the Saskatoon YMCA Peace Medal Award in 2007, the Queen Elizabeth II Diamond Jubilee Medal in 2013, and the St. Thomas More College Recognition Award in 2015.

The youngest of three siblings, Poilièvre was born and raised in Prud'homme, Sask. After graduating high school, he went on to earn a baccalaureate in theology, and later completed adult education courses in Paris and Toronto. Poilièvre went on to spend six years with Arctic Cooperatives Ltd., in the former Northwest Territories (now Nunavut), where he developed and implemented training programs for Inuit and Dene management trainees in Indigenous-owned co-operative enterprises. Poilièvre moved to Saskatoon and was ordained as a Catholic priest in 1962, taught at St. Paul’s and Joe Duquette (now Oskāyak) high schools, and also served as a chaplain at Saskatoon City Hospital and the Saskatoon Correctional Centre.

In 2002, Poilièvre and two former gang members he met during his time with the correctional centre co-founded STR8 UP, the inspiration for his life’s work for the next 20 years. The support centre continues to help street gang members – many Indigenous – and their families escape from the clutches of gang life and get a fresh start. STR8 UP is the embodiment of Poilièvre’s lifelong commitment to serving Indigenous peoples, training community co-operatives, and supporting quality education for all children.

Honorary degrees are awarded to recipients for worthy and unique contributions made to their community and to the world. USask recognizes individuals who have outstanding accomplishments in research, scholarly and artistic works; performed exceptional public service; contributed greatly through their professional or philanthropic activity; and demonstrated extraordinary athletic prowess. To view past recipients, visit: https://library.usask.ca/uasc/campus-history-databases/honorary-degrees

For more on USask Fall Convocation, visit:
https://students.usask.ca/academics/convocation/future-convocation-dates.php

usask-tennis-courts-get-a-little-love-thanks-to-generous-donationtrue1718730911095imj129USask tennis courts get a little “love” thanks to generous donationYou could say a little “love” is being shown to the tennis courts sitting behind the Education building on the University of Saskatchewan campus.Alumni1695743700000/articles/general/2023/usask-tennis-courts-get-a-little-love-thanks-to-generous-donationnewssite://news/articles/general/2023/usask-tennis-courts-get-a-little-love-thanks-to-generous-donationccm0461695746938269bpk4551696350264658show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/img_4047w.jpgsite://news/images/2023/img_4047w.jpgnewsimg_4047w.jpg1890421080720In recognition of Dr. Nasser’s generous support, the upgraded courts have been named the ‘K.W. Nasser Courts’ in his honour. In recognition of Dr. Nasser’s generous support, the upgraded courts have been named the ‘K.W. Nasser Courts’ in his honour. (Photo: Julie Schappert/Stones+Glass Designs)NoNonesupport-visionary-spacesNo/
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Dr. Karim (Kay) Nasser (PhD’65, DSc’16), a lifelong fan of tennis, thinks refurbishing and enhancing the existing area is important to the well-being of USask students, staff, faculty and the Saskatoon community.

Dr. Nasser has given a generous gift of $500,000 to repair and sustain those courts for many more years.

“This is something near and dear to my heart,” said the 96-year-old Nasser. “Growing up in Lebanon, I learned to love the game of tennis, but never had very good courts to play on.

“I hope this is something that many people will embrace and use. Maybe they will learn to love tennis like I did.”

In recognition of Dr. Nasser’s generous support, the upgraded courts have been named the ‘K.W. Nasser Courts’ in his honour.

USask President Peter Stoicheff says Nasser’s many years of support to students at USask has had a lasting impact.

“What Dr. Nasser and his family have contributed to our campus over the years is remarkable and we are grateful for their generosity,” said Stoicheff. “Through their commitment to creating opportunities for our students to thrive, Kay, his wife Dora and their family are outstanding role models and champions for USask.”  

There were six full-size tennis courts at the Education building that were built years ago. They have now been levelled and resurfaced to provide a positive playing experience for campus tennis enthusiasts and other community members wanting to use the upgraded facilities. Further enhancements to the facility include removable tennis court posts, along with futsal and basketball nets. Also, lining for pickleball courts was established to support one of Canada’s fastest growing sports.

“It is our hope that this updated and expanded facility will provide versatile recreational opportunities and further enhance the student experience at USask,” said Dr. Joel Lanovaz, interim dean of the College of Kinesiology. “We are deeply grateful to Dr. Nasser for his generosity.”

TextImage/images/2023/img_3819w.jpgsite://news/images/2023/img_3819w.jpgnewsimg_3819w.jpg2275281080720USask President Peter Stoicheff says Nasser’s many years of support to students at USask has had a lasting impact. (Photo: Julie Schappert/Stones+Glass Designs)Above content

Nasser, who received an honorary doctorate in 2016, is known as the inventor of the K-Slump Tester which tests concrete and was used in building of the CN Tower in Toronto and continues to be used today in construction projects around the world.

Dr. Nasser arrived in Saskatoon to teach at the College of Engineering after leaving Beirut for New Jersey and Kansas where he went to pursue his education. He then came to Canada, spent time in Montreal and North Bay, before heading west. Nasser obtained his PhD at USask in 1965 and taught civil engineering for 33 years.

The Nasser family have been major supporters of USask for years in many projects across campus, including long-standing support to students experiencing crisis through the Nasser Family Emergency Student Trust among others.

This gift is part of the University of Saskatchewan’s Be What the World Needs Campaign.

TextImage/images/2023/nasser-courts.jpgsite://news/images/2023/nasser-courts.jpgnewsnasser-courts.jpg1668771080720In recognition of Dr. Nasser’s generous support, the upgraded courts have been named the ‘K.W. Nasser Courts’ in his honour. Above content
week-of-reflectiontrue1718730911095imj129Week of ReflectionAgainst the background of the University of Saskatchewan’s (USask) traditional hues of green and white, orange stands out as a vitally important and powerfully symbolic colour for Indigenous and non-Indigenous communities. Its meaning is especially clear as we begin a Week of Reflection leading up to the National Day for Truth and Reconciliation on Sept. 30.Indigenous, aboriginal, pec, leadership,1695669240000/articles/general/2023/week-of-reflectionnewssite://news/articles/general/2023/week-of-reflectionccm0461695669362956ccm0461702324639847show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/truth-reconciliation-symbols1080.jpegsite://news/images/2022/truth-reconciliation-symbols1080.jpegnewstruth-reconciliation-symbols1080.jpeg1260931080720YesNoneNoneNo/
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This is the third year Canadians have marked the National Day for Truth and Reconciliation. This week of reflection is about caring for, supporting, and learning from residential school survivors. It is about learning, understanding, and committing to not repeat the atrocities of the past.

We ask that USask community members wear an orange shirt for the week of Sept. 25-30 as a reminder to yourself, and to others, that you are committed to taking action toward reconciliation. Buildings on campus will again be bathed in orange lights on Thursday, Friday, and Saturday.

Those of you who were at USask during the previous two Weeks of Reflection will recall the orange ribbons that played a central role in our commitments toward reconciliation. During the first year, the ribbons were tied all over campus in public and more personal spaces. During the second year, the ribbons were collected and stored with care. This year we are weaving the ribbons into orange wool blankets as the third stage of the commitments we are making to Truth and Reconciliation.

Next year, after colleges, units, and schools have committed to the blanket teachings, these woven wool coverings will be displayed across campus to create a path of commitments toward Truth and Reconciliation across campus.

USask’s Mistatimōk Committee, which encourages our university community to engage in the difficult, but critical, work of decolonization and reconciliation, is co-ordinating a Week of Reflection leading up to the third annual National Day for Truth and Reconciliation. This week is filled with events and opportunities for learning and growth as a campus community, and as individuals.

  • Today, we open the Week of Reflection in a good way, with a celebration at 11:30 am at Gordon Oakes Red Bear Student Centre. All are welcome, and registration is requested.
  • On Tuesday at Convocation Hall, the College of Kinesiology is hosting an event with Treaty Commissioner of Saskatchewan Mary Culbertson. 
  • On Wednesday at 3:30 pm in the Link Gallery at the Murray Library, the Blanket Project, mentioned above, will be launched. All are welcome to learn more about this moving initiative.
  • On Thursday at 7 pm in Quance Theatre, the College of Education is hosting a screening of the film Understanding and Finding Our Way – Decolonizing Canadian Education. The film was produced by Dr. Verna St. Denis, who will be part of a panel discussion after the screening.
  • Huskie Athletics will present a schedule of athletic events featuring special programming. Athletes will wear orange in honour of residential school survivors and their families. Sept. 29 is a home game for Huskies football and Sept. 30 will feature a Huskie women’s hockey game and a Huskie women’s soccer game.
  • On Friday, USask offices will close, marking the federal statutory holiday created to honour the children who never returned home and Survivors of residential schools, as well as their families and communities.

For a full list of events across USask, visit https://spotlight.usask.ca/truth-and-reconciliation/index.php.

Through the USask Plan 2025, our university has committed to this journey of transformative decolonization leading to reconciliation. The gift of ohpahotân | oohpaahotaan| Indigenous Strategy reminds that we all are responsible for decolonization and reconciliation. By joining together to foster learning, listening, and reflection, we can each commit to never forgetting and always caring for those affected by residential schools, the legacy of Canada’s residential school system, and the continued colonization of Indigenous Peoples presently.

In solidarity,

Dr. Angela Jaime
Interim Vice-Provost, Indigenous Engagement
University of Saskatchewan

meewasin-and-usask-renew-moutrue1718730911095imj129Meewasin and USask Renew MOUMeewasin Valley Authority and University of Saskatchewan Renew Memorandum of Understanding to Strengthen Environmental and Sustainability Collaboration 1695400860000/articles/general/2023/meewasin-and-usask-renew-mounewssite://news/articles/general/2023/meewasin-and-usask-renew-mouccm0461695401479521ccm0461695401768728show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mou-signing2.jpgsite://news/images/2023/mou-signing2.jpgnewsmou-signing2.jpg3809101080720From left: Dr. Angela Bedard-Haughn (PhD), dean of the University of Saskatchewan (USask) College of Agriculture and Bioresources, Peter Stoicheff, USask president and vice-chancellor, and Andrea Lafond, CEO of Meewasin. (Photo: Submitted)From left: Dr. Angela Bedard-Haughn (PhD), dean of the University of Saskatchewan (USask) College of Agriculture and Bioresources, Peter Stoicheff, USask president and vice-chancellor, and Andrea Lafond, CEO of Meewasin. (Photo: Submitted)NoNonesupport-visionary-spacesNo/
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The Meewasin Valley Authority (Meewasin) and the University of Saskatchewan (USask) are proud to announce the re-signing of a three-year Memorandum of Understanding (MOU). The MOU is aimed at fostering and advancing joint initiatives in sustainability and conservation in the Saskatoon region. 

Meewasin and USask have a longstanding history of collaboration and shared interests. The Meewasin Valley Authority Act (1979) outlines the authority of Meewasin and articulates USask has a shared responsibility (with the City of Saskatoon and the provincial government) for the governance of Meewasin. More informally, USask and Meewasin collaborate through teaching and research opportunities within the river valley, student engagement and employment, and governance processes related to infrastructure development and approvals. The MOU signifies a continued commitment by both organizations to this collaboration. Both organizations share a focus on sustaining, conserving and preserving the natural beauty and ecological integrity of the Meewasin Valley, a unique and vital environmental asset within Saskatoon and the surrounding area. USask's expertise in sustainability, environmental science and research, and Meewasin’s on the ground work in active conservation and monitoring, are a strong combination.

Leaders from both organizations expressed their enthusiasm for the re-signing of the MOU.

"This MOU represents a significant opportunity to further combine the strengths of Meewasin and the University of Saskatchewan to conserve and promote our region’s environmental health and vitality," said Andrea Lafond, CEO of Meewasin.

Peter Stoicheff, President and vice-chancellor added, "Our university is committed to advancing research and education that contributes to the well-being of our communities. This collaboration aligns perfectly with our mission to create a sustainable future for all."

The Meewasin Valley Authority and the University of Saskatchewan believe that this MOU will have a lasting positive impact on the Meewasin Valley, USask students, staff and faculty and set an example for collaborative environmental stewardship in the region and beyond. 

generosity-of-usask-community-fuels-giving-day-successtrue1718730911095imj129Generosity of USask community fuels Giving Day successOn Sept. 12, the University of Saskatchewan (USask) held its first Giving Day, in support of the Be What the World Needs Campaign.alumni, 1695310380000/articles/general/2023/generosity-of-usask-community-fuels-giving-day-successnewssite://news/articles/general/2023/generosity-of-usask-community-fuels-giving-day-successccm0461695310953283ccm0461695311047555show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/epoch-campaign.jpgsite://news/images/2023/epoch-campaign.jpgnewsepoch-campaign.jpg1967621080720Libby Epoch, a civil engineering student and former women's basketball Huskie athlete,Libby Epoch, a University of Saskatchewan civil engineering student and former women's basketball Huskie athlete. (Photo: David Stobbe)NoNonesupport-studentsNo/
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Thanks to the generosity of more than 400 donors, $253,859 was raised to elevate 64 projects ranging from student scholarships and critical research, to Indigenous priorities and a new design hub for the College of Engineering. Gifts made on Giving Day had double the impact as several generous alumni stepped up to match donations dollar-for-dollar.  

“Our strong community of donors and supporters is truly exceptional,” said Peter Stoicheff, USask president and vice-chancellor. “Each gift made on Giving Day strengthened our bold pursuit of being the university the world needs.” 

Thanks to a partnership with Rawlco Radio, Giving Day was featured on News Talk 650 CKOM through live interviews throughout the day with USask leaders, faculty, staff and students as they spoke about the impact of giving across all areas of the university. 

TextPullquote“Gifts will support our labs and new equipment, support students through scholarships and bursaries that allow us to focus on our studies, and in turn, help us reach our full potential.” Libby Epoch/Align left

Libby Epoch, a civil engineering student and former Huskie women’s basketball student-athlete, emphasized that gifts made on Giving Day support the university and students in every area.  

“Gifts will support our labs and new equipment, support students through scholarships and bursaries that allow us to focus on our studies, and in turn, help us reach our full potential,” said Epoch. “We are so thankful for each donation today.”  

Members of the university community and visitors who attended the Welcome Back Powwow and Métis Dance Celebration happening that same day, were invited to visit the Giving Day Hub in Place Riel to learn more about the campaign, make their donation, and pick up giveaways. 

“We were overwhelmed with generous gifts from both the broader community, and our USask faculty, staff and students. Seeing such a diverse group of champions come together on Giving Day to support the people, projects and places that mean the most to them is truly inspiring,” said Cheryl Hamelin, vice-president of University Relations.  

“I’d like to extend a special thank you to our generous alumni who stepped up to match donations today and make every gift go further.”  

Matching donations were generously provided by USask alumni Grit (BEd'91) and Scott McCreath (BComm'69), Jefferson Mooney, C.M. (BA'66, LLD'19), Greg (BComm'79) and Rae Smith, and the Engineering Advancement Trustees. 

If you missed the chance to make your gift on USask Giving Day, it’s not too late to make a difference. Donate to the Campaign for USask today at give.usask.ca. 

giving-day-supports-usask-comprehensive-campaign-as-new-school-year-beginstrue1718730911095imj129Giving Day supports USask Comprehensive Campaign as new school year begins The one day fundraising initiative will support featured projects at USask and all donations made will contribute to the university’s Be What the World Needs comprehensive campaign. 1694468700000/articles/general/2023/giving-day-supports-usask-comprehensive-campaign-as-new-school-year-beginsnewssite://news/articles/general/2023/giving-day-supports-usask-comprehensive-campaign-as-new-school-year-beginsccm0461694468935479ccm0461694472268191show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/eileen-lennie-koshman.jpgsite://news/images/2023/eileen-lennie-koshman.jpgnewseileen-lennie-koshman.jpg1819031080720NoNonesupport-indigenous-achievementNo/
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Whether you are a new student or an alumnus who graduated decades ago, nothing quite compares to the excitement of beginning a new academic year at USask.  

From the beauty of the leaves changing colour in the bowl, to the camaraderie at the first Huskies games of the season, students, faculty, and staff know there is something magical about September. And now, a new day dedicated to celebrating philanthropy will look to build on that excitement by showcasing people and projects at USask who have the potential to Be What the World Needs. 

On Sept. 12,  USask will host Giving Day – a one day event bringing campus and the larger university community together in support of the Campaign for USask launched earlier this year.  

One of the initiatives USask Giving Day will focus on is Indigenous Student Achievement Pathways (ISAP) – a program that directly enriches the academic experiences of future Indigenous leaders.  

For USask students like Eileen Lennie-Koshman, a student from the Department of Indigenous Studies and ISAP Undergraduate Leadership Award recipient, donor-funded awards and bursaries can make all the difference when juggling the needs of a family with the associated costs of a post-secondary education. In an environment of rising costs and inflationary pressures, receiving a bursary means Lennie-Koshman can work fewer hours and focus more on her studies. 

“You have no idea the pure joy we feel when we know we have received an award—it's like Christmas. And though we may not always have the words to give our thanks, it means the world that donors contribute to our success here at USask,” said Lennie-Koshman, a mother with roots on Treaty Six Territory. 

In addition to supporting the ISAP program, the university is looking to support a wide-range of featured Giving Day projects that represent the four campaign pillars of supporting Indigenous achievement, inspiring student success, conducting critical research and building new, visionary spaces. 

“Whether it’s a small contribution, a monthly gift, or a more substantial donation, every act of generosity plays a crucial role in supporting future discoveries, ideas, solutions and people at USask who will make the world a better place,” said Peter Stoicheff, USask president and vice-chancellor. 

Thanks to generous gifts from several USask alumni, donations to featured projects on Sept. 12 have the opportunity to be matched dollar-for-dollar* 

“Today, you can maximize the impact of your gift. Whether you are a long-time supporter, or are thinking about making your first gift today, supporting the project or area you are most passionate about will strengthen our ability to tackle the world’s most pressing issues,” added Stoicheff. 

For many students including Lennie-Koshman, receiving donor support can also be a strong catalyst for paying it forward, as she currently donates the gift of time to work as a peer mentor for first-year ISAP students. 

“As an Indigenous student, as a woman and as someone with physical and learning disabilities, I want to serve as a beacon for other students. If I can do it, so can they.” 

Visit give.usask.ca to learn more about the people and projects you can support and to make your donation to the Campaign for USask today. 

*Matched up to a designated dollar amount until the match amount is expended. Full details at give.usask.ca

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usask-reaches-record-enrolmenttrue1718730911095imj129USask reaches record enrolment Enrolment is up as of the first day of fall term classes at the University of Saskatchewan (USask).Darla Readpec, leadership, provost,1694181720000/articles/general/2023/usask-reaches-record-enrolmentnewssite://news/articles/general/2023/usask-reaches-record-enrolmentccm0461694181871936ccm0461702324682629show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/fall-usask-campus.jpgsite://news/images/2023/fall-usask-campus.jpgnewsfall-usask-campus.jpg3251571080720Many students can be seen walking on campus at the University of SaskatchewanMore students are choosing USask to learn, to grow as leaders, and to make new knowledge as innovators and researchers. NoNonesupport-studentsNo/
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More students are choosing USask to learn, to grow as leaders, and to make new knowledge as innovators and researchers. 

As of the first day of classes, on Wednesday, Sept. 6, enrolment at the University of Saskatchewan has increased by almost three per cent compared to the first day of fall classes last year. 

Included in that is a 1.8 per cent increase in self-declared Indigenous students, as well as a six per cent increase in international student enrolment. The number of new students beginning their studies at USask has also increased by nine per cent compared to last year. 

“It’s great to see more students choosing USask,” said Dr. Jerome Cranston (PhD), vice-provost, students and learning. “We are committed to creating a teaching and learning environment that is welcoming and inclusive so all students can succeed academically and socially.” 

An increase of new and international students corresponds with USask’s University Plan 2025, which outlines a goal for growth in both undergraduate and graduate students, to help foster an inspired global community made up of well-rounded learners who are ready to tackle challenges, solve problems, and become graduates the world needs 

TextPullquote“We have exceptional and world-class educators and researchers here and are so excited to welcome in and welcome back each student this fall term. Together we are the university the world needs.” Dr. Airini /Align left

Academic year numbers for the previous academic year (2022/23) were released earlier this summer, and compared to the 2021/22 academic year, overall enrolment remained stable at 26,165. In the 2022/23 academic year, approximately 14 per cent of undergraduate students and nine per cent of graduate students self-declared as Indigenous.  

The USask community is local to the province and also diverse. During the 2022/23 academic year, 65 per cent of USask students were from Saskatchewan, while 18 per cent came from other parts of Canada, and approximately 17 per cent were classified as international. India was the largest country of origin for international students at the undergraduate level, followed by Nigeria and China. Iran was the largest country of origin of USask international graduate students, followed by China and India. 

“Welcoming these new students is part of the transition back to what looks more like traditional university life pre-pandemic,” noted Cranston.  

Moving toward 2025, USask is following both the university and Learning, Teaching and Student Experience plans that include goals related to the number of students, the program level students enter, as well as the diversity of students the university hopes to attract and retain.  

“Every student at this university has the potential to be what the world needs – for Saskatchewan and from Saskatchewan,” said Dr. Airini (PhD), provost and vice-president academic. “We have exceptional and world-class educators and researchers here and are so excited to welcome in and welcome back each student this fall term. Together we are the university the world needs.” 

For more information on the latest USask academic year enrolment numbers, review the USask 2022/23 Academic Year Snapshot. 

usask-rolls-out-the-welcome-mat-for-homecomingtrue1718730911095imj129USask rolls out the welcome mat for HomecomingHeadlined by the Huskie football Homecoming game Friday, Sept. 8, Homecoming at the University of Saskatchewan (USask) is an opportunity to reminisce and reconnect with campus life.Sean ConroyAlumni,1694096100000/articles/general/2023/usask-rolls-out-the-welcome-mat-for-homecomingnewssite://news/articles/general/2023/usask-rolls-out-the-welcome-mat-for-homecomingccm0461694028786351ccm0461694184024396show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/homecoming-1080.jpgsite://news/images/2023/homecoming-1080.jpgnewshomecoming-1080.jpg1781961080720USask Homecoming 2023 is highlighted by the Huskie football Homecoming game on Friday, Sept. 8 at Griffiths Stadium.USask Homecoming 2023 is highlighted by the Huskie football Homecoming game on Friday, Sept. 8 at Griffiths Stadium.NoNonesupport-visionary-spacesNo/
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The energy, excitement and variety of activity on campus at USask during the first full week of September is unmatched for students beginning the fall semester.

USask alumni and friends also experience this dynamic atmosphere as Homecoming festivities mark new beginnings and celebrate irrevocable connections to their alma mater.

“The bond our alumni have with our university is profound and enduring,” said Marcy Hildebrand, director, Alumni and External Engagement. “Returning to campus for Homecoming is the perfect opportunity for our graduates of all years to visit campus, reunite with friends, and get reacquainted with a special time and place in their life.”

A full schedule of Homecoming events and activities is available at alumni.usask.ca/homecoming.

Here are some of the ways to participate in Homecoming 2023:

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Homecoming is not complete without cheering on the Huskies at Griffiths Stadium with thousands of fans, students, and fellow alumni. Get your tickets and watch the Huskies battle the University of Regina Rams. The Homecoming game also marks the beginning of the U-Prairie Challenge presented by SaskMilk, the season-long multi-sport competition between the Huskies and Rams/Cougars. Before the game, be sure to visit the USask alumni tent in the Saskatoon Co-op Rally Alley and enter for a chance to win a trip for two to Las Vegas. Enjoy entertainment featuring live music, activities, giveaways, and food and beverages for sale. 

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Several graduating classes are celebrating milestone anniversaries with reunions. Don’t miss the opportunity to reconnect with friends and classmates with whom you share a unique and enduring bond. As many other reunions take place throughout the year, Homecoming is also a great time to reconnect with fellow alumni and begin planning your own class reunion.

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One of the best ways to get reacquainted with our spacious, beautiful, and varied campus is to take a guided tour. In addition to the historic campus tour, alumni can participate in the Canadian Light Source tour, USask art galleries and collections tour, campus sustainability tour, Diefenbaker Centre gallery tour, and the student life campus tour.

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USask alumni have the chance to win a USask prize pack by showing off their unique USask memorabilia.

What USask memento have you kept since graduation? It could be your framed degree, a ticket stub from a Huskies game or Louis’ concert, your acceptance letter – anything you have kept, even if you don’t have a reason for keeping it. You can also share throwback photos of you and your USask BFFs. Share photos of you and your friends (or future partner) that you met as a student at USask. Tag @usaskalumni and use the custom hashtag to share your throwback photos and enter the #USaskThrowback contest on Facebook, Twitter, or Instagram by Sept. 10.

usasks-largest-indigenous-cultural-event-returnstrue1718730911095imj129USask’s largest Indigenous cultural event returnsSponsored by OUTSaskatoon and Affinity Credit Union, Revitalizing the Circle: Welcome Back Powwow and Métis Dance Celebration will begin the University of Saskatchewan’s (USask) 2023/24 school year in a culturally meaningful way.Darla Read and John ShellingIndigenous, aboriginal, 1694021400000/articles/general/2023/usasks-largest-indigenous-cultural-event-returnsnewssite://news/articles/general/2023/usasks-largest-indigenous-cultural-event-returnsccm0461693948643995ccm0461695325000494show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bowl-powwow.jpgsite://news/images/2023/bowl-powwow.jpgnewsbowl-powwow.jpg4341681080721Supporters and participants gather around a drum circle during the 2015 Graduation Powwow in The Bowl at USask. (Photo: David Stobbe)Supporters and participants gather around a drum circle during the 2015 Graduation Powwow in The Bowl at USask. (Photo: David Stobbe)NoNonesupport-indigenous-achievementNo/
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In 2019, USask hosted the Graduation Powwow at Merlis Belsher Place for the last time. Now, four years and one pandemic later, USask is bringing back the powwow at a different time of year and with a focus on welcoming students to campus.

On Tuesday, Sept. 12 from 10 am to 4:30 pm, Revitalizing the Circle is expected to attract more than 2,500 participants throughout the day in the Bowl and surrounding buildings and will need more than 150 volunteers to pull it off.

Dr. Angela Jaime, interim vice-provost Indigenous Engagement, emphasized Revitalizing the Circle is open to everyone.

“It is the hope of the organizing committee to affirm Indigenous students and to provide an opportunity for non-Indigenous people to learn,” she explained. “Leaders on campus will encourage their staff and students to participate in the event, ask questions, learn more about the meaning of gatherings like this one.”

Lori Delorme, acting director at the Gordon Oakes Red Bear Student Centre and proud Métis, has been a part of the USask community for 25 years and has been involved with the USask powwow for more than a decade. She said the powwow is significant because it not only represents Indigenous culture, but also demonstrates the university’s commitment to student outcomes.

“We are sending a message that we are here to support you in any way we can,” explained Delorme. “Students who are coming to Saskatoon and to this campus for the first time are leaving behind family and the life they know. That can be a big transition. Having a piece of their culture here with them provides comfort, which ties directly to student success.”

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The event’s name was inspired by the 2017 powwow hosted by OUTSaskatoon which took place on USask’s Saskatoon campus. According to the event’s webpage, like that past powwow, this new event intends to “create a safe space for all people, especially Two-Spirit peoples, to take part in cultural celebrations in gender-affirming spaces.” This year, the powwow categories are completely genderless.

As noted by Ezra Harvey, OUTSaskatoon’s Indigenous projects co-ordinator, in pre-colonial times, the Two-Spirit roles were the reconcilers, the ones who balanced a multitude of roles in their communities in order to maintain a well-rounded and healthy community.

“To revitalize the circle is to have Two-Spirit people return to the circle,” said Harvey. “Traditions and ceremonies are a connection to spirituality that every Indigenous person deserves, regardless of how they identify.”

With its origins dating back to the 1980s, the university’s annual powwow was held to celebrate the academic success of Métis, First Nations and Inuit graduates from USask and local secondary schools. The powwow was also a time to celebrate the Indigenous community and culture at USask and around the province.  In the 2010s, it grew to be the largest annual Indigenous event held by the university.

“It is wonderful to see the return of USask’s largest Indigenous cultural event,” said Dr. Airini (PhD), USask’s provost and vice-president academic. “We are all looking forward to attending the Welcome Back Powwow and Métis Dance Celebration.

“USask is fortunate to have been gifted the Indigenous Strategy—ohpahotân | oohpaahotaan “Let’s Fly Up Together”—that was created and written by Indigenous Peoples. Events such as the Welcome Back Powwow and Métis Dance Celebration support the strategy’s call for meaningful and respectful action to advance Indigenization and support the aspiration of the University Plan 2025 of transformative decolonization leading to reconciliation.”

usask-launches-period-equity-projecttrue1718730911095imj129USask launches Period Equity ProjectThe University of Saskatchewan (USask) has launched a new initiative to enhance menstrual equity on campus.Shannon Boklaschukprovost, diversity, 1693237500000/articles/general/2023/usask-launches-period-equity-projectnewssite://news/articles/general/2023/usask-launches-period-equity-projectccm0461693238849375ccm0461710430491401show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pep-students.jpgsite://news/images/2023/pep-students.jpgnewspep-students.jpg3927641080720A photo of students walking past Saskatchewan Hall on the USask campus. (Photo: Dave Stobbe)The Period Equity Project supports USask’s goal of building an inclusive and nurturing learning environment. (Photo: David Stobbe)NoNonesupport-studentsNo/
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Through the Period Equity Project, free menstrual hygiene supplies will be made available to all members of the USask community who need them. Dispensers stocked with free tampons and pads will be available in more than 70 women’s, gender-neutral, and men’s washrooms in various USask buildings.

“Every person who needs menstrual products should have access to those products. The USask Period Equity Project is about helping make that happen,” said Dr. Airini (PhD), USask’s provost and vice-president academic.

“Ensuring our students, faculty, and staff have the resources they need to fully participate in campus life is vitally important,” Airini said. “This goal is supported by our University Plan 2025, which outlines USask’s bold ambition to be the university the world needs.”

People who menstruate can face challenges related to inadequate or inequitable access to menstrual hygiene products. This inequity is often linked to financial and social barriers and can be associated with ongoing taboos and stigma related to menstruation. For example, UN Women notes that 12.8 per cent of women and girls worldwide live in poverty, and the cost of menstrual products and added taxes leave many without ways to safely manage their periods.

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According to a recent survey by Plan International Canada, a global humanitarian and development organization dedicated to advancing children’s rights and equality for girls, 25 per cent of women who menstruate in Canada have had to choose between purchasing menstrual products and other essential items, such as food. The survey also showed that 82 per cent of Canadian respondents who menstruate believe that period products are expensive. More than 82 per cent of women in Canada support access to free period products in public washrooms, while 95 per cent of women ages 18 to 24 agree, according to the survey.

Using an evidence-informed approach, the Period Equity Project was launched at USask by the Office of the Provost and Vice-President Academic following consultation with students and student groups on campus.

“We have input from members of our USask community that enhancing menstrual equity is important to them,” said Tasnim Jaisee, the equity, diversity, inclusion (EDI) project specialist in the Office of the Provost and Vice-President Academic. “The Period Equity Project will ensure that menstrual supplies are widely available to those who need them on our campus.”

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Conversations leading to the Period Equity Project first began between Airini and the University of Saskatchewan Students’ Union (USSU) during the 2021/22 academic year, when Jaisee, a USask College of Arts and Science student, served as the USSU president. Jaisee, who continues to study at USask, now facilitates the Period Equity Project through her role in the Office of the Provost and Vice-President Academic.

The installation of the free menstrual hygiene supplies in USask washrooms began during the summer. This fall, for the start of the 2023/24 academic year, period products will be available in washrooms in the following locations: Health Sciences Building; Leslie and Irene Dubé Health Sciences Library; Gordon Oakes Red Bear Student Centre; Arts Building; Edwards School of Business; Law Building; Education Building; Thorvaldson Building; W.P Thompson Biology Building; Physics Building; Agriculture Building; John Mitchell Building; Archaeology Building; Engineering Building; Physical Activity Complex (PAC); St. Thomas More College; Murray Building; Western College of Veterinary Medicine; Marquis Culinary Centre; Place Riel food court; GSA Commons; Kirk Hall; Diefenbaker Building; Peter MacKinnon Building; Geology Building; Collaborative Sciences Research Building; and Toxicology Building.

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Dr. Patti McDougall (PhD), USask’s deputy provost, said the Period Equity Project supports USask’s goal of building an inclusive and nurturing learning environment. She noted that the initiative also demonstrates the positive outcomes that occur when students and USask leadership work together, adding that the Period Equity Project aligns with the USask plan titled Fostering Tomorrow’s Leaders: Learning, Teaching and the Student Experience 2019-2025.

“One of the five key commitments championed in the plan is co-creating a climate of inclusion, empowerment, and support,” said McDougall, the EDI lead for the provost’s portfolio. “The Period Equity Project is one way we can work together to achieve this important goal.”

More information about the Period Poverty Project is available online at students.usask.ca.

presidents-statement-on-recent-uwaterloo-hate-motivated-attacktrue1718730911095imj129President’s statement on recent UWaterloo hate-motivated attackThe University of Saskatchewan (USask) stands with the University of Waterloo community at this difficult time. 1688144880000/articles/general/2023/presidents-statement-on-recent-uwaterloo-hate-motivated-attacknewssite://news/articles/general/2023/presidents-statement-on-recent-uwaterloo-hate-motivated-attackccm0461688145238870ccm0461688145238870show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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The recent hate-motivated attack there, related to gender expression and gender identity, is an attack on the values of inclusion and diversity that universities stand for and promote. 

University classrooms must be places of safe, informed and respectful discussion and debate. Violence and hatred have no place in them. 

Our Equity, Diversity and Inclusion Policy, approved by every USask governing body, states that “All members of the university community share the responsibility for creating a supportive and inclusive environment.” Our USask community’s commitment to this is strengthened today.

Our thoughts are with our colleagues and friends at UWaterloo and with everyone affected by this senseless event.

Peter Stoicheff
President and Vice-chancellor
University of Saskatchewan

university-of-saskatchewan-and-city-of-saskatoon-mark-fifth-anniversary-of-mou-with-webpage-launchtrue1718730911095imj129USask and City of Saskatoon mark fifth anniversary of MOU with webpage launch Today, the City of Saskatoon (City) and the University of Saskatchewan (USask) launched a new webpage to highlight the collaborations between the two organizations achieved through a memorandum of understanding (MOU) signed five years ago. sustainability, 1687792920000/articles/general/2023/university-of-saskatchewan-and-city-of-saskatoon-mark-fifth-anniversary-of-mou-with-webpage-launchnewssite://news/articles/general/2023/university-of-saskatchewan-and-city-of-saskatoon-mark-fifth-anniversary-of-mou-with-webpage-launchccm0461687795302934ccm0461688574536940show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/campus_aerial.jpgsite://news/images/2023/campus_aerial.jpgnewscampus_aerial.jpg1353851080720Aerial view of the City of Saskatoon. (Photo: USask)Aerial view of the City of Saskatoon. (Photo: USask)NoNonesupport-visionary-spacesNo/
TextImage/images/2023/city_mou.jpgsite://news/images/2023/city_mou.jpgnewscity_mou.jpg1472511080720Mayor of Saskatoon Charlie Clark and USask President Peter Stoicheff signed a memorandum of understanding in 2018. (Photo: USask)Below content

The City and USask have a longstanding history of collaboration and partnerships, which has strengthened communities through education, research and engagement. That relationship was reaffirmed in 2018 when the two signed a memorandum of understanding to explore new and existing collaborations to address issues related to urban planning, land development, reconciliation, transit and research collaborations. 

 The new webpage USask and the City of Saskatoon MOU - Leadership | University of Saskatchewan will offer residents greater access to, and awareness of, the activities advanced through the MOU. 

“The unique partnership between the City and the University of Saskatchewan is resulting in real benefits for residents of Saskatoon through the collaboration on many exciting and one-of-a-kind projects,” said Charlie Clark, Mayor of Saskatoon. “These projects are working to provide an improved quality of life for our residents today and in the future, addressing a variety of challenges the University and City are uniquely positioned to tackle together.” 

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“Over the past five years, the University of Saskatchewan and the City of Saskatoon have taken significant steps to strengthen our long-standing relationship and partnership with innovative initiatives ranging from sustainability to Reconciliation, as we work together to support our city and the communities we serve,” said USask President Peter Stoicheff. “To be the university the world needs, we must be the university our city and province needs as well. Saskatoon is a place many USask alumni call home, and through the continued partnership established in our MOU, we are successfully collaborating on issues of mutual importance to both the city and the university.”  

Both USask and the City are focused on efforts to partner to be more purposeful and deliberate in the areas of Reconciliation, strategic infill, transportation, sustainability, recreation, joint research projects, and student learning opportunities. In addition, many of the discoveries made by USask faculty members and students continue to be relevant to cities, such as in the areas of urban planning and community health, and can be used to make life better for Saskatoon residents. 

The MOU serves as a leading example to inspire similar partnerships in the city, province, and country in the future. 

Since 2018, the City of Saskatoon and USask have partnered to advance: 

Visit the webpage at https://leadership.usask.ca/initiatives/saskatoon-mou.php for more information. 

 

usask-presidents-statement-on-national-indigenous-peoples-daytrue1718730911095imj129USask president’s statement on National Indigenous Peoples Day National Indigenous Peoples Day is commemorated every year on June 21, to recognize and celebrate the history and diverse cultures of First Nations, Inuit, and Métis Peoples across Canada. pec, indigenous, aboriginal, 1687366320000/articles/general/2023/usask-presidents-statement-on-national-indigenous-peoples-daynewssite://news/articles/general/2023/usask-presidents-statement-on-national-indigenous-peoples-dayccm0461687366486875ccm0461688566851648show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/indigenous-symbols.jpgsite://news/images/2022/indigenous-symbols.jpgnewsindigenous-symbols.jpg3077861080720The Peter MacKinnon Building on the USask Saskatoon campus. Indigenous symbols are seen in the foreground. NoNoneNoneNo/
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Celebrated on the summer solstice — the date with the most daylight of the year and holding great spiritual significance for Indigenous Peoples — it is the perfect time to shine light on the achievements and accomplishments, as well as the considerable challenges faced by First Nations, Inuit, and Métis throughout the country’s history. 

As the University of Saskatchewan (USask) celebrates National Indigenous Peoples Day and National Indigenous History Month on our campuses, we encourage everyone to learn more about the stories of the traditions and diversity of Indigenous People in Canada. We are dedicated to the principles of Indigenization, advancing initiatives that promote Indigenous Knowledges and support Reconciliation and decolonization.

ohpahotân | oohpaahotaan “Let’s Fly Up Together” — USask’s Indigenous Strategy — is the first Indigenous Strategy created solely by Indigenous people at a Canadian U15 research institution. Gifted to USask by the Elders in 2021, ohpahotân | oohpaahotaan, USask’s Indigenous Strategy — complemented by the university’s Equity, Diversity, and Inclusion (EDI) Policy — outlines the steps to take on this shared journey to incorporate Indigenous ways of knowing into all aspects of the university. USask also supports local National Indigenous Peoples Day events taking place in and around Saskatoon, including at Wanuskewin and Victoria Park.

USask is committed to being the best place we can possibly be for all Indigenous students, staff, faculty, and their communities, with Indigenization woven throughout our University Plan 2025 and one of the key commitments in our new comprehensive campaign, the largest campaign in the history of the university and the history of the province. Since hosting Canada’s first national reconciliation forum in 2015, USask has held its own annual internal forum to answer the 94 calls to action of the Truth and Reconciliation Commission of Canada.

On this day, and all days, we are grateful for the inspiration and dedication of the many Elders and Knowledge Keepers, as well as all Indigenous faculty, staff, students, and alumni, who are patiently guiding all of us as we walk the road to Reconciliation together. However you choose to commemorate and celebrate National Indigenous Peoples Day and National Indigenous History Month, we encourage you to take the time to learn and listen, to engage in respectful dialogue, to support Indigenous communities on and off campus, and to commit to doing your part in advancing Reconciliation to help build a better future for all.

Peter Stoicheff 
President and Vice-Chancellor 
University of Saskatchewan

new-exhibit-at-usasks-diefenbaker-canada-centre-explores-health-challenges-faced-by-astronauts-in-spacetrue1718730911095imj129USask’s Diefenbaker Canada Centre exhibit explores health challenges faced by astronautsThe Diefenbaker Canada Centre (DCC) at the University of Saskatchewan (USask) is thrilled to announce the launch of Health in Space: Daring to Explore. 1686674640000/articles/general/2023/new-exhibit-at-usasks-diefenbaker-canada-centre-explores-health-challenges-faced-by-astronauts-in-spacenewssite://news/articles/general/2023/new-exhibit-at-usasks-diefenbaker-canada-centre-explores-health-challenges-faced-by-astronauts-in-spaceccm0461686683858465ccm0461686848423504show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/health-in-space.pngsite://news/images/2023/health-in-space.pngnewshealth-in-space.png1768401080720The exhibit dives deep into the significant challenges faced by astronauts living and working in space, including variable gravity, radiation, and isolation. (Photo: Submitted)The exhibit dives deep into the significant challenges faced by astronauts living and working in space, including variable gravity, radiation, and isolation. (Photo: Submitted)NoNonesupport-visionary-spacesNo/
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This a special exhibition was developed by the Canada Aviation and Space Museum, one of three museums under Ingenium, Canada’s Museums of Science and Innovation in collaboration with the Canadian Space Agency.

“Ingenium is proud to present ‘Health in Space,’ which demystifies a very complex aspect of space exploration, celebrate Canada’s contributions in this field,” said Christina Tessier, president and CEO of Ingenium, Canada’s Museums of Science and Innovation.

The exhibit dives deep into the significant challenges faced by astronauts living and working in space, including variable gravity, radiation, and isolation. With vivid artifacts and captivating interactive activities, visitors will get to experience a unique journey into space science and understand Canada’s role in advancing health research.

Health in Space is an interactive exhibit that offers a great opportunity to educate and inspire our community about the latest technological advancements in space exploration,” said Helanna Gessner, DCC’s curatorial, collections, and exhibits manager. “We are excited to host this exhibit throughout the summer.” 

The DCC officially launched its new exhibit to the public with a grand opening on June 7 and continues to operate on an admission-by-donation structure. An exciting lineup of distinguished guest speakers, including Dr. Veronica McKinney (MD), director of Northern Medical Services, and Dr. Gordon Sarty (PhD), USask professor, highlighted the importance of advancing remote presence technology and shared their research on the space Magnetic Resonance Imaging (MRI) lab. Additionally, Kierstin Anderson and Corey Crawford with the USask Space Design Team shared information on some current and future projects, such as RADSAT-SK, Saskatchewan’s first satellite to be launched into space.

usask-honorary-degree-recipient-the-subject-of-new-documentarytrue1718730911095imj129USask honorary degree recipient the subject of new documentaryA life of remarkable achievements and a devotion to the advancement of justice, equity, and human dignity are highlighted in the documentary Without Precedent: The Supreme Life of Rosalie Abella. 1686674100000/articles/general/2023/usask-honorary-degree-recipient-the-subject-of-new-documentarynewssite://news/articles/general/2023/usask-honorary-degree-recipient-the-subject-of-new-documentaryccm0461686674383725ccm0461686674893503show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/abella-1080.jpgsite://news/images/2023/abella-1080.jpgnewsabella-1080.jpg1917941080720Justice Abella’s judicial career and extraordinary contribution to her community was celebrated during the University of Saskatchewan’s (USask) Spring Convocation ceremonies on June 8, when she received an honorary degree. Justice Abella’s judicial career and extraordinary contribution to her community was celebrated during the University of Saskatchewan’s (USask) Spring Convocation ceremonies on June 8, when she received an honorary degree. (Photo: Dave Stobbe)NoNonesupport-studentsNo/
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Justice Rosalie Silberman Abella’s remarkable judicial career and extraordinary contribution to her community was celebrated during the University of Saskatchewan’s (USask) Spring Convocation ceremonies on June 8, when she was awarded an honorary degree. 

During her acceptance speech, Justice Abella gave thanks to friends and family and called upon the crowd to applaud the graduates in attendance.

“Justice, not just law, is the transcendent goal if we want a fair society. And it not only belongs to everyone, everyone has a duty to protect and promote it,” said Abella during her address.

“Today is a day for celebration and hope. So let me tell you why I am so hopeful and so grateful to Canada for how far we have come. I admit that we still have a lot to do, and smugness should never be on the national agenda. But let’s focus today on why we’ve earned the right to feel proud of Canada’s justice journey so far, and why we need to cherish the ever-increasing Canadian trajectory towards more and more inclusion, fairness, and social justice so that the next generation can look backward and forward with the same pride and hope we feel today.”

TextVideo/https://www.youtube.com/watch?v=TxkR9i6n64YJustice Abella’s judicial career and extraordinary contribution to her community was celebrated during the University of Saskatchewan’s (USask) Spring Convocation ceremonies on June 8, when she received an honorary degree. Above content

In addition to her many accolades as the youngest judge in Canadian history and the country’s first female Jewish Supreme Court Judge, Justice Abella’s amazing story is now detailed in a feature-length documentary devoted to her myriad achievements. In a recent review in the Globe and Mail, Without Precedent: The Supreme Life of Rosalie Abella, is described as “heartwarming as it is deeply inspiring.”

USask President and Vice-Chancellor Peter Stoicheff said the university is honoured to highlight and celebrate the achievements of Justice Abella’s accomplishments.

“Justice Abella is one of the most influential and groundbreaking Supreme Court justices this country has ever known. Her decades-long judicial career devoted to the advancement of justice, equity, and human dignity has significantly shaped Canadian law and society.”

Click here to learn more about the honorary degree recipients who were celebrated at the 2023 USask Spring Convocation ceremonies. 

federal-and-provincial-government-announce-support-for-ukrainian-post-secondary-studentstrue1718730911095imj129Federal and provincial government announce support for Ukrainian post-secondary studentsPrime Minister Justin Trudeau delivers an address at the Verkhovna Rada of Ukraine and reaffirms Canada’s unwavering support for Ukraine and its people.international1686672960000/articles/general/2023/federal-and-provincial-government-announce-support-for-ukrainian-post-secondary-studentsnewssite://news/articles/general/2023/federal-and-provincial-government-announce-support-for-ukrainian-post-secondary-studentsccm0461686673615902ccm0461687191831574show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/jt1.jpgsite://news/images/2023/jt1.jpgnewsjt1.jpg2296661080720Prime Minister Justin Trudeau delivers an address at the Verkhovna Rada of Ukraine and reaffirms Canada’s unwavering support for Ukraine and its people. Prime Minister Justin Trudeau delivers an address at the Verkhovna Rada of Ukraine and reaffirms Canada’s unwavering support for Ukraine and its people. NoNonesupport-studentsNo/
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During a recent visit to Kyiv, Ukraine, the prime minister reaffirmed Canada’s ongoing solidarity and unwavering support for Ukraine and its people seeking refuge from war. 

This includes those students who are pursuing post-secondary education in Saskatchewan during this time of great unrest. 

“This means students like Viktoriia, whose parents are dentists, will be able to follow her dream and (will be able to) afford to study dentistry at the University of Saskatchewan,” said Trudeau, as he addressed the country’s parliament.

“We are building your future even as you fight for your own.”

TextVideo/https://www.youtube.com/watch?v=RFYHpUwsGMcPrime Minister Justin Trudeau delivers an address at the Verkhovna Rada of Ukraine, and mentions the University of Saskatchewan at 13:00.Above content

This speech follows an announcement from earlier this year when the Government of Saskatchewan stated funding will be provided to Ukrainian students who arrived in the province over the past year to ensure that those who came to Saskatchewan under the Canada-Ukraine Authorization for Emergency Travel (CUAET) program pay domestic tuition rates rather than international rates.

In his address, Prime Minister Trudeau referenced future USask student Viktoriia Knyhnytska, who in a recent interview with the Regina Leader-Post, said her and her family were excited to be in Canada. 

“It’s really good news for us. We came from war, not tourists,” she said.

“These students are in a unique situation. We want them to be able to continue living here to study at one of our excellent post-secondary institutions without causing severe financial hardship for their families,” said Government of Saskatchewan Advanced Education Minister Gordon Wyant in a May 11 news release.

For more information on Saskatchewan supports available to Ukrainian students, click here: https://www.saskatchewan.ca/sksupportsukraine

 

alumni-mental-health-support-enhanced-on-campustrue1718730911095imj129Mental health support enhanced on campusGitzel family donates $1 million to create mental health fund for USask studentsJohn Grainger1686578880000/articles/general/2023/alumni-mental-health-support-enhanced-on-campusnewssite://news/articles/general/2023/alumni-mental-health-support-enhanced-on-campusnews_ws1686602165570ccm0461698788450298show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/gitzel-family-web.jpgsite://news/images/2023/gitzel-family-web.jpgnewsgitzel-family-web.jpg3022511080719Gitzel family from left to right: Ty, Bailey, Bonnie and TimGitzel family from left to right: Ty, Bailey, Bonnie and TimNoNonesupport-studentsYesNoYesMatching keywordsYesImage/images/impact-stories-images/2023/gitzel_family-1-web.jpgsite://give/images/impact-stories-images/2023/gitzel_family-1-web.jpggivegitzel_family-1-web.jpg117546800532Photo of the Gitzel family walking on the USask campusGitzel family from left to right: Ty, Bailey, Bonnie and TimNoNonesupport-studentsNo/
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If it wasn’t for mental health support available for students on the USask campus, Bri Giesbrecht isn’t sure she’d be alive to see a future as promising as it is today. 

 “When I was younger, I had no idea and thought I would never make it to 16. And now I’m 24 and I never thought I would see this day,” said Giesbrecht, a second-year psychology student. 

Because of the support she has received at the Student Wellness Centre on campus, Giesbrecht can confidently look in the mirror and imagine a bright future. 

Many more USask students will have increased access to mental health support because a family of four USask alumni made a pact to give back. All four members of the Gitzel family have graduated from USask, including Tim (BA’86, JD’90), Bonnie Lloyd Gitzel (BEd’87), son Ty (BComm’20) and daughter Bailey (BKin’23). 

The Gitzel family’s generous gift of $1 million to establish the Gitzel Family Fund for Mental Health as part of the Be What the World Needs Campaign will allow USask to better respond to current student need and ensure additional supports are available. 

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“Mental health is just so important,” said Tim. “It’s an issue everywhere...so there was no hesitation, not even for a minute, that we would step up as a family.” 

The new fund will provide additional funding for counsellors, group therapy delivery, and peer-health programming to ensure that USask students are positioned to thrive with holistic support throughout their educational journey.  

The university has been a common thread through the family’s experiences and each are aware of students who have struggled during their academic journeys. 

The Gitzel’s generous gift will enable the student wellness team to prioritize greatest impact and respond to opportunities as they arise.  

USask president Peter Stoicheff said the Gitzel fund addresses an important need on campus and highlights the impact that donors have on the university and its students. 

“Mental health is such a critical component of students’ academic success,” said Stoicheff. “The Gitzel family’s generous commitment recognizes that importance and we are deeply grateful for their support today, as well as Tim’s involvement as a valued member of our campaign cabinet. His insight and expertise have been crucial as we set out on our journey to achieve the ambitious goals of this campaign.” 

Bonnie Lloyd Gitzel said she was overwhelmed by how so many students at the Student Wellness Centre are willing to give back by sharing their own struggles and reaching out to help others. 

“That’s what the Student Wellness Centre is all about. That’s what mental health and recovery is all about,” said Lloyd Gitzel. 

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Daly Haas is another USask student thrilled to hear about the Gitzel Family Fund for Mental Health. 

“It’s such a large donation. It means a lot knowing they care so much about students’ wellbeing, our mental health and physical health on campus,” said Haas, a trumpet player who just finished her second year towards a music degree. 

Haas believes in order for her and other students to reach their full potential, a strong mental health and support system is vital. 

“The things I learned through Peer Health and the Student Wellness Centre will definitely carry me through to my career because I hope to go into medicine. In the future as life gets more stressful and I take on greater opportunities, knowing how to handle stress and knowing about my health and my mental well-being is really important.” 

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Jocelyn Orb, the director of the Student Wellness Centre, is confident the Gitzel gift will go a long way to helping students. 

“The timing is wonderful. Since COVID, we have seen an increased demand for mental health support among the university students,” said Orb, who has been in her role since 2016. 

She added that the gift brings stability to the centre's mental health promotion work, which is an important way to ensure student success on this campus 

“We want to support them and we want to make sure that they are cared for during their time here at university because that is going to affect their academic success.” 

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Ty Gitzel said he hopes the funds can allow some students who have been struggling with mental health the chance to embrace their time on campus with the same level of fondness that he has now. 

“It’s meant friendships, it’s meant connections, it’s meant opportunities. It’s been the best four years of my life,” he said. “I think the people that I met will stay with me forever, the best friends I have.” 

TextImage/images/impact-stories-images/2023/gitzel_family-2-web.jpgsite://give/images/impact-stories-images/2023/gitzel_family-2-web.jpggivegitzel_family-2-web.jpg70745750527Bailey (left) with mother, BonnieAlign left

Bailey echoed her brother’s sentiments about her time on campus. 

“The best things about it are the little things. It’s going to Murray library until 10 o’clock at night to study for your bio exam. It’s meeting your best friend during your dance team auditions for the university dance team. It’s about going to have a coffee at Louis’ Loft with your master’s adviser.” 

Those small moments contribute greatly to fond memories Bailey will hold dearly and she hopes other students will be able to have the same experiences and life-long memories. 

Ty says being able to help future students who have walked the same path as he did really put into focus what it means to give back. 

“I don’t think we could ever possibly repay the university for what it has provided us, but for us to be able to even give just a little to help the next generation of students means a lot to me.” 

For Bonnie and Tim, that generational experience on the USask campus is something that binds the family in many ways. 

“We have a really strong connection here and we really feel grateful to this university,” said Tim. “This is the place that really gave us our start … and we feel proud we were able to attend here.”

TextVideo/https://youtu.be/gtbf5JH9AI4Above content
/success/stories/mental-health-support-enhanced-on-campusshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://give/success/stories/mental-health-support-enhanced-on-campusgivemental-health-support-enhanced-on-campusArticle headlineMental health support enhanced on campusGitzel family donates $1 million to create mental health fund for USask studentsgiveJohn GraingerJun 12, 2023 2:08 PM
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usask-honours-2023-teaching-award-winnerstrue1718730911095imj129USask honours 2023 teaching award winnersTeaching excellence at the University of Saskatchewan will be celebrated on June 14 as part of the USask Staff and Faculty Awards eventShannon Boklaschukprovost1686589020000/articles/general/2023/usask-honours-2023-teaching-award-winnersnewssite://news/articles/general/2023/usask-honours-2023-teaching-award-winnersccm0461686589284220ccm0461686590762863show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/airplane-room-1080.jpgsite://news/images/2023/airplane-room-1080.jpgnewsairplane-room-1080.jpg2324421080720An aspiration outlined in USask’s University Plan 2025 is to set the standard in learning, research, scholarship, creativity, and community engagement. (Photo: David Stobbe)An aspiration outlined in USask’s University Plan 2025 is to set the standard in learning, research, scholarship, creativity, and community engagement. (Photo: David Stobbe)NoNonesupport-studentsNo/
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Nineteen University of Saskatchewan (USask) faculty and staff members from colleges, schools, and units across campus will be honoured with USask teaching awards this week.

This includes recipients in the following categories: Provost’s College Award for Outstanding Teaching, Provost’s Outstanding Teacher Award, Provost’s New Teacher Award, Provost’s Graduate Student Teacher Award, Provost’s Support of Teaching and Learning Award, Sylvia Wallace Sessional Lecturer Award, and Distinguished Graduate Mentor Award.

TextImage/images/2023/airini-photo-by-david-stobbe.jpgsite://news/images/2023/airini-photo-by-david-stobbe.jpgnewsairini-photo-by-david-stobbe.jpg124586674674Dr. Airini (PhD), USask’s provost and vice-president academic.Align right

“Congratulations to colleagues, from across the USask community, who are being recognized with 2023 teaching awards,” said Dr. Airini (PhD), USask’s provost and vice-president academic.

“Thank you for the vitally important work you do to support USask’s teaching and learning mission. Our University Plan 2025 includes the bold ambition to be a university that sets the standard for learning. You inspire us all through your innovation in teaching and learning, and through everything you do to foster USask learners who have the passion, respect, and creativity to be leaders today and into the future.”

On June 14, the USask community will celebrate this year’s teaching award winners during the USask Staff and Faculty Awards event, alongside USask’s research award winners, the President’s Staff Excellence Award recipients, and other award winners. A full list of recipients of USask Staff and Faculty Awards is available online.

The celebration event will be held at Marquis Hall Events Centre from 5-8 pm on June 14. Members of the USask community can also watch the event livestream online.

TextProvost’s College Award for Outstanding TeachingImage/images/2023/brent-bobick.jpgsite://news/images/2023/brent-bobick.jpgnewsbrent-bobick.jpg88471500500Align left

Dr. Brent Bobick (PhD), lecturer and director, Anatomy Lab, Department of Veterinary Biomedical Sciences, Western College of Veterinary Medicine

“My first source of inspiration is the subject matter. It’s been almost 25 years since I began my undergraduate studies in anatomy, and I’m still fascinated by vertebrate structure. My second source of inspiration is the students. They are hard-working, inquisitive, and exceptionally diverse in educational background. These attributes motivate me to stay up to date on current advancements in the field and incorporate student interests into my courses as I strive to create the best possible learning experiences.”

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Dr. Kelsey Brose (MD), assistant professor, Hematological Oncology, Division of Oncology, College of Medicine 

“Give teaching a try. It comes in many forms and doesn’t have to be a lecture or presentation. It can be a conversation, a game, an interesting story, or whatever grabs the minds of your learners. Tailor it to the unique perspectives that you bring from your past experiences and see where it takes you.”

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Courtney Charles, lecturer, College of Pharmacy and Nutrition 

“I will never run out of things to learn or directions to go in this environment. While that can seem overwhelming to some, I find comfort and motivation in knowing that a jack of all trades is a master of none, but oftentimes better than a master of one.”

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Dr. Roslyn Compton (PhD), associate professor, College of Nursing 

“People live storied lives in community. By being present and listening and attending with their stories we can learn and grow separately, yet together. It is important to remember learning is life-long and happens in many moments across time. We need to pause in these moments to think, explore, play, and reflect to uncover new opportunities and understandings.”

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Dr. Simonne Horwitz (DPhil), associate professor, Department of History, College of Arts and Science  

“I think the piece of advice I would give would be: Never let other people define who you are or tell you what you can (or can’t) do or achieve. Keep going, surround yourself with people who believe in you, and ask for help when you need it. Also, be present—be present in your classes, conversations, and all aspects of your life.”

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Dr. Lorelei Nickel (DSocSci), lecturer, Edwards School of Business

“I live for the lightbulb moments—those moments when you see students truly experience learning and begin to view themselves, others, and the world with new eyes. I love teaching ethics and strategic decision-making because I want my students to learn to believe in themselves and their ability to compassionately, thoughtfully, and authentically navigate whatever personal and professional challenges come their way.”

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Dr. Francisco Otero-Cagide (DDS), associate professor, College of Dentistry 

“I truly believe students deserve a high quality of teaching, which requires complete dedication and continuous effort. Being recognized for this effort of good teaching is very rewarding.”

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Jamesy Patrick, assistant professor, College of Law 

“I have had the benefit of a collegial college where all faculty support each other in teaching, learning, and research. One mentor and supporter for me has been Peggy Baker, who was a dance teacher and choreographer I worked with during my undergraduate degree. She continuously reflected on the importance of communication and listening. I have tried to carry this advice forward into law.”

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Dr. Carly Priebe (PhD), sessional lecturer, College of Kinesiology

“I am most inspired when students get excited about learning. Before exams we’ll often play review games (e.g., baseball with ‘single,’ ‘double,’ ‘triple,’ and ‘home run’ questions). I will pause and ask students if they want more questions and it’s great to see their enthusiasm for more review. I feel the same inspiration when a student responds to feedback on an assignment and shows improvement throughout the term. I have a heart and passion for mentorship. Seeing a student put their learning throughout the term together with a well-executed final presentation or exam is the most encouraging experience.”

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Dr. Tristan Skolrud (PhD), associate professor, Department of Agricultural and Resource Economics, College of Agriculture and Bioresources

“When I was in graduate school, one of my professors, Ron Mittelhammer, left me absolutely spellbound with his lectures. He had this unique ability to teach from the student’s perspective; it was as if he could anticipate every possible question in advance, and the answer was always the next step in the lecture. I’ve tried hard to emulate his style in my courses.” 

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Dr. Lifeng Zhang (PhD), associate professor and graduate chair of chemical engineering, Department of Chemical and Biological Engineering, College of Engineering  

“I often chat with students during breaks in class and try to understand their challenges encountered in courses/program. Showing care and sharing personal experience often removes the barriers in communication. As instructors, I feel that empathy is the key to effective teaching. My open-door policy is largely welcomed by our students.”

TextProvost’s Outstanding Teacher AwardImage/images/2023/regina-taylor-gjevre.jpegsite://news/images/2023/regina-taylor-gjevre.jpegnewsregina-taylor-gjevre.jpeg102286500500Align right

Dr. Regina Taylor-Gjevre (MD), professor and division head, Adult Rheumatology, College of Medicine

“It is a privilege and a joy to have the opportunity to teach medical students and to work in our MD program curriculum with so many dedicated faculty and staff members. Our students are strongly motivated in their learning with a goal to becoming skilled physicians. As an educator supporting this goal, I feel it is critical to ensure that curricular content and delivery approaches encourage active learning, skill development, opportunities for feedback/deliberate practice, and translation to applicability or clinical relevance.”

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Dr. Al Chicoine (DVM), Department of Veterinary Biomedical Sciences, Western College of Veterinary Medicine

“As an instructor, knowing that you must ‘bring it’ to every class, lab, or discussion keeps you on your toes. You can’t just keep doing the same old thing—but, rather, you have to continually push yourself.”

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Barbara da Silva, PhD student, Department of Mechanical Engineering, College of Engineering

“My supervisors, Prof. David Sumner (PhD) and Prof. Don Bergstrom (PhD), have been a great inspiration. Prof. Sumner taught me the importance of empathy in my teaching; his organization, professionalism, and enthusiasm are factors that greatly support and inspire me and his other students. Prof. Bergstrom has always seen the best in me and encouraged me to be ambitious in my career. I look up to them and I hope to support, inspire, and encourage students, too.”

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Carolyn Cartwright, manager, B.J. Hughes Centre for Clinical Learning, Western College of Veterinary Medicine

“Be yourself and always remember why you came into this profession—to make a difference and to do your best. Always foster learning and embrace your professional pride.”

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Liv Marken, learning specialist and Writing Help co-ordinator, University Library

“If we start with the assumption that students belong here, rather than thinking about how they need to prove they belong here, the conversation is elevated to one of mutual respect, and that’s where the real two-way learning begins. Often, shifting student demographics teach us that we need to change, not students. If my Writing Centre or USask Undergraduate Research Journal student colleagues and I are doing our jobs right, we provide space for students to feel vulnerable enough to grow as researchers and writers. My suggestion to fellow educators is to advocate for and learn from students, avoiding assumptions that their economic, political, or personal situations mirror our own experiences as students.”

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Dr. Steven Langdon (PhD), sessional lecturer, Department of Chemistry, College of Arts and Science

“My current peers were the ones who initially instilled passion for my studies and helped inspire my career path. Their ideas and perspectives have stimulated, encouraged, and supported me for over a decade. Working with them and being able to comfortably discuss—and debate—my own thoughts with theirs is not just an excellent support, it is also part of what makes lecturing fun.”

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Dr. Julia Boughner (PhD), professor, Department of Anatomy, Physiology and Pharmacology, College of Medicine 

“Each of my mentors has taught me something invaluable, including generosity, integrity, courage, ambition, compassion, and boundaries. No matter the career stage, a good mentor can help you level up. And even if you can’t find one, be one: mentoring itself is very rewarding.”

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Dr. Daniel X. B. Chen (PhD), professor and graduate chair for biomedical engineering, Department of Mechanical Engineering and Division of Biomedical Engineering, College of Engineering 

“What motivates me, as a supervisor, is to train and guide graduate students to become independent researchers through their graduate programs, while supporting them with expertise and resources to create/advance knowledge in their chosen fields.”

diefenbaker-canada-centre-at-usask-introduces-admission-by-donationtrue1718730911095imj129Diefenbaker Canada Centre at USask introduces admission by donation Beginning June 2, the Diefenbaker Canada Centre (DCC) at the University of Saskatchewan (USask) will transition to an admission-by-donation structure, allowing visitors to contribute any amount of their choice as they explore remarkable exhibits.1685724360000/articles/general/2023/diefenbaker-canada-centre-at-usask-introduces-admission-by-donationnewssite://news/articles/general/2023/diefenbaker-canada-centre-at-usask-introduces-admission-by-donationccm0461685725495905ccm0461685725561559show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/dcc_photo.pngsite://news/images/2023/dcc_photo.pngnewsdcc_photo.png1381061080720An exhibit at the Diefenbaker Canada Centre (DCC) at the University of Saskatchewan. (Photo: Submitted)An exhibit at the Diefenbaker Canada Centre (DCC) at the University of Saskatchewan. (Photo: Submitted)YesNonesupport-visionary-spacesNo/
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The goal of this change is to foster greater access and welcome diverse audiences to engage and interact with the museum’s exhibitions. This change comes in response to valuable visitor feedback received over the past two years. Previously, admission prices were $7 for adults; $5 for seniors, children ages 5-16, and students; while children under five and USask students were free. 

With a deep commitment to accessibility and inclusivity, the DCC strives to ensure that everyone has the opportunity to experience the rich history and inspiring stories housed within the museum’s walls. By implementing an admission-by-donation structure, the museum aims to remove financial barriers and encourage a wider audience to appreciate and recognize the legacy of Canada’s political heritage. 

“The Diefenbaker Canada Centre plays an important role in education and learning for the community; therefore, we want to ensure our space is welcoming, inclusive, and accessible,” said Helanna Gessner, DCC’s curatorial, collections, and exhibits manager. “Our exhibit galleries and educational programs continue to thrive thanks to external funding and public donations.” 

The DCC’s educational programs, guided gallery and campus tours, and special events will continue to operate as fee-for-service offerings. These prices will be assessed regularly to ensure affordability, while continuing to support the delivery of high-quality programming by trained staff. The adjustment in programming and tour fees for programs starting September 2023 will be announced later this summer. Additionally, the DCC will continue to host free community events, such as Culture Days in September and October, along with family day activities scheduled throughout the year.  

The DCC thanks all visitors for their support and invites the public to experience the latest exhibit, Health in Space: Daring to Explore, developed by the Canada Aviation and Space Museum in collaboration with the Canadian Space Agency.    

 

usask-recognizes-pride-monthtrue1718730911095imj129USask recognizes Pride MonthAs we begin the month of June, the University of Saskatchewan (USask) is proud to celebrate and support Pride Month activities and awareness in the city, the province, and across the country.pec, 1685629800000/articles/general/2023/usask-recognizes-pride-monthnewssite://news/articles/general/2023/usask-recognizes-pride-monthccm0461685628673890ccm0461690839207414show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pride-sidewalk-2.jpgsite://news/images/2023/pride-sidewalk-2.jpgnewspride-sidewalk-2.jpg3406071080720The intersex-inclusive Progress Pride flag painted on the sidewalk of the University of Saskatchewan campus. The intersex-inclusive Progress Pride flag painted on the sidewalk of the University of Saskatchewan campus. NoNonesupport-studentsNo/
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Today we invite you to show your support for the 2SLGBTQIA+ community by attending the Pride Flag Raising Ceremony at 1 pm in front of the Peter MacKinnon Building. The flag raising ceremony signals our commitment to fostering an inclusive and positive working, teaching, and learning environment for all, and to publicly display our support for diversity across our campuses.

This month is a time to reflect on how far we have come, and on how far we still have to go, to support the 2SLGBTQIA+ community and to confirm our commitment to making USask the most inclusive and diverse campus community we can possibly be for all students, staff, faculty, alumni, and guests. Guided by our Equity, Diversity and Inclusion Policy, adopted by our University Council, Senate, and Board of Governors, USask is committed to creating an inclusive environment for gender and sexual diversity, while also acknowledging the injustices still faced by many in the 2SLGBTQIA+ community.

To learn more about where we have been and where we are going, I invite you to visit the university’s news website and the new Pride page, with links to courses and collections, programming and policies, and stories documenting the history of the movement in the province. You can also show your pride by ordering a Pride Shirt on the Shop USask Pride Website, with proceeds supporting the university’s Queer Housing initiative in residence. For student support, please visit the University of Saskatchewan Students’ Union Pride Centre.

You are invited to join your fellow USask students, staff, faculty, and alumni by taking part in Saskatoon Pride events from June 9-18, including the annual Saskatoon Pride Parade on Saturday, June 17. The annual Queen City Pride Festival in Regina also runs June 2-11 with a parade set for Saturday, June 10, while Prince Albert Pride Week is already underway, with the annual parade scheduled for Saturday, June 3.

However you choose to take part, as a participant, an ally, or as active learner, thank you for supporting Pride Month at the University of Saskatchewan.

Sincerely, 
Peter Stoicheff 
President and Vice-Chancellor 
University of Saskatchewan

usask-celebrates-pride-building-a-brighter-future-togethertrue1718730911095imj129USask celebrates Pride: Building a brighter future togetherThe University of Saskatchewan (USask) celebrates Pride during June and every month of the year. Take time to connect, commemorate and celebrate Pride, and join us as we continue to work to make our campus community a safe and supportive place for all students, staff, faculty, alumni, and visitors.BROOKE KLEIBOERpec, Pride, diversity, 1685540700000/articles/general/2023/usask-celebrates-pride-building-a-brighter-future-togethernewssite://news/articles/general/2023/usask-celebrates-pride-building-a-brighter-future-togetherccm0461685476875071ccm0461710430440687show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pride-sidewalk-1.jpgsite://news/images/2023/pride-sidewalk-1.jpgnewspride-sidewalk-1.jpg3119021080720The Pride colours are painted on the sidewalk in the Bowl at the Saskatoon campus of the University of Saskatchewan. The University of Saskatchewan (USask) community celebrates Pride, during June and every month of the year. (Photo: USask)NoNonesupport-studentsNo/
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Kseniah Pidskalny is the co-ordinator of the University of Saskatchewan Students’ Union (USSU) Pride Centre. To her, Pride is a time to celebrate where we are going, but also to remember the hardships and challenges still experienced by the 2SLGBTQIA+ community today.

TextImage/images/2023/kseniah-pidskalny.jpgsite://news/images/2023/kseniah-pidskalny.jpgnewskseniah-pidskalny.jpg2282898001110Kseniah Pidskalny is the co-ordinator of the USSU Pride Centre. Align right

Pidskalny said an important part of Pride is to recognize that being an ally for the 2SLGBTQIA+ community needs to happen every month of the year, in order to build a brighter future together. She said small acts, like taking the time to access educational resources on your own time, can make all the difference in making someone who identifies in the 2SLGBTQIA+ community feel welcome and safe.

“When it’s easy to be an ally, it’s easy to show up for the queer community,” said Pidskalny. “But it’s a lot harder to stand up for those people when you’re not getting anything out of it and not participating in a fun event.”

Pidskalny is entering her last year in USask’s Edwards School of Business, where she is majoring in human resources – a major that allows her to bring her real-world experience as a member of the 2SLGBTQIA+ community to the forefront.

“I spent so much of my time in the last year connecting with people and not only has my major helped with this job [at the Pride Centre], but this job has helped with my major significantly, in terms of being able to truly figure out what the best ways are to train people on 2SLGBTQIA+ perspectives,” she said. “I’ve learned the best way to incorporate it is by existing in that world and by talking to people about their experiences.”

USask engineering undergraduate student Yana Dasgupta said that as a transgender woman and person of colour, she encounters daily the struggles faced by those in the 2SLGBTQIA+ community today.

“We need our allies by our side so that we can work towards a more inclusive future,” said Dasgupta. “To me, Pride means living my most authentic self with fearlessness and working to create a better environment for other 2SLGBTQIA+ people.”

Dasgupta said this year’s Pride festivities will mark her first time attending Pride Month events.

“It means a lot to me [to attend] now that I feel comfortable being my authentic self,” said Dasgupta. “I would recommend all allies be part of events and seek out resources to better understand the struggles of queer and trans people.”

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Guided by the University Plan 2025, USask’s ambition is to be the university the world needs, and the world needs safe and welcoming spaces for everyone.

“During Pride month, the USask community reflects on what it means to be a university that brings life to the principles of diversity, equality, human dignity, and manācihitowin,” said Dr. Airini, provost and vice-president academic. “Across all months, USask stands for inclusion and diversity, and acknowledges the injustices that many in the 2SLGBTQIA+ community have faced, and still face. As a campus community, USask is committed to taking the actions necessary to create the change that we want for our university and for our society.”

The university is committed to taking part in active learning about the history and current challenges that exist for the 2SLGBTQIA+ community, and will continue to pursue learning and active participation in building a more inclusive world for all.

“Pride is a time of celebration, but it is also about advocacy, activism, and the continued pursuit of social justice,” said Dr. Patti McDougall (PhD), USask’s deputy provost and equity, diversity, and inclusion (EDI) lead in the Office of the Provost and Vice-President Academic. “I encourage everyone to take time to find resources and to learn and reflect on how we can work together to foster a safe and inclusive campus for all.”

TextImage/images/2023/pride-sidewalk-2.jpgsite://news/images/2023/pride-sidewalk-2.jpgnewspride-sidewalk-2.jpg3406071080720The University of Saskatchewan (USask) community celebrates Pride, during June and every month of the year. (Photo: USask)Above content
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The intersex inclusive Pride flag and the two-spirit flag will fly in USask’s Nobel Plaza in front of the Peter MacKinnon Building during Pride Month, under a rainbow of lights that will illuminate the front of the building.

New USask Pride-themed merchandise is available at Shop USask, with a portion of the proceeds going to the USask Queer Housing initiative, an opportunity open to all queer students to live in a queer-specific community within USask Residence. Take time to peruse the University Library’s unique Neil Richards Collection of Sexual and Gender Diversity, a collection of published materials including books (both fiction and non-fiction), periodicals, and videos that cover many aspects of the history and literature of sexual and gender diversity.

The Saskatoon Pride Festival is June 9-18, with Regina Queen City Pride celebrated from June 2-11 and Prince Albert Pride Week taking place May 28 until June 4.

Learn more about Pride at USask.

usask-supports-ethical-use-of-ai-tools-by-studentstrue1718730911095imj129USask supports ethical use of AI tools by studentsWhile artificial intelligence (AI) tools have ignited conversations on use of systems such as ChatGPT in the classroom, the University of Saskatchewan (USask) remains committed to supporting students and instructors when it comes to education on these emerging technologies. Chris MorinLearning, 1685370300000/articles/general/2023/usask-supports-ethical-use-of-ai-tools-by-studentsnewssite://news/articles/general/2023/usask-supports-ethical-use-of-ai-tools-by-studentsccm0461685370722402ccm0461685370722402show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/glenn-carstens-peters-npxxwgq33zq-unsplash.jpgsite://news/images/2023/glenn-carstens-peters-npxxwgq33zq-unsplash.jpgnewsglenn-carstens-peters-npxxwgq33zq-unsplash.jpg1613771082720NoNonesupport-studentsNo/
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There is little doubt that AI will reshape the world as we know it. Text generator tools are producing and revising written documents of all kinds, including essays, computer code, poems, and even music and art pieces. But while AI tools are increasingly capable of creating coherent bodies of work, they can also produce flawed or inaccurate results. 

Dr. Nancy Turner (PhD), senior director of Teaching and Learning Enhancement at USask, understands that when it comes to education, the digital landscape is shifting. That means a growing need for students and educators to be well-informed about both the capabilities and limitations of AI tools. 

TextImage/images/2020/nancy-turner-500.jpgsite://news/images/2020/nancy-turner-500.jpgnewsnancy-turner-500.jpg119160500516Dr. Nancy Turner (PhD) is the senior director of Teaching and Learning Enhancement. (Photo: Submitted) Align right

“These AI tools aren’t necessarily brand new,” explains Turner. “However, ChatGPT is a newer tool that changed the game. It was so high-profile, but also openly available and it was more disruptive than previous developments and I think it shook people up in the sense that they realized they had to really give some thought as to how these tools could be used and what their impacts would be. 

“Some saw great opportunity, and some saw great threats, and everything in between.”

While there are questions on how students should ultimately be using these tools, along with pertinent issues of academic integrity, USask hasn’t taken a widespread approach to outright ban the use of AI tools. Rather, Turner feels like the increased use of AI is a learning moment — an opportunity to rethink assessment practices as well as approaches to how systems like ChatGPT might be incorporated into classwork, and to educate on their proper uses. 

“Some faculty have been thinking about how they can leverage these tools and whether they are appropriate to be used within their assignments or other learning activities,” said Turner. “There isn’t a general rule that can be used across campus for this. We have been having conversations with various departments and colleges and we have been discussing implications of encouraging, limiting or disallowing the use of these tools.”

Turner said for some courses, it might make sense to allow students to interact with these tools, as they are very likely to use these tools once they graduate and enter their profession. For others, learning the skills that instructors are teaching students would be limited by the use of tools like ChatGPT.

“One example of what we’ve seen is for students to use ChatGPT to generate ideas in the same way they would use a tool like Google,” said Turner.

As for the question of whether a specific course allows the use of AI tools, Turner said the best person to ask is the course instructor on the appropriate use of these tools as they relate to assignments. 

Turner’s office has already begun work when it comes to the USask academic community interacting with AI tools, including a robust FAQ page, with responses to issues such as attribution, academic misconduct, and privacy and copyright issues. The FAQs can be read here.

“Above all, we need to engage ethically in use of these tools, including appropriately acknowledging when we use AI,” said Turner. “We also need to be aware of the limits and biases of these tools and support development of the skills needed to identify inaccuracies and bias reproduced by AI.”

However, the work being done on adapting learning practices to AI is far from over.  

Turner’s office is continuing to collaborate with a number of academic experts as additional thought and resources are being put into learning strategies, professional development, and support for the USask academic community as it relates to AI tools. 

“We expect a lot of work will be put into this topic over the summer months as faculty and lecturers prepare for the fall term, carefully considering their approach to assessment and how they will address use of these tools in their teaching.”

usask-to-commemorate-red-dress-day-on-may-5true1718730911095imj129USask to commemorate Red Dress Day on May 5Faculty, staff, and students are invited to an event to honour missing and murdered Indigenous women, girls, and 2SLGBTQQIA+ people.Shannon Boklaschukprovost, aboriginal1683215040000/articles/general/2023/usask-to-commemorate-red-dress-day-on-may-5newssite://news/articles/general/2023/usask-to-commemorate-red-dress-day-on-may-5bpk4551683216067654bpk4551683217790422show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/calls-for-justice-rdd1.jpgsite://news/images/2023/calls-for-justice-rdd1.jpgnewscalls-for-justice-rdd1.jpg3194401080720Calls for Justice are featured on outdoor banners placed around The Bowl on the main USask campus. (Photo: Shannon Boklaschuk)Calls for Justice are featured on outdoor banners placed around The Bowl on the main USask campus. (Photo: Shannon Boklaschuk)NoNoneNoneNo/
TextImage/images/2023/calls-for-justice-rdd2.jpgsite://news/images/2023/calls-for-justice-rdd2.jpgnewscalls-for-justice-rdd2.jpg2800751080720Members of the USask community are encouraged to read the Calls for Justice in The Bowl. (Photo: Shannon Boklaschuk)Below content

All members of the University of Saskatchewan (USask) community are invited to gather on Friday, May 5 to show their support for ending violence against Indigenous women, girls, and 2SLGBTQQIA+ people.

Red Dress Day—also known as the National Day of Awareness for Missing and Murdered Indigenous Women and Girls and Two-Spirit People—is observed annually on May 5. The day in Canada was inspired by Métis artist Jaime Black’s REDress Project, an art installation that featured empty red dresses in various environments to represent missing and murdered Indigenous women.

Dr. Angela Jaime (PhD), USask’s interim vice-provost of Indigenous engagement, said the event on May 5 will provide an opportunity for the campus community to learn more about the issue of missing and murdered Indigenous women, girls, and 2SLGBTQQIA+ people (Two-Spirit, lesbian, gay, bisexual, transgender, queer, questioning, intersex, asexual, and all other sexual orientations and genders).

“It is a time to educate ourselves and to educate others, and to acknowledge the struggle of families who have lost women and Two-Spirited in their communities,” Jaime said.

“It’s about elevating this to the prominence of conversation that it deserves—and for us to do something about it.”

The final report of the National Inquiry into Missing and Murdered Indigenous Women and Girls acknowledges “that persistent and deliberate human and Indigenous rights violations and abuses are the root cause behind Canada’s staggering rates of violence against Indigenous women, girls and 2SLGBTQQIA people.”

The report includes the voices of more than 2,380 family members, survivors of violence, experts, and Knowledge Keepers, and delivers 231 Calls for Justice directed at governments, institutions, and all Canadians. Some of the Calls for Justice are featured on outdoor banners placed around The Bowl on the main USask campus.

Amnesty International and the Native Women’s Association of Canada have acknowledged the disproportionate rates of violence against Indigenous women when compared to other women in Canada. Amnesty International’s research has “raised concerns that deaths of Indigenous women and girls are not always fully and properly investigated and that as a result some murders of Indigenous women and girls may have been wrongly classified as accidental deaths.”

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USask’s Red Dress Day activities, hosted by the Office of the Vice-Provost Indigenous Engagement, will be held at the Gordon Oakes Red Bear Student Centre. The event will include a presentation from The Honourable Lua Gibb (LLB’05), a judge of the Provincial Court of Saskatchewan. She is a USask graduate and a member of the Onion Lake Cree Nation.

Darlene Okemaysim-Sicotte, with the group Iskwewuk E-wichiwitochik (Women Walking Together), will speak at the event at the Gordon Oakes Red Bear Student Centre. Iskwewuk E-wichiwitochik is a coalition that provides moral support to the families of missing and murdered Indigenous women and girls by creating opportunities for them to tell their stories.

Dakota Bear and Casey Desjarlais, the owners of Decolonial Clothing, will also speak during USask’s Red Dress Day activities. Bear is a hip-hop artist who will also perform at the event.

“This gathering is an opportunity for the campus community to come together on Red Dress Day, and to listen, learn, and reflect on the truths about violence against Indigenous women, girls, and 2SLGBTQQIA+ people in our communities,” said Dr. Airini (PhD), USask’s provost and vice-president academic.

Jaime said faculty, staff, and students can make a difference by educating themselves about the issue of missing and murdered Indigenous women, girls, and 2SLGBTQQIA+ people, reading the Calls for Justice, and having crucial conversations about systemic change. She said it is important that Canadians do not look away from this issue, but rather confront it every day.

“We have to be vigilant to ensure we are caring for communities impacted by this movement, even if those impacted are not our family or extended family,” she said. “We have to care for each other.”

USask’s Red Dress Day event will be held from 11 am – 1:30 pm at the Gordon Oakes Red Bear Student Centre on Friday, May 5. Lunch will be provided. Register to attend.

usask-to-pay-tribute-to-honorary-degree-recipientstrue1718730911095imj129USask to pay tribute to honorary degree recipientsThis spring, the University of Saskatchewan (USask) will celebrate five remarkable individuals who have made extraordinary contributions to their communities throughout their careers.James Shewaga1683038940000/articles/general/2023/usask-to-pay-tribute-to-honorary-degree-recipientsnewssite://news/articles/general/2023/usask-to-pay-tribute-to-honorary-degree-recipientsccm0461683039181677ccm0461686665730849show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/2023-hd-1080-2.jpgsite://news/images/2023/2023-hd-1080-2.jpgnews2023-hd-1080-2.jpg2795541080720From Clockwise: Justice Rosalie Silberman Abella (Photo: Submitted), Gary Carriere (Photo: Mark Ferguson), Ellen Remai (Photo: Submitted), Elder Sharon Jinkerson-Brass (Photo: Submitted), and Dr. John Conley (Photo: Submitted).From Clockwise: Justice Rosalie Silberman Abella (Photo: Submitted), Gary Carriere (Photo: Mark Ferguson), Ellen Remai (Photo: Submitted), Elder Sharon Jinkerson-Brass (Photo: Submitted), and Dr. John Conly (Photo: Julia MacGregor).NoNonesupport-visionary-spacesNo/
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At this year’s USask Spring Convocation at Merlis Belsher Place from June 5-9, the university will award honorary degrees to Justice Rosalie Silberman Abella, Indigenous environmentalist Gary Carriere, Dr. John Conly, Elder Sharon Jinkerson-Brass, and celebrated philanthropist Ellen Remai.

USask President and Vice-Chancellor Peter Stoicheff said the university is proud to have the opportunity to highlight and celebrate this year’s esteemed group of honorary degree recipients.

“It is a privilege to be able to shine the spotlight on this group of individuals for their lifelong contributions and commitment to their communities and country,” said Stoicheff. “From dedication to public health and justice, to protecting precious land and water habitats and preserving Indigenous ways of knowing, to promoting culture and the arts, the common string that ties these individuals together is a sense of service. We are proud and grateful to have this opportunity to celebrate the tremendous impact that these honorary degree recipients have had on society, and to bestow on them the university’s highest honour during USask Spring Convocation.”

Here is a look at each of this year’s recipients:

TextROSALIE SILBERMAN ABELLA(Honorary Doctor of Laws)Image/images/2023/justice-abella-1-approved.jpgsite://news/images/2023/justice-abella-1-approved.jpgnewsjustice-abella-1-approved.jpg172885800800Justice Rosalie Silberman Abella (Photo: Submitted).Align left

The first Jewish woman to serve on the Supreme Court of Canada (2004 to 2021), and the daughter of Holocaust survivors, Justice Rosalie Silberman Abella’s remarkable judicial career has been devoted to the advancement of justice, equity, and human dignity.

Among her many honours, Justice Abella was elected to the Royal Society of Canada in 1997, to the American Academy of Arts and Sciences in 2007, to the American Philosophical Society in 2018, and was awarded the Knight Commander’s Cross of the Order of Merit by the President of Germany in 2020. She will also be among this year’s inductees to Canada’s Walk of Fame. At the University of Saskatchewan, she served as guest speaker in the McKercher LLP Lecture Series in 2016, and also held a question-and-answer session for the College of Law with the dean in 2021.

Justice Abella earned a Bachelor of Arts in 1967 and a law degree in 1970 at the University of Toronto. She was called to the Ontario Bar in 1972 and practised civil and criminal litigation until 1976 when she was appointed to Ontario Family Court at the age of 29, becoming the first pregnant person appointed to the judiciary. Justice Abella was the sole commissioner of the 1984 federal Royal Commission on Equality in Employment, creating the term and concept “employment equity.” She was also appointed to the Ontario Court of Appeal in 1992, and has written more than 90 articles and written or co-edited four books.

Born in a Displaced Person’s Camp in Stuttgart, Germany on July 1, 1946, Abella’s family came to Canada in 1950, and she later became the first refugee appointed to the bench in Canada. She married Canadian historian Irving Abella in 1968 and they have two sons, Jacob and Zachary, both lawyers. After a remarkable career on the bench in Canada, inspiring generations of law students, lawyers, and human rights advocates, she retired on her 75th birthday on July 1, 2021.

On April 7, 2021, Harvard Law School announced her appointment as the Samuel and Judith Pisar Visiting Professor of Law effective July 1, 2022, for an initial three-year term that will run until 2025. She is the first Canadian jurist to be appointed to a Chair at Harvard Law School. She is also serving as a Senior Research Scholar at Yale Law School, the Distinguished Visiting Jurist at the University of Toronto Faculty of Law, and was the William Hughes Mulligan Distinguished Visiting Professor in International Studies at Fordham Law School in the spring of 2022.

TextGARY CARRIERE(Honorary Doctor of Science)Image/images/2023/gary-carriere-approved-by-mark-ferguson.jpgsite://news/images/2023/gary-carriere-approved-by-mark-ferguson.jpgnewsgary-carriere-approved-by-mark-ferguson.jpg200952800800Gary Carriere (Photo: Mark Ferguson).Align left

Gary Carriere has devoted a lifetime to advocating for the Swampy Cree and Métis people of the Cumberland House region, sharing traditional teachings to help protect and preserve the Saskatchewan River Delta – the largest inland freshwater delta in North America.

A community leader, citizen scientist and instrumental partner with University of Saskatchewan (USask) members in research projects over the years, Carriere has generously shared his considerable traditional knowledge of the vast delta region ecosystems, providing invaluable Indigenous ways of knowing, teaching, and learning about its waters, flora and fauna. Over nearly four decades of advocacy in support of preserving and protecting the delta river system, Carriere’s knowledge sharing has helped lead to scientific discoveries published in scholarly journals and presented in classrooms on campus and at scientific conferences around the world.

Working with dozens of USask researchers over the years, Carriere has demonstrated all that is possible in positive collaborations between universities and Indigenous communities. He has been a member of the USask-led Global Water Futures (GWF) Advisory Council since 2016 and is a co-investigator on the GWF project titled, We Need More Than Just Water: Assessing Sediment Limitation in the Saskatchewan River Delta. In 2022, Carriere and his family also hosted a USask field school in the Johnson Shoyama Graduate School of Public Policy’s Master of Governance and Entrepreneurship in Northern Indigenous Regions program.

In 2016, he provided a profoundly moving keynote address and discussion about reconciliation during the annual leadership forum for USask deans and other senior leaders. In 2019, Carriere also presented to more than 600 scientists at the 2019 GWF annual general meeting. His decades of working with USask researchers and evaluating the delta ecosystem, both with Indigenous knowledge and Western science, has made his contributions invaluable to researchers over the years.

Born and raised in the northern village of Cumberland House, Carriere grew up in a traditional lifestyle of trapping and fishing, and worked as a guide for fishing and hunting, as well as sharing his experiences as a Traditional Knowledge Keeper of the delta region with scientists, government officials, and other dignitaries since the 1980s. Carriere has also served as a councillor and deputy mayor in his home community, and was the founding chairperson of the Delta Stewardship Committee from 2013-2016.

TextJOHN CONLY(Honorary Doctor of Science)Image/images/2023/dr-john-conly-by-julia-macgregor-approved84.jpgsite://news/images/2023/dr-john-conly-by-julia-macgregor-approved84.jpgnewsdr-john-conly-by-julia-macgregor-approved84.jpg119346656656Dr. John Conly (Photo: Julia MacGregor).Align left

Born in Macklin, Sask., Dr. John Conly (MD) was a distinguished graduate of the class of 1978 in the College of Medicine at the University of Saskatchewan (USask), and has gone on to a celebrated career as a physician, scholar, and administrator.

His work in the areas of antimicrobial resistance, antimicrobial stewardship, and infection prevention have been recognized nationally and internationally, for which he received an appointment to the Order of Canada in 2018, one of the country’s highest civilian honours. Other honours received during his illustrious career include the F.N.G. Starr Award in 2022, the highest award bestowed by the Canadian Medical Association and considered the “Victoria Cross” of Canadian medicine, the O’Brien Institute for Public Health Research Excellence Award in 2021, and a USask Alumni Achievement Award in 2017, presented for his commitment to advancing the medical profession and dedication to public service.

Dr. Conly also received the Alberta Medical Association’s Medal for Distinguished Service in 2016 for recognition of outstanding personal contributions to the medical profession, the Ronald Christie Award from the Canadian Professors of Medicine in 2012 for outstanding contributions to academic medicine, and he has had an Innovation Award and a Distinguished Lectureship co-named in his honour. He has published over 500 manuscripts, book chapters, technical reports, and guidelines and has been a speaker at more than 200 local, national and international meetings and conferences.

He is recognized as one of the world’s leading infectious diseases specialists and a pre-eminent expert on antimicrobial resistance, serving on advisory groups within Canada and the World Health Organization. A professor and researcher whose career has spanned nearly four decades at the Universities of Saskatchewan, Toronto, and Calgary, he has served on multiple committees to establish national and international guidelines that minimize the risk of transmission of hospital-acquired infections and antimicrobial resistant organisms. He has worked to help identify and control hospital outbreaks, with his expertise and leadership in infection prevention recognized throughout the COVID-19 pandemic.

Dr. Conly’s visionary leadership led to the founding of the Ward of the 21st Century in 2004, a partnered program between UCalgary and Alberta Health Services. The multidisciplinary initiative is focused on innovations to improve the quality of care in health-care systems. A dedicated leader, scholar, mentor and former head of UCalgary’s Department of Medicine, he is sought internationally for his expert advice, and has driven research and innovation in health systems,  improving patient care and impacting countless lives.

TextSHARON JINKERSON-BRASS(Honorary Doctor of Laws)Image/images/2023/jinkerson-brass.jpgsite://news/images/2023/jinkerson-brass.jpgnewsjinkerson-brass.jpg214711800800Elder Sharon Jinkerson-Brass (Photo: Submitted)Align left

Elder Sharon Jinkerson-Brass is a member of Key First Nation in Saskatchewan and has been an integral member of the pewaseskwan Indigenous Wellness Research Group at the University of Saskatchewan (USask), supporting its work as a Traditional Knowledge Holder and Elder for the past eight years.

Her contributions have had profoundly positive effects on the communities that she has served with on a number of health-related projects. Currently working with USask researcher Dr. Alexandra King (MD) co-lead of pewaseskwan, Elder Jinkerson-Brass is providing support and Indigenous voice to a health-care project involving USask, Key First Nation, and Yorkton Tribal Council, to support research on heart disease and spinal-bulbar muscular atrophy, also known as Kennedy’s Disease. The project prioritizes Indigenous knowledge systems and culturally responsive health research, services, and programming.

Blessed with a remarkable ability to connect with people from diverse backgrounds, Elder Jinkerson-Brass has influenced numerous scholars at USask, as well as nationally and internationally. Her life’s work has focused on Indigenization, decolonization, cultural revitalization, and the restoration of matriarchal teachings. She has also worked as an adoptee rights advocate, as a leader in the urban Indigenous community, and most recently in a leadership role in Indigenizing community-based health research, bringing a grounded and trauma-informed, harm-reduction approach.

Elder Jinkerson-Brass is also an award-winning artist who was the artistic director of Big Sky, a successful multi-media company that performed in the United States and Canada. For 30 years she has also been a community leader working for social change for the Indigenous community in the areas of arts, culture, health and community development. Her expertise is in high demand for those who are privileged to work with her and will have ongoing impact in Indigenous health and wellness research.

As a Sixties Scoop adoptee, she had to reconnect with her roots and her community. In her early 20s, she reunited with her matriarchal grandmother, who became her mentor and teacher in her cultural ways. Elder Jinkerson-Brass’s relationship with her family and the broader Indigenous community has informed and inspired her work, her motherhood and her grand-motherhood. She recognizes the importance of connection, culture and land.

TextELLEN REMAI(Honorary Doctor of Laws)Image/images/2023/ellen-remai-approved.jpgsite://news/images/2023/ellen-remai-approved.jpgnewsellen-remai-approved.jpg215286800800Ellen Remai (Photo: Submitted)Align left

Ellen Remai has fashioned a lifetime of success as a business leader and entrepreneur and as an inspiring community builder and visionary philanthropist.

Sixty years ago, Ellen and her late husband Frank founded Remai Ventures Inc., an influential and successful development and real estate company responsible for creating landmark buildings across Western Canada. Together, they also created the Frank and Ellen Remai Foundation in 1992, which has carried out a wide variety of philanthropic efforts, with particular focus on supporting performing and visual arts, and contributing to education, women’s issues, and social and community initiatives. It was through this foundation that Remai was responsible for one of the largest donations to the arts in Canadian history, having now pledged in excess of $100 million to the stunning Remai Modern art gallery in Saskatoon.

In addition to her remarkable contributions to Remai Modern, she has helped fund a variety of organizations throughout the years, including support for the community and education through Saskatoon Habitat for Humanity, Saskatoon Community Services Village, University of Saskatchewan, and Saskatchewan Polytechnic. Through the foundation, Remai has also been a long-time donor and supporter of the Saskatoon Symphony Orchestra, the Persephone Theatre and the Remai Arts Centre, the Station Arts Centre, and the Saskatoon Opera Association. She has often been quoted as saying “A great city deserves great art,” and her commitment to Remai Modern as the museum’s lead patron is evidence of her passion for the arts and lifelong dedication and commitment to creating a thriving society.

Remai first pledged $31 million to Remai Modern prior to its grand opening in 2017, with the visionary building named in her honour in a unanimous vote by Saskatoon City Council. Her ongoing support for Remai Modern has now topped $103 million, including a donation of a unique collection of 405 Pablo Picasso linocuts and a recent 20-year commitment to the admission by donation program at the art museum.

Remai has been recognized for her philanthropic projects, her success in business, and her commitment to building community, by being honoured with a long list of awards. Over the past few years, Remai has been presented with the Governor General’s Meritorious Service Cross, the YWCA Women of Distinction Lifetime Achievement Award, the Saskatchewan Arts Honorary Award, the Saskatchewan Centennial Medal, a Saskatchewan Polytechnic Honorary Diploma, and she has earned induction into the SABEX (Saskatoon Achievement in Business Excellence Awards) Hall of Fame.

this-program-builds-leaderstrue1718730911095imj129‘This program builds leaders’The 6th annual māmowi āsohtētān Internal Truth and Reconciliation Forum on April 28 will celebrate USask’s Indian Teacher Education Program (ITEP)Shannon BoklaschukIndigenous, aboriginal, provost, society,1682541420000/articles/general/2023/this-program-builds-leadersnewssite://news/articles/general/2023/this-program-builds-leadersccm0461682543321596ccm0461711400622874show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/itep-round-dance-by-connor-jay.jpgsite://news/images/2023/itep-round-dance-by-connor-jay.jpgnewsitep-round-dance-by-connor-jay.jpg2991621080720Round dance gathering, featuring a large crowd dancing in a circleThe Indian Teacher Education Program (ITEP) began its 50th anniversary festivities with a Round Dance on March 31. (Photo: Connor Jay)NoNonesupport-indigenous-achievementNo/
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An upcoming internal forum at the University of Saskatchewan (USask) will focus on the Truth and Reconciliation Commission of Canada (TRC) Calls to Action as they relate to education, and how USask can continue to respond to the TRC’s recommendations in meaningful and impactful ways.

“I think it’s important to continually revisit the work that we’ve been charged with doing,” said Dr. Angela Jaime (PhD), interim vice-provost of Indigenous engagement. “It’s our responsibility as an institution and our honour to do this work.

Hosted by the Office of the Vice-Provost Indigenous Engagement (OVPIE) and facilitated by the Mistatimōk Committee, the 6th annual māmowi āsohtētān Internal Truth and Reconciliation Forum on April 28 will celebrate 50 years of success in USask’s Indian Teacher Education Program (ITEP). Students, alumni, and leaders from ITEP will share their experiences leading, attending, and teaching within the program and how those experiences have impacted their lives today.

TextImage/images/2023/internal-truth-and-reconciliation-forum.jpgsite://news/images/2023/internal-truth-and-reconciliation-forum.jpgnewsinternal-truth-and-reconciliation-forum.jpg107012800400All faculty, staff, and students are invited to attend the 6th annual māmowi āsohtētān Internal Truth and Reconciliation Forum on April 28.Above content

The annual māmowi āsohtētān Internal Truth and Reconciliation Forum was created in response to the 94 Calls to Action that the TRC made in 2015 to redress the legacy of residential schools and advance the process of Canadian reconciliation. The forum provides an opportunity for all members of the USask community to gather and constructively and respectfully dialogue and plan for the university environment they need and want. The māmowi āsohtētān Internal Truth and Reconciliation Forum began in 2017 to continue the discussion after USask hosted the first national Building Reconciliation Forum in 2015.

“There is a long history of what we’ve done with the event,” said Carson Magnuson, OVPIE’s project manager, who noted this year’s māmowi āsohtētān Internal Truth and Reconciliation Forum will focus on the TRC Calls to Action on education, ITEP, and ITEP’s connections to the 1972 Indian Control of Indian Education policy paper.

ITEP, located in USask’s College of Education, was established in 1973 to increase the number of First Nations teachers in Saskatchewan and other parts of Canada to meet the social and cultural needs of Indigenous communities, as well as to contribute to school systems where Indigenous and non-Indigenous children make up the student population. This year, ITEP is celebrating 50 years at USask and is hosting 50th anniversary events to mark the milestone. This includes the ITEP Student Council Round Dance, which was held on March 31 in the Education Gym.

“ITEP was built because it was what our Elders wanted: to strengthen identity and culture and provide opportunities to build strong Indigenous people and communities through education,” said Yvette Arcand, director of ITEP and a 1997 graduate of the program. “Today, Indigenous pedagogies and epistemologies are embedded not only in our schools and provincial curriculum, but that desire to engage with and learn about Indigenous culture is throughout larger society as well. ITEP was a part of that.”

TextImage/images/2023/itep-50th-copy.jpgsite://news/images/2023/itep-50th-copy.jpgnewsitep-50th-copy.jpg191831800800The Indian Teacher Education Program (ITEP) is celebrating its 50th anniversary in 2023.Align right

ITEP was developed in the late 1960s at the request of Indigenous people in Saskatchewan. In 1969, the Federation of Saskatchewan Indian Nations—now the Federation of Sovereign Indigenous Nations (FSIN)—created an education task force, which developed a comprehensive review of Indigenous education in Saskatchewan.

This work was further built upon in 1972, when the National Indian Brotherhood—now the Assembly of First Nations (AFN)—presented a policy paper, Indian Control of Indian Education, to the federal Minister of Indian Affairs and Northern Development. As a summary on the AFN website notes, “the 1972 policy paper proposed that the Government of Canada and First Nations work together to put in place the financial and educational resources needed to enhance the success of First Nations learners through Indian Control of Indian Education. To support this policy, the document laid out the principles and values underlying First Nations learning, starting with a Statement of Values.”

In February 1973, the first students began studying in the Indian Teacher Education Program at USask. In April 1980, the Saskatchewan Urban Native Teacher Education Program (SUNTEP) also began, with the goal of ensuring that people of Métis ancestry are adequately represented in the teaching profession. SUNTEP is delivered by the Gabriel Dumont Institute (GDI) in partnership with the Ministry of Advanced Education, USask, and the University of Regina.

Since ITEP began 50 years ago, about 3,000 teachers have graduated from the program. For Magnuson, a USask graduate who earned his Bachelor of Education degree through ITEP in 2018, the program is an example of the TRC’s recommendations in action.

“When I look at the TRC Calls to Action around education—which were released during the time I was in ITEP—those Calls to Action were something that were actively occurring in my program,” he said. “Those things are functioning, and have been functioning, throughout the Indian Teacher Education Program for 50 years.”

Magnuson said ITEP’s roots in the Indian Control of Indian Education policy paper, as well as the continued support he received from people in the program, helped to ensure his success as a USask student. Magnuson’s brother was also an ITEP student, and that inspired Magnuson to enroll in the program.

“That’s a very common story. This program builds leaders,” he said.

The 6th annual māmowi āsohtētān Internal Truth and Reconciliation Forum will include two 30-minute keynote addresses focused on the historical context of ITEP and on Indian Control of Indian Education. There will also be two panel discussions—called living-room visits—that will explore leadership in ITEP over 50 years and how it relates to the TRC Calls to Action, and the ITEP student experience. Magnuson said the concept for the living-room visits was inspired by the visits he had with his late kôhkom (grandmother) in her living room, and the stories that she shared. Sol Sanderson, founding leader of the AFN and an expert in Indigenous governance and the assertion of the legal rights of Indigenous Peoples, will be joining the forum to share his knowledge and involvement in the development of ITEP.

Jaime said it’s important for all members of the USask community to think about the TRC Calls to Action and how they can be uplifted in the daily learning, teaching, research, and employment activities on campus.

“It has to be an everyday way of walking on the right path,” she said.

Dr. Airini (PhD), USask’s provost and vice-president academic, said USask is fortunate to have been gifted an Indigenous Strategy—ohpahotân | oohpaahotaan “Let’s Fly Up Together”—that was written by, and with, Indigenous Peoples. As a companion document to the University Plan 2025 nīkānītān manācihitowinihk | ni manachīhitoonaan (“Let us lead with respect”), it calls for meaningful and respectful action to advance Indigenization and to support transformative decolonization leading to reconciliation.

Airini said the Indigenous Strategy will guide USask as the university community continues to work together to answer the TRC Calls to Action and to fulfill the aspiration of transformative decolonization leading to reconciliation.

“Our vision at USask is to be an outstanding institution of research, learning, knowledge-keeping, reconciliation, and inclusion, with and by Indigenous Peoples and communities,” she said. “We will realize this vision with the TRC Calls to Action, our Indigenous Strategy, and the University Plan 2025 leading the way.”

All faculty, staff, and students are invited to attend the 6th annual māmowi āsohtētān Internal Truth and Reconciliation Forum, which will be held on April 28, 2023, from 8:30 am – 2:15 pm in Marquis Hall. Attendees are asked to register online in advance.

walking-together-on-this-journeytrue1718730911095imj129‘Walking together on this journey’The April 21 ohpahotân | oohpaahotaan Spring Symposium will focus on USask’s Indigenous Strategy and its implementation Shannon Boklaschukprovost, sustainability, 1682018340000/articles/general/2023/walking-together-on-this-journeynewssite://news/articles/general/2023/walking-together-on-this-journeybpk4551682018492668ccm0461683059860669show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/symposium-1080.jpgsite://news/images/2023/symposium-1080.jpgnewssymposium-1080.jpg2010791080720The April 21 ohpahotân | oohpaahotaan Spring Symposium will offer an opportunity to further explore the seven commitments outlined in the Indigenous Strategy.The April 21 ohpahotân | oohpaahotaan Spring Symposium will offer an opportunity to further explore the seven commitments outlined in the Indigenous Strategy.NoNoneNoneNo/
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All members of the University of Saskatchewan (USask) community are invited to attend an event focused on ohpahotân | oohpaahotaan “Let’s Fly Up Together”—the first Indigenous Strategy solely created by Indigenous people at a Canadian U15 research institution.

Hosted by the Office of the Vice-Provost Indigenous Engagement, the April 21 ohpahotân | oohpaahotaan Spring Symposium will offer an opportunity to further explore the seven commitments outlined in the Indigenous Strategy: Safety, Wellness, Stewardship, Representation, Right Relations, Creation, and Renewal.

The Indigenous Strategy is meant to be a living document that provides an Indigenous-led pathway to reconciliation. It complements the University Plan 2025, which was gifted the Indigenous names nīkānītān manācihitowinihk (Cree) and ni manachīhitoonaan (Michif), translating to “Let us lead with respect.”

Dr. Angela Jaime (PhD), USask’s interim vice-provost Indigenous engagement, said Knowledge Keepers will share their perspectives on how ohpahotân | oohpaahotaan should be understood, the importance of Indigenous languages, and the importance of reciprocity. The event—to be held from 8:30 am to 1 pm in Marquis Hall—will encourage faculty, staff, and students to reflect on how they can work together to weave reconciliation and Indigenization into all aspects of university life.

Jaime said the symposium is about “reiterating to the campus the importance of walking together on this journey.”

“While some of us have an understanding that’s farther along, we’re all still working together to walk on this path,” she said.

The Indigenous Strategy was gifted to USask in a historic ceremony on Aug. 20, 2021. As a companion document to the University Plan 2025 nīkānītān manācihitowinihk | ni manachīhitoonaan (“Let us lead with respect”), it calls for meaningful and respectful action to advance Indigenization and to support transformative decolonization leading to reconciliation.

The Spring Symposium will explore important conversations that began during the ohpahotân | oohpaahotaan Fall Symposium, held on Oct. 28, 2022. That inaugural symposium enabled members of the USask community to connect and network.

Carson Magnuson, the project manager in the Office of the Vice-Provost Indigenous Engagement who played a key role in organizing the upcoming spring symposium, said the Indigenous Strategy requires continuous work by all members of the USask community to ensure it is woven into the daily activities and goals of all colleges, schools, and units.

“It needs to influence every piece of what you’re doing,” he said.

Magnuson said people’s lives today, and in the future, will be impacted by the ways in which the Indigenous Strategy is implemented at USask. He noted that the Office of the Vice-Provost Indigenous Engagement is a support for the campus community as this important work continues.

“We want to help, whatever that looks like,” he said. “We’re here as a resource.”

The name of USask’s Indigenous Strategy is ohpahotân | oohpaahotaan, which symbolizes growth, journey, and relational teachings that guide and strengthen our lives and work. As the strategy document notes, ohpahotân| oohpaahotaan was drawn from ohpahowipîsim (flying up moon): “During this moon, after a time of being nurtured in a nest and experiencing the world from the ground, a new generation of birds take flight.”

Dr. Airini (PhD), USask’s provost and vice-president academic, said respect and collaboration will be key as the USask community continues to implement the Indigenous Strategy.

“We continue to take action for transformative decolonization leading to reconciliation,” she said. “We are forward-looking as we consider how to strengthen and advance our commitments in the University Plan 2025 and calls to action in ohpahotân | oohpaahotaan. Our vision is to be an outstanding institution of research, learning, knowledge-keeping, reconciliation, and inclusion with and by Indigenous Peoples and communities. Together, we will be the university the world needs.”

All faculty, staff, and students are welcome to attend the ohpahotân | oohpaahotaan Spring Symposium and are asked to register online in advance.

enhancing-student-experience-student-supports-focus-of-202324-tuition-ratestrue1718730911095imj129Enhancing student experience, student supports focus of 2023/24 tuition ratesToday the University of Saskatchewan (USask) announced tuition rates for the 2023/24 academic year, implementing an increase to support continued delivery of high-quality academic programming alongside further investment in student services and financial aid. provost, pec,1682008200000/articles/general/2023/enhancing-student-experience-student-supports-focus-of-202324-tuition-ratesnewssite://news/articles/general/2023/enhancing-student-experience-student-supports-focus-of-202324-tuition-ratesccm0461681938273713ccm0461682622955358show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/thorvaldson-building.jpgsite://news/images/2023/thorvaldson-building.jpgnewsthorvaldson-building.jpg3440531080720USask has budgeted nearly $56 million in 2023/24 for student aid, through scholarships, bursaries, and tuition waivers. (File photo)USask has budgeted nearly $56 million in 2023/24 for student aid, through scholarships, bursaries, and tuition waivers. (File photo)NoNoneNoneNo/
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The tuition change is a weighted average increase of 4.0 per cent—4.1 per cent for undergraduate students, and 2.6 per cent for graduate students. This will mean that in the College of Arts and Science, where nearly half of all USask students are enrolled, a domestic student’s tuition in an undergraduate Bachelor of Arts program will change from $6,978 to $7,257 for the upcoming year—an increase of $279, or about $8.75 per week over the fall and winter terms. 

“Tuition is vital to the university’s ongoing operations, enabling us to meet our academic mission,” said Dr. Airini (PhD), USask’s provost and vice-president academic. “Through this tuition rate change, we will ensure USask students continue to have access to high-quality academic programming and the student-centred services that support their success.” 

As part of its annual tuition review and rate-setting processes, USask examines rates at peer institutions in the U15 Group of Canadian Research Universities. Tuition rates are considered within the context of five principles at USask, as per the Tuition and Fees Authorization Policy:  

  • Comparability to similar programs;  
  • Accessibility and affordability for students; 
  • Enabling the high quality of programs;  
  • Predictability of tuition to support longer-term planning for students; and  
  • Transparency through consultation with students to ensure a common understanding on tuition. 

To mitigate the impact of economic barriers for students with financial need, USask has budgeted nearly $56 million in 2023/24 for student aid, through scholarships, bursaries, and tuition waivers. This does not include financial support through the many employment opportunities that are available to USask students. 

In the upcoming 2023/24 academic year, needs-based funding of $1 million will be allocated toward financial support for continuing international undergraduate and master’s degree students. This is approximately 13 per cent of the overall new tuition revenue stemming from the increase to international student tuition. USask is also investing in other key student supports, including additional funding for the the University of Saskatchewan Students’ Union (USSU) Food Centre, which is accessed by students across campus.

Dr. Patti McDougall (PhD), USask’s deputy provost and co-chair of the university’s tuition advisory group, said tuition decisions are made carefully following ongoing engagement with campus stakeholders, including undergraduate students, graduate students, the USSU, the Graduate Students’ Association (GSA), and faculty, deans, and executive directors of colleges and schools.

In 2021, USask launched tuition consultation initiatives to further engage students about tuition rates and how the university utilizes tuition revenue. Tuition planning and planning and resource allocation learning modules were developed to provide students with comprehensive information about how tuition rates are decided, as well as about the role of student consultation, the processes and timelines for setting tuition rates, and how integrated planning is connected to resource allocation and budgeting.

“We are hearing the input from students and are grateful for student advice on what investments would be of benefit to them and where the university should consider reducing investment,” said McDougall. “We welcome continued feedback from members of our campus community, and we remain committed to ongoing discussions in the upcoming academic year.”

Also in 2021, USask signed The Saskatchewan Post-Secondary Multi-Year Operating Funding Memorandum of Understanding with the Government of Saskatchewan. This has created the opportunity for overall tuition stability across several years and has enhanced the predictability of tuition decisions.

Coupled with the provincial operating investment, tuition supports USask by jointly funding the university’s core expenses, including faculty and staff salaries; student financial aid; student services; libraries; information technology; infrastructure investment; and administration across campuses. Tuition and fees provide about 19 per cent of USask’s total comprehensive revenue.

“This revenue is important so that we can continue to offer outstanding educational experiences for the students who choose USask from within our province and our country, as well as for those students who choose to come to our university from 130 countries from around the world,” said Airini.

Tuition rates for all undergraduate and graduate programs can be found online at usask.ca/tuition.

usask-embarks-on-largest-campaign-in-saskatchewan-historytrue1718730911095imj129USask embarks on largest campaign in Saskatchewan historyAmbitious goal of $500 million will be reached with support and generosity of communitypec, hp-articles1681862400000/articles/general/2023/usask-embarks-on-largest-campaign-in-saskatchewan-historynewssite://news/articles/general/2023/usask-embarks-on-largest-campaign-in-saskatchewan-historyccm0461681497104326ccm0461718036267365show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoYesYesMatching keywordsYesImage/images/2024/homepage-image_revised-2.jpgsite://news/images/2024/homepage-image_revised-2.jpgnewshomepage-image_revised-2.jpg328340700467Campaign for USask – text with USask branding, along with several photos of various members of the USask community, researchers at work, and outdoor scenes. Text says TOGETHER WE WILL in all capital letters along with “The Campaign for the University of Saskatchewan”Join us in the most ambitious campaign in Saskatchewan’s history. NoNonesupport-critical-researchNo/
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Aubrey-Anne Laliberte-Pewapisconias is living out the University of Saskatchewan (USask) vision: Together, we will be what the world needs.

A graduate student in USask’s School of Environment and Sustainability, she is one of the community members helping to launch the campaign for the University of Saskatchewan today. With a goal of $500 million, the campaign is the largest in Saskatchewan’s history.

TextImage/images/2023/campaign-aubrey-anne.jpgsite://news/images/2023/campaign-aubrey-anne.jpgnewscampaign-aubrey-anne.jpg105183800800Aubrey-Anne Laliberte-Pewapisconias. Align right

Laliberte-Pewapisconias has seen first-hand how the generosity and support of the community makes a difference. Donor-funded scholarships provided her life-changing opportunities. As the co-founder of the Indigenous Business Students’ Society, support from across campus and from the business community helped the organization thrive.

It is so important that students see their culture reflected in what they study and in the places they study, and USask is the place where this can happen. My dream is that all Indigenous students feel empowered, heard, and a part of their campus community,” said Laliberte-Pewapisconias, who, as part of the launch, appears prominently in the campaign alongside dozens of USask donors, students, faculty, staff, and graduates.

With the support of donors and community members, funds raised will go toward work in four principal areas. First is leading critical research, aimed at increasing the number of endowed research chairs, supporting graduate student funding, and providing undergraduate research experiences. Next, we will support Indigenous achievement by creating an endowment fund for scholarships and bursaries, new programming, support for learners, and reducing barriers to post-secondary education. Third is a focus on student success by creating new scholarships and bursaries, technology support, mentoring programming, and other initiatives that support the health and success of our learners. Finally, visionary spaces will be designed, including those for the Colleges of Dentistry and Engineering, the Prince Albert campus, the Emma Lake Kenderdine campus, upgraded libraries, and improved classrooms and laboratories.

“With the generosity, spirit and support of our community, we will make our world a better place,” said USask President Peter Stoicheff. “It’s our biggest campaign ever as we seek to raise $500 million by 2025. USask’s vision is clear, and our commitment to take the university to the next level of excellence is strong. But we can’t do it without donors who are equally committed.”

Ron and Jane Graham exemplify that commitment, and are the honorary co-chairs of The Campaign for the University of Saskatchewan. A campaign cabinet of community leaders guide and inform the work.

TextImage/images/2023/campaign-ron-and-jane-graham.jpgsite://news/images/2023/campaign-ron-and-jane-graham.jpgnewscampaign-ron-and-jane-graham.jpg170951800800Ron and Jane Graham Align left

“Jane and I have been fortunate to have supported and partnered with USask for a long time,” Ron Graham said. “Whether it is funding innovative research, teaching and career preparation, scholarships, or resources and training for our Huskie student-athletes, our connection and commitment to USask has been one of the most rewarding experiences of our lives.”

So far, more than $322 million — nearly 65 per cent of the $500 million goal — has been raised through the campaign. Today’s launch included a community celebration at Merlis Belsher Place, an appropriate setting since the multi-sport complex was made possible with a $12.25-million donation from the facility’s namesake.

“Gifts come to us in so many forms. Some are financial, others are by giving of time and talents. There is a role for everyone to play in our campaign,” said Cheryl Hamelin, Vice-President University Relations. “Stay tuned for exciting announcements from those who are joining our mission to reach our ambitious goal and create a brighter future together.” 

Learn more about the campaign and how to get involved on our website give.usask.ca 

leadership-gaa-speech-2023true1718730911095imj129Taking Stock, Looking Forward: The 2023 University of SaskatchewanGeneral Academic Assembly 2023 State of the University AddressPeter Stoicheffpec,1680825600000/articles/general/2023/leadership-gaa-speech-2023newssite://news/articles/general/2023/leadership-gaa-speech-2023news_ws1681233414209ccm0461682622985970show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesVideo/images/usask_Aerial.jpgsite://news/images/usask_Aerial.jpgnewsusask_Aerial.jpg52207516001067https://www.youtube.com/watch?v=zFKVjfteqQYNoNoneNoneYesYesNoMatching keywordsYesVideo/https://youtu.be/zFKVjfteqQYNoNoneNone
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The GAA is an opportunity, legislated in the University of Saskatchewan Act, for the president to deliver a state-of-the-university address. Each of the previous seven I have given had a unique theme, including connectivity, diversity, creativity, visionary change, our role in meeting the COVID-19 challenge, and the post-pandemic university. In each I have tried as well to give a snapshot of the significant advances the university has made over the previous year.

The University of Saskatchewan’s stories are important to tell, full of extraordinary achievement and impact. These stories are created by many people, including those in this room and watching this address, and by those who have come before us in service to this great university and the province it’s named after. These stories help us see to the horizon and beyond it. I’m struck by just how much has been accomplished despite the many challenges we’ve faced together. We continue to contribute to some of the greatest causes of our time, and we are a beacon of hope and possibility for so many.
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I have been saying for a while now that universities are needed more than they have ever been, and that the University of Saskatchewan is needed more than it has ever been. When I first started saying it, some were skeptical. Aren’t there many other sectors that are more important than they have ever been, and don’t they far outreach ours? Aren’t there global challenges that other sectors are better positioned to solve than ours?

My answer is that not one of those challenges can be addressed in the absence of universities such as ours. Governments can’t do it alone. Nor can any other sector. University graduates will be the leaders of those conversations and solutions. University faculty and students will be the researchers who contribute to their solutions. That’s why I am inspired daily by the invocation to “be the university the world needs.” It’s the right call to action for our time; it shows that our mission is to be engaged; and that we understand the importance of the great opportunity we’ve been handed, every one of us, to make a positive difference in the world. So I use this year’s GAA address to take stock of our recent progress in becoming the university the world needs.

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How do we assess our impact in this regard? Perhaps by awards and recognitions. If so, let’s acknowledge over the last academic year alone the 3M National Teaching Fellowship, one of the most prestigious national teaching awards in Canada, and the 10th to faculty at our university; the Vanier Canada Graduate Scholarships received by students studying here; the Rhodes Scholarship (our 73rd); the many Order of Canada recognitions conferred by Rideau Hall to faculty and alumni; the Governor General’s History Award for Scholarly Research; the Fulbright Research Awards to our students; the Banting Postdoctoral Fellowships to attract and retain top-tier talent in Canada; faculty member inductions into the Saskatchewan Agricultural Hall of Fame, or the “2022 Influential Women in Canadian Agriculture”; the naming of a College of Medicine alumnus as president of the Canadian Medical Association; the invitation of our faculty to speak at the COP27 United Nations Climate Change Conference in Egypt in November and at the United Nations Water Conference last month; of our provost to speak at the UN Food and Agriculture meetings in Rome, and the UN Permanent Forum on Indigenous issues in New York; the invitation of our VP Research to be part of the recent influential Bouchard Advisory Panel on the Federal Research Support System; the honouring of five faculty with top provincial health awards and another with the “excellence in medical leadership” award.

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And our Huskies student-athletes and coaching staff continue to impress, with top-ranked academic accomplishments, athletic records and accolades, including two consecutive Vanier Cup appearances, bronze in the Canada West Track and Field Championships, and the decision to host the Canadian Women’s Hockey Championship here next year. That list is only a start. (Which leads me to say that today marks the fifth anniversary of the Humboldt Broncos tragedy, and that exactly five years ago we gathered in this hall to mourn.)

To assess our impact, we can also look at world rankings. We placed 58th out of more than 1,400 universities worldwide assessed by 2022 Times Higher Education (THE) University Impact rankings that measure our success in advancing the UN’s SDGs. The 58th place ranking is a jump of 38 spots from our impressive 96th position in both 2020 and 2021, and is particularly noteworthy since nearly 300 additional universities joined the THE’s overall assessment process for 2022. If we want to assess our impact, global impact rankings are a good place to start.

We achieved our best-ever subject rankings in the latest Times Higher Education (THE) World University Rankings by Subject. For the first time, we placed in the top 500 in all 11 broad subject areas, and saw improvements in many of those categories as well, including in the humanities, education and law, while not dropping in any category.

The Shanghai Rankings placed us in the top 100 worldwide in water resources (first in Canada and 23rd globally), veterinary sciences (fourth in Canada, 51st-75th globally), and environmental science and engineering (sixth in Canada and 76th-100th globally).

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The other major international subject ranking is the QS. There, released two weeks ago, we are in the top 100 in the world in two areas (veterinary science and agriculture). For the first time we received a top-500 ranking in three categories in one year, and several other single-subjects were in the top 500.

Rankings aren’t just points of pride for making speeches. Students from around the world who aspire to study in Canada scrutinize them as they decide where to apply to study. This is in part why we have students from over 130 countries worldwide studying here and why our international student numbers grew by 6.2 per cent this year. Institutional and subject ranking success promotes the development of partnerships with universities throughout the world for the benefit of our researchers and our students. Rankings also support our students who aspire to study at excellent universities elsewhere in the world after graduating from here. For these reasons, we must continue to improve in them.

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Or we can look at our research income over the last year. In the annual Statistics Canada results announced recently, collated by Research Infosource, we had our highest-ever placement in the rankings: 10th among the 50 universities ranked – and the largest percentage increase of all medical-doctoral universities in Canada.

Examples of the research support that is continuing this upward trajectory for us over the past year alone include funding for research on carbon sequestration, and other agriculture-related support to address complex challenges faced by the agriculture and agri-food sectors.

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An ecology research team has received Tri-Council funding for an interdisciplinary project to study environmental changes in Western Canada’s Boreal Plains. Our faculty have received funding to address Indigenous-specific racism in Canadian academies. Others will be working alongside Inuit artists to explore the power of traditional storytelling practices. Others the food security of Afghanistan households. Others to support the ground-penetrating radar and oral history research at four Saskatchewan First Nations. Yet others received funding to address the systemic biases that challenge Indigenous youth sports activities.

Our faculty have been funded to improve rapid diagnostic testing for bovine respiratory disease; to study carbon sequestration to mitigate climate change; to undertake patient-oriented research; and to develop the world’s first bison genome biobank. Our researchers are also funded to study the potential for recycled materials to be used to build durable roads in climates with significant temperature swings between seasons. If successful, this research will reduce potholes in cold climates!

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The Canada Foundation for Innovation Major Science Initiatives (or MSI) program, available to all 97 universities in the country, this past year awarded 25 per cent of its entire budget to this university alone, to keep Canada at the forefront internationally in vaccine development, imaging science, sustainable water management and space weather monitoring. That is extraordinary success. No other university in the country can say anything close to that.

But the funding brought in isn’t the only story – just a condition that enables it. The primary story is what our faculty and students and post-docs have been doing over the past year alone in terms of research, scholarly and artistic work activity, partly as a result of that funding.

Canada is the only G-7 nation that does not have a national school food program, and our researchers are partnering with community agencies to inform federal decision-making on a nationally harmonized school food program. Our researchers are creating a digital archive of provincial residents’ experience with the COVID-19 pandemic to ensure that their stories and material can prepare the province to better cope with future health crises.

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Our researchers are helping the province develop a long-term strategy for delivering health services remotely; researching the mental health of new immigrant youth in Regina; and playing a critical role in a new national, patient-driven network addressing the challenges of heart failure which disproportionally impacts Indigenous peoples. Our Multiple Sclerosis research is very promising, as are our cancer research and rheumatoid arthritis work. We are examining how genetic mutations and immune systems are linked to blood cancers, and we’re undertaking cutting-edge imaging that is yielding new insights into strokes. Our Alzheimer’s research is breaking extraordinary new ground. VIDO is well on its way to becoming Canada’s Centre for Pandemic Research, with construction of the manufacturing facility completed, and funding received in November to establish the Level 4 containment capacity.

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A new report led by University of Saskatchewan researchers reveals how industry practices are driving critical threats to global freshwater systems, including groundwater depletion, metal contamination, plastic pollution, and water diversion. A research team has developed an innovative biodegradable product with potential to mitigate plastic pollution around the world.

Our researchers are leading a national team of 13 Canadian universities to develop three new climate science satellite instruments that will be launched into space as part of a large NASA mission. Its purpose is to deliver key data for improved forecasts of weather, air quality, and climate. And as global temperatures rise, wildfires are becoming more common. A new study by USask hydrology researchers found that exposure to wildfire smoke causes glaciers to melt faster.

We are the only university in Canada to have an entire quartet of instruments (two violins, a viola and a cello) made by the Amati family over 400 years ago – some of the finest string instruments found anywhere. This is thanks to the generosity and vision of Saskatchewan farmer Stephen Kolbinson who collected them for decades – a uniquely Saskatchewan story. This year has seen a first-of-its kind series here, featuring these extraordinary instruments in four concert collaborations with some of Canada’s best players.

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Greystone student theatre has completed another superb season of performances directed by our faculty. Our Greystone Singers choir, also faculty-directed, has given many public concerts this year to large and packed venues, and is so good it has been selected to perform in June of 2024 in Carnegie Hall.

In 2017 we signed a first-of-its-kind agreement between a major university and a Canadian city, resulting in the Research Junction collaboration that supports the development of joint research projects to address contemporary urban issues for the benefit of Saskatoon residents. Adopting this year’s research findings would add more renewable energy to the city’s power grid, improve the removal of petrochemical contaminants from river water, reduce homelessness among 2SLGBTQ+ youth, and revamp Saskatoon’s business tax incentive policies.

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That’s an incomplete list of this year’s research, scholarly and artistic work activity. But the story it tells is that our research is well-supported, ongoing, deeply engaged with local and universal challenges, and globally competitive.

Our RSAW, and our Signature Areas, are now interwoven with our Sustainability Strategy and with the UN Sustainable Development Goals. This past year saw our inaugural cohort of six Sustainability Faculty Fellows from five different colleges, each finding new ways to implement elements of sustainability within their curricula, equipping students – tomorrow’s world leaders – to build a more sustainable future. We have defined what we mean by sustainability competencies for our learners. We launched a project last summer that collects an international team of researchers and partners from Canada, Germany and South Africa to mentor emerging sustainability scholars and practitioners.

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We continue to find ways to decrease our GHG emissions in the near term. We have made sustainability a priority through our resource allocation decisions – the Horizon Fund has supported key activities within the strategy, and we have a sustainability revolving fund to support renovation projects that produce utility savings.

These are some of the reasons why we ranked 58th out of 1400 universities in the global THE Impact rankings. It has always been clear to me that sustainability is not the work of one office or unit, but something that every campus community member, in every sector of the university, can commit and contribute to – so I thank you today for the work you have done thus far and for your continued support of this important strategy.

What of our commitment to Reconciliation? There too, we’ve done a lot; and there is much more to do. I still believe that our best work in this crucial area will result from the right mixture of patience and impatience. Sadly, fall term began amidst tragedy, as we paused and mourned the tragic acts of violence that occurred at the James Smith Cree Nation and the village of Weldon at the beginning of September. We offered support to students, staff, and faculty who have connections to James Smith Cree Nation, and the Gordon Oakes Red Bear Student Centre served as a safe gathering space for members of the campus community.

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Our self-identified Indigenous student enrolments continue to rise at the graduate level. Undergraduate numbers have not been as positive during and since the pandemic, but much work is being done to reverse that recent trend. An area with significant improvement compared to the fall is first to second year Indigenous undergraduate student retention: a jump of 30 per cent, from 63 to 92 per cent. Our research, scholarly, and artistic work with Indigenous communities continues to increase in importance and impact. Three Canada Research Chairs have recently been awarded here in Indigenous areas.

Our Prince Albert campus, opened in-person this past fall with a well-attended event, continues to see almost half of its students self-identify as Indigenous. The campus will be transformative for the many aspiring students in more remote northern communities who otherwise experience barriers to post-secondary opportunities.

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Most importantly, this past year saw the release of the Deybwewin Indigenous Truth Policy – the first of its kind in Canada, approved by our Board of Governors last July. The work has been led by our Office of the Vice-Provost Indigenous Engagement and by an Indigenous task force comprising Indigenous Elders, leaders and Knowledge Keepers and supported by an internal advisory circle of university representatives.

The task force began its policy development work in January 2022. It included delegates from Métis Nation–Saskatchewan, the FSIN, Saskatoon Tribal Council, Prince Albert Grand Council, and the Office of the Treaty Commissioner. We commissioned and shared publicly an independent report by Indigenous rights expert Jean Teillet that has contributed immensely to the national conversation and informed the university’s continued implementation of policies and practices around the issue of people who falsely claim to be Indigenous.

Just last month, the implementation strategy for the Deybwewin policy was released, again the result of engagement and time and energy and commitment by our Indigenous supporters and community colleagues. Why? Because they believe what we are doing is important for the futures of Indigenous peoples and their communities.

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Our policy and its implementation strategy lead the nation in perhaps the most meaningful and important Indigenous-centred work of today. It is widely recognized for what it is – groundbreaking, necessary, timely, respectful, consultative, and courageous. It leads me to say again that we continue to be participants and leaders, not bystanders, in the greatest cultural opportunity this country has ever faced.

Each of these advances – in recognitions and awards; in rankings; in research, scholarly and artistic work and funding for it; in sustainability; in Reconciliation – speaks to how we are moving confidently in the direction of being locally and globally engaged, in having a positive impact on what the world needs. With each of these successes, we continue to make excellence and impact our priorities. With the progress we are making on Reconciliation, we are shifting the culture from isolated locations in the university where Indigenization was acknowledged, to every level and sector across the institution.

The same can be said for our sustainability achievements. We’ve moved from seeing sustainability as the purview of an office in facilities to a commitment that spans our academic programming, our RSAW and our UN SDG progress through our Climate Charter and our Sustainability Strategy. RSAW with impact, progress on the UN SDGs, leadership in Reconciliation – these are opportunities the world needs us to seize. We’re doing so, and we must continue to improve in each of them. What else can we identify that this university is uniquely situated and designed to drive and contribute to?

Let’s start by taking stock of the province we’re named after and serve, and the country we play an influential role in moving forward. Almost half of Canada’s arable land is here, some of which is the most productive in the world. We’re a global leader in the production of canola, lentils and other pulse crops.

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With 30 percent of global potash production, we’re the largest producer of potash in the world. The global population is facing food insecurity, and this province and this university are at the heart of the answer to that challenge. Agriculture is one of our Signature Areas, but the challenge spans many of our strengths, from computer science to public policy, to engineering, to business, to nutrition, to public health, to veterinary medicine, to our Global Institute for Food Security and more.

Saskatchewan has the largest high-grade uranium deposits in the world and produces one-quarter of the world’s uranium supply at a time when fossil fuels and power sources have to evolve. We may well have more than 10 percent of the world’s rare earth mineral deposits at a time when they are imperative to the production of new technologies the world depends upon. This province and this university can contribute to answering that challenge as well, carefully, sustainably and responsibly. Energy and Minerals for a Sustainable Future is one of our Signature Areas.

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Closer to home, Saskatoon remains the second-fastest growing IT hub in Canada. Many of the country’s fastest-growing companies are located here, according to the Globe and Mail. Almost all of them were started by our graduates, and primarily employ our graduates. Many successful companies have emerged from this university – Skip the Dishes, SED Systems, International Road Dynamics, Pic-a-Tic, Seven Shifts, Vendasta, Solido – to name a few. Venture capital investment in Saskatoon and region has been increasing faster than any other location on this continent. We sit beside, and have a partnership with, one of the continent’s largest research parks, Innovation Place.

We opened our first start-up incubator, OPUS, two months ago, to provide aspiring entrepreneurs from here with the tools needed to build successful ventures on campus. Our Global Institute for Food Security now houses an Agtech IP Portal that helps identify and advance Intellectual Property developed at GIFS, and an Ideas Portal for governments, academia and industry that have partnership proposals.

We have the largest science infrastructure of any university in this country.

We are leaders in the One Health area, thanks to an unparalleled congregation of health sciences units and labs, at a time when the world faces a multitude of health-related challenges. We have an enviable strength in humanities, social sciences, fine arts, public policy, public health, law, environmental programming and research, business and education. And that’s just the beginning of a survey of our formidable academic capacity, supported by world-class researchers and students we now attract from over 130 countries around the world, to support innovation and entrepreneurship. No wonder we have reversed the talent out-migration of previous decades that saw our graduates leave the province in large numbers. Now, the majority stay here.

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Still, Canada’s innovation strength as a whole has yet to reach its potential. Perhaps it is because the country is blessed with an abundance of natural resources and we don’t experience the imperative of innovation the way other nations do who lack them. Canada performs poorly on the rankings devoted to measuring innovation globally. Crucially, the countries that rank highest – South Korea, Israel, Germany and Sweden among them – have universities that play a distinct role in their national innovation ecosystems (and have nowhere near the natural resources we enjoy). Our university has a key part to play in changing Canada’s story. Our province and our country have the need, and we have the capacity, the infrastructure and the talent.

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The majority of the C100 leaders – of companies started by Canadians in Silicon Valley – earned humanities degrees at university. We can show how innovation complements sustainability, RSAW and Reconciliation. Done correctly, it supports each of these, and each supports Innovation. Another opportunity before us is the soon-to-be-launched Be What the World Needs Comprehensive Campaign – the largest in this university’s and this province’s history. Philanthropy and innovation, approached strategically, also go hand-in-hand.

Innovation and entrepreneurship call us, if we aspire to be the university the world needs. So do Equity, Diversity and Inclusion. Here too we’re progressing well but need to do more. In my statement on anti-racism and its call to action in June of 2020 I committed all senior leaders – vice-presidents, deans, executive directors – to engage in anti-racism/anti-oppression education. Dr. Verna St. Denis and Ms. Liz Duret and their team have been providing education and training to approximately 45 members of our Senior Leadership Forum and to the President’s Executive Committee. This has been a tremendous, uplifting process, involving hard work, introspection and deliberate action, and it will continue. We have signed the Scarborough Charter that aims to address anti-Black racism, and now have a Provost’s Advisory Committee tasked with designing its implementation. We’ve vastly increased our Black History Month activity.

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Our three collegial bodies have adopted an EDI Policy to support the university community in bringing to life the principles of diversity, equality, human dignity, and manācihitowin, and reflecting them back in our daily interactions and decisions. It states that “all members of the university community are expected to understand equity, diversity, and inclusion and are responsible for the implementation of such within their scope of influence and authority.”

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It has remained for us to bring forward an implementation framework for that policy to give it life at every level of the university, in every academic unit, in every office, and in every building. That implementation framework will be in front of our Senate in just over two week’s time, and in front of Council and then the Board before the end of June. I urge you, as I do regarding innovation and entrepreneurship, to consider how to achieve that strategy from the perspective of your role in the university. At this time in our history, and at this time in human history, failure to do so is not an option for a university aspiring to be one the world needs.

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Colleagues – we’ve set our sights very high at this university. We deserve to look at the horizon and beyond. We deserve to see the positive impact we’re having on a world that needs us more than ever. Are we doing enough on all these fronts? By no means. Our important work never stops. Do we have a clarity of vision as to where we need to go, and what we need to focus on? Yes we do. I thank you for your countless contributions to this university and, by extension, to the world we serve.

/president/speeches/gaa-speech-2023show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://leadership/president/speeches/gaa-speech-2023leadershipgaa-speech-2023Article headlineTaking Stock, Looking Forward: The 2023 University of SaskatchewanGeneral Academic Assembly 2023 State of the University AddressPeter StoicheffApr 6, 2023 12:00 AMNov 7, 2024 8:59 AM
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This year’s annual meeting will be held in Convocation Hall from noon to 1 pm. A livestream of the meeting will also be available to view on the day of the meeting.

The topic of President Stoicheff’s address this year is “Taking Stock, Looking Forward: the 2023 University of Saskatchewan”. The presentation will be followed by a question-and-answer period with the president.

When President Stoicheff was installed as the University of Saskatchewan’s 11th president on October 24, 2015, he promised to remain true to the university’s storied past, while enhancing its focus on the future, setting the stage for USask's commitment to be the university the world needs. This year’s address will assess the many accomplishments of this academic year and identify the challenges and opportunities that lie ahead.

Members of the GAA include the president as chair, members of faculty, deans, executive directors of schools, vice-presidents, the university secretary and the registrar, as well as elected students. The University of Saskatchewan Act, 1995, directs that the GAA will meet annually to allow the president to present a report respecting the state of the university and any other matters that the president considers appropriate. Visit governance.usask.ca for more information.

usask-statement-on-provincial-budgettrue1718730911095imj129USask statement on provincial budgetToday, the Government of Saskatchewan announced its 2023-24 budget, confirming the province’s continued commitment to deliver on a multi-year funding agreement to support shared priorities and financial sustainability for the University of Saskatchewan (USask).pec, 1679518800000/articles/general/2023/usask-statement-on-provincial-budgetnewssite://news/articles/general/2023/usask-statement-on-provincial-budgetccm0461679516722188ccm0461682623011864show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/usask_green-with-logo_news.jpegsite://news/images/2021/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpeg556121080720The University of Saskatchewan logo on a green backgroundNoNoneNoneNo/
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The multi-year funding commitment, now in its third of four years, provided incremental investment to support COVID-19 recovery, revenue generation, sector collaboration and achieving strategic initiatives outlined in the Growth Plan during the first two years.

In years three and four, the agreement will continue to provide predictable, stable support enabling USask to continue to provide outstanding post-secondary education and ensure innovation to strengthen and move Saskatchewan forward, said USask President and Vice-Chancellor Peter Stoicheff.

“This is the third year the government has delivered on a multi-year funding commitment to support shared priorities and financial sustainability,” said Stoicheff. “The predictability brought by this agreement enables us to better plan and forecast and meet our shared priorities. USask plays a key role in building a stronger Saskatchewan, and financial predictability allows us to be the partner government needs to achieve Saskatchewan’s growth plan.”

Stoicheff said USask and the Government of Saskatchewan have a long history of working together and “continue to show how a shared focus on teaching, learning and research can benefit the people of our province.”

Over the next few days, an in-depth review of the budget will be conducted to determine the full impacts to the university.

“We are encouraged by the Government of Saskatchewan’s continued support of our university,” said USask Provost and Vice-President Academic Airini. “This investment will help us achieve our shared vision of enhancing the quality of life for Saskatchewan people, building strong, healthy, and sustainable communities, and growing a vibrant Saskatchewan.” 

“The pandemic has presented challenges, but that has not prevented our university from making progress towards our goal to be the university the world needs,” Stoicheff said. “Today’s announced funding demonstrates the Government of Saskatchewan’s recognition of the value USask provides to the province, and the positive impacts of the graduates and the ground-breaking research taking place here.”

The 2023-24 budget is available online at www.saskatchewan.ca/budget 

 

implementation-of-the-deybwewin-taapwaywin-tapwewin-indigenous-truth-policy-at-usasktrue1718730911095imj129USask implements Indigenous membership/citizenship verification policyThe deybwewin | taapwaywin | tapwewin: Indigenous Truth Policy recognizes the inherent right of Indigenous Peoples to determine membership/citizenship verification with documentation through their governance, customs, traditions, and procedures1677773520000/articles/general/2023/implementation-of-the-deybwewin-taapwaywin-tapwewin-indigenous-truth-policy-at-usasknewssite://news/articles/general/2023/implementation-of-the-deybwewin-taapwaywin-tapwewin-indigenous-truth-policy-at-usaskccm0461677773681028ccm0461682543363746show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/usask_green-with-logo_news.jpegsite://news/images/2021/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpeg556121080720University of Saskatchewan logo on green background. USask has launched a new website to share information about the deybwewin | taapwaywin | tapwewin: Indigenous Truth policyNoNoneNoneNo/
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A policy focused on Indigenous citizenship/membership verification through documentation is now in the implementation phase at the University of Saskatchewan (USask).

USask has launched a new website to share information about the deybwewin | taapwaywin | tapwewin: Indigenous Truth policy, which ensures that a verification with documentation process will be completed by Indigenous people holding Indigenous-specific employment positions, student scholarships, or other forms of material advantage created for Indigenous Peoples. Verification documentation will be required for all incoming assertions of Indigenous membership/citizenship by members of the university community where that claim may result in a material advantage or where the absence of verification would be otherwise contrary to the principles recognized in this policy.

Verification with documentation can take many forms, and these will be defined by Indigenous governments. Examples of verification with documentation can be, and are not limited to, a letter from a community’s governance body, an Indigenous government-issued membership or citizenship card, or a status card issued by Indigenous Services Canada. Prior to the implementation of deybwewin | taapwaywin | tapwewin at USask, verification of Indigenous membership/citizenship relied upon self-identification.

TextImage/images/2022/airini-sq.jpgsite://news/images/2022/airini-sq.jpgnewsairini-sq.jpg211559643703Dr. Airini (PhD) is USask’s provost and vice-president academic. (Photo: David Stobbe)Align right

Dr. Airini (PhD), USask’s provost and vice-president academic, noted the deybwewin | taapwaywin | tapwewin policy recognizes the right of Indigenous Peoples to determine their own membership/citizenship in accordance with their governance structures, customs, traditions, and procedures. The policy aligns with USask’s commitment to transformative decolonization leading to reconciliation, one of the aspirations central to the University Plan 2025.

“We appreciate that Indigenous governments will guide the university on the membership/citizenship verification with documentation. The university will respect and honour these decisions,” said Airini. “Our university community is very grateful for this wisdom and support from Indigenous governments, and we look forward to continued collaboration as we implement the policy together in a good way.”

The policy was approved by the USask Board of Governors on July 8, 2022. The name of the policy, deybwewin (Saulteaux)| taapwaywin (Michif)| tapwewin (Cree), means truth—truth to self, truth to each other, truth to the ancestors, and truth to the land. Its creation was guided by a task force of Elders, Knowledge Keepers, Language Teachers, and other Indigenous community and campus leaders.

TextImage/images/2022/angela-jaime-square.jpgsite://news/images/2022/angela-jaime-square.jpgnewsangela-jaime-square.jpg152319628628Dr. Angela Jaime (PhD) is USask’s interim vice-provost of Indigenous engagement. (Photo: submitted)Align left

Dr. Angela Jaime (PhD), USask’s interim vice-provost of Indigenous engagement, chaired the task force and is now chairing a permanent Indigenous-led standing committee that will play an integral role in the implementation of the policy.

USask is committed to working with Indigenous governments as the new policy is implemented on campus, said Jaime, noting the university will support Indigenous people who may not possess documentation for a variety of reasons, including displacement through past governmental policies, laws, and colonization. In situations where Indigenous government-approved documentation is not available, the deybwewin | tapwewin | taapwaywin Standing Committee will guide and support the individual and the university through a verification process.  

USask faculty member Dr. Kurtis Boyer (PhD), a citizen of the Métis Nation-Saskatchewan, served on the task force and is now a member of the standing committee. Boyer said it was important that the process of creating the deybwewin | taapwaywin | tapwewin policy was Indigenous-led and included Elders, community members, and USask faculty working together.

TextImage/images/2023/kurtis-boyer-sq.jpgsite://news/images/2023/kurtis-boyer-sq.jpgnewskurtis-boyer-sq.jpg168830800692USask faculty member Dr. Kurtis Boyer (PhD), a citizen of the Métis Nation-Saskatchewan, served on the task force and is now a member of the standing committee. (Photo: David Stobbe)Align right

“As a faculty member, I think it’s good that this process brings in community to help with this initiative and to implement this policy,” he said. “As a Métis person, I am very proud of this policy. It is not only the right of my government—it is the responsibility of my government—to have this process to define its members. I like that the university acknowledges it is the responsibility of my government to determine that.”

Boyer, a political scientist working in the areas of Indigenous governance and political psychology at USask’s Johnson Shoyama Graduate School of Public Policy, holds the first Research Chair in Métis Governance and Policy. He described the deybwewin | taapwaywin | tapwewin policy as “innovative.” He said he’s pleased to see a publicly funded institution implement it.

“I can see other institutions following suit,” he said.

Elder Harvey Thunderchild, cultural co-ordinator in the Office of the Vice-Dean Indigenous Health and Wellness at USask’s College of Medicine, also served on the task force and is now a member of the standing committee. Thunderchild, a member of the Thunderchild Cree Nation in Saskatchewan, was raised in his community by Elders. He said he was pleased that Elders helped guide the process of creating the deybwewin | taapwaywin | tapwewin policy, in collaboration with Indigenous USask faculty and Indigenous community members.

TextImage/images/2023/elder-harvey-thunderchild-by-david-stobbe-sq.jpgsite://news/images/2023/elder-harvey-thunderchild-by-david-stobbe-sq.jpgnewselder-harvey-thunderchild-by-david-stobbe-sq.jpg223259800620Elder Harvey Thunderchild, cultural co-ordinator in the Office of the Vice-Dean Indigenous Health and Wellness at USask’s College of Medicine, served on the task force and is now a member of the standing committee. (Photo: David Stobbe)Align left

“It’s been a good experience,” he said.

Thunderchild sees the deybwewin | taapwaywin | tapwewin policy as a model for other institutions in Canada and beyond. Honesty and integrity are important to Thunderchild, and this policy aligns with his personal mission to support Indigenous students and to encourage them to connect with their roots and celebrate their cultures.

“You should be proud of who you are,” Thunderchild said.

Jaime said consultation with and requests for guidance from Indigenous governments will continue as the policy is implemented—specifically in Saskatchewan, where USask’s main campus is situated on Treaty 6 Territory and the Homeland of the Métis.

Read the full deybwewin | taapwaywin | tapwewin: Indigenous Truth policy here.

usask-alerted-about-third-party-data-breachtrue1718730911095imj129USask alerted about third-party data breachThe University of Saskatchewan (USask) was informed of a recent data breach by a third-party vendor (AudienceView Campus). 1677276360000/articles/general/2023/usask-alerted-about-third-party-data-breachnewssite://news/articles/general/2023/usask-alerted-about-third-party-data-breachccm0461677276567965ccm0461677276567965show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_green-with-logo_news.jpegsite://news/images/2022/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpegusask_green-with-logo_news.jpeg556121080720The University of Saskatchewan logo on a green backgroundNoNoneNoneNo/
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AudienceView Campus, which manages online ticket sales for Huskie Athletics, informed USask that the data breach potentially included credit card purchases through huskietickets.com between February 17-21, 2023.

If you purchased tickets during that time, please carefully review all credit card charges for unusual or unfamiliar activity. It is recommended that you contact your financial service provider about this data breach and follow its instructions.

We take the privacy and security of all members of our campus community seriously and are currently working with AudienceView Campus on next steps to address this situation which includes contacting individuals who are affected by this situation directly.

The issue has been resolved, but if you have any questions, please email huskies@usask.ca.

new-exhibits-at-the-usask-diefenbaker-canada-centre-bring-perspective-on-the-history-and-future-of-canadatrue1718730911095imj129New exhibits at the USask Diefenbaker Canada Centre bring perspective on the history and future of CanadaCanada’s triumphs, failures and sacrifices are on display at the University of Saskatchewan (USask) Diefenbaker Canada Centre (DCC) in a new travelling exhibition from the Canadian Museum of History and Canada’s History Society. 1676409420000/articles/general/2023/new-exhibits-at-the-usask-diefenbaker-canada-centre-bring-perspective-on-the-history-and-future-of-canadanewssite://news/articles/general/2023/new-exhibits-at-the-usask-diefenbaker-canada-centre-bring-perspective-on-the-history-and-future-of-canadabpk4551676409661938bpk4551676409783110show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/36_may-8-1945_ve-day.jpgsite://news/images/2023/36_may-8-1945_ve-day.jpgnews36_may-8-1945_ve-day.jpg36_may-8-1945_ve-day.jpg3528641080793This travelling exhibition was developed by the Canadian Museum of History in partnership with Canada’s History Society. (Photo: Submitted)This travelling exhibition was developed by the Canadian Museum of History in partnership with Canada’s History Society. (Photo: Submitted)NoNoneNoneNo/
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Showcasing unforgettable images and thought-provoking texts, the new exhibition, Snapshots of Canada, will be presented until May 27, 2023.

With a collection of images that begin from the time of Confederation, these iconic photos identify a wide range of important events in Canada’s story. The exhibition pairs 50 powerful photographs with accompanying text by well-known Canadian historians, authors, and journalists. Contributors include literary non-fiction writer Charlotte Gray, best-selling novelist Lawrence Hill, historian Desmond Morton, archivist Jim Burant, award-winning military historian Tim Cook, and journalist Peter Mansbridge. Reflections include the Winnipeg General Strike, the internment of Japanese-Canadians in the Second World War, Paul Henderson’s winning goal in the 1972 Summit Series, the Mohawk Resistance at Kanesatake in 1990 and more.

“The Canadian Museum of History is delighted to share Snapshots of Canada with the people of Saskatoon,” said Caroline Dromaguet, president and CEO of the Canadian Museum of History. “The exhibition invites visitors to relive both iconic and lesser-known moments that have shaped Canada’s history.”

“The Right Honorable John G. Diefenbaker once said, ‘There can be no dedication to Canada’s future without knowledge of its past.’ So, whether visitors to the DCC know a little or a lot about Canada’s post-confederation history, they will surely find something that piques their interest in Snapshots of Canada,” said Helanna Gessner, DCC curatorial, exhibits and collections manager. “This exhibit uses striking images to highlight points in time that affected the trajectory and identity of our country. These photos offer a perspective that is fascinating – not just for what is shown, but also because of what has been left out, either by the photographer or by the stories we tell about Canada’s people and our history.”

This travelling exhibition was developed by the Canadian Museum of History in partnership with Canada’s History Society.

“In partnership with the Canadian Museum of History, we selected the photos for their emotional impact, their aesthetic appeal, their uniqueness, and the significance of the subject they depict,” said Mark Reid, editor-in-chief of Canada’s History Society and the editor of 100 Photos That Changed Canada (2009) and 100 Days That Changed Canada (2011), two bestselling books that inspired the exhibition. “But most of all, we chose them for the way they reflect who we were, who we are today, and who we can aspire to become as Canadians.”

TextImage/images/2023/dorion.jpgsite://news/images/2023/dorion.jpgnewsdorion.jpgdorion.jpg124709527254088As a complement to Snapshots of Canada, the DCC is pleased to feature original artworks by Métis artist Leah Marie Dorion. (Photo: Submitted)Align left

As a complement to Snapshots of Canada, the DCC is pleased to feature original artworks by Métis artist Leah Marie Dorion. The collection, Opikinawasowin: Growing Métis Children, reflects Métis cultural symbolism, characters, and teachings that are a hallmark of her artistic practice.

“Leah Marie Dorion is a passionate artist and educator on Métis culture and history, with cultural roots in the community of Cumberland House,” said Gessner. “We are so fortunate to have worked with her directly to bring her creations and knowledge to the Saskatoon community.”

Featuring illustrations on loan from the Mann Art Gallery, this collection debuts artwork and artefacts from Dorion’s personal collection. Visitors to the DCC have a chance to consider parenting and teaching through works that are based on a Métis worldview and context. Many of Dorion’s pieces are influenced by Métis Elders’ teachings, including some from her master’s thesis (2010) of the same title. Dorion’s exhibition is a part of the larger DCC project, Power and Privilege in Saskatchewan Museums, funded through SaskCulture’s Multicultural Initiatives Fund which focuses on the importance of bringing in community into museum spaces and decolonizing exhibition practices.

Both exhibit openings are slated for February 15 at 4:45 pm. Snapshots of Canada will be on display until May 27, and Opikinawasowin: Growing Metis Children will be available for viewing until May 19.

presidents-reflections-on-black-history-monthtrue1718730911095imj129President’s reflections on Black History MonthAs we begin Black History Month at the University of Saskatchewan (USask), we are reminded that this is a time for commemoration and for education.black history month, bhm, pec, provost1675262100000/articles/general/2023/presidents-reflections-on-black-history-monthnewssite://news/articles/general/2023/presidents-reflections-on-black-history-monthccm0461675258703138ccm0461677679958061show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bhm-2023.jpgsite://news/images/2023/bhm-2023.jpgnewsbhm-2023.jpg2134001080720An alternating pattern of red, black, yellow and green shapes, as part of the USask brandingYesNoneNoneNo/
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Every year since 1996, Canada has celebrated Black History Month in February, to highlight the history and honour the contributions of the country’s Black community. This is also an important time to acknowledge past struggles and challenges, oppression and racism, as we re-commit to listening and to learning about the legacy and lived experiences of Black Canadians, and to recognize and reflect upon the contributions of Black faculty, staff, students and alumni at USask. Our university is committed to creating spaces to share these stories and to uplift Black voices through conversation.

Universities such as ours benefit from the diverse perspectives on our campuses and are the perfect places to have the discussions necessary for leading change in the communities we serve. We are determined to be the best place we can be for all students, staff and faculty, guided by our University Plan 2025 and our mission statement to promote diversity and to create meaningful change. These commitments are also the foundation for USask’s Equity, Diversity and Inclusion Policy which states, “All members of the university community share the responsibility for creating a supportive and inclusive environment.”

In 2021, I appointed Dr. Verna St. Denis as the Special Advisor to the President on Anti-Racism, with the university going on to initiate anti-racism education for all senior leaders and expanding learning opportunities for others across campus.

Just over a year ago, USask joined more than 40 partner institutions from across the country in signing the Scarborough Charter, a commitment to building a campus culture that fights Black racism and supports and promotes Black inclusion in Canadian universities and colleges. As a signatory, USask participated in the first inter-institutional forum (2022) and we are developing a local Scarborough Charter Advisory Group.

Our campus community comprises faculty, staff and students from more than 130 countries, including Black students from Nigeria who are the third-largest group of international students at the university. USask is also benefiting from the rapid growth in Canada’s Black population, now making up 4.1 per cent of the country according to the 2021 Census, with the Prairies featuring Canada’s fastest growing Black population.

As we celebrate and commemorate Black History Month in February, I invite you to learn more about our country’s Black history, including the remarkable Harriet Tubman, the leader of the Underground Railroad that helped so many escape slavery in the southern United States by coming to Canada. You can also learn about our province’s Black history, including Dr. Alfred Shadd (MD), who came to Saskatchewan in 1896 and was the first Black doctor on the Prairies. Our history also includes the story of the Mayes and LaFayette families, who established the province’s first Black settlements.

A list of upcoming Black History Month events on campus and feature stories on the contributions of Black students, staff, faculty, and alumni at the University of Saskatchewan are available at news.usask.ca and spotlight.usask.ca. For example, the University Library provides a guide to a variety of Black History Month resources, while the Provost’s Book Club will be offering a variety of readings and guided discussions in the month of February.

You can also learn about the recently launched Black Faculty and Staff Caucus at USask, while Black student groups and activities can be found on the  University of Saskatchewan Students’ Union website.

While our campuses, our province and our country still have much work left to do in order to better support the Black community, as an educational pillar of our society, the University of Saskatchewan is committed to leading by example. In order to move forward in the future, we must learn from the past, and address the challenges of today. Let each of us re-commit to learning more about the contributions and experiences of Black Canadians, and pledge to do our part in order to build and shape a more just, inclusive, and diverse society for all.

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

major-changes-in-familiar-placestrue1718730911095imj129Major changes in familiar placesRenovations are underway at the Saskatoon campus after the Province of Saskatchewan approved USask issuing a bond to carry out critical infrastructure renewal projectsJody GressLibrary1674160320000/articles/general/2023/major-changes-in-familiar-placesnewssite://news/articles/general/2023/major-changes-in-familiar-placesccm0461674160535425ccm0461674248816252show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/library-1080.jpgsite://news/images/2023/library-1080.jpgnewslibrary-1080.jpg2435891080720A rendering of renovations at the USask Murray Library.The renovations at the USask Murray Library are part of the University Library Master Plan, which includes initiatives to improve sustainability, enhance learning spaces and preserve distinctive collections.NoNoneNoneNo/
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With the return to more traditional fall and winter terms and increased on-campus activity, students, faculty and staff may notice some significant projects happening at key University of Saskatchewan (USask) buildings.

A construction crane will soon be spotted outside the Murray Library as work begins to remove an exterior wall panel. It’s part of what Charlene Sorensen, assistant dean, University Library, describes as one aspect of an exciting project that will take place over the next several months to enhance the learning spaces within the Murray Library. One part of the renovation will include upgrades related to hot water, power, lighting controls, and heating systems within the building, said Sorensen. “The replacement of the aging systems will help to reduce the energy consumption of the building and improve the heating throughout the space,” she said.

Another part of the renovation will focus on upgrades to the building’s exterior, including adding new energy-efficient windows in place of two concrete panels that extend from the third to sixth floors of the library – one on the north side of the building and another on the south. Sorensen said the addition of these new “waterfall” windows will help open and brighten up the space by allowing more natural light into the building. The final, and most substantial, part will include a complete overhaul of the fifth floor of the Murray Library, which will be the future home of University Archives and Special Collections (UASC), currently located on the third floor.

UASC is home to an extensive collection including archival documents, rare books, photographs, films, artifacts, and more. “This collection plays an essential role in preserving the history and sharing the story of our university,” said Sorensen. “The new home of UASC on the fifth floor will have climate-controlled space for these valuable collections, a dedicated presentation room, spacious reading room, and a flexible employee work area.”

In addition to being stewards of valuable university records, collection highlights in UASC include the Neil Richards Collection of Sexual and Gender Diversity, a handwritten poem by Louis Riel, the personal and political papers of Prime Minister John Diefenbaker, a Nobel Prize medal, medieval manuscripts, and rare books dating back to the 16th century.

Funding for the library’s renovations is supported through the issuance of the university’s $85-million bond which was approved by the Province of Saskatchewan. The bond proceeds will be put toward the renewal of several core campus buildings that are essential to the university’s academic mission, including Physics, Thorvaldson, W.P. Thompson (Biology), Murray Library and Arts. Across the Bowl, work is taking place at another prominent building as part of USask’s bond-funded renovations. Extensive demolition continues on the W.P. Thompson (Biology) Building site, said senior project manager Kelly Gatzke.

Work on the more than 60-year-old building has been ongoing for the past several months. After the project initially slowed down due to the COVID-19 pandemic, it is now picking up speed and reaching critical milestones.

“In addition to the time-consuming asbestos removal throughout the building, completing the demolition work while carefully maintaining critical architectural aspects of the historic building has been a challenge, but we are now seeing great progress and excited to have the project progressing,” said Gatzke.

The project, which will include the demolition and a complete rebuild of the east wing of the building, will bring a new core area to campus designed for multidisciplinary studies and events.

“The design of the new main floor of the building is based around creating opportunity for meaningful interactions and providing flexible workspaces that promote interaction between researchers, instructors and students from all disciplines,” said Gatzke.

“The second floor of the east wing will be the new home of the biology office and labs for natural sciences. Both the main and second floor will provide the primary connection from the Collaborative Sciences Research Building and the Natural Sciences Museum when completed.”

The project is being undertaken with leading environmental building standards to reduce the energy consumption of USask buildings.

While construction on both renewal projects is expected to continue for the next few years, everything possible will be done to minimize the disruption to students, faculty and staff.

statement-on-the-star-blanket-cree-nation-tragedytrue1718730911095imj129Statement on the Star Blanket Cree Nation tragedySupports are available to members of the campus community during this difficult time.1673644620000/articles/general/2023/statement-on-the-star-blanket-cree-nation-tragedynewssite://news/articles/general/2023/statement-on-the-star-blanket-cree-nation-tragedybpk4551673644852927bpk4551673645130324show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_green-with-logo_news.jpegsite://news/images/2022/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpegusask_green-with-logo_news.jpeg556121080720NoNoneNoneNo/
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We acknowledge that the University of Saskatchewan’s main campus is situated on Treaty 6 Territory and the Homeland of the Métis. We pay our respect to the First Nations and Métis ancestors of this place and reaffirm our relationship with one another.

It is with heavy hearts that we are sending you this message today following the announcement from Star Blanket Cree Nation yesterday. The University of Saskatchewan stands with Star Blanket Cree Nation following the discovery of human remains and many potential unmarked graves at the site of the former Qu’Appelle Indian Industrial School near Lebret, Saskatchewan.

We support the members of the Star Blanket Cree Nation. With deep respect, we acknowledge the grief stemming from this shocking and heartbreaking discovery.

Please know that supports are available to you as members of the campus community. I encourage you to access these supports during this difficult time.

Student Support

  • Student Affairs and Outreach has a team that can provide immediate support. You can connect with a member of the team by calling 306-966-5757 or by emailing student.outreach@usask.ca and requesting to speak with an outreach co-ordinator.
  • The Student Wellness Centre offers a range of services to support students’ physical and mental health, including support from an Indigenous counsellor. To book an appointment, call 306-966-5768.
  • Gordon Oakes Red Bear Student Centre supports Indigenous student academic and personal success through a wide variety of programs and services, including social and cultural programming. The centre can be reached at 306-966-5790 or by email at gordonoakes.redbear@usask.ca.

Staff and faculty can access confidential counselling through the Employee and Family Assistance Program. The following community-based supports are also available:

  • The Indian Residential School Survivors Society can be reached at 1-800-721-0066, along with a 24-hour crisis line at 1-866-925-4419 for those who need immediate support.
  • The KUU-US Crisis Line Society provides an Indigenous-specific crisis line available 24 hours a day, seven days a week. The toll-free crisis line can be reached at 1-800-588-8717.
  • The First Nations Health Authority offers supports specifically for survivors and families who have been directly impacted by the residential school system.

More Indigenous wellness resources can be found here.

Our university, like universities across the country, has an important role to play in educating and changing the country to understand and [re]learn the history and legacy of residential schools, and all associated truths. The troubling and tragic aspects of Canada’s history cannot be changed, but we can work together to ensure our shared future uplifts Indigenous knowledges and supports reconciliation and decolonization.

With respect and solidarity,

Airini
Provost and Vice-President Academic
University of Saskatchewan

president-proud-of-progress-on-priorities-for-usasktrue1718730911095imj129President proud of progress on priorities for USaskIt was a year filled with ambitious advancements, progressive policies, record enrolment, and Huskie highlights, as well as a return to a new normal that may have mattered most for the University of Saskatchewan (USask).James Shewagapec,1672928400000/articles/general/2023/president-proud-of-progress-on-priorities-for-usasknewssite://news/articles/general/2023/president-proud-of-progress-on-priorities-for-usaskccm0461672928842522ccm0461675434011912show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/president-convocation.jpgsite://news/images/2023/president-convocation.jpgnewspresident-convocation.jpg2914391080720USask President Peter Stoicheff congratulates a student during Fall Convocation at Merlis Belsher Place on Nov. 9. USask President Peter Stoicheff congratulates a student during Fall Convocation at Merlis Belsher Place on Nov. 9. (Photo: David Stobbe)NoNoneNoneNo/
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For the first time in more than two years, the university safely resumed most pre-pandemic activity in 2022, from full classes, labs and research activities reinstated on campus, to the revival of in-person convocation ceremonies celebrating USask graduates on stage at Merlis Belsher Place for the first time in 936 days.

TextImage/images/2023/peter-stoicheff.jpgsite://news/images/2023/peter-stoicheff.jpgnewspeter-stoicheff.jpg3223591080993Peter Stoicheff was installed as the 11th president and vice-chancellor of the University of Saskatchewan in October of 2015. (Photo: David Stobbe)Align right

“It has been a safe return to campus and we thrive as an in-person campus community,” said USask President Peter Stoicheff, in his seventh annual year-end interview with On Campus News. “We have learned a lot from the pandemic and we have more flexibility built in, with our employees working here or from home and flexibility for students and faculty. And with convocation, for all of the supporters, the families, and the students themselves, being in person again was a wonderful celebratory time. And we have given out seven honorary degrees to people who really deserved to experience that in person.

“And it’s important to point out that we would not have returned to in-person activities if we did not think that it was safe and I thank the Pandemic Response and Recovery Team for the work that they have done and continue to do. There were hundreds of other people behind the scenes in facilities who made sure that we could get to this point.”

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RECORD ENROLMENT:

The return to campus began in early February as the university completed the transition from remote/online to in-person learning. While masks were encouraged for all students, staff, and faculty, mandatory masking ended in early July, as COVID-19 case counts remained stable over the summer and fall. The resumption of largely full in-person classes and activities also coincided with the announcement that USask reached record enrolment topping 26,000 students in the 2021/22 academic year, a major milestone for the university.

“Not every university in the country experienced increased enrolments through the pandemic and it is a testament to the quality of our faculty and the teaching and learning experience on campus for students, and a testament to the value of the degree we offer, regardless of the discipline,” said Stoicheff, now in his eighth year serving as president of USask. “In particular, we have seen increases in international students and graduate students as well. It shows that students want to be here. So, it is a testament to the value of the university and the hard work that everybody does here.”

RISING RANKINGS:

In addition to being an increasingly popular destination for students, USask’s reputation is also on the rise with the most highly regarded ranking agencies around the world, including ranked 58th out of 1,400 universities around the world in advancing sustainable development in the 2022 Times Higher Education (THE) University Impact rankings. USask also placed first in Canada and 23rd worldwide in water research among 5,000 of the world’s top universities in the Shanghai Rankings, with USask also cracking the top 100 in veterinary sciences, environmental sciences and engineering. USask has also moved up to a tie for 13th overall in the Maclean’s magazine rankings of the top Canadian medical-doctoral research universities.

“This is a university that wants to have impact beyond itself and we take seriously the statement that we want to be the university the world needs,” said Stoicheff. “So, it would be a mistake not to put a lot of emphasis on the Times Higher Education Impact Rankings, which are exactly that, and the new QS Sustainability rankings. And in each of those we rank very highly. And it was nice to see us move up in the MacLean’s rankings, although I think that we deserved to be a lot higher there as well.”

TextImage/images/2023/stoicheff-third-option.jpgsite://news/images/2023/stoicheff-third-option.jpgnewsstoicheff-third-option.jpg2273711080810In 2022, USask President Peter Stoicheff became the first university president from the Prairie region selected to chair the prestigious U15 Group of Canadian Research Universities. (Photo: David Stobbe)Above content

RESEARCH REPUTATION:

In addition to its world-renowned water research programs, USask is recognized globally for its research into a broad spectrum of areas, from food security, synchrotron sciences, and space weather monitoring, to vaccine and infectious disease work. Remarkably, out of 97 eligible universities in the country, USask received 25 per cent of the total funding awarded in 2022 through the Canada Foundation for Innovation Major Sciences Initiatives. In all, a total of $170 million was received by the university’s four flagship national research centres: USask’s Vaccine and Infectious Disease Organization (VIDO); the Canadian Light Source; the Super Dual Auroral Radar Network; and the new Global Water Futures Observatories.

“With 17 colleges and schools and many different degree programs, it’s easy to lose sight of the fact that we are a research powerhouse because we put a lot of energy and resources appropriately into the teaching and learning side of our mission. So that is a testament to the quality of our faculty and facilities,” said Stoicheff, who in 2022 also became the first university president from the Prairie region ever selected to chair the prestigious U15 Group of Canadian Research Universities.

TextPullquote“We do have global impact with a lot of our research and teaching, as we attract students from all around the world, but at the same time we’re very conscious of the local impact that we can have and we always look for opportunities to support our communities locally,”USask President Peter Stoicheff /Align left

One of the highlights of new research investment on campus was a major expansion at VIDO, with the long-awaited vaccine manufacturing facility completed in 2022 to expand the country’s biomanufacturing capacity. VIDO also received more than $8-million in funding in November to establish Level 4 lab capacity – the highest level of containment – to make VIDO the only non-governmental CL4 facility in the country.

Meanwhile, the university also completed a major renewal of its signature areas of research in 2022, led by Vice-President, Research, Baljit Singh and Provost and Vice-President, Academic, Airini. Three new priority areas were selected – Communities and Sustainability, Health and Wellness, and Quantum Innovation – joining the six original areas of research excellence – Agriculture; Energy and Mineral Resources; Indigenous Peoples; Synchrotron Sciences; One Health; and Water Security.

“We identified the new signature areas of research for the university that define where we have pre-eminence globally and where we don’t want to exclusively put our research effort, but where we want to focus a lot of it,” said Stoicheff. “So, I think the fact that we are doing so well is a testament to that kind of strategic thinking, which involved everybody across the university.”

INDIGENOUS INITIATIVES:

The university took a major step forward in Indigenization in 2022 with the implementation of its new Indigenous Strategy – the  first Indigenous Strategy that has been solely created by Indigenous people at a Canadian U15 research institution – and instituting a new policy on Indigenous membership/citizenship verification, a process completely led by Indigenous community members from on and off campus.

“We would not have been gifted an Indigenous Strategy were it not for all the support from the many members of our university community who are Indigenous, from Elders and Chiefs, Traditional Knowledge Keepers and Language Teachers, and other leaders, faculty, staff, and students,” said Stoicheff. “And the only way that we can be a better university in this regard is if we get that kind of advice and support.”

USask also commissioned leading Indigenous rights expert Jean Teillet to examine and release a new independent report on the challenges Canadian institutions face from people who falsely claim to be Indigenous.

“I think that report is of real benefit not only to universities across the country, but to many institutions,” said Stoicheff. “I know civil services are very interested in what is in there because they see her report as an excellent road map and guide for them, too. We committed to making that report public long before we knew what would be in it, because we knew that would be the right thing to do. And I am very glad that we made that commitment and I think the whole country benefits from the work that Jean Teillet produced.”

COMMUNITY CONNECTIONS:

While USask’s international reputation continues to rise, along with 169,000 alumni from more than 100 countries around the world, the university also remains firmly focused on the local communities it serves. The university continues to expand on collaboration with the City of Saskatoon through innovative Research Junction initiatives, continued its successful COVID-19 wastewater monitoring program, and reaffirmed the university’s longstanding relationship with the Saskatchewan Roughriders by signing a three-year contract to host training camp on campus.

“I am really proud of the fact that we signed an agreement with the Roughriders to have their training camp here,” said Stoicheff. “The government funded a new playing field surface and we couldn’t have that training camp without that, and if we didn’t have excellent culinary services and excellent residences. And our Research Junction MOU with the city, which was the first of its kind in the country between a city and a major university, continues to make a difference to a lot of people and is an important part of our community connection.”

USask leaders, staff, and faculty also supported James Smith Cree Nation during the tragic events of last summer, and have supported Ukrainian students and displaced families affected by the ongoing war overseas.

“We do have global impact with a lot of our research and teaching, as we attract students from all around the world, but at the same time we’re very conscious of the local impact that we can have and we always look for opportunities to support our communities locally,” said Stoicheff.

STUDENT SUCCESS:

From strong graduation rates and increasing international student enrolments to expanded degree offerings and new microcredentials, supporting student success has remained a top priority throughout the pandemic. In fall of 2022, USask attracted some of the best and brightest students in the country, including four new Vanier Scholars, two Banting Postdoctoral Fellowship researchers, two more Schulich Leaders, and one Rhodes Scholar.

“Attracting students who are holding Vaniers and Bantings and other awards speaks to the quality of our graduate programming and is reflective of the fact that the best students are realizing their academic ambitions here,” said Stoicheff. “And the Rhodes Scholarship that has gone to Cassidy Serhienko, that is a tremendous honour for her. It takes a lot of hard work to apply and on the part of people who support Rhodes Scholarship applicants. Only 11 were given out in the country this year, so think of what that means to be able to receive one of those at this university.”

EXECUTIVE EXCELLENCE:

USask’s leadership team was refreshed in 2022, with Cheryl Hamelin taking over as new vice-president of University Relations, along with new deans appointed in dentistry and kinesiology, among other significant changes.
 
“We have welcomed some excellent new leaders and it is wonderful that Cheryl is here,” said Stoicheff. “Coming from Calgary, she knows the community well and we have 10,000 alumni in Calgary, which is the largest concentration of our alumni outside of Saskatchewan. So, it’s a real benefit to us that she is so well known in Calgary and as an alumna of the University of Saskatchewan, she also knows this university and its spirit and its uniqueness from the ground up.”

While Hamelin was recruited to return to USask, Stoicheff noted that the university is also proud of its record of promoting from within, with Dr. Walter Siqueira (DDS, PhD) taking over as dean of the College of Dentistry in 2022, and Dr. Joel Lanovaz (PhD) taking on the role of acting dean in the College of Kinesiology.

“We are able to attract top leadership talent from elsewhere, which I think speaks volumes,” said Stoicheff. “But as important as that is, we also have many people who are in senior leadership positions who have moved through this university almost exclusively, including many of our deans. And over half of our deans and senior leaders are women, and many of them have moved up into those positions at this university. So, we’re not only showing we are attractive to people from outside of this university, and at times outside this country, but we are also ensuring that people in this university feel that there are leadership roles for them as well.”

HUSKIE HEADLINES:

It was another remarkable year for the Huskie Athletics program in 2022, highlighted by the football team advancing to a second straight Vanier Cup and the men’s basketball team’s stunning run to the national final. USask’s women’s track and field team also finished second at the Canadian university championships, while the men’s track team and women’s hockey team earned bronze medals at nationals, with every Huskie team taking part in playoffs and/or conference championships.

“Huskie Athletics is our biggest brand and we are very visible in this province and across the country because of the excellence that Huskie Athletics stands for and we have extraordinary student-athletes and coaching and support staffs across all 15 teams,” said Stoicheff. “And the fact that the football team made it the Vanier Cup twice in a row, despite the pandemic, people need to understand how impressive that is.

“A high percentage of our more than 300 Huskie student-athletes are in the top ranks of academic achievement as well. And they come from all kinds of programs across the entire university, so they exhibit the kind of discipline and commitment that it takes to compete at a high level, while also sustaining performance at a high level in the academic setting.”

FUTURE FOCUS:

As USask begins the new year, 2023 promises to be a pivotal point, as the institution prepares to spotlight its past success to build the foundation for a new era in the university’s history. From research investment results to growing program popularity, USask is poised to take a major step forward.

“We have received a lot of federal funding in the past year and what we are going to start to see this coming year is how that research funding leads to results that are a benefit to many people,” said Stoicheff. “We are going to see the benefits of having a Level 4 containment facility at VIDO, for instance. And the work that we are doing in physics and engineering physics on launching instrumentation with NASA, that will have significant positive impacts for reading weather systems, and so on.

“We are also doing well on the fundraising side and that too will benefit all of our students enormously – local, domestic, international, Indigenous and non-Indigenous students alike. I think people can look forward to us really highlighting our fundraising success, which we wouldn’t be experiencing if our 169,000 alumni around the world didn’t have the confidence in what this university is doing and what we are capable of in the future.”

winter-term-welcome-back-to-campustrue1718730911095imj129Winter Term: Welcome back to campusAs we start the winter term and the 2023 year at the University of Saskatchewan, I want to offer a warm welcome back to all of you.1672843320000/articles/general/2023/winter-term-welcome-back-to-campusnewssite://news/articles/general/2023/winter-term-welcome-back-to-campusccm0461672843424689ccm0461672843757654show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/usask-winter-welcome.jpgsite://news/images/2023/usask-winter-welcome.jpgnewsusask-winter-welcome.jpg2630591080720The University of Saskatchewan campus in the winterNoNoneNoneNo/
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I hope you were able to safely spend special time with family and friends over the holiday season, and had the opportunity to rest and recharge as you return to begin the new semester at USask. As always, your health and safety remain our No.1 priority. I appreciate the support for previous public health measures that helped allow us to return to largely full in-person classes and labs, as well as to convocation and award ceremonies and events, in what is shaping up to be a memorable 2022/23 academic year.

For those of you just starting your academic and professional journeys with us here in 2023, we are delighted to have you join our campus communities.

Whether you are returning to USask or just beginning your time at our university, we begin the new year focused on our academic and research missions as one of the country’s leading medical-doctoral institutions, and as a proud member of the U15 Group of Canadian Research Universities.

Students, you will have the opportunity to learn from some of the leading faculty members and award-winning academics in their disciplines, and from world-renowned researchers searching for local solutions to global problems. You will have access to some of the most advanced equipment, state-of-the-art technology and world-class facilities, including the full spectrum of specialized training for the next generation of health-care practitioners.

USask is proud to be home to four flagship national research centres: the Vaccine and Infectious Disease Organization (VIDO); the country’s only synchrotron at the Canadian Light Source (CLS); the Super Dual Auroral Radar Network (SuperDARN); and the new Global Water Futures Observatories (GWFO).

We also aim to be the most welcoming campus community we can be for all students, staff, and faculty, and are committed to creating a culture of inclusivity, diversity, and equality, and to advancing Indigenization and reconciliation. Our increase in student satisfaction has been reflected in our recent rise in a number of leading university rankings, and we have reached record enrolment of over 26,000 students in 2022 that we hope to build on this coming year.

However, we know that more work lies ahead for us to be the university community that we want to be. And for all students who may need assistance in the coming months, I encourage you to ask for help and to access all the support systems that we have in place for you. Whether you need a doctor or dietician, academic guidance, a mental-health specialist or simply a friendly ear to listen, please reach out to the university’s Student Wellness Centre. And for our faculty and staff, you also have a full array of support services and resources to help, accessible through our Wellness site.

I am pleased to welcome you to 2023 at the University of Saskatchewan, with all the hope, new opportunities and new experiences the new year will bring. And always remember that you have an entire university community dedicated to supporting you throughout your academic and professional journeys at USask.

Take care and have a wonderful winter semester.

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-community-members-appointed-to-the-order-of-canadatrue1718730911095imj129USask community members appointed to the Order of CanadaSeveral members of the University of Saskatchewan (USask) community are set to receive one of the country’s highest civilian honours by being appointed to the Order of Canada.University Communications1672766820000/articles/general/2023/usask-community-members-appointed-to-the-order-of-canadanewssite://news/articles/general/2023/usask-community-members-appointed-to-the-order-of-canadaccm0461672767168929ccm0461674595101672show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/order-of-canada.jpgsite://news/images/2019/order-of-canada.jpgnewsorder-of-canada.jpg3085351080720Order of Canada medalEstablished in 1967, the Order of Canada is the cornerstone of the Canadian Honours System and recognizes people in all sectors of Canadian society for their contributions to communities throughout Canada. NoNoneNoneNo/
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Members of the USask community, including an award-winning neuroscientist, a legal trailblazer, and an advocate for human rights, have been named to the Order of Canada, a distinction for their outstanding achievement, dedication to the community, and service to Canada.

Dr. Ivar Mendez (MD, PhD), provincial head of surgery and a clinical neurosurgeon with USask and the Saskatchewan Health Authority, was appointed as an Officer of the Order of Canada “for his pioneering work in the use of remote telemedicine and robotics to revolutionize the delivery of health and patient care in Canada and worldwide.” Read more on his work as one of the world’s leading experts in neuroscience and robotics, neuromodulation, and remote medicine.

The Honourable Gerald M. Morin (JD’87) was appointed as an Officer of the Order of Canada “for his groundbreaking contributions to the Cree Court Circuit, and for his mentorship of the next generation of lawyers and judges.” Morin was honoured in 2018 with a USask Alumni Achievement Award.

Meanwhile, USask alumnus Donald Arnold Kossick (BA’68) was appointed as a Member of the Order of Canada “for his promotion of human rights and social justice, and for his leadership in international development.”

The Honourable Maria E. Chaput-Arbez (Cert, Health Care Admin, '84) was appointed as a Member of the Order of Canada "for being a tireless champion of the Franco-Manitoban community and for her work on official languages during her tenure as senator."

And USask alum Douglas A. Dunsmore (BMus'72) was appointed as a Member of the Order of Canada "for his leadership as a choral conductor and music educator, and for his significant contributions to prominent provincial and national music organizations."

Governor General Mary Simon announced the 99 new appointees to the Order of Canada on Dec. 29, 2022. Appointees included two companions, 32 officers, and 65 members.

Established in 1967, the Order of Canada is the cornerstone of the Canadian Honours System and recognizes people in all sectors of Canadian society for their contributions to communities throughout Canada. More than 7,600 people from all sectors of society have been invested into the order.

indextrue1718730911095imj129Section titlerename me/articles/general/2023/indexnewssite://news/articles/general/2023/indexccm0461672759042491ccm0461672759042491show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2022true20222022/articles/general/2022newssite://news/articles/general/2022imj1291641310216898imj1291641310216898show-in-navYesusask-holiday-hourstrue1718730911095imj129USask holiday hoursA friendly reminder that University of Saskatchewan (USask) campus will be closed from December 25 to January 2, re-opening January 3, 2023.1671724260000/articles/general/2022/usask-holiday-hoursnewssite://news/articles/general/2022/usask-holiday-hoursccm0461671724898334ccm0461671724914753show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoNoMatching keywordsYesImage/images/2022/shop-usask_december-2021-shoot-12.jpgsite://news/images/2022/shop-usask_december-2021-shoot-12.jpgnewsshop-usask_december-2021-shoot-12.jpg2395801080720University of Saskatchewan themed ornaments, strung on a pine tree with holiday lights. NoNoneNoneNo/
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All USask library locations will be closed from Dec. 23, 2022 at 5 pm to Jan. 2, 2023. Regular library hours will resume on Jan. 3, 2023. You can still access the library’s online resources 24/7.

The Fit Centre centre will be closed on December 25-26 and January 1-2 with reduced holiday hours in between. Please visit rec.usask.ca for details on programming and holiday hours.

Contact the Veterinary Medical Centre at the Western College of Veterinary Medicine for the clinic's holiday hours. 

Protective services can be contacted at 306-966-5555 if in need of assistance. Call 9-1-1 in an emergency.

 

seasons-greetings-from-president-peter-stoichefftrue1718730911095imj129Season’s Greetings from President Peter StoicheffWith the fall semester winding down and the holiday season around the corner, I want to thank all members of our campus community for the part you have played in making 2022 a memorable year for the University of Saskatchewan. pec, 1671478320000/articles/general/2022/seasons-greetings-from-president-peter-stoicheffnewssite://news/articles/general/2022/seasons-greetings-from-president-peter-stoicheffccm0461671478506309ccm0461672767250443show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/presidents-residence-09-web.jpgsite://news/images/2022/presidents-residence-09-web.jpgnewspresidents-residence-09-web.jpg41594515001000The President's Resident at the University of Saskatchewan campus.NoNoneNoneNo/
TextImage/images/2022/peter-stoicheff-hs-600.jpgsite://news/images/2022/peter-stoicheff-hs-600.jpgnewspeter-stoicheff-hs-600.jpg132399600579USask President and Vice-Chancellor Peter Stoicheff.Align right

Whether you are a student, staff or faculty member, your contributions and commitment have made a difference. It has been my privilege to see the dedication and determination you have shown, and the patience and resilience you have demonstrated in the safe and thoughtful return of our vibrant USask community to in-person teaching, learning, and services. While the health and safety of our campus community remains our top priority, we have successfully resumed lectures and labs on campus, as well as in-person convocation ceremonies and annual award celebrations.

The challenges of the past few years have brought out the best in our university, one that is dedicated to personal responsibility and the principles of equity, diversity and inclusion, and that is respectful of our commitment to Indigenization leading to reconciliation. You are helping make our university the best place it can be for all of us.

This shared commitment to looking out for one another has been reflected in recent university rankings, as the University of Saskatchewan’s reputation as a leader in student support and satisfaction, and research collaboration and innovation, has continued to rise. We are also welcoming more students than ever before, reaching a record enrolment of more than 26,000 in 2022 – another sign of success for our university.

In addition to our ongoing commitment to supporting academic excellence, USask is proudly home to four major national research centres. We have received new funding for VIDO to become Canada’s new centre for pandemic research, as well as for the Canadian Light Source (CLS) synchrotron facility, the Super Dual Auroral Radar Network (SuperDARN), and the new USask-led Global Water Futures Observatories (GWFO).

With more scholarship support and more research opportunities to help find local solutions to global problems, our university is poised to take another important step forward in 2023 as we spotlight and highlight our place among Canada’s top U15 medical-doctoral institutions.

As we prepare to close the book on 2022, I hope you all find the time to take a moment to reflect on what you have accomplished this year and what you hope to achieve as you begin the next chapter in your University of Saskatchewan story in 2023.

For now, with the holiday season almost upon us, please take some time for yourselves to relax, recharge, and refocus on what matters most. I hope you all have the opportunity to spend time with family and friends, and to cherish special moments with colleagues and fellow students, whether in person or in spirit.

On behalf of all of us here at the University of Saskatchewan, I wish you the happiest of holiday seasons, and all the best in the new year.

Sincerely,

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-announces-new-land-trust-boardtrue1718730911095imj129 USask announces new land trust boardThe University of Saskatchewan (USask) announced the first board of directors of a new corporation that is being established to oversee the development of USask’s endowment lands pursuant to a land trust.1671202800000/articles/general/2022/usask-announces-new-land-trust-boardnewssite://news/articles/general/2022/usask-announces-new-land-trust-boardccm0461671203287878ccm0461671219161667show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/sk171003008.jpgsite://news/images/2022/sk171003008.jpgnewssk171003008.jpg3454511080720An aerial view of the University of Saskatchewan campus. NoNoneNoneNo/
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The land trust, a development vehicle used at many other universities across Canada, will guide the long-term strategy to develop a new source of revenue for USask to support academic, research, and operational excellence.

Identifying the correct structure to guide the development of the endowment land on behalf of the university has been an important aspect of the university’s long-term strategic planning under the thoughtful leadership the USask Board of Governors. Approved at the board’s December meeting, the new land trust board will guide decisions around the university's long-term strategy to develop its endowment land. 

With a mix of internal and external members ranging in expertise, the newly appointed land trust board members include: 

  • Grant Kook, Founder, President and CEO, Westcap Mgt. Ltd., who will serve as chair of the land trust board 
  • Muir Barber, Owner, Pinnacle Development  
  • Phil Elenko, Founder, ICR Commercial  
  • Doug Hodson, Partner, MLT Aikins LLP 
  • Shelley Brown, USask Board of Governors chair
  • Keith Martell, USask board member
  • Peter Stoicheff, USask President and Vice-chancellor

“This is an exciting time for our university, and I am pleased to have such exceptional individuals help guide the newly formed land trust. Their expertise will ensure the success of this important endeavor, and I thank them for their commitment,” said Stoicheff.

USask’s endowment land identified through the University Land Use Planning initiative in 2008 is land that the university will continue to own but is categorized as having the potential for development. These lands do not include current core-campus and agricultural-research lands that are essential to continuing to support the university’s academic mission.  

The initial tasks for the new board will include, negotiating the land trust lease agreement, formally incorporating USask Properties Investment Inc. (UPII) and completing a search for the organization's first CEO. Following that, the UPII will serve as a separate independent legal entity to manage the development of the university’s nearly 1,000 acres of endowment lands.”

usask-signs-agreement-with-auckland-university-of-technologytrue1718730911095imj129USask signs agreement with Auckland University of TechnologyThe five-year memorandum of understanding will enable the institutions to partner in areas of mutual benefitShannon Boklaschukprovost1670957700000/articles/general/2022/usask-signs-agreement-with-auckland-university-of-technologynewssite://news/articles/general/2022/usask-signs-agreement-with-auckland-university-of-technologyccm0461670957941686bpk4551670963309969show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus-winter-07.jpgsite://news/images/2022/campus-winter-07.jpgnewscampus-winter-07.jpg2559261080720The University of Saskatchewan campus in the winterThe University of Saskatchewan (pictured) and the Auckland University of Technology have signed a memorandum of understanding. (Photo: Submitted)NoNoneNoneNo/
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The University of Saskatchewan (USask) has signed an agreement with one of New Zealand’s leading universities to partner in areas of mutual benefit, with a particular focus on enhancing the understanding of Indigenous values and beliefs between the unique cultures of both universities.

The five-year memorandum of understanding (MOU) between USask and the Auckland University of Technology (AUT), located in Auckland, New Zealand, will remain in effect until Oct. 31, 2027.

TextImage/images/2022/aut.jpgsite://news/images/2022/aut.jpgnewsaut.jpg2569201080720The Auckland University of Technology (pictured) and the University of Saskatchewan have signed a memorandum of understanding. (Photo: Submitted)Above content

As a result of the MOU, USask and AUT will explore opportunities to cooperate in various academic, research and scholarly endeavours in fields of mutual interest, such as exchanges and internships for students, faculty and staff; the introduction of new curricula; joint research projects; the exchange of publications and training materials; and the development of joint academic programming. 

TextImage/images/2022/airini-sq.jpgsite://news/images/2022/airini-sq.jpgnewsairini-sq.jpg211559643703Provost and Vice-President Academic Dr. Airini (PhD) signed the agreement on behalf of USask. (Photo: David Stobbe)Align right

The agreement was signed on Oct. 31, 2022, by USask Provost and Vice-President Academic Dr. Airini (PhD) and AUT Deputy Vice-Chancellor Academic Dr. Wendy Lawson (PhD).

“We are very pleased to enter into this time of partnership and collaboration with the Auckland University of Technology, one of the largest universities in New Zealand and an institution that has been recognized in the areas of teaching, employability, research, environmental impact, internationalization and facilities,” said Airini.

“One of the three commitments outlined in our USask University Plan 2025 is Boundless Collaboration. We want to ensure that we invigorate the impact of collaboration and partnership in everything we do through four strategic goals: Enrich Disciplines, Align Structures, Embolden Partnerships and Experience Reconciliation. We look forward to collaborating with AUT as we work together to achieve these key goals.”

Each university has appointed a coordinator to serve as the point of contact for the MOU. At USask, the coordinator is Dr. Meghna Ramaswamy (PhD), who serves as the director of the International Office. At AUT, the coordinator is Dr. Pare Keiha (PhD), the pro vice chancellor for Māori advancement, dean of Te Ara Poutama, the Faculty of Māori and Indigenous Development, and dean of the Faculty of Culture and Society. After the five-year MOU period has concluded, negotiations can be opened for the renewal of the agreement.

TextImage/images/2022/wendy-lawson.jpgsite://news/images/2022/wendy-lawson.jpgnewswendy-lawson.jpg111053339355Deputy Vice-Chancellor Academic Dr. Wendy Lawson (PhD) signed the agreement on behalf of AUT. (Photo: supplied)Align left

AUT (in Māori: Te Wānanga Aronui o Tāmaki Makau Rau) has been ranked in the top one per cent of universities worldwide and second in New Zealand in the Times Higher Education World University Rankings 2023. AUT also occupies the No. 1 spot for global research impact in New Zealand and is ranked in the top 25 in the world for international outlook.

USask and AUT have previously had a close working relationship. That relationship has resulted in a number of engagements between the two universities during the past few years, including events with the Indian Teacher Education Program (ITEP) and the Saskatchewan Urban Native Teacher Education Program (SUNTEP) in USask’s College of Education.

“We’re delighted to announce the continuation of our close working relationship with the University of Saskatchewan. The opportunities presented in this partnership will allow students and staff a range of opportunities to enhance binational relations, research and scholarship for the benefit of both countries and universities,” said Lawson.

“AUT and USask share a common mission to provide exceptional student opportunities, learning experiences and graduate success, and to provide strong support for the success of our respective Indigenous Peoples who are our students and staff. We warmly welcome the reconfirmation of our collaborative relationship through this MOU.”

TextImage/images/2022/angela-jaime-square.jpgsite://news/images/2022/angela-jaime-square.jpgnewsangela-jaime-square.jpg152319628628Dr. Angela Jaime (PhD) is USask’s interim vice-provost, Indigenous engagement. (Photo: supplied)Align right

The primary areas of focus for the MOU framework relate to an interchange of knowledge, wisdom and research where the growth and development of faculties, schools and colleges within AUT and USask are mutually beneficial. Particular focus areas may also include enhancing understanding of Indigenous values and beliefs between the unique cultures of both universities. This aim could be realized through a range of activities and events, such as faculty-led programs with short- and long-term cultural learning experiences, hosting visiting groups, study abroad opportunities and more.

“Our partnership with AUT will help us to illuminate the important goals that are central to our Indigenous Strategy,” said Dr. Angela Jaime (PhD), USask’s interim vice-provost, Indigenous engagement. “USask and AUT can inspire the world by achieving meaningful change with and for our university communities.”

USask has two additional active MOUs with institutions in New Zealand: The University of Auckland and the University of Waikato. USask’s International Office currently manages 409 partnership agreements with 360 partner institutions in 60 countries.

report-offers-guidance-for-post-secondary-efforts-on-indigenous-citizenshipmembership-verificationtrue1718730911095imj129Report offers guidance for post-secondary efforts on Indigenous citizenship/membership verificationAs Canadian institutions face the challenge of people who falsely claim to be Indigenous, the University of Saskatchewan (USask) is sharing a new independent report that will contribute to the national conversation and inform the university’s continued implementation of policies and practices around this issue.provost1667494800000/articles/general/2022/report-offers-guidance-for-post-secondary-efforts-on-indigenous-citizenshipmembership-verificationnewssite://news/articles/general/2022/report-offers-guidance-for-post-secondary-efforts-on-indigenous-citizenshipmembership-verificationccm0461667494832858ccm0461667495084474show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_green-with-logo_news.jpegsite://news/images/2022/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpegusask_green-with-logo_news.jpeg556121080720University of Saskatchewan logo on green background. NoNoneNoneNo/
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USask commissioned Jean Teillet, a leading Canadian expert on Indigenous rights, Métis identity, and history, to look into the root causes of the problem, advise on the complexity of Indigenous identity issues, and recommend ways that USask can effectively implement its new policies and processes aimed at detecting and deterring false claims of Indigenous citizenship and identity.

“USask is committed to reconciliation and the process of continuously learning how to better serve Indigenous people and their communities,” said USask President Peter Stoicheff. “We are grateful for Jean Teillet’s work on this report, which will inform and guide us as we strive to implement sound policies and practices to address this complex issue.”

In July, the USask Board of Governors approved a new policy on Indigenous membership/citizenship verification, the result of ground-breaking work by a task force led by Indigenous Elders and leaders. Previously, verification relied on self-identification and had been conducted internally. Now, Indigenous communities will decide what evidence is required when faculty, staff and students apply for positions or scholarships where they could gain a material advantage.

The policy is now in the process of being implemented by a permanent Indigenous-led standing committee. Teillet’s report will be presented to help inform the standing committee leading this implementation plan.

Teillet’s research included an extensive literature review and interviews with 60 USask faculty, staff, and students. She stated that the findings of her 86-page report are applicable not just to USask but to all institutions across Canada that hire and engage Indigenous people.

“Those who falsely claim Indigenous identity for their own material advantage cause significant harm to the academy and Indigenous Peoples,” said Teillet.

She stressed that the solution to the problem is readily apparent: education about Indigenous Peoples. Canadians generally, and universities specifically, have been ignorant about the complexities of Indigenous identity, which has meant there are “few checks and balances to detect Indigenous identity fraud,” she said.

Teillet noted that USask has “embraced the need to work with Indigenous communities and is moving quickly to implement new policies and agreements.”

“It is commendable that USask is now requiring evidence to support Indigenous identify claims,” she stated.

However, Teillet suggested that USask employ clear standards and warnings when it comes to handling false claims at the university.

“It is hoped that attention to policies and processes will act as a deterrent to individuals contemplating an entrance into the university based on false Indigenous identity,” she stated.

Teillet also urged USask to create a specific complaints process for false claims of Indigenous identity, and recommended that the university take steps to evaluate how the institution’s culture “may be acting to undermine or be non-supportive of its Indigenization Strategy and its Indigenous members.”

Teillet’s full report can be found here.

USask’s efforts to advance Indigenization have been guided by the university’s strategic plan, Truth Telling consultations with Indigenous faculty and staff, the gifting of the ohpahootan |oopahootan Indigenous strategy, and the Indigenous-led deybwewin| taapwaywin| tapwewin policy on membership/citizenship verification.

“Ms. Teillet’s report offers advice on how to build on these strategies and policies, and adds to our university’s continued journey of listening, deliberating and taking transformative action for reconciliation,” said Dr. Airini (PhD), USask provost and vice-president academic. “We thank the deybwewin (Saulteaux)| taapwaywin (Michif)| tapwewin (Cree) policy Standing Committee for leading USask’s critically important efforts in this area.” 

Report highlights:

“USask had already begun to take steps to address this issue. Among many other steps, that
included retaining the author as an external and independent investigator to prepare this report. This report, then, is presented while substantial positive changes are already in motion at USask. For example, on August 20, 2021, USask was gifted the first Indigenous strategy that was created exclusively ‘by Indigenous people at a Canadian U15 research institution.’ The strategy was the culmination of work begun in 2018 and represents the collaborative work of the Office of the Vice-Provost Indigenous Engagement, and USask’s Indigenous community of students, staff, faculty, and leaders, Elders, Traditional Knowledge Keepers, and Language Teachers. The strategy embeds principles into USask’s University Plan 2025.”
  • Page 4 
“Since 2015 the University of Saskatchewan (USask) has made a great effort to Indigenize the university. The move to Indigenize the university provided incentives for Indigenous people to apply for student placements, scholarships and grants, faculty positions, and staff employment. Unfortunately, as we now know, some applicants seeking to take advantage of these opportunities were making false claims to Indigenous identity.”
  • Page 5
“Indigenous identity fraudsters need to know that USask will ask for evidence to support
an Indigenous identity claim and that USask will verify that evidence. To date fraudsters have
been slipping into the academy because they could, because no one checked, and because no one thought they should check Indigenous identity claims. Sending a clear signal that those days are over will act as a strong deterrent.”
  • Page 68
uplifting-indigenous-voices-fall-symposium-champions-indigenization-at-usasktrue1718730911095imj129Uplifting Indigenous voices: Fall symposium champions Indigenization at USaskA year after the implementation of the University of Saskatchewan’s (USask) historic Indigenous Strategy, the USask community came together at the ohpahotân | oohpaahotaan Fall Symposium held Oct. 28, 2022, to connect, network, and share successes in implementing initiatives that champion Indigenization.BROOKE KLEIBOERIndigenous, aboriginal, provost1667244240000/articles/general/2022/uplifting-indigenous-voices-fall-symposium-champions-indigenization-at-usasknewssite://news/articles/general/2022/uplifting-indigenous-voices-fall-symposium-champions-indigenization-at-usaskccm0461667244556934ccm0461672929695228show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/graduation-powwow.jpgsite://news/images/2022/graduation-powwow.jpgnewsgraduation-powwow.jpg2323581080720The Usask PMB building with teepees set up in the foreground. The USask campus as a broad community is dedicated to continuing to uplift Indigenous voices and contribute to a culture of reconciliation and healing. Pictured: The USask Graduation Powwow. (Photo: Submitted)NoNoneNoneNo/
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The ohpahotân | oohpaahotaan "Let's Fly Up Together" strategy document was gifted to the USask community on Aug. 20, 2021, by a group of 33 Indigenous Elders, Traditional Knowledge Keepers, and Language Teachers. The gift represents the partnerships between USask and the communities it serves, and is meant to serve as a living strategy that provides an Indigenous-led pathway to reconciliation.

Woven together with the goals built into the University Plan 2025, the Indigenous Strategy document outlines commitments, principles, and calls to action for all institutional bodies, offices, colleges and units to build into their everyday strategy and operations. It also provides distinct markers that serve as guideposts for the university community to measure implementation progress along the way.

The document is also the first Indigenous Strategy that has been solely created by Indigenous people at a Canadian U15 research institution.

"We have been participants and not bystanders in this great cultural opportunity now before us in Canada,” said USask President and Vice-Chancellor Peter Stoicheff. “Students, faculty, staff, researchers, and leaders of the future will benefit from every step we have taken to weave Indigenization and reconciliation into our university.”

TextImage/images/2022/dr.-angela-jaime-phd.jpgsite://news/images/2022/dr.-angela-jaime-phd.jpgnewsdr.-angela-jaime-phd.jpg166976678711Dr. Angela Jaime (PhD) is the interim vice-provost Indigenous engagement at the University of Saskatchewan. (Photo: Submitted) Align right

The fall symposium served as an opportunity for four colleges, schools, and units to present on the implementation of the Indigenous Strategy in their areas. The office of the Vice-Provost, Indigenous Engagement (OVPIE) provided networking and dialogue opportunities for all members of the university community to make connections and work together in pursuit of Indigenization.

“It has been a long road to get here,” said Dr. Angela Jaime (PhD), interim Vice-Provost, Indigenous Engagement, during the opening remarks at the fall symposium. “We’ve started the journey but today brings us together to start important conversations about how to work together in pursuit of common goals.”

Fourteen months after the official gifting ceremony of ohpahotân | oohpaahotaan, many USask colleges, units, and offices have begun developing initiatives and programming that will help the university community to meet the markers introduced in the Indigenous Strategy document.

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To date, the OVPIE team has presented to more than 50 units, offices, and colleges at the university to present an overview of the strategy document and to start conversations about how it can be uniquely implemented across campus.

The seven Guiding Principles outlined in the document are safety, wellness, stewardship, representation, right relations, creation, and renewal. To embed these principles in its daily operations, colleges and units across the university have begun to expand development on a number of initiatives that aim to Indigenize and decolonize programming and supports.

Undergraduate and graduate students, faculty and staff are all integrated into plans to implement the Indigenous Strategy campus-wide. At the inaugural symposium event, representatives from the USask College of Kinesiology, the College of Agriculture and Bioresources, the Edwards School of Business, and the Gwenna Moss Centre for Teaching and Learning outlined how the Indigenous Strategy fits within their work and where they are currently developing initiatives in areas that require further growth.

For example, the College of Kinesiology has implemented the wellness principle within its educational curriculum by creating a required course focused on Indigenous wellness, and elective options with a highlight on traditional Indigenous games. Research resources have also been dedicated to projects focused on the physical, mental, cultural, and social benefits that result from performing traditional Métis social dances.

Representatives from the Gwenna Moss Centre for Teaching and Learning outlined how programs such as the Certificate of University Teaching and Learning places a focus on creating culturally competent faculty and graduate students in the areas of communication and a deep understanding of worldviews and their influence on power and position in an institution such as a university.

Although only a small number of initiatives are highlighted here, the USask campus as a broad community is dedicated to continuing to uplift Indigenous voices and contribute to a culture of reconciliation and healing. The second phase of strategy implementation has started with the OVPIE team continuing to offer support and opportunities for conversation as campus initiatives move further into development, measurement, and reporting stages.

The fall symposium was the first half of the networking and dialogue initiative, with plans for a follow-up event in spring 2023, when more colleges and units will present their progress on implementing the Indigenous Strategy in their day-to-day work. These events are open to the entire campus community to attend and participate in. More details will be available in spring 2023.

discovering-the-amatis-ii-sees-crossroute-string-quartet-perform-on-rare-instrument-collectiontrue1718730911095imj129Discovering the Amatis II sees Crossroute String Quartet perform on rare instrument collection The second concert of the University of Saskatchewan’s new series celebrating its historic quartet of Amati String Instruments takes place on October 23rd. 1666360800000/articles/general/2022/discovering-the-amatis-ii-sees-crossroute-string-quartet-perform-on-rare-instrument-collectionnewssite://news/articles/general/2022/discovering-the-amatis-ii-sees-crossroute-string-quartet-perform-on-rare-instrument-collectionccm0461666297072858ccm0461666297826755show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/amati_violin.jpgsite://news/images/2021/amati_violin.jpgnewsamati_violin.jpg989341080720Close-up of an Amati instrument being playedUSask’s four Amati instruments were acquired over a five-year period in the 1950s by Saskatchewan farmer and amateur collector Steve Kolbinson. (Photo: Dave Stobbe)YesNoneNoneNo/
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The University of Saskatchewan (USask) is excited to present the second concert of Discovering the Amatis, a new four-concert series launched in September that showcases its historic collection of Amati string instruments. While the opportunity to hear any of the Amati instruments is rare, hearing a concert performed on the only complete Amati quartet in all of Canada is even more so. Regina’s Crossroute String Quartet will perform on all four Amati instruments this October 23rd at Convocation Hall.

The opening concert of Discovering the Amatis featured a violin and cello of the quartet, Amati gems created in 1637 and 1690. In this second concert, the previous instruments are joined onstage by the 1627 violin and 1607 viola, the latter of which is the oldest and rarest of the Amati String Instruments. Audience members will have the chance to see the beautiful crest painted on the back side of the viola, and will hear both instruments in action.

“We are so excited to feature a professional string quartet playing all four of these unique instruments at this second concert,” says Dr. Véronique Mathieu (DMus), Associate Professor of Violin and David L. Kaplan Chair in Music and the creative force charged with showcasing the historic instruments. “The Crossroute String Quartet members will have the opportunity to get to know each instrument, and to share that special experience with the audience in real-time.”

Blending old and new in many ways, the program features Beethoven’s 1826 String Quartet No. 13 in Bb (his fourteenth quartet in order of composition), and a 2015 work composed by Canadian composer Dinuk Wijeratne. Wijeratne’s program notes describe “Two Pop Songs on Antique Poems” as his “own kind of ‘collision of old and new,” works in which he integrates the beauty and meaning of vintage poems with the loops and grooves of modern pop music. “A letter from the After-life” takes its inspiration from the ancient Rubáiyát of Omar Khayyám (1048–1131).

Crossroute String Quartet is comprised of the principal string players of the Regina Symphony Orchestra, violinist and RSO concertmaster Christian Robinson, violinist HengHan Hou, violist Jonathan Ward, and cellist Simon Fryer. Increasingly in demand as a quartet, Crossroute performs regularly at Regina’s Government House and throughout the region, having recently performed the first cycle of the complete Beethoven string quartets in Regina's history. The quartet members share a rich and varied repertoire of music from the earliest string quartets to the present day, and are deeply committed to fostering the development of the next generation of chamber musicians. Crossroute serves as resident faculty at the Regina Summer Strings program and each member maintains a rich teaching studio.

 Student ($10), adult ($35) and season pass ($150) tickets are available via Eventbrite. For more information about the concert series, including programs for upcoming events, visit the USask Amati website.

TextImage/images/2022/oct.-23-amati-fb.jpgsite://news/images/2022/oct.-23-amati-fb.jpgnewsoct.-23-amati-fb.jpg1438551080565Above content
usask-on-the-rise-in-macleans-rankingstrue1718730911095imj129USask on the rise in Maclean’s rankingsThe University of Saskatchewan (USask) has moved up in Maclean’s magazine’s annual rankings of Canadian universities for 2023.1665152460000/articles/general/2022/usask-on-the-rise-in-macleans-rankingsnewssite://news/articles/general/2022/usask-on-the-rise-in-macleans-rankingsccm0461665152577995ccm0461665154827882show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/pmb.jpgsite://news/images/2021/pmb.jpgnewspmb.jpg42862915001000The Peter McKinnon Building on the University of Saskatchewan campus.NoNoneNoneNo/
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USask has climbed from 15th to tied for 13th overall in the medical-doctoral rankings for the top U15 Group of Canadian Research Universities, the highest USask has been ranked since 2016.

“As a proud member of the U15 group of the top medical-doctoral research-intensive universities in the country, we are pleased to see that our commitment to innovative research, scholarly and artistic work, and for enriched student experience is reflected in a rise in this year’s Maclean’s rankings,” said USask Vice-President Research Baljit Singh. “We remain focused and committed to offering world-class scholarly and research opportunities for all of our students, and to supporting them throughout their entire academic journeys at the University of the Saskatchewan.”

In the influential program rankings category, USask moved up four spots into the top 10 for education, now tied for ninth in program reputation (up from 14th last year) and jumped eight spots from 18th to 10th in research reputation. The university’s College of Nursing also moved up from 18th to 16th in the program rankings across the nation, improving four spots to 15th in Canada for program reputation, and is now 16th in research reputation. USask’s computer science program also cracked the top 20 once again this year, tied for 19th overall in the country.

In the key resources category, USask is also one of the national leaders in the indicator covering operating expenditures per weighted full-time student—now ranked second in the country—and also moved into the top 10 in total research dollars per full-time faculty.

In the area of student support, USask moved up one spot to 14th in Canada in the area of student services as a percentage of operating expenses, while slipping slightly from third to fifth overall this year in the library expenses indicator and continues to be ranked sixth in the country in library acquisitions. USask also remains in the top 10 in the category of student/faculty ratio, ranked sixth in the nation.

Of note, Maclean’s did not specifically rank universities this year for Indigenous engagement and support, a student satisfaction category in which USask had previously been ranked No.1 in the country.

Maclean’s released its 32nd annual rankings of the top 49 universities in the country on Oct. 6. To be considered for the magazine’s rankings, institutions must be one of the 97 members of the Universities Canada national association.

indigenous-membershipcitizenship-verification-policy-a-positive-step-forward-for-usasktrue1718730911095imj129Indigenous membership/citizenship verification policy a positive step forward for USaskGrounded in the guidance of Elders and led by Indigenous community partners, the University of Saskatchewan (USask) has taken another step forward in Indigenization on the path to reconciliation.James ShewagaIndigenous, aboriginal, provost1665065100000/articles/general/2022/indigenous-membershipcitizenship-verification-policy-a-positive-step-forward-for-usasknewssite://news/articles/general/2022/indigenous-membershipcitizenship-verification-policy-a-positive-step-forward-for-usaskccm0461665006948128ccm0461667338646031show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/indigenous-strategy.jpgsite://news/images/2022/indigenous-strategy.jpgnewsindigenous-strategy.jpg3077881080720YesNoneNoneNo/
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Led by an all-Indigenous task force, the university recently released a progressive policy guiding First Nations, Métis and Inuit membership/citizenship verification at USask, the product of months of groundbreaking work and careful consideration by a 27-member task of Elders, Knowledge Keepers, Language Teachers and other Indigenous community and campus leaders.

TextImage/images/2022/norman-fleury-1.jpgsite://news/images/2022/norman-fleury-1.jpgnewsnorman-fleury-1.jpg185773800641Elder Norman Fleury, who is dedicated to Michif language preservation and revitalization at USask, was a member of the policy task force. (Photo: David Stobbe)Align right

For Métis Elder Norman Fleury, who has been dedicated to Michif language preservation and revitalization at the university for close to a decade, it was an honour to take part in the task force, working together with other Indigenous community leaders to guide the university’s path forward.

“Our task force was built around the inclusiveness at the university because we are Indigenizing the university,” said Fleury. “We had people sitting on that task force who were very complementary and were very spiritually connected. We were connected through our language and our culture, our customs, our protocols, our history.

“We all came to the table with a good heart and with good intentions, as we all do as Indigenous people. Reconciliation is when you make positive change, and now we have the process to move forward. And now we are telling our own story and that is the strength of this agreement that we have.”

The Indigenous-led task force – supported by a 20-member advisory circle of university representatives – began its work in January 2022 and completed the policy six months later in June. USask’s Board of Governors formally approved the policy on July 9, with implementation currently underway.

“We are indebted to our Indigenous partners who have helped lead this important initiative, and particularly grateful for the guidance and knowledge of the Elders whose voices have helped shape this new approach for the university,” said USask President Peter Stoicheff. “This policy supports USask’s continued commitment to Indigenization and to transformative decolonization leading to reconciliation. The policy could not have been developed without the leadership provided by Indigenous community members, on and off campus.”

TextImage/images/2022/peter-stoicheff800.jpgsite://news/images/2022/peter-stoicheff800.jpgnewspeter-stoicheff800.jpg186748800735Peter Stoicheff is in his seventh year serving as president of the University of Saskatchewan. (Photo: Submitted)Align left

The task force included representatives from Saskatoon Tribal Council, Office of the Treaty Commissioner, Métis-Nation Saskatchewan, Federation of Sovereign Indigenous Nations, and Prince Albert Grand Council. The members tackled the complicated work of developing new policy created for and by Indigenous communities and governments – rather than the university – to determine how to verify who has Indigenous membership/citizenship when it comes to applying for USask positions, grants, scholarships and supports specifically for Indigenous peoples.

For USask’s Vice-Provost Indigenous Engagement, Dr. Angela Jaime (PhD), who chaired the task force, the new policy builds on ohpahotān|oohpaahotaan, the Indigenous Strategy gifted to the university by Elders last year, and a significant step forward in the partnerships developed between USask and the Indigenous communities it serves.

“This is about Indigenous governments deciding who has membership, who has citizenship, and how are they connected to their (Indigenous) communities,” said Jaime, a member of the Pit River Tribe of Northern California. “A lot of people want to make it about identity, but identity is a personal piece of who you are.”

Jaime said the policy is believed to be the first of its kind in the country, with Fleury hopeful that the work of the task force can help guide other universities across the country to take this important step forward in guiding Indigenous membership/citizenship verification.

TextImage/images/2022/dr.-angela-jaime800.jpgsite://news/images/2022/dr.-angela-jaime800.jpgnewsdr.-angela-jaime800.jpg183001800824Dr. Angela Jaime (PhD) is the interim vice-provost Indigenous engagement at the University of Saskatchewan. (Photo: Submitted)Align right

“These teachings at the university, this policy, this can now be a model all across the homeland where there is Indigenous people, if they don’t have (a policy in place),” said Fleury. “It can be implemented and people can use that and they can create something that can really Indigenize these universities.

“We built it and the university recognized it, and it is about teaching, also. The university saw that the academia world cannot verify us and they are starting to recognize through our teachings that we are now the authorities. So that is the strength of it. We are solidifying our teachings, our customs, our protocols, the knowledge that we are sharing, and we have to make sure it is safe, and we are doing that by working together here.”

For USask Provost and Vice-President Academic Dr. Airini (PhD), the new policy further supports the university’s ongoing commitment to Indigenization.

“Through the leadership of Indigenous communities, the university has learned anew how Indigenization is about strengths and meaningful collaboration,” said Airini. “Looking at what the deybwewin task force was able to achieve in a short period working in an entirely unique situation, I believe this speaks to reconciliation and that our university is listening,” said Airini. “The potential of Indigenous peoples has never been greater and this is an example of solutions being created in partnership.”

Both Airini and Jaime said reaction to the new policy has been largely positive from the campus community.

“There is no perfect solution to many of these situations in academia, but this is about problem-solving and thinking through what the best approach is alongside Indigenous partners.” said Jaime. “This is a living document. An Indigenous-led standing committee will be established to help guide us and be conscientious and caring with individuals. For those that don’t have the documentation the community is requesting we accept, we will work with them and their community.”

TextImage/images/2022/dr.airini--headshot.jpgsite://news/images/2022/dr.airini--headshot.jpgnewsdr.airini--headshot.jpg133903530557Dr. Airini (PhD) is the provost and vice-president academic, of the University of Saskatchewan. (Photo: David Stobbe)Align left

Carson Magnuson, an Indian Teacher Program Education Program advisor in the College of Education, is one of the members of USask’s campus community who supports the new policy, and the work of the task force.

“They worked well with the community and it wasn’t just an internal process,” said Magnuson, who was raised in Saskatoon and is Cree from the Kawacatoose First Nation in Treaty 4 territory. “And senior leadership has taken a role in facing this issue head-on, so I am happy with the result of what has been put out so far. I think there is a lot of work to be done going forward and that is represented in the policy and represented in the implementation strategy as well.”

The Métis-Nation Saskatchewan registry and First Nations status cards will be among the resources used by Indigenous communities and governments in helping determine membership/citizenship verification for Indigenous-specific support and positions at the university moving forward.

“The decisions about verification rest with the Indigenous communities,” said Airini. “We are committed to building respectful partnerships, and to moving forward. The bottom line is we need to make sure that where we have an Indigenous-specific role or Indigenous grant at USask, it will be held by an Indigenous person.”

The university is now in the process of updating the online system for uploading documentation and creating information material for members of the community – on and off campus – to learn more about the new policy. Moving forward, the permanent Indigenous-led standing committee will be finalized this fall to develop the implementation plan and procedures, while Jaime and her team will work on connecting and consulting with all First Nations communities across the province.

“To support respectful relations, we are reaching out to all the First Nations communities in Saskatchewan specifically to meet with them, to talk with them, either through Tribal Council or directly,” said Jaime. “There are bands that are not part of tribal councils, so we will go to them directly and through conversations we will seek to create Band Council Resolutions and MOUs (Memorandums of Understanding) with each of those communities. We will be asking their advice, examples of verification, and then working directly with them moving forward to support Indigenous people at USask.”

usask-community-celebrates-two-year-anniversary-of-prince-albert-campus-openingtrue1718730911095imj129USask community celebrates two-year anniversary of Prince Albert campus openingWhether beginning, continuing or returning to the world of post-secondary education, the University of Saskatchewan (USask) Prince Albert (P.A.) campus provides an opportunity to achieve important goals a bit closer to home.1664978640000/articles/general/2022/usask-community-celebrates-two-year-anniversary-of-prince-albert-campus-openingnewssite://news/articles/general/2022/usask-community-celebrates-two-year-anniversary-of-prince-albert-campus-openingccm0461664978804056bpk4551664992179433show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pa-campus_-4-1.jpgsite://news/images/2022/pa-campus_-4-1.jpgnewspa-campus_-4-1.jpg2963161080720University of Saskatchewan campus in Prince AlbertThe University of Saskatchewan (USask) Prince Albert Campus is now together in one place, increasing opportunities for students in different programs to connect with each other and to access student services. NoNoneNoneNo/
TextImage/images/2022/uof-s-pa-2nd-anniversary-36.jpgsite://news/images/2022/uof-s-pa-2nd-anniversary-36.jpgnewsuof-s-pa-2nd-anniversary-36.jpguof-s-pa-2nd-anniversary-36.jpg1405578660004000USask President Peter Stoicheff gives remarks at the two-year celebration of the Prince Albert campus. (Photo: Submitted)Align left

Since the 2020 opening of the Prince Albert campus hub, increased academic and research opportunities have been made available in Saskatchewan’s northern communities. A community reception to celebrate the two-year anniversary of the P.A. campus opening was held on Oct. 4 in the beautiful campus atrium and featured a speaker program and campus tours. Attendance at the event included USask president and vice-chancellor Peter Stoicheff, as well as government, research, community and industry partners, neighbors, students and families. 

Located in the heart of the city of Prince Albert, the campus brings together in a single location USask educational programming previously taking place at various sites across the city. Established in 2020, the opening of the central P.A. campus was an essential step to demonstrating the university’s commitment to supporting Indigenous and northern education.

“Continuing to learn and grow in collaboration with Saskatchewan communities is a priority for the university, and the P.A. campus provides extended opportunities for student learning and world-class research while advancing our commitment to Indigenous peoples,” said USask President Peter Stoicheff. “As we reflect on the past two years and look toward the future for the USask Prince Albert Campus, we have never been better positioned to be the university the world needs.”

TextImage/images/2022/pacampus-2.jpgsite://news/images/2022/pacampus-2.jpgnewspacampus-2.jpgpacampus-2.jpg3892171080893The front entrance to the USask Prince Albert campus. (Photo: Submitted)Above content

At the P.A. campus, students can start or complete degrees in the Colleges of Agriculture and Bioresources, Arts and Science, Education, Kinesiology and Nursing, and the Edwards School of Business. Additionally, students are also able to complete one year of study working towards degrees in dentistry, medicine, nutrition, pharmacy, physical therapy and veterinary medicine. The campus also plans to expand its dental clinic to accommodate students in the USask dental therapy program in the fall of 2023.

The P.A. campus provides multi-faceted student support including on-site academic advisors, Orientation and U-Start events, access to the University Library, and a distance education tutorial centre that offers writing, mathematics and statistics learning resources. It also serves as a hub for research projects taking place in northern communities.

Thanks to the support of alumni, donors and community members, USask continues to invest in the ambitious people, projects and places that make up Saskatchewan.

truth-and-reconciliation-a-week-of-reflectiontrue1718730911095imj129Truth and Reconciliation: A week of reflectiontānisi. hãn. ëdƚanet’e? taanishi. aniin [Cree. Dakota/Lakota/Nakota. Dene. Michif. Saulteaux]Indigenous, aboriginal, 1664212920000/articles/general/2022/truth-and-reconciliation-a-week-of-reflectionnewssite://news/articles/general/2022/truth-and-reconciliation-a-week-of-reflectionccm0461664213170091ccm0461665066006039show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/truth-reconciliation-symbols1080.jpegsite://news/images/2022/truth-reconciliation-symbols1080.jpegnewstruth-reconciliation-symbols1080.jpeg1260931080720Indigenous Symbols over an orange background.YesNoneNoneNo/
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Friday, September 30 is the National Day for Truth and Reconciliation for all of Canada. This day was born out of the Call to Action number 80:

80. We call upon the federal government, in collaboration
with Aboriginal peoples, to establish, as a statutory
holiday, a National Day for Truth, and Reconciliation to
honour Survivors, their families, and communities, and
ensure that public commemoration of the history and
legacy of residential schools remains a vital component
of the reconciliation process.

Last year, the university-wide Mistatimōk (which translates to "horses" and the concept of "working together" in Saulteaux) committee planned events over the course of a week with the intention to encourage USask members to reflect on the history of Truth and Reconciliation. In 2021, the committee planned events of reflection in which individuals could participate within COVID-19 restrictions. Orange banners with the Calls to Action pertaining to post-secondary education were hung in the Bowl, orange gels were placed on the lighting in the core of campus, and the Calls to Action were projected onto an orange glowing Peter MacKinnon Building. The Gordon Oakes Red Bear Student Centre was glowing orange with amazing imagery for an outdoor opening night with Residential School Survivors Florence Highway and Evelyn Linklater, and Métis Nation-Saskatchewan Elder Norman Fleury. We encouraged the USask community to visit the exhibit Not Just Another Day Off: Orange Shirt Day and the Legacy of Indian Residential Schools in the library. The committee also sponsored an orange ribbon movement, asking individuals to tie an orange ribbon anywhere on campus and make a personal commitment to Truth and Reconciliation for the coming year.

This year we are continuing the theme of A Week of Reflection and that September 30 is not just another day off. We will see the campus ablaze with orange lighting and projections of the Calls to Action on the Peter MacKinnon Building and the Gordon Oakes Red Bear Student Centre. We encourage the USask, and larger, community to stroll through the bowl and read the orange banners, visit the library’s website for suggested reading, podcasts, and movies, and show support through participating in the many activities happening on campus and around Saskatoon.

The week of reflection begins today, Monday, September 26, at 4 pm in front of the Gordon Oakes Red Bear Student Centre to initiate the collection of the orange ribbons placed across campus in 2021. This collection will begin with words from Residential School Survivors Evelyn Linklater and Florence Highway. Ribbons can also be delivered at any time over the coming weeks to the Gordon Oakes Red Bear Student Center and placed in the designated basket. The ribbons, and commitments made by USask members in 2021, will be featured in an art installation to be revealed in September 2023.

Activities for this week of reflection have been expanded this year​, including a movie viewing of the PBS documentary Home from School: The Children of Carlisle. There will also be a special presentation hosted by the College of Kinesiology, Treaty Education: “Before Treaty, at Treaty and Today,” by Elaine Sutherland, Director of Treaty Education, Office of the Treaty Commissioner. Other planned events include a panel discussion at the Gordon Oakes Red Bear Student Centre on supporting Residential School Survivors and their families. Huskie Athletics is sponsoring events supporting the National Day for Truth and Reconciliation throughout the week as well as Friday night at both the football and hockey games. For a full listing of this week’s events and resources, please visit the Office of the Vice Provost, Indigenous Engagement website.

Ohpahotân | oohpaahotaan, the Indigenous Strategy, is the voice of Indigenous Peoples gifting a framework for the University of Saskatchewan’s reconciliation journey recognizing the University’s role in building communities across this province and is an expression of self-determination. Today we begin a week of events fostering learning, listening and reflecting to remember the children lost to the residential school system and honour Survivors, their families, and their communities. We can each commit to never forgetting and always caring for those impacted by colonization.

In solidarity,

Dr. Angela Jaime, Interim Vice Provost, Indigenous Engagement

usask-suicide-prevention-strategy-is-a-life-savertrue1718730911095imj129USask suicide prevention strategy is a life saverThe University of Saskatchewan (USask) has launched a suicide prevention strategy to help students in the province who are experiencing thoughts of suicide, those wanting to support someone experiencing thoughts of suicide, and those impacted by a suicide loss. 1662649380000/articles/general/2022/usask-suicide-prevention-strategy-is-a-life-savernewssite://news/articles/general/2022/usask-suicide-prevention-strategy-is-a-life-saverccm0461662649770020ccm0461662650007311show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/suicide_awareness.jpgsite://news/images/2022/suicide_awareness.jpgnewssuicide_awareness.jpg1495311080720NoNoneNoneNo/
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The strategy focuses on supporting students in post-secondary education in the province and includes a toolkit and awareness campaign that were developed in a way that other Saskatchewan post-secondary institutions can use and repurpose to fit their needs.

“We have a shared responsibility for fostering a campus culture where inclusion, compassion and positive mental health are prioritized and promoted,” said Jay Wilson, interim vice-provost of Teaching, Learning, and Student Experience at USask. “Suicide in the post-secondary student population is a clear global, national, and regional issue. Student deaths by suicide have touched our communities, and they have touched our campus. The components of the suicide prevention strategy will be a lifesaving tool.”

The National College Health Assessment completed in 2019 found that approximately 16 percent of students across Canadian institutions seriously considered suicide. In a 2021 Canadian Campus Wellbeing Survey, 10 per cent of the 3,553 students surveyed in Saskatchewan said they thought about suicide over the last 12 months and of those, 34 per cent made a plan.

Wilson said the suicide prevention awareness campaign consists of a variety of print and digital pieces, including a video that tells a real-life story of a student’s journey from experiencing thoughts of suicide to getting help and working on recovering.

The campaign material includes the short and simple phrases “Are you OK?” and “You are not alone.”

“This campaign is a way for us to connect with students who are having thoughts of suicide,” said Wilson. “‘Are you OK?’ is a simple but such a helpful question we can ask if we’re concerned about someone in our community, and ‘You are not alone’ tells students that there are others who are struggling and that there are people here to help.”

Approximately 4,000 people die by suicide each year in Canada, according to a 2020 Statistics Canada report, and it is the second leading cause of death for people aged 15 to 24. The report showed that Canadian suicide rates are approximately 10 per 100,000 people.

In Saskatchewan, the rates of suicide are higher than the national per capita average. Between 2015 and 2019, Saskatchewan Coroners Services reported suicide rates were 15.4 per 100,000 people.

Support for USask’s suicide prevention strategy is one of the action items stemming from the government’s Pillars for Life: The Saskatchewan Suicide Prevention Plan, which was released in May 2020. 

“The tragic loss of a student by suicide is felt by family, classmates, and the entire community,” said Minister of Mental Health and Addictions, Seniors and Rural and Remote Health Everett Hindley. “Our government is pleased to support the University of Saskatchewan’s suicide prevention strategy. This year we are investing a record $470 million for mental health and addictions services provincially including suicide prevention efforts.”

Healthy Campus Saskatchewan (HCSK), a community of 22 post-secondary institutions in Saskatchewan who have come together to support student mental health and wellness, will be the driving force in sharing the material with other Saskatchewan institutions.

“This is a perfect example of a community of practice in action,” said Bev Drew, strategic and operational lead for HCSK. “The University of Saskatchewan has the expertise to develop a comprehensive resource to support student mental health, and their willingness to collaborate and share it with the other post-secondary institutions connected to HCSK makes this project very special. This creates a collective impact for students, saves valuable time and money, and develops relationships across institutions.” 

Resources: USask toolkit and video

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university-update-on-the-tragedy-at-james-smith-cree-nation-and-weldontrue1718730911095imj129University update on the tragedy at James Smith Cree Nation and WeldonIn the aftermath of this past weekend’s tragic violence at James Smith Cree Nation and Weldon, the university continues to carefully monitor the developing situation. 1662504960000/articles/general/2022/university-update-on-the-tragedy-at-james-smith-cree-nation-and-weldonnewssite://news/articles/general/2022/university-update-on-the-tragedy-at-james-smith-cree-nation-and-weldonccm0461662505272137ccm0461662505272137show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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As stated in yesterday’s statement, some large gatherings were postponed for reasons of safety and out of respect for those affected by the tragedy.

Postponed gatherings, including the USSU Welcome celebration will proceed beginning Wednesday, September 7. Organizers of events are asked to open with the following acknowledgement of recent circumstances as follows:

"The University of Saskatchewan mourns the tragic events at James Smith Cree Nation and Weldon, and offers its deep condolences to all those affected in this time of grieving. The university community members are reaching out to students, staff, and faculty with connections to James Smith Cree Nation to offer support.

During this critical time, the Gordon Oakes Red Bear Student Centre is serving will as a safe gathering space for the campus community. We are working to ensure services are available through the Elders and wellness staff.

It is important to come together and support one another and the community in a moment of silence for James Smith Cree Nation. (30-60 seconds of silence)"

The Homecoming events planned for September 9, will proceed, but will do so with increased security presence and safety measures. 

As we continue to mourn the losses and think about the affected parties, know that there are many supports available to you. You are encouraged to access these services during these difficult times.

Student Support

  • Student Affairs and Outreach has a team of social workers who can provide immediate support. You can speak with a member of the team by calling (306) 966-5757 or emailing  student.outreach@usask.ca and requesting to speak with an outreach co-ordinator.
  • The Student Wellness Centre offers a range of supports including physical and mental health care. To make an appointment, call (306) 966-5768
  • Aboriginal Student Centre (ASC) supports Indigenous student academic and personal success through a wide variety of programs and services including social and cultural programing (including Elder support), health and wellness, academic support, and recognition events.  The ASC can be reached at 306-966-5790 or email at ASC@usask.ca.

Faculty and Staff Support

  • LifeWorks, USask’s Employee and Family Assistance Program (EFAP) provider, offers a wide range of services including free and confidential counseling, 24 hours a day, 7 days a week. 
  • MindBeacon offers virtual mental health support.
  • For eligible employees, your benefit plan covers mental health supports including clinical counsellors, marriage and family therapists, psychologists, psychotherapists, and social workers.

Beginning this morning, the Gordon Oakes Red Bear Student Centre began to serve as a safe gathering space for members of the campus community, during the critical days ahead. We are offering culturally appropriate services through Elders and wellness staff. Food and refreshments will also be available. Everyone is welcome. 

Please look after yourself, and support those around you as you are able. Share information about available supports with anyone you think could benefit from these wellness services.

Please use extra caution, and always be aware of your surroundings while on campus. Additional security patrols have been mobilized throughout campus as this incident is being addressed by RCMP and local law enforcement. Please think carefully about being alone in a space on campus for work or study purposes. Consider making use of spaces like the libraries on campus where several people are gathered. Remember that Protective Services is available 24/7 if you would like to request a walk to assist you in reaching your parked car or some other location on campus. Call (306) 966-5555 to make this request. If there are further updates, we will provide them as they are available. 

statement-on-the-tragedy-at-james-smith-cree-nation-and-weldontrue1718730911095imj129Statement on the tragedy at James Smith Cree Nation and WeldonThe tragic acts of violence this past weekend at James Smith Cree Nation and the village of Weldon will have a profound impact on our province and our country. Indigenous, aboriginal, 1662417240000/articles/general/2022/statement-on-the-tragedy-at-james-smith-cree-nation-and-weldonnewssite://news/articles/general/2022/statement-on-the-tragedy-at-james-smith-cree-nation-and-weldonvvd8931662418403607ccm0461663774718088show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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Like all communities in Saskatchewan and beyond, we are grieving. Our hearts go out to all those who have been affected. The days, weeks and months ahead will be difficult, and we will need to support one another to get through this extremely challenging time. It is part of Saskatchewan’s community fabric to come together during times like this, and we will be there for each other.

We send our support to the Indigenous Elders and leaders and many others who are focused on the response to these events. Flags on our campuses have been lowered to half-mast.

The University of Saskatchewan will offer support to students, staff, and faculty who have connections to James Smith Cree Nation.

During this critical time, the Gordon Oakes Red Bear Student Centre will serve as a safe gathering space for members of the campus community, beginning Tuesday morning. We are working to ensure that culturally appropriate services are available through Elders and wellness staff.  Food and refreshments will also be available. Everyone is welcome. 

Out of respect for these communities and for the fact that the situation remains an emergency, large campus gatherings outside of usual operations, including some USSU Welcome Week events planned in The Bowl for Tuesday, September 6, will be postponed. This situation will be assessed over the next 24 hours as more information becomes available.

In the meantime, please use extra caution, and always be aware of your surroundings while on campus. Additional security patrols have been mobilized throughout campus as this incident is being addressed by RCMP and local law enforcement. Please think carefully about being alone in a space on campus for work or study purposes. Consider making use of spaces such as the libraries on campus where several people are gathered. Remember that Protective Services is available 24/7 if you would like to request a walk to assist you in reaching your parked car or some other location on campus. Call (306) 966-5555 to make this request. If there are further updates, we will provide them as they are available.

I encourage everyone to take care of themselves during this difficult time. As the search for the accused in this case continues, fear and uncertainty remain, and it is especially important to be aware of the many resources available to the USask community.

Student Support

  • Student Affairs and Outreach has a team of social workers who can provide immediate support. You can speak with a member of the team by calling (306) 966-5757 or emailing  student.outreach@usask.ca and requesting to speak with an outreach co-ordinator.
  • The Student Wellness Centre offers a range of supports including physical and mental health care. To make an appointment, call (306) 966-5768
  • Aboriginal Student Centre (ASC) supports Indigenous student academic and personal success through a wide variety of programs and services including social and cultural programing (including Elder support), health and wellness, academic support, and recognition events.  The ASC can be reached at 306-966-5790 or email at ASC@usask.ca.

Faculty and Staff Support

  • LifeWorks, USask’s Employee and Family Assistance Program (EFAP) provider, offers a wide range of services including free and confidential counseling, 24 hours a day, 7 days a week. 
  • MindBeacon offers virtual mental health support.
  • For eligible employees, your benefit plan covers mental health supports including clinical counsellors, marriage and family therapists, psychologists, psychotherapists, and social workers.

As we continue to come to terms with the grief and shock of this tragedy, the USask community offers our deepest sympathies to the many who are mourning.

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-fall-term-enrolment-starts-strongtrue1718730911095imj129USask fall term enrolment starts strongAs of the first day of classes on Thursday, Sept. 1, enrolment at the University of Saskatchewan (USask) is stable compared to last year at this time (with an increase of about 0.05 per cent).1662128580000/articles/general/2022/usask-fall-term-enrolment-starts-strongnewssite://news/articles/general/2022/usask-fall-term-enrolment-starts-strongccm0461662129373128ccm0461662130176468show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_oct2021_0496.jpgsite://news/images/2022/usask_oct2021_0496.jpgnewsusask_oct2021_0496.jpg2366771080720Students pose on campus at the University of SaskatchewanThis year, a variety of fall welcome programming was offered in person and virtually for all USask students to attend.NoNoneNoneNo/
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“This is the first time since fall 2019 that we welcomed so many people to campus—the energy that the new term is bringing is something we have all missed,” said Jay Wilson, interim vice-provost teaching, learning, and student experience. “September will be an important month for all of us to come together and support our students, many who may not be familiar with the campus yet and have not attended classes in person before due to the pandemic.

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“I hope everyone enters this fall term with some extra patience for themselves and for others. This will be a time of relearning, reconnecting and recovery, and I hope for many this also feels like a time of new optimism.”

Today, the 2022 Fall Term first-day-of-classes enrolment snapshot was released online. More detailed enrolment information will be available after the fall term census day in October.

Wilson said graduate and international student enrolment numbers are strong and compared to the first day of classes last year grew by 3.4 per cent and 6.2 per cent, respectively. He said he continues to watch fall class registration activity, with a keen eye on external factors, such as study permit processing delays that may affect some students.

“I believe these numbers reflect students’ desire to join us in person, on campus,” said Wilson. “Some students delayed their start dates, but now that travel restrictions have been lifted and on-campus teaching has resumed, students are ready to come back and that’s exciting.”

Wilson said students continuing their studies at USask this term may be learning in-person for the first time and said programming typically promoted to new students is being made available to all students.

“Our second- and third-year students could be joining us for the first time in person,” said Wilson. “So, we are making sure everyone is aware of the on-campus supports available. We want to provide an inclusive environment for all our learners, regardless of where they are coming from and where they are in their studies.”

This year, a variety of fall welcome programming was offered in person and virtually for all students to attend.

stoicheff-selected-to-head-canadas-u15-group-of-universitiestrue1718730911095imj129Stoicheff selected to head Canada’s U15 group of universities University of Saskatchewan (USask) President Peter Stoicheff has been appointed to chair the governing body of the U15 Group of Canadian Research Universities, effective September 1, 2022.James Shewagapec,1662040800000/articles/general/2022/stoicheff-selected-to-head-canadas-u15-group-of-universitiesnewssite://news/articles/general/2022/stoicheff-selected-to-head-canadas-u15-group-of-universitiesccm0461661982957953ccm0461683058993419show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/2021-peter-stoicheff-1.jpgsite://news/images/2022/2021-peter-stoicheff-1.jpgnews2021-peter-stoicheff-1.jpg2788781080720Peter Stoicheff poses in front of the College Building at the University of Saskatchewan.Peter Stoicheff has served as president of the University of Saskatchewan (USask) since 2015. (Photo: Submitted)NoNoneNoneNo/
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“I am proud to represent the University of Saskatchewan and honoured to have been selected to lead this influential group of top research universities in the country,” said Stoicheff, who has been involved with the U15 since being named president of USask seven years ago. “The U15 group of universities receives close to 80 per cent of all the federal university research funding allocated each year and conducts 83 per cent of contracted private-sector research in the country. We are committed to fostering the development and delivery of long-term, sustainable higher education and research policy and programs in Canada.”

Stoicheff follows University of British Columbia President Santa Ono, who begins his new position as president of the University of Michigan on October 13. Stoicheff was elected to serve as the new U15 chair of the board at its August 2022 Annual General Meeting in Toronto.

“We are delighted to have Dr. Stoicheff take on this role to lead the U15 group and we know he will provide excellent leadership for our members,” said Dr. Chad Gaffield, chief executive officer of the U15 group of Canadian research universities. “President Stoicheff and the University of Saskatchewan have long been strong supporters of the association and leaders in collaborative research. His appointment will ensure the continued development and delivery of sustainable higher education and research policy.”

USask is one of five Western Canadian universities in the U15 group, along with UBC, the University of Alberta, University of Calgary, and the University of Manitoba. Other U15 institutions include Dalhousie University, University of Laval, McGill University, McMaster University, University of Montreal, University of Ottawa, Queen’s University, University of Toronto, University of Waterloo, and Western University.

TextPullquote"We know that we are stronger together, as we strive to make a difference, in our communities, our country, and around the world.”Peter Stoicheff/Align left

“From the challenge of climate change to water and food security, to vaccine research and pandemic preparation, the country’s U15 universities are leading research efforts that the world needs and the University of Saskatchewan is proud to be doing its part,” said Stoicheff. “The U15 universities share a commitment and a passion for research innovation and collaboration. We know that we are stronger together, as we strive to make a difference, in our communities, our country, and around the world.”

Beginning his eighth year as USask president and vice-chancellor, Stoicheff began his 36-year career at USask in 1986. After serving first as a professor and then dean of the College of Arts and Science, Stoicheff was appointed the 11th president of USask in 2015. He has helped lead the university’s development into one of Canada’s top research-intensive medical-doctoral universities, with global impact in water and food security, synchrotron science, medical imaging, pandemic research, and agricultural innovation.

Stoicheff has also helped drive USask’s mandate to be a leader in Indigenization and Reconciliation, increasing Indigenous student enrolment and support systems at USask, and enhancing and developing the university’s close connections with local and national Indigenous communities, governments, and organizations. Under his leadership, the university has created productive partnerships with world-leading institutions around the globe, bolstered by a commitment to internationalization, innovation, and collaboration.

return-of-the-pack-usask-homecomingtrue1718730911095imj129Return of the pack: USask HomecomingHeadlined by the Huskie football Homecoming game on Friday Sept. 9, Homecoming at USask is an opportunity to reminisce and reconnect with campus life.Sean Conroy1661954400000/articles/general/2022/return-of-the-pack-usask-homecomingnewssite://news/articles/general/2022/return-of-the-pack-usask-homecomingccm0461661895155893ccm0461664213262591show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/homecoming.jpgsite://news/images/2022/homecoming.jpgnewshomecoming.jpg3344441080720NoNoneNoneNo/
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Homecoming is always an energetic and hopeful time on campus. With a more fulsome return to on-campus classes and activities than we have seen in the last couple years, this fall’s Homecoming feels like an especially meaningful time for the whole University of Saskatchewan (USask) community.

“It’s a great feeling to invite our alumni back to campus this fall. Homecoming is a special time for alumni to reconnect with their USask roots and reunite with old friends,” said Marcy Hildebrand, director, Alumni and External Engagement. “It’s also a great opportunity to hear about all the new and exciting things that are happening on campus now.”

A full schedule of Homecoming events and activities is available at alumni.usask.ca.

Here are some of the ways to participate in Homecoming 2022:

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Homecoming is not complete without cheering on the Huskies at Griffiths Stadium with thousands of fans, students, and fellow alumni. Get your tickets and watch the Huskies battle the UBC Thunderbirds on Sept. 9. Before the game, be sure to visit the USask alumni tent in Rally Alley for yard games, giveaways and more.

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Several graduating classes are celebrating milestone anniversaries with reunions. Don’t miss the opportunity to reconnect with friends and classmates with whom you share a unique and enduring bond. As many other reunions take place throughout the year, Homecoming is also a great time to reconnect with fellow alumni and begin planning your own class reunion.

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One of the best ways to get reacquainted with our spacious, beautiful, and unique campus is to take a guided tour. In addition to the historic campus tour, alumni can participate in the Canadian Light Source tour, USask art galleries and collections tour, campus sustainability tour, Diefenbaker Centre gallery tour, and the student life campus tour.

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USask alumni have the chance to win a prize pack by following USask Alumni Facebook, Twitter and Instagram channels and entering two special contests.

Show how connected you are to USask with the alumni-themed bingo game. Cross off squares of the activities you have completed to make a line (or two) for a chance to win a prize.

What USask memento have you kept since graduation? It could be your framed degree, a ticket stub from a Huskies game or a Louis concert, your acceptance letter – anything you have kept, even if you don’t have a reason for keeping it. You also can share throwback photos of you and your USask BFFs. Share photos of you and your friends (or future partner) that you met as a student at USask. Tag @usaskalumni and use the custom hashtag to share your throwback photos and enter the #USaskThrowback contest.

covid-19-masking-policy-for-fall-2022true1718730911095imj129COVID-19 masking policy for Fall 2022With September just around the corner, we are providing an update on pandemic response and recovery planning for the Fall 2022 Term. pec,1661184000000/articles/general/2022/covid-19-masking-policy-for-fall-2022newssite://news/articles/general/2022/covid-19-masking-policy-for-fall-2022ccm0461661177987458ccm0461662130451783show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/students-fall-update.jpgsite://news/images/2022/students-fall-update.jpgnewsstudents-fall-update.jpg2996961080720Students walking through campus at the University of SaskatchewanNoNoneNoneNo/
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As President Stoicheff outlined in his June 17 message, USask is committed to in-person teaching, learning, and services this fall, and we look forward to having on-campus activity as close to pre-pandemic levels as possible, while protecting the health and safety of our community.

As you are aware, we paused the masking requirement over the summer and have been closely monitoring several indicators since that pause — including wastewater, hospitalizations, infection modelling, and levels of disruptions caused by COVID-19—to determine the next best steps.

Based on these indicators and in consultation with experts, we have determined with the support of the President’s Executive Committee that USask will continue to pause the masking mandate for the Fall Term, while at the time stressing that masking is strongly preferred in all indoor spaces. Please note that there will continue to be certain elevated risk areas or activities identified where a masking requirement will be in place. 

Why is masking still strongly encouraged though it’s no longer mandatory? The pandemic is not yet over, and we recognize the importance of masking in preventing transmission of airborne illnesses such as COVID-19, cold and flu. Along with being vaccinated and fully boosted, masking is the surest way to protect ourselves and our campus community from COVID-19 and its variants. In short, masking matters.

We will continue to monitor USask case numbers and service disruptions, variant emergence, wastewater viral load, and public health data and public health expertise to determine the level of health and safety measures necessary to keep the campus and broader community safe. These indicators will determine if, and when, a mask mandate is resumed, and whether a potential resumption takes place in all indoor spaces or just select settings.

Please stay home if you are feeling sick or have been diagnosed with COVID.  We ask that you do not come to campus until you are symptom free for 24 hours. This is important even if your symptoms are not due to COVID-19 or you are not sure, and even if you have a negative rapid COVID test result.   

To monitor the impact of COVID-19 on our campus, all positive cases involving USask students, staff, and faculty, regardless of whether the person has been at a campus location or not, must be reported by following the steps outlined for self-reporting confirmed cases. Suspected close contacts are no longer required to report or self-isolate. Rapid antigen and PCR (polymerase chain reaction) tests are being treated as equivalent for the purposes of tracking and reporting positive cases.

COVID-19 rapid antigen test kits can be picked up at provincial locations as well as on campus at:

  • Murray Library
  • Bookstore in Marquis Hall
  • Fit Centre
  • USSU Office 

While vaccines are not mandatory for everyone at this time, USask strongly encourages faculty, staff and students on any USask campus or work site to obtain their COVID-19 vaccine booster(s) as soon as they are eligible. We will inform the campus community when opportunities arise to receive boosters and flu shots on campus. As we learn more about this latest wave of the pandemic, it is abundantly clear that boosters are a highly effective way to enhance the COVID-19 vaccine’s effectiveness against infection, serious illness, infectivity, and hospitalization.

We thank you for your continued effort and commitment to “Protect the Pack” and help ensure the Fall Term is a success.

Sincerely,

The Pandemic Response and Recovery Team (PRT)

usask-approves-policy-on-indigenous-membershipcitizenship-verificationtrue1718730911095imj129USask approves policy on Indigenous membership/citizenship verificationThe University of Saskatchewan (USask) has approved a new policy on Indigenous membership/citizenship verification, the result of ground-breaking work by a task force led by Indigenous Elders and leaders.Indigenous, aboriginal, pec, leadership,1658773800000/articles/general/2022/usask-approves-policy-on-indigenous-membershipcitizenship-verificationnewssite://news/articles/general/2022/usask-approves-policy-on-indigenous-membershipcitizenship-verificationccm0461658772808806ccm0461661186380662show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/citizenship-2.jpgsite://news/images/2022/citizenship-2.jpgnewscitizenship-2.jpg1949501080720The policy task force, comprising prominent Indigenous Elders, leaders, and Knowledge Keepers, at the Gordon Oakes Red Bear Student Centre at the University of Saskatchewan.The policy task force, comprising prominent Indigenous Elders, leaders, and Knowledge Keepers, at the Gordon Oakes Red Bear Student Centre at the University of Saskatchewan. (Photo: David Stobbe)NoNoneNoneNo/
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“This new policy approved by our Board of Governors reflects USask’s commitment to transformative decolonization and reconciliation,” said USask President Peter Stoicheff. “This work on Indigenous membership/citizenship verification is imperative and timely. I am particularly grateful for the leadership and guidance of our Indigenous partners without whom this policy work could not have been successfully undertaken.”

Until now, verification of Indigenous membership/citizenship has relied on self-identification and has been conducted internally.

The new policy will require a documentation verification process to be completed by all those holding future employment positions, student scholarships, or other forms of material advantage created for Indigenous peoples. Under some circumstances, verification may also be required for those who already hold such positions.

Importantly, the documentation of Indigenous membership or citizenship will be determined by Indigenous governments and communities.

TextImage/images/2022/gordon-oakes-task-force-stobbe-2.jpgsite://news/images/2022/gordon-oakes-task-force-stobbe-2.jpgnewsgordon-oakes-task-force-stobbe-2.jpg2704941080611Members of the policy task force, comprising prominent Indigenous Elders, leaders, and Knowledge Keepers, at the Gordon Oakes Red Bear Student Centre at the University of Saskatchewan. (Photo: David Stobbe)Above content

The 28-member Indigenous task force, comprising prominent Indigenous Elders, leaders and Knowledge Keepers and supported by a 20-member internal advisory circle of university representatives, began their policy development work in January 2022. The USask Board of Governors approved the policy on July 8.

A full list of task force members is attached to this release. It included delegates from Métis Nation–Saskatchewan (MN–S), the Federation of Sovereign Indian Nations, Saskatoon Tribal Council, Prince Albert Grand Council, and Office of the Treaty Commissioner. 

The name of this policy “deybwewin (Saulteaux)| taapwaywin (Michif)| tapwewin (Cree)” means truth—truth to self, truth to each other, truth to the ancestors, and truth to the land.

“Guided by Indigenous members of the task force, this policy recognizes the inherent rights of self-determination and self-governance of Indigenous communities,” said Dr. Airini (PhD), USask provost and vice-president academic.

“It is important that the work regarding Indigenous membership/citizenship verification has been led by Indigenous peoples, and we are particularly grateful for the participation of external Indigenous partners who bring the perspectives of their communities.”

A permanent Indigenous-led standing committee will be in place by September to develop an implementation plan and procedures for the policy. 

“This policy positions the Indigenous communities to guide the university in this matter,” said Dr. Angela Jaime (PhD), interim vice-provost Indigenous engagement and chair of the task force. “The Indigenous communities have asked for this policy. Centering the voices of Indigenous Peoples is reconciliation.”

MN-S will provide support and approvals on verification under the terms of an agreement of citizenship signed with USask.

“With our Indigenous Elders guiding the work, the task force has come up with a positive solution to Indigenous verification,” said MN–S President Glen McCallum. “As the Métis Nation Government in Saskatchewan and in the spirit of reconciliation, we were pleased to be meaningful participants in the development of this policy. The ground-breaking work of this task force provides a strong example to be seriously considered by other institutions in the country.”

“Under Treaty and Inherent Rights, First Nations are the traditional rights holders of their citizenship and sovereignty. We at the Saskatoon Tribal Council are pleased the University of Saskatchewan has created and endorsed a policy that recognizes First Nations communities as these traditional rights holders. This will enable accountability for those entering positions meant for Indigenous peoples,” said Saskatoon Tribal Council, Tribal Chief Mark Arcand. “We endorse this process, which honours the voices of our Elders, and believe other institutions across Turtle Island should follow that process.”

Consultation with First Nations communities on implementation will begin in August 2022.

Find the full policy here. 

Task Force Members

  • Chair: Angela Jaime, Vice Provost, Indigenous Engagement (Interim)
  • Elder Harvey Thunderchild 
  • Elder Joseph Naytowhow
  • Elder Josie Searson
  • Elder Louise Halfe
  • Elder Louise Pederson
  • Elder Norman Fleury
  • Bob Badger, Cultural Coordinator, Office of the Vice-Provost, Indigenous Engagement
  • Dale Worme, Delegate for the Office of the Treaty Commissioner
  • Tribal Chief Mark Arcand, Delegate for the Saskatoon Tribal Council
  • Rhonda Bluehorn, Delegate for the Federation of Sovereign Indigenous Nations
  • Doloris Netmaker, Delegate for the Federation of Sovereign Indigenous Nations
  • Robin McLeod, Delegate for the Prince Albert Grand Council
  • Winona Wheeler, Associate Professor, Indigenous Studies, College of Arts and Science
  • Karla Williamson, Assistant Professor, Educational Foundations, College of Education
  • Kurtis Boyer, Faculty Lecturer, Johnson Shoyama Graduate School of Public Policy 
  • Mary Longman, Associate Professor, Art and Art History, College of Arts and Science
  • Graeme Joseph, Team Lead, First Nations, Métis and Inuit Student Success, Aboriginal Student Centre
  • Sheila Pocha, Program Head, SUNTEP/GDI Saskatoon
  • Val Arnault-Pelletier, Senior Lead, Indigenous Programming and Initiatives, College of Medicine
  • Yvette Arcand, Director, Indian Teacher Education Program
  • Adam McInnes, Graduate Student Representative
  • Aubrey-Anne Laliberte-Pewapisconias, Undergraduate Student Representative
  • Candice Pete-Cardoso, Director, Indigenous Land Management Institute
  • Amaranta (Amy) Sokól Como, Project Manager, Indigenous Initiatives, Office of the Vice-Provost, Indigenous Engagement
  • Matt Dunn, Director, Indigenous Engagement, Office of the Vice-Provost Indigenous Engagement
  • Candace Wasacase-Lafferty, Senior Director, Provost’s Indigenous Initiatives and Community Relations, Office of the Provost, and Vice President Academic
usask-statement-on-huskies-mens-volleyball-teamtrue1718730911095imj129USask statement on Huskies men's volleyball teamBrian Gavlas is no longer the coach of the Huskies men's volleyball team, effective July 22, 2022.1658530800000/articles/general/2022/usask-statement-on-huskies-mens-volleyball-teamnewssite://news/articles/general/2022/usask-statement-on-huskies-mens-volleyball-teamccm0461658530415521ccm0461658530415521show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/usask_green-with-logo_news.jpegsite://news/images/2021/usask_green-with-logo_news.jpegnewsusask_green-with-logo_news.jpeg556121080720NoNoneNoneNo/
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After extensive legal proceedings, Mr. Gavlas was reinstated on June 20, 2022. He has now resigned from this position. Given this is a private employment matter, we have no further comment at this time.

Sean McKay, who was head coach from 2019 until Mr. Gavlas was reinstated, will return to lead the team effective immediately.

USask is committed to moving forward with a smooth transition and will ensure robust support is provided to players and other stakeholders throughout the process.

We are committed to providing a safe working and learning environment and will always take all appropriate steps to ensure the safety and well-being of the campus community.

usask-enrolment-surpasses-26,000,-sets-new-recordtrue1718730911095imj129USask enrolment surpasses 26,000, sets new record The latest University of Saskatchewan (USask) enrolment numbers are in and for the first time in the institution’s history, enrolment reached and then passed 26,000. 1658157420000/articles/general/2022/usask-enrolment-surpasses-26,000,-sets-new-recordnewssite://news/articles/general/2022/usask-enrolment-surpasses-26,000,-sets-new-recordccm0461658158345682ccm0461658159218104show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/student-life-2-1080.jpgsite://news/images/2020/student-life-2-1080.jpgnewsstudent-life-2-1080.jpg2860871080720Students pose on campus at the University of SaskatchewanNoNoneNoneNo/
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Between May 1, 2021, and April 30, 2022, the number of students who attended USask totaled 26,155, which is an overall increase of 0.8 per cent from the previous year.  

“Our latest enrolment numbers tell me the challenges of the pandemic are lessening and our students are eager to join us in person to learn, connect and pursue their academic goals,” said Pirita Mattola, interim director of strategic enrolment management. “I look forward to welcoming more students to our campuses this fall, and to continue our plan for enrolment growth in the coming years.” 

During the 2021-22 academic year, enrolment increased in the four major areas of study at USask: undergraduate (0.6 per cent increase), graduate (1.5 per cent increase), non-degree (0.3 per cent increase) and medical residence (2.3 per cent increase). 

According to Mattola, international student enrolment jumped up by 7.7 per cent, back to pre-pandemic levels, and, Indigenous student enrolment, with a total of 3,374 students, continues to recover from the effects of the pandemic.  

“The pandemic has affected different students in different ways, and I understand some of the impacts could be prolonged or even delayed,” said Mattola. “The pandemic continues to be an ongoing, ever-changing situation and so it is important that we consider how our students are affected and remain responsive to the changes in our environment.” 

The top three countries undergraduate international students arrived from during the 2021-22 academic year are China, India and Nigeria, and the top three countries of international graduate students are Iran, China and India. Mattola noted the lifting of Canada’s travel restrictions has contributed positively to the increase in international student enrolment. 

She said, although many USask classes were still being taught remotely during the 2021-22 academic year, some international students chose to travel to Canada to study. Internet access, time zone issues, and wanting to experience life in Canada were likely some of the top reasons for moving to Canada to study remotely.  

Mattola continues to monitor enrolment for the current academic year (May 2022 – April 2023). USask will release first-day-of-fall-classes enrolment data in early September. 

For more information about how USask is measuring and tracking its progress in fulfilling the goals and aspirations of the University Plan, visit the Reporting page on leadership.usask.ca

 

usask-announces-incoming-chief-communications-officer-and-associate-vice-presidenttrue1718730911095imj129USask announces incoming chief communications officer and associate vice-president Heather Persson will join the President’s Office and the University Relations leadership team at the University of Saskatchewan (USask) as Chief Communications Officer and Associate Vice-President, Strategic Communications (CCO/AVP) on July 18, 2022. 1657308900000/articles/general/2022/usask-announces-incoming-chief-communications-officer-and-associate-vice-presidentnewssite://news/articles/general/2022/usask-announces-incoming-chief-communications-officer-and-associate-vice-presidentccm0461657309096227ccm0461657309096227show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/heather-persson.jpgsite://news/images/2022/heather-persson.jpgnewsheather-persson.jpg2455181080720Incoming CCO/AVP Heather Persson.As CCO/AVP, Heather Persson will work closely and collaboratively with USask leadership to develop and oversee an integrated, strategic, and contemporary institutional communications strategy. (Photo: Submitted)NoNoneNoneNo/
TextPullquote“At USask, we have an important story to tell about how our students, scholars and researchers are making a difference in our community, our province, our country and the planet."Heather Persson/Align left

Having joined USask in early 2021 as director of research profile and impact, Persson stepped into the role of interim chief communications officer in March of 2022, bringing a wide-ranging experience in campus-wide communications, leadership and vision to support and advance the institutional reputation of one of Canada’s top 15 research universities. 

Prior to joining USask, Persson held several leadership roles, including editor-in-chief and managing editor of the Saskatoon StarPhoenix and Regina Leader Post. She holds an undergraduate degree in communications and master’s degree in administration. 

“Through my career I have witnessed the power stories have to effect change,” she said. “At USask, we have an important story to tell about how our students, scholars and researchers are making a difference in our community, our province, our country and the planet. It’s an honour and privilege to lead our work to ensure the world knows about our efforts to become the university the world needs.”

As CCO/AVP, Persson will work closely and collaboratively with campus leadership to develop and oversee an integrated, strategic, and contemporary institutional communications strategy, ensuring the coordination of communication frameworks to ensure innovation and consistency in the university’s key messages, marketing and core values. 

new-vp-hamelin-has-high-hopes-for-future-of-usasktrue1718730911095imj129New VP Hamelin has high hopes for future of USaskThirty-four years after cramming for final exams at the University of Saskatchewan (USask), Cheryl Hamelin is immersed in a crash course on all things USask since starting as Vice-President University Relations on June 1.James Shewagapec, hp-articles1657029600000/articles/general/2022/new-vp-hamelin-has-high-hopes-for-future-of-usasknewssite://news/articles/general/2022/new-vp-hamelin-has-high-hopes-for-future-of-usaskccm0461656967395417ccm0461681490178017show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cheryl-hamelin-1080.jpgsite://news/images/2022/cheryl-hamelin-1080.jpgnewscheryl-hamelin-1080.jpg2056081080720Cheryl Hamelin, the new Vice-President University Relations at the University of Saskatchewan.USask alumna Cheryl Hamelin began her role as the new Vice-President University Relations on June 1. (Photo: Submitted)NoNoneNoneNo/
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“Getting up to speed on all aspects of USask is daunting, but people have been so welcoming and supportive and I can’t say enough about how embraced I feel coming into this role,” said Hamelin, who has returned home to Saskatoon and to USask after former VP Debra Pozega Osburn completed her five-year term.

“I feel like I joined at the perfect time, in that June is such a busy month of convocation and donor events and celebrations as people start to wrap up for the summer. I had the benefit of meeting hundreds of people, right from donors to honorary degree recipients, to Indigenous leaders, to deans and directors, as well as researchers, staff, students, and alumni. It has been a wonderful opportunity to get to know the people who have made, and will make, USask the world-class institution that it is.”

Just one week after her official start date, Hamelin joined USask senior leaders on the stage at Merlis Belsher Place to honour the Class of 2022 in Spring Convocation ceremonies, a fitting way for Hamelin to rejoin her alma mater.

“Participating in convocation was an amazing experience. It really made me feel like I had come full circle in my career journey. I was deeply honoured to be able to place hoods on some of the students,” said Hamelin, who graduated from USask in 1988 with a Bachelor of Science in Home Economics (Consumer Studies). “As a graduate of this university, I felt very privileged to be welcoming new USask scholars into their professions.”

Celebrating convocation at the state-of-the-art Merlis Belsher Place is just one of the many changes that have occurred on campus since Hamelin moved west to Calgary in the late 1980s. Since then, USask has undergone a transformation in programs and priorities, as well as in world-class faculty and facilities.

In addition to USask’s two national research centres—the opening of the Canadian Light Source and the developing of the Vaccine Infectious Disease Organization into a world-leading centre for pandemic research—over the past three decades USask has also established the Sylvia Fedoruk Canadian Centre for Nuclear Innovation, global institutes for water and food security, as well as the School of Environment and Sustainability. The impressive Agriculture Building is also new to USask since Hamelin’s time on campus, while the Health Sciences Building underwent a half-billion-dollar renovation, and the iconic Gordon Oakes Red Bear Student Centre became an inclusive hub for healing and student support since its unveiling in 2016.

“So much has changed. I am pleased to see the incredible growth and prominence of USask’s commitment to Indigenization, decolonization and reconciliation, as well as the focus on equity, diversity, inclusion, anti-racism and anti-oppression. And many of the major research centres and research initiatives that we have now weren’t even on the horizon when I was here,” said Hamelin, who most recently was serving as executive director of faculty development at the University of Calgary (UCalgary). “When I left USask, I knew the university had a tremendous grounding in agriculture, business, law, and arts, but it didn’t have that strong research focus that would enable us to be the university that the world needs. And now, the strength and sophistication of the University of Saskatchewan puts it not only as a solid member of the U15, but an impressive player on the world stage.”

TextPullquote“We need to continue to be bold about communicating and promoting our areas of excellence, because a lot of what we are doing here is critical to the future of what the world needs, whether that is food and water security, vaccine innovation, or medical interventions."Cheryl Hamelin /Align left

“There is so much to offer here,” Hamelin added. “We need to continue to be bold about communicating and promoting our areas of excellence, because a lot of what we are doing here is critical to the future of what the world needs, whether that is food and water security, vaccine innovation, or medical interventions. It is such a different place than when I left 30 years ago and I am committed to continue to bring USask’s successes to the forefront on the provincial, national and international stage.”

And that is where Hamelin’s expertise comes in. Over the past 30 years, Hamelin has helped lead many major fundraising efforts, including community initiatives with the non-profit Elizabeth Fry Society of Calgary in support of women and youth engaged with the justice system, to Junior Achievement locally and nationally, to serving as executive director of the RESOLVE campaign that had a goal of raising $120 million to provide homes for homeless and vulnerable Calgarians. Most recently, she was an integral part of the overwhelmingly successful $1.4 billion comprehensive campaign at UCalgary that was the third largest in Canadian history.

For Hamelin, who spent 16 years at UCalgary in senior fundraising and alumni relations positions and has raised her three children in Calgary, her specialty has become helping her teams put donors together with projects that they are particularly passionate about.

“The gifts that I am most proud of working on wouldn’t necessarily be a dollar amount, but rather that magic when you find the thing that lights a donor up, that they are intensely passionate about,” said Hamelin, who holds her professional Certified Fund Raising Executive accreditation. “And when donor interest and desire for impact matches something that is really going to transform the university and truly going to make a massive impact on students, on research, on health care, on the condition of living, that coming together and that magic, there is nothing like it.”

At USask, Hamelin will take the torch to lead a successful comprehensive campaign by serving as the senior leader responsible for overseeing development and alumni relations, strategic communications, and operations and services, all while spreading the important story of USask.

“Being involved in the USask comprehensive campaign will mark the fifth large campaign that I have worked on in my career,” said Hamelin, whose extensive Calgary connections will also help her connect with the roughly 10,000 USask alumni in and around the Alberta city. “The key to success is maintaining strong donor, stakeholder and community relationships, above all else. It’s not just about money, it’s about sharing the story of the University of Saskatchewan with more people so that they will engage, so that they will be advocates and champions for this remarkable institution. Building a bond with the community is imperative to having stakeholders engage in the journey we are on together.”

Part of Hamelin’s portfolio is also oversight of Huskie Athletics, a key reputational piece of the puzzle for the USask brand.

“I couldn’t be more pleased that Huskie Athletics reports in through University Relations,” said Hamelin, whose brother Glen Thomson graduated from USask with an education degree in 1991 and whose nephew Jarvis James earned a commerce degree in 2017 while playing Huskies football. “The Huskie brand is so strong. The way that athletics brings together the community and the institution is absolutely critical. I look forward to working closely with the Huskies to further leverage the brand for greater community engagement and impact that drives excellence both within and beyond the University of Saskatchewan.”

presidents-statement-on-national-indigenous-peoples-daytrue1718730911095imj129President’s statement on National Indigenous Peoples DayOn June 21, Canada marks National Indigenous Peoples Day to honour the history and heritage, the culture and the contributions Indigenous peoples have made, and continue to make, across the country.pec, indigenous, aboriginal, 1655821860000/articles/general/2022/presidents-statement-on-national-indigenous-peoples-daynewssite://news/articles/general/2022/presidents-statement-on-national-indigenous-peoples-dayccm0461655821994667ccm0461655828300421show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/gordon-oakes-red-bear-student-centre-ceiling.jpgsite://news/images/2022/gordon-oakes-red-bear-student-centre-ceiling.jpgnewsgordon-oakes-red-bear-student-centre-ceiling.jpg34897515001000The ceiling at the Gordon Oakes Red Bear Student CentreYesNoneNoneNo/
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As we celebrate and commemorate National Indigenous Peoples Day — and National Indigenous History Month in June — we are also reminded there is still much work that needs to be done to appreciate and acknowledge the past, as we strive for a better future. The painful legacy of the residential school system, marked by continued discoveries of hundreds of unmarked graves at sites across the country, is a reminder of the injustice endured by First Nations, Métis and Inuit people across the country for centuries.

As a national leader in post-secondary education, the University of Saskatchewan has a responsibility to inform and to teach about this dark chapter in the story of Canada, and to also shine a spotlight on the ongoing contributions of Indigenous peoples. This is a day dedicated to recognizing, respecting and reflecting on the rich and diverse history and perspectives of First Nations, Métis and Inuit peoples, as we commit to creating positive change with — and for — Indigenous communities across the country.

Guiding the university’s path to progress is the new Indigenous Strategy, the first in the country created solely by Indigenous faculty, staff, students, alumni, Traditional Knowledge Keepers and Language Teachers and other community members, and generously gifted to USask by Elders last summer. The strategy, complemented by the university’s Equity, Diversity, and Inclusion (EDI) Policy and the work underway to create the university’s EDI Strategy and Action Plan, marks USask’s journey on the road to reconciliation.

The university’s ongoing commitment to Indigenization is one of the foundations of our University Plan 2025 to be the university the world needs. The world needs more space for Indigenous scholarship, and to encourage, support and promote Indigenous ways of knowing, woven throughout all courses, classes and programs.

USask is committed to building a strong foundation for a better tomorrow and to embracing manachitowin — respecting one another. However you choose to commemorate the 26th National Indigenous Peoples Day on the summer solstice — marking the longest day of light in the year — we hope you do take the time to reflect and to re-commit to your own role in reconciliation as we work together in building equitable, diverse, and inclusive communities and a Canada for all.

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

presidents-message-on-mask-mandate-pause-and-in-person-fall-termtrue1718730911095imj129President's message on mask mandate pause and in-person fall termWe can all be proud that our USask community continues to respond to the many challenges posed by this global pandemic and to deliver effectively on our teaching, research, and outreach missions.pec, 1655481600000/articles/general/2022/presidents-message-on-mask-mandate-pause-and-in-person-fall-termnewssite://news/articles/general/2022/presidents-message-on-mask-mandate-pause-and-in-person-fall-termccm0461655481119358ccm0461661184398598show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/student-life-2022.jpgsite://news/images/2022/student-life-2022.jpgnewsstudent-life-2022.jpg3029201080720Students walking through campus at the University of SaskatchewanStarting in September, USask is committed to in-person teaching, learning, and services to safely and thoughtfully revitalize our vibrant campus community.NoNoneNoneNo/
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Over the summer, as the severity of the COVID-19 pandemic continues to diminish, we will be adjusting our current mask mandate that is in place until the end of June. Beginning July 4, 2022 and continuing until August 29, 2022, the university will pause this mandate and move to a mask-friendly environment.

Masks will not be mandatory indoors at that time, but they will still be highly recommended. Masking matters, and USask recognizes the importance of masking in preventing transmission of airborne illnesses such as COVID-19, cold and flu. Masking, along with being fully vaccinated and boosted, is the surest way to protect ourselves and our campus community from COVID-19 and its variants. 

We are also planning for what the fall term will look like. Starting in September, USask is committed to in-person teaching, learning, and services to safely and thoughtfully revitalize our vibrant campus community.  

As the Post-Pandemic Shift Project has highlighted, we do not know when the pandemic will be fully behind us, but we do know that we will make changes to how we work because of it. We look forward to rebuilding connections back on campus. However, we will not lose sight of the lessons we have learned when we shifted to remote work and other adaptations during the pandemic.

The health and safety of our campus and broader communities remains a priority and will guide all decisions related to a fall term return.

Over the summer, the Pandemic Response and Recovery Team (PRT) will continue its work. It will keep a close watch on USask case numbers and service disruptions, variant emergence, wastewater viral load, and public health data and recommendations to determine the level of health and safety measures necessary to keep the campus and broader community safe. These indicators will determine if the mask mandate is resumed for fall term or sooner.

An update on planning and other potential COVID-19 measures for fall term will be provided by August 22. Until then, I hope you have an enjoyable summer and find the time to relax with family and friends. 

Sincerely, 

Peter Stoicheff
President and Vice-Chancellor
University of Saskatchewan

usask-celebrates-pride-monthtrue1718730911095imj129USask celebrates Pride monthWith Pride Month activities underway across the province and around the country, and the Saskatoon Pride Festival beginning this week, the University of Saskatchewan (USask) is proud to celebrate and support the 2SLGBTQIA+ community — this month and every month.pec, pride,1655130780000/articles/general/2022/usask-celebrates-pride-monthnewssite://news/articles/general/2022/usask-celebrates-pride-monthccm0461655130926257ccm0461656950899157show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pride-flag-2022.jpgsite://news/images/2022/pride-flag-2022.jpgnewspride-flag-2022.jpg3050401080720The intersex-inclusive Progress Pride flag will be hung in Nobel Plaza on the Saskatoon campus.This year, the intersex-inclusive Progress Pride flag will be hung in Nobel Plaza on the Saskatoon campus. (Photo: USask)NoNoneNoneNo/
TextNone/Above contentUSask stands for inclusion and diversity, and acknowledges the injustices that many in the 2SLGBTQIA+ community have, and still face, throughout their lives. As we recognize the past and focus on the future, we are determined to be champions of diversity and supporters of inclusion in the advancement of equity on our campuses and in our communities. It is our collective responsibility as leaders to create meaningful change in order to be the best place we can be for all members of our campus community.

Our University Plan 2025 clearly states our ambition to be the university the world needs. And what the world needs is safe and welcoming spaces for everyone, especially for people of all sexual orientations and gender identities and expressions, and all races and religious and spiritual beliefs.

As a campus community, we are committed to taking the actions necessary to create the change that we want for our university and for our society. As we celebrate and commemorate Pride by spotlighting Pride Month, we are reminded that demonstrating our desire and determination to be champions of diversity requires dialogue, education and action. As an educational pillar of our community and our country, USask is the right place, at the right time, to lead the way in engaging in the difficult discussions for which universities like ours are ideally suited.

While we have plenty of work to do, we are moving forward as we continue to make our campus community a safe and supportive place for all students, staff, faculty, alumni and visitors. In 2020, we created our first university-wide Equity, Diversity and Inclusion (EDI) Policy and signed a memorandum of understanding with the University of Saskatchewan Students Union (USSU) in 2021 to create a more inclusive, equitable and safe working, teaching and learning environment for all.

Building on the success of USask’s inaugural Equity, Diversity and Inclusion Day held in October 2021, the university is now developing an EDI Strategy and Action Plan, providing a pathway to progress and a blueprint for building a better campus community.

As we move forward, let us all take the time during Pride Month to connect, commemorate and celebrate. We should use this month to engage in education to learn more about the issues facing the 2SLGBTQIA+ community today and how we can be allies.

To learn more about what USask is doing, visit our usask.ca news website and our Pride page. There you will find information on USask’s EDI Policy, the supports offered by the USSU Pride Centre, upcoming USask-sponsored events and learning opportunities, and how to show your Pride by visiting Shop USask for Pride-themed items, with a portion of all purchases going to the university’s queer housing initiative. And for those ready to delve into the history and explore academic opportunities, USask offers courses and collections.

You can also show your support for the 2022 Saskatoon Pride Festival by joining campus and community members, including USask senior leaders Provost Airini and Deputy Provost Patti McDougall, in the annual Pride Parade on Saturday, June 18 at 1 pm. You are invited to walk with USask (meet by 12:30 pm at Spadina Crescent and 24th Street East) or feel free to support from the sidelines along the parade route.

However you choose to take part, thank you for supporting Pride Month at USask.

Sincerely, 
Peter Stoicheff 
President and Vice-Chancellor 
University of Saskatchewan
pride-a-place-to-be-your-authentic-selftrue1718730911095imj129Pride: A place to be your authentic selfHaving a place to feel comfortable enough to be your authentic self is crucial for a happy life and members of the 2SLGBTQIA+ community don’t always have that privilege, according to University of Saskatchewan Students’ Union Pride Centre Co-ordinator Kseniah Pidskalny.Meghan Siredpride,1654181580000/articles/general/2022/pride-a-place-to-be-your-authentic-selfnewssite://news/articles/general/2022/pride-a-place-to-be-your-authentic-selfccm0461654181974510ccm0461655737029867show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pride-flag-campus.jpgsite://news/images/2022/pride-flag-campus.jpgnewspride-flag-campus.jpg3247861080720A Pride flag on campus in the Nobel Plaza.June is Pride Month at the University of Saskatchewan, across Canada and in a number of countries around the world. (Photo: University of Saskatchewan)NoNoneNoneNo/
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June is Pride Month at the University of Saskatchewan (USask), across Canada and in a number of countries around the world, and to Pidskalny, celebrating who you are is core to Pride.

TextImage/images/2022/kseniah-pidskalny.jpgsite://news/images/2022/kseniah-pidskalny.jpgnewskseniah-pidskalny.jpg272423629800Kseniah Pidskalny is the co-ordinator of the University of Saskatchewan Students’ Union Pride Centre. (Photo: Submitted)Align right

I remember going to Pride for the first time,” said Pidskalny, a third-year human resources major in USask’s Edwards School of Business. “It was after I graduated high school. I went by myself and I was so nervous. I didn’t wear anything that was super bright or colourful, and I owned a lot of very ridiculous outfits that I love to wear now. But at the time, I remember being nervous and not wanting to stand out.

“Once I was there, I regretted not dressing more like myself because I realized this was a space for me to be exactly who I wanted to be, because that’s what everybody’s there to do. That’s what Pride is there to do. Pride gives people the opportunity to be their most authentic selves in a community where they don't have to worry about it being an issue for other people.”

Pidskalny said she appreciates that typically Pride activities in Canada are happy celebrations—something she doesn’t take for granted.

“It’s important to have those moments and those celebrations because there are parts of the world where it is not a celebration yet,” said Pidskalny. “As we continue to celebrate in all parts of Canada and as it spreads throughout other places in the world, Pride and what Pride stands for, will ideally become more normalized everywhere else. It will become less of a riot and more of a celebration of our authentic selves.”

Creating and, when necessary, pushing harder for safe spaces that 2SLGBTQIA+ students, faculty and staff feel comfortable in is something that USask Deputy Provost Patti McDougall feels very passionate about. She sees June as a time to refocus on those priorities and to learn.

TextImage/images/2022/patti-mcdougall-hs.jpgsite://news/images/2022/patti-mcdougall-hs.jpgnewspatti-mcdougall-hs.jpg172761858881USask Deputy Provost Patti McDougall. (Photo: Submitted)Align left

“To me, Pride is an opportunity for allies to take on the responsibility of understanding,” said McDougall. “It is not a call to lean on those in the 2SLGBTQIA+ community, but rather to take time, find resources and learn. I have come to appreciate that Pride is not only a celebration of social and self-acceptance, but also about activism and the ongoing pursuit for justice and equity.”

Equity, diversity and inclusion (EDI) at USask are key areas of focus for McDougall, and she is working alongside others to develop and implement the university’s equity, diversity and inclusion strategy. 

“We have an EDI policy in place and the companion strategy will set the path for us to prioritize actions and hold ourselves accountable for results, while at the same time acknowledging the commitment and effort that is already happening,” said McDougall. “Pride is a great example of a shared commitment that continues to grow.”

McDougall said she and members of the USask community, including faculty and student leaders, are working to enhance how the university acknowledges important dates throughout the year, which most recently includes Black History Month and Pride.

“To plan for Pride month, a multidisciplinary team of people come together to offer their skills, competencies and perspectives, while taking direction from, in this case, the 2SLGBTQIA+ community,” said McDougall. “Together we work on meaningfully acknowledging these important moments, which again contributes to staff, faculty and students feeling like they have a place here and contribute to what living diversity means at USask.”

Two Pride-themed crosswalks will be painted on the Saskatoon campus during Pride month this year. New USask Pride-themed merchandise launched in June at Shop USask, with some of the proceeds going to the Queer Housing initiative.

Another new addition to USask Pride initiatives this year is an Instagram event hosted by USask EDI Project Specialist Tasnim Jaisee, which will focus on the College of Arts and Science certificate in Queer Theory, Gender Diversity and Sexualities Studies

The Saskatoon Pride Festival is June 12-18, with Regina Queen City Pride celebrated from June 3-12 and Prince Albert Pride Week set for June 4-12.

Learn more about Pride at USask.

statement-from-dean-of-the-college-of-medicine-on-dr.-bourassatrue1718730911095imj129Statement from Dean of the College of Medicine on Dr. Bourassa The purpose of this communication is to advise Dr. Carrie Bourassa has resigned from employment at the University of Saskatchewan, effective June 1, 2022. 1654103700000/articles/general/2022/statement-from-dean-of-the-college-of-medicine-on-dr.-bourassanewssite://news/articles/general/2022/statement-from-dean-of-the-college-of-medicine-on-dr.-bourassaccm0461654100370776ccm0461654100370776show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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Given Dr. Bourassa is no longer with the university, an investigation being conducted by Jean Teillet will now focus on recommendations for improvements to relevant University of Saskatchewan policies and processes. Teillet’s recommendations will be provided to USask in the near future, and these recommendations will be shared publicly. 

Dr. Preston Smith
Dean, College of Medicine 
University of Saskatchewan

usask-hosts-the-prime-minister-of-canadatrue1718730911095imj129USask hosts the Prime Minister of CanadaPrime Minister Justin Trudeau paid tribute to the contributions the University of Saskatchewan (USask) has made to scientific discovery, as he wrapped up his visit to campus on Wednesday.University Communications1653517740000/articles/general/2022/usask-hosts-the-prime-minister-of-canadanewssite://news/articles/general/2022/usask-hosts-the-prime-minister-of-canadaccm0461653518009858vvd8931655311527649show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pm-usask-1.jpgsite://news/images/2022/pm-usask-1.jpgnewspm-usask-1.jpg2638101080720Prime Minister Justin Trudeau visited the University of Saskatchewan to meet with members of the campus community, including students, at the Gordon Oakes Red Bear Student Centre. (Photo: David Stobbe/USask)Prime Minister Justin Trudeau visited the University of Saskatchewan to meet with members of the campus community, including students, at the Gordon Oakes Red Bear Student Centre. (Photo: David Stobbe/USask)NoNoneNoneNo/
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He wound up a day of tours meeting with staff, board and leadership from the Vaccine and Infectious Disease Organization (VIDO) at USask, and thanked them for their efforts at this moment in history.

“Everyone here at VIDO and USask stepped up when the pandemic hit and everyone needed to spring into action and it’s because you’ve been working on this for a long time, and it showcases the best of Canada and the best of Saskatchewan,” said Trudeau.

“These are beautiful buildings, but that doesn’t mean anything if it is not for the extraordinary people who believe in this, who set aside so much time to focus on science and on serving their fellow citizens of the world.”

The prime minister met with top students and toured innovative spaces and unique research facilities throughout the day. USask President Peter Stoicheff, interim Vice-Provost of Indigenous Engagement Angela Jaime, and select students were in attendance at Gordon Oakes Red Bear Student Centre to greet the prime minister and take part in an open discussion to begin the tour. The Gordon Oakes Red Bear Student Centre is USask’s intercultural gathering place that is purpose-driven to build Indigenous engagement on campus.

TextImage/images/2022/pm-usask-2.jpgsite://news/images/2022/pm-usask-2.jpgnewspm-usask-2.jpg2177901080720Prime Minister Justin Trudeau meets with Elder Louise Bernice Halfe – Sky Dancer. (Photo: David Stobbe/USask)Above content

Sheldon Bear, who is just two weeks away from graduating with a degree in management from USask’s Edwards School of Business, was one of the students who had lunch with Trudeau. His home community is Little Pine First Nation.

He had a list of questions to ask, focused on removing barriers for First Nations people in economic development.

“I wrote them down in case I got nervous,” he said. “I never thought a chance like this would happen.”

Following the lunch meet-and-greet, Trudeau toured the university’s Crop Development Centre (CDC) research plots and VIDO.

“The University of Saskatchewan is recognized as a national leader in everything from crop development to vaccine research to Indigenous initiatives, and it was our honour to showcase those areas and more for Prime Minister Justin Trudeau,” said USask President Peter Stoicheff. “We have taken great strides in developing local solutions to national and global problems, while also building a campus community committed to the values of equity, diversity, and inclusion. We are grateful for the ongoing federal support for our university facilities and programs and appreciated having the opportunity to spotlight some of USask’s achievements and advancements for the prime minister.”

USask Vice-President Research Baljit Singh, College of Agriculture and Bioresources Dean Angela Bedard-Haughn and CDC Director Curtis Pozniak welcomed the prime minister and toured him through the research plots close to USask’s main campus. Bedard-Haughn provided an overview of the importance of soil and plant science and how research in these two areas can provide solutions to climate change.

Students were then given the opportunity to present their research supporting agricultural development in Saskatchewan and Canada. Demonstrations of how crop breeding and integrated agronomy plays a role in climate, soil and food security were provided by USask students Adam Carter, Alex Waldner and Warren McAuley. A drone demonstration led by student Hansanee Fernando showed the importance of using technology for precision agriculture and how it can help agricultural researchers observe and monitor crop traits.

Waldner completed her undergraduate degree at USask, and just started her master’s degree in the forage program. She shared a breeder plot of hybrid wheat grass, bred to show improved salt tolerance. She explained to the prime minister that growing forage in saline areas can have environmental benefits.

“Agriculture has always been part of my life,” Waldner said, adding she grew up on a ranch near Swift Current. “Sustaining it for future generations is very important to me.”

TextImage/images/2022/pm-ag-1.jpgsite://news/images/2022/pm-ag-1.jpgnewspm-ag-1.jpg1962971080720Prime Minister Justin Trudeau paid tribute to the contributions the University of Saskatchewan has made to scientific discovery during a visit to campus on Wednesday, May 25, 2022. (Photo: David Stobbe/USask)Above contentThe prime minister also took part in a private tour of VIDO’s secure research facilities alongside Volker Gerdts, VIDO director, Trina Racine, associate director of vaccine development, and Ryan Thompson, chair of VIDO’s board of directors.

VIDO is establishing itself as Canada’s Centre for Pandemic Research, offering cutting-edge research and vaccine development to combat infectious diseases. The VIDO team is in the process of expanding infrastructure to a containment Level 4 facility – the highest possible containment level – as well as building manufacturing capacity.

With key research facilities developed in part by generous funding provided by the Government of Canada in response to the COVID-19 pandemic and the need for an expanded Canadian biomanufacturing industry, Trudeau had the opportunity to engage with VIDO staff and students about leading Canada’s biomanufacturing future.

This was Trudeau’s third visit to USask as prime minister.
TextImage/images/2022/_m8a2866.jpgsite://news/images/2022/_m8a2866.jpgnews_m8a2866.jpg2212851080720Prime Minister Justin Trudeau paid tribute to the contributions the University of Saskatchewan has made to scientific discovery during a visit to campus on Wednesday, May 25, 2022. (Photo: David Stobbe/USask)Above content
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usask-verification-task-force-focuses-on-indigenous-membershipcitizenshiptrue1718730911095imj129USask verification task force focuses on Indigenous membership/citizenshipThe University of Saskatchewan (USask), along with external Indigenous partners, has launched a task force that will create a policy for Indigenous Membership/Citizenship Verification with Documentation. Indigenous, aboriginal, pec, leadership, provost1652373000000/articles/general/2022/usask-verification-task-force-focuses-on-indigenous-membershipcitizenshipnewssite://news/articles/general/2022/usask-verification-task-force-focuses-on-indigenous-membershipcitizenshipvvd8931652373288996ccm0461667338710028show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/angela_jaime.jpgsite://news/images/2022/angela_jaime.jpgnewsangela_jaime.jpg1504991080720Dr. Angela Jaime, Interim Vice-Provost, Indigenous Engagement, and chair of the taskforce. (Photo: University of Saskatchewan)NoNoneNoneNo/
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The task force, comprised of Indigenous members, is focused on ensuring Indigenous peoples are hired for positions created for Indigenous peoples and for Indigenous programming, funding, and scholarships at the university.

Planning for the task force began in 2021 with focused work commencing in January 2022. It was led by USask’s Office of the Vice-Provost, Indigenous Engagement.

“These experiences in Canada and beyond made it clear our university needed to advance on our review of how we will support Indigenous membership/citizenship verification with documentation,” said Provost and Vice-President Academic Dr. Airini. 

“We recognize that Indigenous peoples have the inherent right to self-determination and self-government,” said Airini. “The conversation about Indigenous membership/citizenship verification must be led by Indigenous peoples at the University of Saskatchewan and external Indigenous partners representing communities. We are truly grateful for the advice and leadership helping us understand better and move forward respectfully.”  

There is also an advisory circle that sits on the outside of the task force. This advisory circle is a non-voting group and is comprised of representatives from across the university. Their role is to advise the task force on how the policy might impact existing university processes.  

“Having a formal dialogue around Indigenous membership/citizenship verification with documentation is complex, but it is vitally important,” said Dr. Angela Jaime, Interim Vice-Provost, Indigenous Engagement, and chair of the task force. “With recent events, the university has been in the spotlight, and many will be watching and waiting to see how we respond. We also know that this has been a tremendously difficult time for Indigenous faculty, staff, and students. We must make space for healing and action.”

“The dialogue with Indigenous leaders, scholars, students, faculty, and community members has been rich and inspiring and at times difficult. Therefore, as we work toward solutions and act in response to these issues, we need to ensure that any action we take comes from decisions that Indigenous people have made together,” Jaime said.

Text‘This is ours of our making’Image/images/2022/boyer_arcand.jpgsite://news/images/2022/boyer_arcand.jpgnewsboyer_arcand.jpg1695461080720Task force members, Kurtis Boyer and Yvette Arcand. (Photos: University of Saskatchewan)Align right

“It was needed,” said task force faculty representative, Kurtis Boyer. “Verification has been an issue for a while and I was happy that the university took leadership to address it.”

Boyer, who is Michif and a citizen of Métis Nation-Saskatchewan, said because the task force will lead the improvement and development of internal practices and advance truth and reconciliation, Indigenous representation in the policy-making process was vitally important.

“We have guidance from Indigenous community members, we have guidance from Indigenous faculty members, we have guidance from Indigenous staff, and we have guidance from Elders. We have people on this task force that represent a variety of different viewpoints but are all coming together to find that common voice in creating that safe space,” he said. “This is ours of our making.”

The end goal of this task force is to create an accessible policy and guidelines for the university to follow when it comes to Indigenous membership/citizenship verification with documentation.

“There are spaces that are intended for Indigenous peoples that we have to make sure are available for Indigenous peoples,” said task force member Yvette Arcand, First Nations from Beardy’s and Okemasis Cree Nation, and director of the Indian Teacher Education Program (ITEP) at USask.

“I think that this shows that our university is honouring Indigenous voices by making sure that we’re at the table.”

The task force will submit the final policy for approval to the USask Board of Governors’ meeting on June 20, 2022.

māmowi-āsohtētān-5th-annual-internal-truth-and-reconciliation-forumtrue1718730911095imj129māmowi āsohtētān 5th annual Internal Truth and Reconciliation Forum For the fifth straight year, members of the University of Saskatchewan campus community will gather on May 11 for the māmowi āsohtētān (“Let’s Cross This Together”) annual Internal Truth and Reconciliation Forum.James ShewagaIndigenous, aboriginal, 1651588260000/articles/general/2022/māmowi-āsohtētān-5th-annual-internal-truth-and-reconciliation-forumnewssite://news/articles/general/2022/māmowi-āsohtētān-5th-annual-internal-truth-and-reconciliation-forumccm0461651588382269vvd8931652374529952show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/indigenous-strategy.jpgsite://news/images/2022/indigenous-strategy.jpgnewsindigenous-strategy.jpg3077881080720YesNoneNoneNo/
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After holding the first National Reconciliation Forum back in 2015, the university has hosted an internal forum every year since 2017, in response to the Truth and Reconciliation Commission of Canada Calls to Action.

“The māmowi āsohtētān Internal Truth and Reconciliation Forum provides an opportunity for the campus community to gather and have constructive dialogue on creating the university environment that is needed for meaningful reconciliation to occur,” said USask Interim Vice-Provost, Indigenous Engagement, Dr. Angela Jaime (PhD). “Changes are required at the systemic level and the personal level, and attendees of the forum are able to learn together and determine ways they can take action in their personal and professional lives.”

TextImage/images/2022/angela-jaime-square.jpgsite://news/images/2022/angela-jaime-square.jpgnewsangela-jaime-square.jpg152319628628USask Interim Vice-Provost, Indigenous Engagement, Dr. Angela Jaime. (Photo: Submitted)Align right

The theme of this year’s forum is “Continuing the Conversation on Anti-Racism and Anti-Oppression” and builds upon last year’s theme of “Theories, Principles and Practices of Anti-Racism and Anti-Oppression.”

This year’s events will feature a panel of USask senior leaders, who will discuss their experiences with taking the powerful anti-racism and anti-oppression education and training led by Dr. Verna St. Denis (PhD), special advisor to the president and professor in educational foundations, and Liz Duret, USask’s senior diversity and inclusion consultant.

“The panelists will explore what they have learned during the training as well as how they plan to incorporate it into their work as leaders at the university,” said Jaime.

This year’s program will also feature afternoon sessions providing opportunities for the attendees to participate in conversation circles, with the event concluding with reflections and remarks from this year’s forum witnesses.

“Each internal forum has been grounded by Elders who start and end the forums in a good way, by Métis and First Nations performers, by forum witnesses who provide closing remarks, and by a closing celebration round dance for the in-person events,” said Jaime. “Each of the forums have built upon the work of the previous forum, and they have provided diverse learning opportunities to meet the unique needs of participants.

“The internal forum is now at the point where Indigenous practices are present and exercised throughout each forum, and there is now a model firmly in place for constructive and meaningful dialogue.”

While much progress has been made over the past seven years since the hosting of the first national forum in 2015, plenty of work still lies ahead, according to Jaime. The foundation for success was built into the University Plan 2025, which weaves Indigenization throughout the plan and programs, with the path to future progress set in last year’s unveiling of USask’s new Indigenous Strategy on Aug. 20, 2021.

“This past year saw the gifting of ohpahotân | oohpaahotaan (“Let’s Fly Up Together”) to the University of Saskatchewan by the Indigenous peoples who created it,” said Jaime. “This Indigenous Strategy will co-exist with the University Plan 2025 and will help ensure that the work done with, and alongside, Indigenous peoples is appropriate and done in a good way. Events such as the internal forum help to facilitate this by building capacity across campus so that people can participate in this work and continue to progress in their reconciliation journey. We must remain diligent in answering the calls to action from ohpahotân | oohpaahotaan, and the Truth and Reconciliation Commission of Canada.”

This year’s forum is sponsored by the Office of the Vice-Provost Indigenous Engagement, and facilitated by the Mistatimōk Committee, a broad range of individuals – Indigenous and non-Indigenous – from across the campus community.
Mistatimōk translates to “horses” and the concept of “working together” in Saulteaux.

All USask staff, faculty and students are welcome to register to attend.

TextImage/images/2022/trc-building.jpgsite://news/images/2022/trc-building.jpgnewstrc-building.jpg3350711080720After holding the first National Reconciliation Forum back in 2015, the university has hosted an internal forum every year since 2017, in response to the Truth and Reconciliation Commission of Canada Calls to Action.Above content
usask-to-spotlight-six-honorary-degree-recipientstrue1718730911095imj129USask to spotlight six honorary degree recipientsThis spring, the University of Saskatchewan (USask) will pay tribute to six remarkable individuals who have made extraordinary contributions throughout their careers.USaskClassOf20221651674600000/articles/general/2022/usask-to-spotlight-six-honorary-degree-recipientsnewssite://news/articles/general/2022/usask-to-spotlight-six-honorary-degree-recipientsccm0461651512322239ccm0461655482588673show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/hd-2022-june-final.jpgsite://news/images/2022/hd-2022-june-final.jpgnewshd-2022-june-final.jpg2911881080720The University of Saskatchewan will be awarding honorary degrees to six individuals from June 6-10 during this year’s Spring Convocation celebrations.The University of Saskatchewan will be awarding honorary degrees to six individuals from June 6-10 during this year’s Spring Convocation celebrations. (Photos: Submitted)NoNoneNoneNo/
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During this year’s USask Spring Convocation celebrations scheduled to be held at Merlis Belsher Place from June 6-10, the university will award honorary degrees to a celebrated philanthropist, an award-winning soil scientist, a progressive post-secondary leader, an esteemed B.C. Supreme Court Justice, a renowned foreign correspondent, and one of the world’s premier construction technology researchers.

USask President and Vice-Chancellor Peter Stoicheff said he is proud to announce that the university will be recognizing USask alumni Jane Graham, Emeritus Professor James (Les) Henry, Justice Catherine Wedge, and Dr. Alan Wildeman (PhD), along with journalist Susan Ormiston and Dr. Nicholas Carino (PhD).

“We are honoured to celebrate the achievements and accomplishments, and the inspirational and innovative impact each of these exceptional individuals has made in their respective fields and careers,” said Stoicheff. “This is a wonderful opportunity to express our admiration and appreciation for their lifetime achievements and to express our gratitude by bestowing the University of Saskatchewan’s highest honour as we return to Merlis Belsher Place for our Spring Convocation celebrations.”

Here is a look at this year’s recipients:

TextJANE GRAHAM(Honorary Doctor of Laws)Image/images/2022/hd-jane-graham.jpgsite://news/images/2022/hd-jane-graham.jpgnewshd-jane-graham.jpg186445484483Align right

A visionary philanthropist and passionate proponent of post-secondary education, Graham has spent decades giving back to the university that has meant so much to her and her family. After graduating with a Bachelor of Education degree from USask in 1962, Graham went on to teach in Moose Jaw while raising a family with her husband Ron (Bachelor of Science in Civil Engineering at USask in 1962) as they built the Graham Construction family business into an international employee-owned corporation. Jane and Ron have gone on to become the largest cumulative alumni donors in USask history supporting student scholarships, programs, projects, research initiatives and Huskie Athletics.

Among the list of progressive projects that the Grahams have contributed to is one of special significance for Jane – the Jane and Ron Graham Centre for the Scholarship of Teaching and Learning in the College of Education, a centre unique in North America designed to help educators become classroom-ready entering the profession. Other major donations supported the establishment of the Ron and Jane Graham Sport Science and Health Centre in Merlis Belsher Place, the Ron and Jane Graham School of Professional Development in the College of Engineering, and the Graham Huskie Clubhouse. Jane and Ron raised three children – Jim, John, and Jeff – with Jeff and his wife Cindy both fellow USask alumni, along with all three of the Graham’s grandchildren.

TextJAMES LESLIE (LES) HENRY(Honorary Doctor of Laws)Image/images/2022/hd-james-lee-henry.jpgsite://news/images/2022/hd-james-lee-henry.jpgnewshd-james-lee-henry.jpg257505800800Align right

Henry was born in Milden, Sask., and raised on nearby Brunswick farm. He received Bachelor of Science (1964) and master’s (soil science, 1968) degrees at USask. His master’s was extended by work with the Department of Soil Science on soil survey in summer months and laboratory instruction in winter months. Henry’s academic appointment (1969) at USask was joint between the soil science department and the then campus-wide Extension Division. Extension work was proactive and ensured that research results were available to farmers and professionals. An important part of the job was to bring back information where research gaps could be filled by the soil science department.

Henry’s research projects, driven by questions from the farm gate, included anhydrous ammonia effect on soils, nutrient requirements of irrigated crops, potassium deficient soils, and soil salinity. The soil salinity work brought new light by clearly demonstrating the fundamental causes. International experience included Tanzania, Swaziland (now the Kingdom of Eswatini) and China. He has written a regular column for the farm paper Grainews for 45 years. Henry served as president of the Saskatchewan Institute of Agrologists, received numerous awards and has been inducted in the Saskatchewan Agricultural Hall of Fame (2004).

TextCATHERINE WEDGE(Honorary Doctor of Laws)Image/images/2022/catherine-wedge-2.jpgsite://news/images/2022/catherine-wedge-2.jpgnewscatherine-wedge-2.jpg190816576576Align right

Wedge was born in Saskatoon and attended USask, where she earned a Bachelor of Arts (Honours English) in 1974 and a Bachelor of Laws in 1980.  She is also a graduate of the Saskatoon Pony Club (1968), which she credits with her later success as an equestrian. While attending USask, she was a member of the Canadian equestrian team, and was part of the team that won gold at the Pan-American Games in 1971, placed sixth at the 1976 Montreal Olympics, and won gold in the 1978 World Equestrian Championships. She has been inducted into the Saskatchewan Sports Hall of Fame, Canada’s Sports Hall of Fame, and the Canadian Equestrian Sports Hall of Fame.

She articled and practiced law in Vancouver until 2001, when she was appointed a judge of the B.C. Supreme Court. She has presided over a spectrum of high-profile civil and criminal trials and has served as a guest lecturer for USask’s College of Law in the McKercher Lecture Series. She has been a faculty member for programs offered by the Canadian Institute for the Administration of Justice, and the National Justice Institute. Her parents, James and Marian, also graduated from USask. James practiced law in Saskatoon and Marian sat as a provincial court judge and Court of Queen’s Bench judge. Her grandfather, the Honourable Emmett Hall, was one of the first graduates of the USask College of Law, and went on to become a member of the Supreme Court of Canada.

TextALAN WILDEMAN(Honorary Doctor of Laws)Image/images/2022/hd-alan-wildeman.jpgsite://news/images/2022/hd-alan-wildeman.jpgnewshd-alan-wildeman.jpg93005800800Align right

Wildeman was raised in a farm family in Lanigan, Sask. He enrolled at USask in 1971 in the College of Arts and Science and earned his bachelor’s and master’s degrees in biology. He completed his PhD in genetics at the University of Guelph and was awarded a NATO fellowship for post-doctoral work in France, where he contributed to some of the first studies showing how genes in tumour viruses become activated. He took up a faculty position in genetics at Guelph in 1985, expanding his research interests into agricultural biotechnology, and became vice-president (research) in 2001.

In 2008 he was appointed president and vice-chancellor of the University of Windsor, where he oversaw a major capital renewal of the campus including recognition of Indigenous lands on which the campus is situated. He believed in developing greater university-community partnerships and advocated for the importance of all academic disciplines to society. He retired in 2018, and currently serves as chair of the Board of the Chatham-Kent Health Alliance hospitals, and of the Board of the Centre for Biodiversity Genomics. He received the Queen’s Diamond Jubilee Medal in 2013, and the Herb Gray Harmony Award for Multiculturalism in 2017. He credits the faculty and staff in biology at USask for all they did to set the stage for the full life he has led, and is particularly proud of the 2016 Alumnus of Influence Award he received from the College of Arts and Science.

TextSUSAN ORMISTON(Honorary Doctor of Letters)Image/images/2022/hd-susan-ormiston.jpgsite://news/images/2022/hd-susan-ormiston.jpgnewshd-susan-ormiston.jpg237879636637Align right

An award-winning journalist and one of Canada’s most respected foreign correspondents, Ormiston has sent dispatches from around the world to Canadians eager to understand what’s happening in it. In her career spanning 30 years and 30 countries, she has been the CBC’s war correspondent on the front lines in Syria, Lebanon, Afghanistan, and recently in Ukraine. She’s also captured the folly and majesty of the Royal Family, reported on multiple Olympic Games, and covered giants like Nelson Mandela. As an investigative reporter and host at CTV and as CBC’s foreign correspondent in London, Washington and Moscow, Ormiston has been on the front lines of history.

While politics and power dominate news, she has always focused on the people living with the consequences, including her recent coverage in Ukraine. In Canada she’s reported from every province and territory, sometimes as witness to our greatest tragedies, like in Humboldt in 2018. A skilled interviewer, Ormiston has probed hundreds of newsmakers, from Bill Clinton to Vladimir Putin, and from Celine Dion to Sting. Ormiston’s reporting has earned her many honours including London’s Foreign Press award, an international Gracie for reporting on women, and multiple Canadian Screen Awards including Best Reporting (Afghanistan), and for live reporting on CBC’s The National during the protests after George Floyd’s murder. Ormiston earned a bachelor’s degree in journalism with honours from Carleton University, but she nurtured her ambition growing up in Saskatoon and graduating from Evan Hardy Collegiate, and remains a proud prairie woman.

TextNICHOLAS J. CARINO(Honorary Doctor of Science)Image/images/2022/hd-nicholas-carino.jpgsite://news/images/2022/hd-nicholas-carino.jpgnewshd-nicholas-carino.jpg113576800800Align right

Carino was born in a small village in the region of Campania in southwestern Italy. His family emigrated to the United States and settled in a suburb northeast of New York City. Upon graduation from New Rochelle High School, he was admitted into the College of Engineering at Cornell University in Ithaca, N.Y., where he earned bachelor’s, master’s, and PhD degrees in structural engineering. While a graduate student, he joined the Cornell Rugby Club, and remained an active player with other teams until he hung up his boots at the age of 64.

Carino was an assistant professor at The University of Texas at Austin, where he received awards for teaching excellence and was the faculty advisor for the university’s first concrete canoe team. Subsequently, he became a research structural engineer at the National Institute of Standards and Technology (NIST), in Gaithersburg, Md., where he performed research in concrete technology and participated in investigations of the causes of major construction failures. He retired from NIST after 25 years of service. Carino is a Fellow of ASTM International and an Honorary Member of the American Concrete Institute. He received numerous awards for his accomplishments in research and standards development in support of the construction industry.

new-fire-hall-to-be-build-next-to-usask-main-campustrue1718730911095imj129New fire hall to be built next to USask main campusThe Saskatoon Fire Department (SFD) has announced it will be breaking ground for a state-of-the-art fire station along Preston Avenue, adjacent to the University of Saskatchewan (USask) main campus.University Communications1650575100000/articles/general/2022/new-fire-hall-to-be-build-next-to-usask-main-campusnewssite://news/articles/general/2022/new-fire-hall-to-be-build-next-to-usask-main-campusvvd8931650575343347vvd8931650638572260show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_fire_hall.jpegsite://news/images/2022/usask_fire_hall.jpegnewsusask_fire_hall.jpeg2138311080720(L-R) USask President Peter Stoicheff, City of Saskatoon Deputy Mayor Mairin Loewen, Elder, Senator Nora Cummings, and Fire Chief Morgan Hackl. (Photo: City of Saskatoon)NoNoneNoneNo/
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In the latest of a growing list of collaborations between USask and the City of Saskatoon, the new station will replace the 56-year-old Fire Station No. 5 currently located on Central Avenue in Sutherland, and will improve response times to the surrounding area, including the university campus.

“We are proud to continue to work in partnership with the City of Saskatoon on a wide variety of projects that help to serve and to give back to the vibrant community that we are all a part of,” said University of Saskatchewan President Peter Stoicheff. “The establishment of this new fire station is the latest development in the successful co-operation and collaboration between the city and the university and reinforces our commitment to community, including Indigenous partners and friends. As we celebrate this important step forward for the city, it is important to recognize that this fire station will be located on Treaty 6 territory and the Homeland of the Métis.”

The relocation comes as a result of a review of SFD’s operations that led to the development of a new service model to improve the fire service’s travel times across the city.

“The new location was selected with the aim of increasing both safety and efficiency,” said Fire Chief Morgan Hackl. “Computer-generated mapping revealed that relocating Station No. 5 closer to the intersection of College Drive and Preston Avenue will put our fire service in a better position to meet the four-minute travel time set out by the National Fire Protection Association (NFPA) and better utilize resources.”

Once fully commissioned, the 10,000-square foot (930-square metre), two-storey fire station will also be furnished with a cultural space intended for SFD initiatives, civic departments, and for university activities. When available, the shared space will be open to public bookings for community groups, strengthening neighbourhood amenities for the wider community.

“As the city grows, our Fire Department has done important work to reorganize our fire stations,” said Saskatoon Mayor Charlie Clark. “This helps ensure we can keep our growing neighbourhoods protected in a way that efficiently uses our resources over the long term. This new fire station is an example of that. The university has been a great partner in getting this built and we continue to work closely with the university community. This is a great day.”

The new station is expected to be operational by the summer of 2023.

usask-covid-19-safety-measures-updatetrue1718730911095imj129USask COVID-19 safety measures updateWith the Winter Term concluded and final exams now underway, we take this opportunity to provide an update on health and safety measures at USask as we move into spring and summer sessions.1649876760000/articles/general/2022/usask-covid-19-safety-measures-updatenewssite://news/articles/general/2022/usask-covid-19-safety-measures-updateccm0461649876978659ccm0461649876978659show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_announcement-apr-2022.jpgsite://news/images/2022/usask_announcement-apr-2022.jpgnewsusask_announcement-apr-2022.jpg2734471080720USask students on campus. NoNoneNoneNo/
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We also wanted to thank all members of the university community for their commitment to Protecting the Pack and adherence to the health and safety measures that have been in place. Because of that commitment we were able to minimize disruption to teaching and research activity, limit on-campus transmission of COVID-19 and its variants, and avoid contributing significantly to case numbers in the broader community. 

As outlined in the February 11 update, the wearing of three-ply single-use masks has been required for everyone accessing USask campuses and in all indoor locations until April 30. With the continued spread of and increase in positive cases throughout the province and city, the mask requirement will be extended to June 30 to ensure the safety of the campus community and to ensure as little disruption to core university activities as possible. Masking matters, and USask recognizes the importance of masking in preventing transmission of airborne illness such as COVID-19, cold and flus. Masking, along with being fully vaccinated and boosted, is the surest way to protect yourself from COVID-19 and its dangerous variants.

Approved masks include single-use 3-ply-nonmedical-and-medical, N95, KN95s and, double masking with a cloth mask over single-use 3-ply. An approved mask must be worn in all indoor spaces, including:

  • Hallways, lobbies, washrooms and elevators
  • Libraries
  • Classrooms
  • Laboratories -  laboratory mask use
  • Meeting spaces
  • Study spaces
  • Recreation facilities
  • Shared offices - masks may be removed in private work offices when the individual is the lone occupant of the space but if someone enters the office, you must don your mask. 
  • Residence - masks must be worn in all common and designated areas outside of private living space.

Depending on local risk assessments including the impact on core activities, some exemptions for activities such as external events, may be provided. The mask requirement, based on case numbers, wastewater viral load, public health data and forecasting, on-campus transmission and other information, will be reassessed throughout the coming months.

In addition to the masking requirement, staying home if you are feeling sick (even if it isn’t COVID-19 or you’re not sure, and even if you have a negative rapid COVID test result) and not coming to campus until you are symptom free for 48 hours is required, will remain a mandate at this time.  

While we anticipate the health and safety mandates and guidelines at USask campus and work locations to continue to lessen over the summer months, be assured that PRT is still actively monitoring the pandemic. We are keeping a close watch on USask case numbers, variant emergence, and public health data and recommendations to determine the level of health and safety measures necessary to keep the campus and broader community safe. Be assured that PRT will provide timely and relevant updates should any changes to guidelines be necessary. As well, we will provide an update on Fall Term planning well before it begins. 

As we have seen with the pandemic over the past two years, it is unpredictable and the best way to defend against it is to be fully vaccinated and boosted, and to wear an effective mask. The university has a responsibility to implement the necessary measures to protect students, faculty, staff, and visitors to campus from known dangers on campus, such as the spread of COVID-19, and will do so once again should it be necessary. 

Please enjoy what we hope will be a wonderful spring and summer.  Stay healthy and stay safe. 

Sincerely,
The Pandemic Response and Recovery Team 

usask-senior-leaders-embracing-anti-racismanti-oppression-educationtrue1718730911095imj129USask senior leaders embracing anti-racism/anti-oppression educationFor 35 years, Dr. Verna St. Denis (PhD) has been leading anti-racism and anti-oppression instruction in teacher education at the University of Saskatchewan (USask).James Shewaga1649340000000/articles/general/2022/usask-senior-leaders-embracing-anti-racismanti-oppression-educationnewssite://news/articles/general/2022/usask-senior-leaders-embracing-anti-racismanti-oppression-educationccm0461649267962551ccm0461649268315920show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/verna-liz-1080.jpgsite://news/images/2022/verna-liz-1080.jpgnewsverna-liz-1080.jpg2869991080720From left: Dr. Verna St. Denis and Liz Duret. (Photos: Submitted)From left: Dr. Verna St. Denis (PhD) is a professor in educational foundations at USask and special advisor to the president on anti-racism and anti-oppression. Liz Duret is the senior diversity and inclusion consultant at the University of Saskatchewan. (Photos: Submitted/James Shewaga)NoNoneNoneNo/
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For the first time, she feels like she is finally being heard at the highest levels of the institution, with a chance to make a difference.

“For me, it’s a passion that I have had my whole life, my whole career, and I have been in the academy as a student and as a faculty member since 1978,” said St. Denis, a professor in educational foundations who is co-leading anti-racism/anti-oppression education for USask’s senior leadership team for the first time after being appointed special advisor to the president last year. “This is what is so important to me.

“There is literature that is starting to come out – a framework for what we need to do to have an anti-racist university – and it is validating because it’s what we have started. Scholars recommend that you have to start with the leadership, and we are doing that. And to the best of our knowledge, other universities have not done this with senior leadership … So it’s a good start, but we need to do more.”

TextImage/images/2022/peter-stoicheff-hs-600.jpgsite://news/images/2022/peter-stoicheff-hs-600.jpgnewspeter-stoicheff-hs-600.jpg132399600579Peter Stoicheff is the president and vice-chancellor of the University of Saskatchewan. (Photo: David Stobbe)Align right

USask President Peter Stoicheff has started at the top, requiring all senior leaders – vice-presidents, deans, executive directors, etc. – to join him in taking the anti-racism/anti-oppression education, following up on his recent pledge that “words alone are an insufficient response.”

“Our senior leadership team is committed to doing whatever is required to make our university a more inclusive, safe and supportive place for all students, staff and faculty members,” said Stoicheff. “These anti-racism/anti-oppression sessions have had a powerful impact on all of us and have provided us with a new understanding of the challenges and the responsibilities we face to make a difference in our leadership capacity. We are committed to leading the conversation and to making the changes that are necessary to turn education into action, in order to build a more equitable, diverse and inclusive campus, community, and world.”

The senior leadership education led by St. Denis and Liz Duret – USask’s senior diversity and inclusion consultant – is one of a number of university initiatives designed to help make campus a more inclusive and welcoming place for all students, staff and faculty. USask has adopted a new Indigenous Strategy, and is finalizing its Equity, Diversity and Inclusion Strategy and Action Plan, as well as expanding unconscious bias training, and enhancing discrimination and harassment prevention services.

For Duret, it is empowering to see the university’s senior leaders commit to the process, and set the example for the campus community to follow.

“We are at the infancy stage in doing this work, and starting at the highest level sets the tone and demonstrates the priority of this work and hopefully we will see this filter down throughout the institution,” said Duret. “After twenty-some years of doing equity and justice work, it is rewarding to have the doors opened and people being receptive to this work. Although challenging, the leaders are leaning in and engaging.”

St. Denis and Duret and their team are currently providing education and training to approximately 45 members of USask’s Senior Leadership Forum (SLF) and the President’s Executive Council (PEC), with the eight-module sessions set to conclude in June when all senior leaders will present to their cohorts a framework and a plan going forward to build and lead an anti-racist university.  

“Our sessions began with introductory knowledge about race, racism and anti-racism and then we provide opportunities for senior leaders to develop their own literacy and fluency to talk openly about these issues,” said St. Denis. “The goal is to support them in developing an anti-racism lens that will influence their leadership and decision-making.”

Both Duret and St. Denis know how difficult it can be to talk about racism. Being comfortable with these conversations requires creating a safe environment, and trust between and with the facilitators and other participants, according to Duret.

“When you create psychological safety and bring people together, it’s not about a destination, it’s about the journey,” said Duret. “It’s about being self-reflective, being open, courageous and brave enough to lean into these conversations. And I think the engagement, feedback we have received, and the discussions, tells us that the people in the room are learning and hopefully we will see meaningful, sustainable changes as a result of this work.”

St. Denis knows it will take time to address issues and implement fundamental changes that make a difference on campus and in communities, but is encouraged that senior leaders are taking the first steps in the process. What she would like to see next is more resources dedicated to expanding anti-racism/anti-oppression education more broadly across the university, possibly beginning with a micro-credentialing option for students, or as part of the onboarding training process for new employees.

“This is a good beginning and it would be pretty amazing to one day see that all students and staff are required to take an anti-racism course. Everybody,” said St. Denis. “And I would like to see more anti-racism education, including recruiting anti-racist scholars. We need education, and we need to support those who teach it, because it is difficult and we have so much misunderstanding and lack of knowledge in our society. So, the university needs to engage in an education process that will promote equity and justice, which is lacking in the present, and exercise the positive change that we need today.”

As the university continues the process of finalizing its Equity, Diversity and Inclusion Strategy and Action Plan, Duret said increasing anti-racism/anti-oppression education is the next natural step in the process to move forward as individuals, as an institution, and as a society.

“I think we are at a real pivotal point in history at the university and we have an opportunity to make a real difference,” said Duret. “This is a good start, and there is much more work to be done.”

Measures of success:

  • We talk openly about anti-racism/anti-oppression
  • Anti-racist/anti-oppressive lens permeates our work and learning
  • Our systems and structures make sense: we are doing things differently and what we are doing makes sense from multiple worldviews
  • The strengths and diversity of those around us is recognized
  • We acknowledge and celebrate everyone’s talents and successes
  • We have created a place where the next generation can come and expect to be treated well

What we need to do:

  • Develop anti-racist literacy, including language needed, and courage to talk openly about anti-racist/anti-oppression
  • Create an anti-racist/anti-oppression lens to apply to our work (planning, decision-making) and learning (curriculum)
  • Create system and structures for concerns of racism and oppression to be shared and heard with an open heart and mind
  • Focus on systemic change and have the courage to act on knowledge
general-academic-assembly-meetingtrue1718730911095imj129General Academic Assembly MeetingYou are invited to attend the virtual General Academic Assembly (GAA) annual meeting on Wednesday, April 6, 2022, at noon. 1649109240000/articles/general/2022/general-academic-assembly-meetingnewssite://news/articles/general/2022/general-academic-assembly-meetingccm0461649109721508ccm0461649280143876show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/college-building.jpgsite://news/images/2022/college-building.jpgnewscollege-building.jpg2863851080720NoNoneNoneNo/
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President Peter Stoicheff, chair of the GAA, will give his annual report on the state of the university, “A Post-Pandemic Look Ahead” followed by a question period.

The livestream will be available to view on the day of the meeting.

Members of the GAA include the president as chair, members of faculty, elected students, deans, executive directors of schools, vice-presidents, the university secretary and the registrar. Visit governance.usask.ca for more information.

All members of the university community and public are invited to attend.

tuition-rates-for-202223-to-focus-on-students-and-to-advance-predictabilitytrue1718730911095imj129Tuition rates for 2022/23 to focus on students and to advance predictabilityThe University of Saskatchewan (USask) is announcing its tuition plans for the 2022/23 academic year, implementing an increase. This will ensure undergraduate and graduate students continue to receive an education that is one of the highest in quality and value in Canada while continuing to provide additional investments in student learning, supports and financial aid.1648659600000/articles/general/2022/tuition-rates-for-202223-to-focus-on-students-and-to-advance-predictabilitynewssite://news/articles/general/2022/tuition-rates-for-202223-to-focus-on-students-and-to-advance-predictabilityccm0461648653106036ccm0461648659770943show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/students-outside--1080.jpgsite://news/images/2022/students-outside--1080.jpgnewsstudents-outside--1080.jpg2873631080720Students at USaskNoNoneNoneNo/
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Determining the appropriate rate of tuition in any given year is complex and is developed following the university’s five principles, as per the Tuition and Fees Authorization Policy:

  • Comparability to similar programs;
  • Accessibility and affordability for students;
  • Enabling the high quality of our programs;
  • Predictability of tuition to support longer-term planning for students, and
  • Transparency through consultation with students to ensure a common understanding on tuition.

“Enhancing the student experience is one of our top priorities and our University Plan 2025 has the bold ambition to set the standard for learning,” said USask Provost Airini. “We will work with students to make sure they have access to outstanding teaching, superior facilities, and student-centred support services.”

USask signed The Saskatchewan Post-Secondary Multi-Year Operating Funding Memorandum of Understanding with the Saskatchewan Government in 2021, which sets the stage for overall tuition stability across the next three years. The 2022/23 weighted increase for tuition is 3.7 per cent. Tuition rates for all programs can be found online at usask.ca/tuition.

Along with the tuition decisions, USask also provides financial support for students who are most in need to begin or continue their university education. To assist with affordability and accessibility, USask provides $54 million annually in financial aid, through scholarships, bursaries, tuition waivers and crisis aid. For the upcoming 2022/23 year there will be an additional $700,000 invested into financial supports for continuing international students who face the greatest need as a result of international tuition increases.

“We recognize the importance of providing our students with the supports and services they require, and we remain committed to working with our students in every way possible, so they thrive at each step of their academic journey as undergraduate and graduate students,” said Airini.

Tuition provides essential revenue for running academic programs, student services, financial aid, and other support services at USask and new program investments. Determining the appropriate rate of tuition increase in any given year is complex and is developed following the university’s five principles. Beginning in fall 2021, USask launched new tuition consultation initiatives with students, offering learning modules designed to share information on university finances, budgeting, and tuition setting, as well as seeking student perspectives through both a survey and meetings within their colleges and schools.  

We have heard from students how important it is to have predictability around tuition increases and have worked together to more fully implement the principle of predictability. Following the announcement of 2022/23 tuition, the university will continue conversations throughout the year to position students with an understanding of how they can better predict changes to tuition over the next few years.

“Decisions about tuition are made very carefully. Tuition makes up about 16 per cent of total revenue and is needed to maintain and enhance the student experience while upholding our academic excellence as a world class research-intensive university,” said Airini. “We understand that this is a significant investment for students and their families, and we work to ensure that investment sets them up for a lifetime of success.”

usask-statement-on-provincial-budgettrue1718730911095imj129USask statement on provincial budget Today the Government of Saskatchewan announced its 2022-23 budget, which confirmed the province’s continued commitment to deliver on a multi-year funding agreement to support shared priorities and support financial sustainability.pec,1648067700000/articles/general/2022/usask-statement-on-provincial-budgetnewssite://news/articles/general/2022/usask-statement-on-provincial-budgetccm0461648069231536ccm0461651675930555show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2017/campus-aerial-2017.jpgsite://news/images/2017/campus-aerial-2017.jpgnewscampus-aerial-2017.jpg10896471093720NoNoneNoneNo/
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The multi-year funding commitment provides incremental investment to support COVID-19 recovery, revenue generation, sector collaboration and achieving strategic initiatives outlined in the Growth Plan. 

Over the next few days, an in-depth review of the budget will be conducted to determine the full impacts to the university. University of Saskatchewan (USask) President and Vice-chancellor Peter Stoicheff said he is initially encouraged. 

“This is the second year the government has delivered on a multi-year funding commitment to support shared priorities and support financial sustainability,” said Stoicheff. “This commitment enhances our ability to forecast and plan, and elevates opportunities for improved financial predictability and supporting the government’s growth plan. The University of Saskatchewan plays a key role in building a stronger Saskatchewan.”  

“We are pleased with the government’s additional support of nursing education that will ensure communities throughout the province have access to the most qualified health-care practitioners,” said USask Provost Airini. “The additional support announced today will enable USask to educate more nurses, hire more faculty and instructors, and have more registered nurses in practice within three years and beyond. By working with government partners, we can achieve an exceptional student experience, and an optimal environment for nursing faculty leading teaching and research. Together we are widening access and setting the standard for nursing education.”

The announced funding also demonstrates the Government of Saskatchewan’s recognition of the value USask provides to the province, and the positive impacts of the graduates and the ground-breaking research taking place here, Stoicheff added 

“The past two years of the pandemic have been challenging for our institution, as with all universities, and we are very grateful for the government’s support in uncertain times,” Stoicheff said. “The University of Saskatchewan and the Government of Saskatchewan continue to show how a shared focus on teaching, learning and research can benefit the people of our province.” 

The 2022-23 budget is available online at www.saskatchewan.ca/budget 

new-video-encourages-empathy-and-understanding-through-sharing-a-cup-of-teatrue1718730911095imj129New video encourages empathy and understanding through sharing a cup of teaThe City of Saskatoon (City), the University of Saskatchewan (USask) and members of the Afghan community released a video today to highlight the strength of refugee communities in Saskatoon and to acknowledge the important role everyone can play in the growth and development of their communities. 1647875160000/articles/general/2022/new-video-encourages-empathy-and-understanding-through-sharing-a-cup-of-teanewssite://news/articles/general/2022/new-video-encourages-empathy-and-understanding-through-sharing-a-cup-of-teaccm0461647875473362ccm0461647875545318show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pouring-tea.jpgsite://news/images/2022/pouring-tea.jpgnewspouring-tea.jpg2844901080720Image of hands pouring tea.NoNoneNoneNo/
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In the video, released today on the International Day for the Elimination of Racial Discrimination, recently arrived residents Najibulla Sorosh and Maryam Masoomi have tea with April Sora, immigration, diversity and inclusion consultant for the city. They talk about their lives in Afghanistan, the events that led to fleeing their country in the fall of 2021 and their journey to Saskatoon. 

The video project, called Have Tea With Me, began as part of the Memorandum of Understanding between the city and the university. A joint working group came together to look at ways to address racism and contribute to building a community that promotes empathy and understanding through conversation.  

Mayor Charlie Clark said he thinks the video project is a great partnership to help with the crucial work of building a city strengthened by our diversity.   

“Everyone who moves to Saskatoon has a story,” said Clark. “People bring the wisdom and resilience of their experiences with them, ready to share with our community if we can ensure they have the opportunity to do so. These videos are a window into the humanity and strength of those who come to Saskatoon as refugees and become our neighbours. I hope they help us become a community that can work together to ensure everyone who moves here can thrive.” 

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The video invites Saskatoon residents to get to know their neighbours, and the title, Have Tea With Me, was chosen because visiting over a cup of tea is a common and welcomed social practice in Afghan culture, as it is in many cultures around the world. 

USask President Peter Stoicheff said embracing equity, diversity and inclusion is crucial for a community to thrive. The Have Tea With Me video is one example of a simple but effective way of doing that, by taking the time to simply speak with our neighbours. 

"Here at USask we have seen time and time again how diversity is increasingly instrumental to thrive—not only as a campus, but as a community—and to create the collective success and well-being that we seek as a society," said Stoicheff. "Better understanding and appreciating others with different backgrounds, knowledge and experiences, enriches all of our lives. Equally important, we must constantly work to create an equitable environment of diversity and inclusivity, where everyone in our community feels welcome, and that they belong here. This project shows us that embracing differences and being open to learning more about the people around us, takes little effort but provides so much in return. The key can be as simple as inviting someone to join you for a cup of tea." 

Four hundred people from Afghanistan have come to call Saskatoon their home, according to Clark. He said in September 2021, 240 members of the Marefat school in Afghanistan and their families arrived in Saskatoon, fleeing the oppressive Taliban who targeted educated young women. 

Farkhonda Tahery, with the Saskatoon Open Door Society, was part of the Have Tea With Me working group and one of the first refugees to arrive in Saskatchewan.  

“This video project is another effort to give us a chance to make Saskatoon home and make friends, and so far, I can say that we, the Afghan newcomers, have felt welcomed, supported and embraced by Saskatoon and Saskatonians, since our arrival here,” said Tahery.  

The video launched today is the first in a series that shares the stories of refugee communities in Saskatoon. Residents are encouraged to watch the videos and to get to know newcomers, their neighbours. 

To watch the video and for more information, visit the City of Saskatoon Have Tea With Me webpage at saskatoon.ca/havetea

 

usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationtrue1718730911095imj129USask president on the International Day for the Elimination of Racial DiscriminationToday marks the United Nations’ International Day for the Elimination of Racial Discrimination, with this year’s theme focused on Voices for Action Against Racism.pec,1647876600000/articles/general/2022/usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationnewssite://news/articles/general/2022/usask-president-on-the-international-day-for-the-elimination-of-racial-discriminationccm0461647874716902ccm0461648069755336show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
TextNone/Above contentAs a campus community, we are committed to taking the actions necessary to create the change that we want for our university and our society. 
 
While the University of Saskatchewan has made significant strides in recent years in our efforts to be the most welcoming place we can be for all students, staff, faculty and alumni, there is much more that we can do. 
 
As an educational pillar of our community and our country, we are leading by example in asking the right questions and engaging in the difficult discussions that universities like ours are ideally suited for. To that end, we are committed to purging policies and procedures, and dismantling ingrained institutional structures, that contribute to racial discrimination and inequalities faced by marginalized groups. 
 
Since the adoption of our Mission, Vision and Values our fundamental guiding principles to promote diversity and meaningful change to be the best place we can be for all members of our campus community the University of Saskatchewan has continued to move forward. In the fall of 2020, USask introduced its Equity, Diversity and Inclusion Policy, followed by the gifting of the Indigenous Strategy in the summer of 2021, the first strategy solely created by Indigenous people at a Canadian U15 research institution. 
 
To better contribute to the conversation and to inspire implementation of the changes necessary, the university’s senior leadership team is also currently engaged in anti-racism/anti-oppression education. Our university is also partnering with the City of Saskatoon on a number of new initiatives to confront racism and to celebrate the dynamic diversity of our community. 
 
We will soon unveil USask’s Equity, Diversity and Inclusion (EDI) Strategy and Action Plan, as we set out the necessary steps to move forward and expand our commitment to creating a more equitable, diverse and inclusive university. Our EDI Strategy and Action Plan will reaffirm our road map to follow, providing the pathway to progress and the blueprint for building a better campus community for all. 
 
We all share in the responsibility to create a campus environment and community that embraces change and promotes the principles of manācihitowin, equity and inclusion, and human dignity and diversity. 
 
As we join the world in recognizing the International Day for the Elimination of Racial Discrimination, let us all re-commit to doing our part to confront racial discrimination at every opportunity and to create a more just society, reflected in our daily decisions and interactions with one another. We have the courage to lead the change that we want to see in our world, with a commitment to dialogue, education and action. 
 
The University of Saskatchewan is the right place, in the right time, to lead this necessary change. Let us all work together to demonstrate our desire and determination to be champions of equity, diversity and inclusion to build a better society and a campus community that is safe and supportive for all students, staff, faculty and alumni. 
 
Peter Stoicheff 
President and Vice-Chancellor 
University of Saskatchewan 
presidents-statement-on-russia-and-ukrainetrue1718730911095imj129President's statement on Russia and UkraineThe Russian military invasion of Ukraine is extremely concerning to our University of Saskatchewan community. News about these shocking events and their potential implications for world peace will be troubling for all of us, and particularly for our many Ukrainian and Russian university members., pec, ukraine, 1645745100000/articles/general/2022/presidents-statement-on-russia-and-ukrainenewssite://news/articles/general/2022/presidents-statement-on-russia-and-ukrainektf1331645745705475ccm0461649109984584show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/yellow-blue-usask.jpgsite://news/images/2022/yellow-blue-usask.jpgnewsyellow-blue-usask.jpg3753021080720NoNoneNoneNo/
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If you need support, I urge you to connect with the wellness resources listed below that are available for students, faculty and staff.

Saskatchewan is home to one of Canada’s highest populations of people of Ukrainian descent. The University of Saskatchewan conducts programming and research related to Ukrainian culture, language, politics and history. We have partnerships and student exchanges with institutions in Ukraine. As a result, we have deep and strong relationships with Ukraine. 

During this very difficult time, I encourage you to take care of yourselves and of each other. 

Student Support

Faculty and Staff Support

  • LifeWorks, Usask’s Employee and Family Assistance Program (EFAP) provider, offers a wide range of services including free and confidential counselling, 24 hours a day, 7 days a week. 
  • MindBeacon offers virtual mental health support that fits your life.
  • For eligible employees, your benefit plan covers mental health supports including clinical counsellors, marriage and family therapist, psychologist, psychotherapist and social workers.

Peter Stoicheff
President and Vice-chancellor
University of Saskatchewan

memorial-gathering-for-victims-from-keeseekoose-first-nationtrue1718730911095imj129Memorial gathering for victims from Keeseekoose First NationMembers of the campus community1645625580000/articles/general/2022/memorial-gathering-for-victims-from-keeseekoose-first-nationnewssite://news/articles/general/2022/memorial-gathering-for-victims-from-keeseekoose-first-nationccm0461645625768344ccm0461645625768344show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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tānisi. hãn. ëdƚanet’e? taanishi. Aniin
[English. French. Cree. Dakota/Lakota/Nakota. Dene. Michif. Saulteaux]

It is with sorrow that we write this message regarding the recently discovered 54 unmarked graves of Indigenous children found by Keeseekoose First Nation in Treaty 4 territory, in Saskatchewan. There are no doubt students, staff, and faculty on our campus and in our college, with connections to this community, and we pass along our condolences to the families and to the Keeseekoose First Nation community. Our thoughts are also with survivors of residential schools and day schools, including intergenerational survivors who continue to live each day with the impact of those institutions and of present-day acts of colonization. Our hearts are also with Mr. Bob Badger (Cultural Coordinator, OVPIE) at this time of hardship while he and his home community heal from these discoveries. 

We know these will not be the last children to be found. We know there will be more. In knowing this truth, we must prepare for more findings and support those communities through their healing process. Additionally, we must ensure that the history of Residential Boarding Schools and Day Schools is not forgotten but shared with students of all ages. The truth must be told. 

When talking about these recent discoveries on February 15, Assembly of First Nations Chief RoseAnne Archibald emphasized that “there has to be truth before reconciliation.” 

We want to encourage non-Indigenous students, staff, and faculty in our university to learn about these difficult truths of genocide through the residential school system history, and to learn about the ongoing realities and impacts of anti-Indigenous racism and settler colonialism. ohpahotân | oohpaahotaan, the Indigenous Strategy for the University of Saskatchewan, commits us to, “honour the past and see the truth in the present”, let us walk that path now.

During the COVID pandemic, we are limited on how we can gather to support one another. In place of a physical gathering, a virtual gathering will take place on Thursday, February 24, 2022 from 2:30-3:30, and all are welcome to attend. Please follow the link below to participate, and please wear your orange shirt to demonstrate our solidarity.

Keeseekoose gathering
Date: Thursday, February 24
Time: 2:30-3:30 pm

https://usask-ca.zoom.us/j/99734697301?pwd=c1NwVXlKalJQcWhZdTNqK0I0dFd6QT09

We encourage you to take care of yourselves and each other. Below is further information for wellness supports, as well as information for learning more.  

Many supports are available at the Student Wellness Centre and Student Affairs and Outreach. Staff and faculty can access confidential counselling through the Employee and Family Assistance Program

The following community-based supports and resources are also available:

Thank you
mąsi / pidamaya / pinámaya miigwetch / marsee / hiy hiy

Airini and Angela

Provost and Vice President Academic
Vice Provost, Indigenous Engagement

updated-covid-19-safety-measurestrue1718730911095imj129Updated COVID-19 safety measuresWith the news of the Government of Saskatchewan removing the proof of vaccination policy beginning February 14, 2022, and lifting the remaining public health orders throughout the province at the end of this month, we have taken the opportunity to review USask’s COVID-19 health and safety measures and to develop our plan to move beyond those measures. , pec, 1644606960000/articles/general/2022/updated-covid-19-safety-measuresnewssite://news/articles/general/2022/updated-covid-19-safety-measuresccm0461644603550389ccm0461649109860961show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/feb11-campus.jpgsite://news/images/2022/feb11-campus.jpgnewsfeb11-campus.jpg3377871080720NoNoneNoneNo/
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We have evaluated the government’s announcement, consulted public health officials and legal experts, and most importantly, carefully considered the health and safety of our campus community. Our current health and safety protocols were foundational to our plans to return to as much in-person activity as possible for winter term, and many of those protocols remain important to finishing the term without disruption due to COVID-19. Some measures, however, are being adjusted to reflect the projected declining safety risks that COVID-19 will present to the campus community over time. 

Based on public health advice, we are changing some measures as of February 14, and we expect to lift a number of other safety measures in the coming weeks. The following outlines our plans and the expected length of time for them to be in place: 

  • As of February 14, we are modifying the requirement for all members of the campus community to be fully vaccinated to participate in on-campus activities. A full 99 per cent of our campus community is fully vaccinated. Those individuals currently engaged with in-person learning or work on a USask campus who are not vaccinated will be required to conduct rapid antigen testing and upload results in PAWS three times per week until April 8. Test kits will be supplied by the university and available to pick up at these locations for at-home testing. Students, faculty and staff can book an appointment to receive the COVID-19 vaccine on campus through the Student Wellness Centre.
  •  Anyone who has an approved accommodation from vaccination is expected to continue the terms of their agreement until April 8. 
  • Wearing a three-ply single-use mask on all USask campuses and in all indoor locations at all times will be required until April 30. 
  • As of February 14, visitors to campus are no longer required to show proof of vaccination. This includes those attending Huskie games at the PAC and Merlis Belsher Place, as well as those using the Fit Centre and participating in Campus Rec. Masking indoors at such events and activities is still required until April 30.  
  • Staying home if you are feeling sick (even if it isn’t COVID-19 or you are not sure, and even if you have a negative rapid COVID test result) and not coming to campus until you are symptom free for 48 hours is required until further notice. 
  • Using rapid COVID test kits to test yourself prior to any social or non-essential gatherings in person with others is advised. A list of locations to pick up rapid testing kits throughout the province is available  here

The university has a responsibility to implement the necessary measures to protect students, faculty, staff, and visitors to campus from known dangers on campus, such as the spread of COVID-19. As part of this obligation, we have carefully considered the unique health and safety concerns of our campus community and the fact that our current COVID-19 measures are integral as we return to as much in-person activity as possible for winter term. As the need for COVID-19 safety measures declines in the province, the unique health and safety challenges facing universities require us to be thorough and deliberate in changing USask measures. Unlike most other settings in the province, USask has a very large number of people in a tightly defined geographic area, with a relatively small number of buildings—including health-care facilities. 

At this time, with the effects of the pandemic projected to continue in Saskatchewan for a while longer, we believe the health and safety measures outlined above are necessary to ensure the safety of our campus community and beyond, which is our top priority. This approach will enable us to successfully complete winter term and offer the level of in-person activity originally planned. 

Regards, and stay well, 
 
USask Pandemic Response and Recovery Team  

usask-winter-term-update-welcome-back-to-campustrue1718730911095imj129USask Winter Term update: Welcome back to campusToday we begin our return to increased levels of in-person campus activity. Although we are not finished with the pandemic yet, nor it with us, I am confident that we can, safely and wisely, make the transition back to being together again. I thank all who have helped get us to this new place of hope and promise. pec, 1644263400000/articles/general/2022/usask-winter-term-update-welcome-back-to-campusnewssite://news/articles/general/2022/usask-winter-term-update-welcome-back-to-campusccm0461644264004029ccm0461644614587276show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus-winter-14.jpgsite://news/images/2022/campus-winter-14.jpgnewscampus-winter-14.jpg3148581080720NoNoneNoneNo/
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Thanks to our students for your patience during the last several weeks of remote program delivery that helped ensure the health and safety of all.

Thanks to our faculty for maintaining a high standard of instruction and research over the last few weeks of remote activity, and indeed over the last two years of disruption and change. 

Thanks to our many staff who have switched to working from home for long periods of time. And thanks to the many people who have continued to provide services, in-person and virtual, throughout the pandemic including those who have ensured the campus has remained in excellent shape for all of us who are returning to it.

Thanks to our many health-care workers without whom the province would not have received the expert care essential to our ability to begin returning today.

Thanks to the many USask health experts who have weighed in publicly on the need for informed decision-making and the forms it must take.

Thanks to all those in USask leadership positions responsible for our collective well-being during a pandemic that is not over yet.

And I am proud that, due to the collective efforts of everyone, the University of Saskatchewan continues to be the beacon of hope for the aspirations of so many.

We are able to increase our level of in-person activity on campus in part because of the extremely high vaccination rates in our campus community. I cannot emphasize strongly enough the importance of receiving a booster if you are eligible. Boosters are available on campus for all faculty, staff and students at the Student Wellness Centre. Getting a booster is proven to vastly decrease community infection rates and individual Covid-related health risks, as well as contribute to a sustainable health-care system. Doing so helps us all — that’s what a community is about.

As we return to campus, I ask that everyone observe the protocols and guidelines that are in place to help ensure everyone’s health and well-being. 

Peter Stoicheff
President and Vice-chancellor
University of Saskatchewan

usask-winter-term-update-return-to-campus-planned-for-feb.-7true1718730911095imj129USask Winter Term update: Return to campus planned for Feb. 7On January 18, the Pandemic Response and Recovery Team (PRT) provided a winter term update indicating that temporary precautionary measures would remain in place until February 7. 1643734800000/articles/general/2022/usask-winter-term-update-return-to-campus-planned-for-feb.-7newssite://news/articles/general/2022/usask-winter-term-update-return-to-campus-planned-for-feb.-7ccm0461643733953450ccm0461644354414228show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus-winter-07-3.jpgsite://news/images/2022/campus-winter-07-3.jpgnewscampus-winter-07-3.jpg3004081080720NoNoneNoneNo/
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Based on the current state of the fifth wave of the pandemic, we are writing to confirm that in-person learning and research activities will safely return to campus beginning February 7 as planned for the start of winter term. 

The PRT and the President’s Executive Committee (PEC) consulted with many university partners and heard feedback from faculty, staff and students prior to making this decision. We’ve also closely monitored the pandemic situation on campus, within the province and beyond. This decision has been guided by recent and encouraging factors, including the levelling off of new positive cases, levels below prior peaks in COVID-19 viral load detected in wastewater, and high uptake of COVID-19 vaccine boosters by our campus community. Also, 99 per cent of the campus community who plan to be on campus are fully vaccinated. These factors, along with the current health and safety protocols in place, give us confidence in a return to campus on February 7.  

There may be some exceptions or specific circumstances that will require some academic program activities to remain remote for the time being. If those circumstances emerge, messages will come directly from the college or school to provide further details.  

Staff who can work remotely and have been doing so should continue to for now and are asked to connect with their people leader to discuss a strategy and timeline for returning to working on campus. Extracurricular activities that are not directly associated with teaching, learning and research and have not been previously approved by the PRT will be phased back to in-person by February 21 with strict adherence to verification of full vaccination and other health and safety measures. 

As we return to increased in-person activities we remind everyone, that, in addition to the health and safety measures in place, we all have a vital part in preventing the spread of COVID-19 and its variants. This includes: 

  • Being fully vaccinated and expecting all members of the campus community to obtain their vaccination booster shots as soon as eligible.  If appropriate, please update your booster vaccination status by February 7; 
  • Wearing a required 3-ply single-use mask on all USask campuses and in all work locations at all times; 
  • Staying home if you are feeling sick (even if it isn’t COVID-19 or you are not sure) so you do not spread any illness and not coming to campus until you are symptom free for 48 hours; and 
  • Using rapid test kits to test yourself prior to any gatherings in person with others (rapid testing kits can be confirmed here). 

If required, we also know we will be able to manage, mitigate and respond to situations to minimize disruptions.

If you have any questions or would like more information, please visit covid19.usask.caor consult the FAQ. We appreciate your patience throughout these challenging times and your ongoing commitment to ‘Protect the Pack’. We look forward to resuming increased on-campus activity starting next week. 

Regards, and stay well, 
 
USask Pandemic Response and Recovery Team  

presidents-statement-on-black-history-monthtrue1718730911095imj129President’s statement on Black History MonthSince 1996, Canada has celebrated Black History Month in February each year to honour the history, stories and accomplishments of Black Canadians.pec,1643724300000/articles/general/2022/presidents-statement-on-black-history-monthnewssite://news/articles/general/2022/presidents-statement-on-black-history-monthccm0461643662863366ccm0461674595136357show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/issac-students-banner.jpgsite://news/images/2022/issac-students-banner.jpgnewsissac-students-banner.jpg2613641080720NoNoneNoneNo/
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For all of us at the University of Saskatchewan (USask), this is also a time to remind ourselves of the challenges that members of the Black, Indigenous and People of Colour (BIPOC) community faces in the province, across the country, and around the world. For our university, it is also a time to re-commit to the principles of our Mission, Vision and Values statement, to promote diversity and meaningful change to be the best place we can be for all USask students, faculty and staff.

These commitments are embedded in our Equity, Diversity and Inclusion Policy, which states, “All members of the university community share the responsibility for creating a supportive and inclusive environment.”

Our campus communities feature students, staff and faculty from more than 100 countries, including Black students from Nigeria who account for the third-largest contingent of international students at USask, providing diverse backgrounds and perspectives that make our university a truly global community. Black Canadians form the third-largest minority group in the country, comprising 3.5 per cent of Canada’s population, according to the 2016 Census.

While our country still has much work to do to better support the BIPOC community, let us take the time to also acknowledge our advancements, and most importantly take a moment to highlight the historical stories of remarkable Black individuals like Harriet Tubman. We encourage you to learn about her amazing story of helping people escape slavery in the southern United States and bring them to freedom in Canada, via the Underground Railroad.

Saskatchewan’s Black history includes the remarkable Dr. Alfred Shadd (MD), who became one of the province’s first Black residents in 1896 when he served as a teacher to help pay for medical school, and later became the first Black doctor to practice in the province. He went on to open a pharmacy and become one of the province’s first coroners, served as a newspaper editor, assisted in getting a small hospital built in Melfort in 1904, and helped establish a grain elevator company for local farmers in the community.

In that same decade, Joseph Mayes and his wife Mattie Mayes—who was born into slavery on a Georgia plantation—led a dozen African-American families on the long trek north to Saskatchewan all the way from Oklahoma, in order to escape segregation and discrimination. While they also faced challenges in Saskatchewan, they persevered to establish the province’s first Black pioneer settlement and a church in 1910 near Eldon, 200 kilometres northwest of Saskatoon.

The Mayes’ great-grandchildren were raised in North Battleford and include former National Football League star Rueben Mayes, record-setting international bobsledder Lesa Mayes-Stringer, and USask alumna Dr. Charlotte Williams (DVM), who became the first female Black veterinarian in Saskatchewan and the first Black president of the Saskatchewan Veterinary Medical Association in 2016.

That history and legacy of firsts continues at USask, where Dr. Adeola Olubamiji (PhD)completed her doctorate in biomedical engineering in 2017, becoming the first Black person to do so at the university, while College of Medicine students created USask’s first Black Medical Student Association in 2020.

You can learn about Black History Month at USask, as well as read stories throughout the month at news.usask.ca.

While the pandemic keeps us from gathering together safely in person to celebrate Black History Month, we encourage you to take the time to explore and honour the achievements and legacies of members of the BIPOC community, on and off campus. The more we learn about the past contributions and experiences of Black Canadians, the better we can appreciate what we need to do to move forward together in the future.

As a university community, we have the opportunity and the responsibility to build and shape a more just, inclusive and diverse society. During this Black History Month, let us all commit to taking the necessary next steps together.

Peter Stoicheff
President and Vice-chancellor
University of Saskatchewan

memorial-gathering-for-victims-from-williams-lake-first-nationtrue1718730911095imj129Memorial gathering for victims from Williams Lake First NationMembers of the campus communityIndigenous, aboriginal, 1643241180000/articles/general/2022/memorial-gathering-for-victims-from-williams-lake-first-nationnewssite://news/articles/general/2022/memorial-gathering-for-victims-from-williams-lake-first-nationccm0461643241343043ccm0461643724435809show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_green-with-logo_news.jpgsite://news/images/2020/usask_green-with-logo_news.jpgnewsusask_green-with-logo_news.jpg556121080720NoNoneNoneNo/
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tānisi. hãn. ëdƚanet’e? taanishi. Aniin
[English. French. Cree. Dakota/Lakota/Nakota. Dene. Michif. Saulteaux]

It is during these very difficult and challenging times that it is hard to find the right words to express our grief and how sorry we are to learn about the results of the ground search at the Williams Lake First Nation in British Columbia. It was shared that the initial sweep has uncovered a possible 93 burial sites, the latest such discovery in the past year. We want to offer our sincere condolences to the community and to the families affected by this news. We also want to acknowledge the strength and the resiliency of the community, and the survivors who were brave enough to share their stories once again so that the children could be found. The healing journey will continue until all the children have been brought home. We send our support toward healing for those that will be retraumatized by these findings. 

This news will be difficult for our community.  It will be especially challenging for Indigenous students, staff and faculty; as we all know, we have many residential school and day school survivors who study and work here. We ask that people be mindful of how difficult this week will be and ensure people have adequate time to process the latest news and access the appropriate wellness resources (see below for links). We request that instructors are sensitive to students needing additional time on assignments and time away from class. It is at these times that we come together as a community to acknowledge and pay our respects; it is community and relationships that carry us through difficult times.  

During the COVID pandemic, we are limited on how we can gather to support one another. In place of a physical gathering, a virtual gathering will take place on Thursday, January 27, from 3:30 – 5 pm, and all are welcome to attend. Please follow the link below to participate, and please wear your orange shirt to demonstrate our solidarity. 

Let us take this time to have remembrance, respect, and compassion for the lives lost and the survivors of this discovery. We need to take time to reflect and carry on the important healing work that is ahead of us. We know that this will affect many people in different ways, those touched by residential and day schools and generations beyond. We must be supportive in every way possible. Our hearts are with the Williams Lake First Nation in their time of healing.   

Williams Lake First Nation Memorial Gathering 
Jan 27, 2022, 3:30 pm 
Meeting ID: 987 3042 0080 

ohpahotân | oohpaahotaan, the Indigenous Strategy for the University of Saskatchewan, describes the commitment of Wellness as embodying “intellectual, physical, emotional and spiritual health”, and speaks to the importance of a wholistic balance for these four aspects of care. 

Many supports are available at the Student Wellness Centre and Student Affairs and Outreach. Staff and faculty can access confidential counselling through the Employee and Family Assistance Program.  
 
The following community-based supports and resources are also available: 

Thank you 
mąsi / pidamaya / pinámaya miigwetch / marsee / hiy hiy  

Airini and Angela 
Provost and Vice President Academic 
Vice Provost, Indigenous Engagement 

usask-winter-term-update-health-and-safety-measures-extendedtrue1718730911095imj129USask Winter Term update: health and safety measures extendedSince the Dec. 23 and Dec. 30 campus updates on Winter Term, the Pandemic Response and Recovery Team (PRT) has been closely monitoring the spread of the Omicron variant—including modeling data, wastewater results, covid testing positivity in the community, and on- and off-campus cases. 1642525200000/articles/general/2022/usask-winter-term-update-health-and-safety-measures-extendednewssite://news/articles/general/2022/usask-winter-term-update-health-and-safety-measures-extendedccm0461642521515816ccm0461643724718505show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus-winter-1080.jpgsite://news/images/2022/campus-winter-1080.jpgnewscampus-winter-1080.jpg3660951080720NoNoneNoneNo/
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The PRT and the President’s Executive Committee have made the decision to extend the current state of operation until February 7. Given the increased transmissibility of Omicron, in combination with the rising case numbers throughout the province, a brief extension of the current precautionary measures will help to ensure reduced on-campus transmission and to return our campus community back to more in-person activity as originally planned.

Until February 7, all classes that are currently being delivered remotely will continue to be in the remote environment, and all classes that are currently being delivered in-person at this time will continue as such. Students with questions about registration, withdrawal, or tuition payment deadlines should visit the Class Registration and Withdrawal Deadline website.

Employees currently working remotely will receive direct communications from their respective people leader with guidance on next steps. Like class delivery, the readiness of a return to work on campus will be assessed prior to February 7.

Given the data available, it is not anticipated that a further extension of precautionary measures will be required beyond February 7. Knowing that we are living through a quickly changing situation in many parts of Canada, we will continue to monitor and adjust our safety protocols as necessary to ensure the health and wellness of our campus and broader communities.

We all must continue to do our part to prevent the spread of COVID-19 and its variants. This includes:

  • being fully vaccinated and expecting all members of the campus community to obtain their vaccination booster shots as soon as eligible;
  • wearing a required 3-ply single-use mask on all USask campuses and in all work locations at all times;
  • staying home if you are feeling sick (even if it isn’t COVID-19) so you do not spread any illness and not coming to campus until you are symptom free for 48 hours; and
  • using rapid test kits to test yourself prior to any gatherings in person with others (rapid testing kits can be confirmed here).

Any additional changes will be communicated as soon as determined, including any new requirements or restrictions announced by public health authorities. If you have any questions, please consult the FAQ for more information. 

Regards, and stay safe,

USask Pandemic Response and Recovery Team 

president-points-to-post-pandemic-path-forward-for-usasktrue1718730911095imj129President points to post-pandemic path forward for USaskFrom serving on the front lines in the battle against COVID-19, to introducing the first Indigenous Strategy, approving a new Sustainability Strategy, and advancing a new Equity, Diversity and Inclusion Strategy and Action Plan, 2021 was marked by milestone moments and achievements for the University of Saskatchewan (USask).James Shewaga, pec,1641477600000/articles/general/2022/president-points-to-post-pandemic-path-forward-for-usasknewssite://news/articles/general/2022/president-points-to-post-pandemic-path-forward-for-usaskccm0461641419305598ccm0461646147536110show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/peter-stoicheff-main-image.jpgsite://news/images/2022/peter-stoicheff-main-image.jpgnewspeter-stoicheff-main-image.jpg2170961080720USask President Peter Stoicheff reflects on the milestones reached and the year ahead. (Photo: Submitted)NoNoneNoneNo/
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But perhaps what stood out the most for USask President Peter Stoicheff is how USask’s campus community of students, staff and faculty rallied together to face the challenges of the ongoing pandemic head-on.

“Over the past year, so many terrific things occurred—milestones were achieved, people were honoured, tremendous progress was made—and it is all because faculty, staff and students were patient, nimble, deliberate, and determined in everything that they did regarding the pandemic,” said Stoicheff, now in his seventh year serving as president.

“We have shown that we can be a caring community, caring for one another, and I put a lot of value in that. One of our values in our Mission, Vision and Values is a commitment to have a healthy university and campus community. And there is no way that this university could have achieved all that it achieved in 2021, were it not for the fact that everybody responded to the pandemic so well.”

Overwhelming support for public health measures by faculty, staff and students—ranging from 95 to 99 per cent fully vaccinated, and following mandatory mask requirements—has helped keep USask’s extended campus community safe. Stoicheff said that “extraordinary success story” allowed the university to continue the steady shift back to more robust in-person, on-campus activity in the 2021 fall semester and planned for the 2022 winter semester, while also preserving flexible program delivery options when necessary for public health and safety.

TextPullquote“We have shown that we can be a caring community, caring for one another, and I put a lot of value in that. "Peter Stoicheff/Align left

With the spread of the new Omicron variant, the university will delay the start of many classes and programs until Jan. 10 and will temporarily return to remote teaching, learning and working arrangements for two weeks until Jan. 24, as a precautionary measure. USask officials are also encouraging members of the campus community to build on the remarkable vaccination record by receiving booster shots to enhance public health protections for all in the new year, and to take advantage of free rapid test kits being made available by the province.

“The vaccination numbers do speak for themselves,” said Stoicheff. “It’s extraordinary and I think it’s a testament to what a community will do in everybody else’s best interest when a confident data-informed policy is established. So I think it has been extremely gratifying for everybody at the university and the intention was—and I hope it succeeded—that people will feel far safer as a result of this.”

As the world approaches the two-year mark since the World Health Organization declared a pandemic on March 11, 2020, Stoicheff said he is encouraged and inspired by the resilience of the campus community to embrace change. Over the past year, the university remained firmly focused on its academic and research missions while also instituting major initiatives to make the university a more welcoming place for all.

“I said from the beginning of this that we needed to be two things as the pandemic evolved: The first was a university that responded very well to the pandemic; and the second was a university that continued to do all the great things that it is capable of doing, because we are responding well to the pandemic,” said Stoicheff. “And I really thank the Pandemic Response and Recovery Team for leading the way and for being decisive and confident in the decisions that it urged us to make. That is a sign of people caring for each other, and for each other’s livelihoods, and for the institution.”

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USask researchers continue to combat COVID-19, with the advanced Vaccine and Infectious Disease Organization (VIDO) complex on campus leading innovative vaccine development, handling lab work for close to 80 companies and institutions from around the world, as well as moving VIDO’s own vaccine into Phase 2 human trials. With construction of the new vaccine manufacturing facility on campus continuing, VIDO is poised to become a national centre for pandemic research following major federal, provincial and civic funding early in 2021 topping more than $75 million, as well as private donations of more than $6 million.

“There was not another lab in the country that received $60 million from the federal government in its April budget and that tells us what the federal government thinks of the work that is going on at VIDO and how important it is for a pan-Canadian pandemic response,” said Stoicheff. “The province also stepped up with $15 million, even in advance of the federal government, and the city also was quick to contribute, which was a concerted effort on their part. Equally meaningful is how individual community members have stepped up with financial support, which is a testament to the good work that VIDO is doing.”

TextImage/images/2022/masked-students.jpgsite://news/images/2022/masked-students.jpgnewsmasked-students.jpg1951671080628Over the past year, the university remained firmly focused on its academic and research missions while also instituting major initiatives to make the university a more welcoming place for all.Above content

University researchers and health-care specialists have supported the community throughout the pandemic by serving in front-line health-care roles, as well as providing expert epidemiology analysis, advance notice of COVID-19 outbreaks through wastewater monitoring, and long-COVID research and therapeutics development. Faculty, staff, alumni, and students also continue to contribute to the community in a variety of vital volunteer initiatives, directly supporting those who need it most, with food drives, providing personal protective equipment, mental health supports, and therapy dogs.

“The really visible and effective efforts of student groups in colleges all across the university to provide support for people beyond the university has been extraordinary and there are many, many wonderful stories,” said Stoicheff. “Thanks also to all of our people in the health sciences-related fields who have stepped up to engage with the public conversation and dialogue around evidence-driven, decision-making and public policy. And the wastewater surveillance research group has been extraordinary, and we all should be proud of the efforts of those researchers.”

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Throughout the pandemic, USask has remained firmly focused on its academic and research missions, from coronavirus to cancer, multiple sclerosis to Alzheimer’s diagnosis, in addition to exciting new research developments in its signature areas of research in water security, synchrotron sciences, agriculture, energy and mineral resources, one health, and Indigenous Peoples.

In the research area of Indigenous Peoples in particular, a variety of support programs with community impact were initiated, with the university also prioritizing fundamental institutional changes in 2021 designed to enhance the culture on campus and support systems for all. In August, USask officials announced the gifting of the new Indigenous Strategy, created by Indigenous Elders, Traditional Knowledge Keepers, and Language Teachers, designed to guide the university to be the best place it can be for Indigenous Peoples and communities.

“I know of no other university in the country that has received such a gift and I think that is a testament to Indigenous communities understanding that we can be better, and also seeing the value that we can bring to our collective futures. I think that’s what makes it so beautiful and historic,” said Stoicheff, who also pointed to December’s memorandum of understanding (MOU) with Metis Nation-Saskatchewan on Metis identity and citizenship as another step forward.

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“The MOU with Metis Nation-Saskatchewan was also extremely important and that is an example of an Indigenous government reaching out to us and saying this is a way we can help to ensure what we need for our people and to ensure that you can align with that in a good way.”

USask took another progressive step forward in 2021 with the adoption of its first Sustainability Strategy, and followed it up with a joint climate commitment with the City of Saskatoon in September designed to speed up the transition to a green community. It was the latest in a growing list of collaborations between the university and the city resulting from the Research Junction initiative pairing university researchers and students with city expertise to tackle community challenges together.

Meanwhile, the university continues to progress with its Equity, Diversity and Inclusion Strategy and Action Plan designed to remove barriers and build support systems to make USask the most welcoming environment possible for the entire campus community. A related commitment was USask’s spring MOU signing with the University of Saskatchewan Students’ Union to challenge oppressive and systemic racism at all levels across USask campuses.

“I think what this EDI strategy represents is a shift in the university’s culture toward a greater appreciation for, and a greater attention to, the deep importance of equity, diversity and inclusion,” said Stoicheff. “All sorts of very important initiatives stem from that very important EDI strategy, so, I am delighted to see it (developing).”

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Despite the challenges of the pandemic, in particular for students juggling both in-class and remote learning scenarios over the past two years, the university is on pace for record enrolment of 26,000 this year, a positive sign of student satisfaction for Stoicheff.

“Not every university in Canada has experienced increased enrolment during the pandemic and I just heard very recently that we are expecting to see an increase again in winter term, which is rather unusual,” he said. “So, we’re obviously doing a lot of things right to remain very attractive to students and that’s due to the faculty and the staff who make this a great university.”

TextImage/images/2022/usask-winter-campus.jpgsite://news/images/2022/usask-winter-campus.jpgnewsusask-winter-campus.jpg2485311080831USask is headed toward its seventh straight year of planned enrolment growth. Above content

USask also refreshed its senior leadership in 2021, with new Provost and Vice-President Academic Dr. Airini  (PhD) and Vice-President Research Dr. Baljit Singh (PhD, MVSc) officially joining the university in February, with Singh’s office currently leading a review of the institution’s world-class signature areas of research. Meanwhile, Huskie’s Chief Athletics Officer Shannon Chinn and College of Nursing Dean Dr. Solina Richter (DCur) were among the other new senior leaders joining USask in 2021, another positive sign of progress for Stoicheff.

“We have wonderful senior leaders within the institution, and we have wonderful senior leaders who are not at the institution who want to be here and be a part of the great things that are going on here,” said Stoicheff. “When you are able to build your senior leadership from within and also able to attract excellent talent from beyond the university at senior leadership levels, that tells a great story.”

A number of leading USask faculty members received major national awards in 2021, with renowned researchers Dr. Volker Gerdts (DVM, PhD), Dr. Walter Siqueira (DDS, PhD) and Dr. Cheryl Waldner (DVM, PhD) inducted as fellows into the Canadian Academy of Health Sciences, and Dr. Malcolm King (PhD) named a fellow of the Royal Society of Canada. Meanwhile, Elder Louise Bernice Halfe – Sky Dancer, a renowned USask advisor, mentor and writer, was appointed Canada’s new Parliamentary Poet Laureate in 2021.

TextPullquote“This is a time of change. It doesn’t change who we are, it doesn’t change our mission, vision and values. But being open to change will help us to become a better university, a better province and a better world, in a good way.”Peter Stoicheff/Align left

Huskie Athletics has also provided plenty of success stories in 2021, with impressive performances from teams across all eight sports after the cancellation of the 2020/21 season. Leading the way was the Huskie football team advancing all the way to the Vanier Cup national final, while the defending national champion and No.1-ranked Huskie women’s basketball team is off to a perfect 8-0 start to the season. Meanwhile, the Huskie men’s and women’s wrestling teams are both ranked No.2 in the country, while Olympic gold medal and Stanley Cup-winning coach Mike Babcock has made an immediate impact with the fourth-ranked Huskie men’s hockey team.

“I applaud every Huskies team,” said Stoicheff. “And for the football team to get to the Vanier Cup, don’t concentrate on the loss, focus on a tremendous game played and all that it took to be one of the two teams in the entire country that were able to make it to that game. It’s also great to see the success that we are seeing in women’s basketball. And with men’s hockey, it is a special tribute to the university and to the larger Saskatoon community that Mike Babcock wanted to come back here.”

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While it is precarious to make post-pandemic predictions in the midst of an ongoing global health crisis that isn’t over yet, Stoicheff does envision positive changes in store for the university in 2022, led by the groundbreaking work of USask’s Post-Pandemic Shift Project. The comprehensive engagement effort is paving a path forward for the future of the university, everything from expanding more flexible work-from-home arrangements for employees, to creating more community connections to revisit how the university prepares the next generation of students for an ever-changing workforce.

“We have to ask ourselves, ‘How can we respond to these changes in people’s lives, in organizations and sectors, and in the realities of the new workplace? How can we continue to become the university that the new post-pandemic world needs?” said Stoicheff. “This is a time of change. It doesn’t change who we are, it doesn’t change our mission, vision and values. But being open to change will help us to become a better university, a better province and a better world, in a good way.”

usask-community-appointed-to-the-order-of-canadatrue1718730911095imj129USask community members appointed to the Order of CanadaSeveral members of the University of Saskatchewan (USask) community are set to receive one of the country’s highest civilian honours by being appointed to the Order of Canada.University Communicationsalumni, 1641317460000/articles/general/2022/usask-community-appointed-to-the-order-of-canadanewssite://news/articles/general/2022/usask-community-appointed-to-the-order-of-canadaccm0461641317747336ccm0461643990686126show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/order-of-canada.jpgsite://news/images/2019/order-of-canada.jpgnewsorder-of-canada.jpg3085351080720The Order of Canada recognizes people for their contributions to communities throughout Canada.NoNoneNoneNo/
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Graduates, a professor emeritus and several members of the community with strong ties to USask have been named to the Order of Canada, a distinction for their outstanding achievement, dedication to the community and service to Canada.

Sen. Lillian Dyck (BA'66, BA'68, MSc'70, PhD'81) was appointed as an Officer of the Order of Canada “for her contributions to human rights and social justice, and for her powerful advocacy of First Nations and racial minorities in Canada.”

Deborah Chatsis (BSc'83, LLB'86, DL'15) was appointed as a Member of the Order of Canada “for her leadership as the first member of a First Nation to serve as ambassador for Canada, and for her advocacy of human rights around the globe.”

Dr. Frederick (Ted) Leighton (DVM’79), a professor emeritus and graduate of the Western College of Veterinary Medicine (WCVM) was recognized for his lifetime contributions to veterinary medicine as a clinical pathologist and as an internationally renowned scholar specializing in wildlife disease.

Ed Ratushny (BA’64, LLB’65), a nationally regarded legal scholar, author and certified NHL hockey agent, earned bachelor’s and law degrees at USask in the 1960s before embarking on an award-winning legal career. Ratushny was awarded an honorary degree during the 2021 USask Spring Convocation online celebration. 

Gregory P. Marchildon (JD’80), was recognized "for his contributions to health care policy in Canada, and for his mentorship of the next generation of policy-oriented researchers."

Max T. Eisen (LLD’20) was named as a member "for his contributions to Holocaust education, and for his promotion of transformational dialogue on human rights, tolerance and respect."

Gerald Friesen (BA’64) was inducted "for his contributions to Canadian historical discourse through his inclusive and comprehensive research on Indigenous and ethnic groups in western regions." 

Other appointees with strong community connections to USask include author Yann Martel, “for his contributions to literature and for his philanthropic commitment to the betterment of his region,” and Vaughan Wyant, “for his contributions as a business leader in the auto industry in Western Canada and for his community philanthropy.”

Gov. Gen. Mary Simon announced the 135 new appointees to the Order of Canada on Dec. 29. Appointees included two companions, 39 officers, one honorary member and 93 members.

Established in 1967, the Order of Canada is the cornerstone of the Canadian Honours System and recognizes people in all sectors of Canadian society for their contributions to communities throughout Canada. More than 7,000 people from all sectors of society have been invested into the order.

indextrue1718730911095imj129Section titlerename me/articles/general/2022/indexnewssite://news/articles/general/2022/indeximj1291641310216961imj1291641310216961show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2015true1547848138532imj1292015/articles/general/2015newssite://news/articles/general/2015imj1291547618025335imj1291547618025335show-in-navNoten-reasons-to-visit-the-u-of-s-this-summertrue1718730911095imj129Ten reasons to visit the U of S this summerSummertime, and the living is easy. If you are looking for things to do, there is no shortage of activity on the U of S campus.University Communications1436958120000/articles/general/2015/ten-reasons-to-visit-the-u-of-s-this-summernewssite://news/articles/general/2015/ten-reasons-to-visit-the-u-of-s-this-summerimj1291547625443697imj1291547625443697show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2016/aerial-campus.jpgsite://news/images/2016/aerial-campus.jpgnewsaerial-campus.jpg312481900601YesNoneNoneNo/
TextNone/Above content1. You deserve some quality patio time. Louis' pub has one of the sunniest patios in town, complete with budget-friendly menu options.

2. Take a class in record time. With most three-credit courses clocking in at about three weeks in length, spring and summer session is a great way to get ahead in your degree plan or finish prerequisite classes.

3. Stargaze like a pro. Take advantage of the clear night skies this summer by visiting the campus observatory, free of charge.

4. See the dentist. The College of Dentistry operates a faculty clinic, as well as a student practice clinic, where dentists-to-be are monitored by faculty supervisors.

5. Say hello to a T-rex. There are several museums and galleries on campus, including Museum of Natural Sciences, a fan favourite, housed in the Geology Building.

6. We will take care of your pets. The small animal clinic offers a full slate of preventative health and wellness services for your pet, while the large animal clinic specializes in livestock health. The clinics are open 24/7, because emergencies rarely run on a schedule.

7. Get your sweat on. The Physical Activity Complex (PAC) boasts 13,500 sq ft of space to work out, including a climbing wall, a track, squash courts and ample gymnasium space. For the outdoorsy types, scenic river trails are a short jog away.

8. Become bilingual. If you prefer to flex your linguistic muscles, there are French, Spanish and Cree language classes offered during the summer months.

9. Help keep your little ones' brains active. The U of S operates a variety of summer programming options for kids, ranging from fine arts to the natural and physical sciences to sports activities.

10. It's easy on the eyes. You don't have to spend a lot of time on campus to appreciate its beauty, from the historic gothic architecture to the sprawling green space, gardens and trees. No wonder so many people have their wedding or graduation photos taken here! Have a seat in the Bowl and take it all in.
u-of-s-drama-talent-prominent-at-shakespeare-on-the-saskatchewantrue1718730911095imj129U of S takes stage at Shakespeare on the SaskatchewanTheatregoers will be treated to local University of Saskatchewan talent at this summer’s Shakespeare on the Saskatchewan festival.University CommunicationsDepartment of Drama1436538660000/articles/general/2015/u-of-s-drama-talent-prominent-at-shakespeare-on-the-saskatchewannewssite://news/articles/general/2015/u-of-s-drama-talent-prominent-at-shakespeare-on-the-saskatchewanimj1291547625441588imj1291547625441588show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/shakespeare-site.jpgsite://news/images/2015/shakespeare-site.jpgnewsshakespeare-site.jpgshakespeare-site.jpg113208900600NoLeftNoneNo/
TextNone/Above contentMikael Steponchev, a fifth-year drama student, has roles in both of this year's performances. He will suit up to play Santino in Othello, as well as two characters, Balthasar and Borachio, in Much Ado About Nothing.

He told The Sheaf that he learned about the audition from Pamela Haig Bartley, his drama professor at the U of S who is also directing Much Ado About Nothing.

"The day I got the call, I nearly dropped my phone," he said. "Being a part of two Shakespeare shows at once is a dream come true for me."

Shakespeare on the Saskatchewan runs July 8–Aug. 23.

See the full story at The Sheaf.
science-in-actiontrue1718730911095imj129Science in actionTwo special guests from the Government of Canada got to see their funding in action when they dropped by a children’s science lab at the U of S today.University CommunicationsSci-Fi Camps, College of Engineering1436371800000/articles/general/2015/science-in-actionnewssite://news/articles/general/2015/science-in-actionimj1291547625440099imj1291547625440099show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/trost-van-loan-barnhart.jpgsite://news/images/2015/trost-van-loan-barnhart.jpgnewstrost-van-loan-barnhart.jpgtrost-van-loan-barnhart.jpg120426900600NoNoneNoneNo/
TextNone/Above contentThe Honourable Peter Van Loan, Leader of the Government in the House of Commons, and Brad Trost, Member of Parliament for Saskatoon-Humboldt, along with U of S interim President Gordon Barnhart, visited with young scientists in the Rocks and Fossils SCI-FI Science Camp, housed in the College of Engineering.

SCI-FI Science Camps have been a staple in the college for many years. Every summer, more than 10,000 youth from across the province take part in the summer camps, workshops and science clubs.

Earlier this year, three U of S programs were was awarded just over $100,000 as part of the Natural Sciences and Engineering Research Council of Canada (NSERC) PromoScience funding program, which provides hands-on learning for young students in the STEM disciplines (science, technology, engineering and mathematics).
help-with-pet-rescue-in-northern-saskatchewantrue1718730911095imj129Help with pet rescue in Northern SaskatchewanWhen an emergency strikes, there is often little time to prepare. Many Northern Saskatchewan residents who recently fled their homes to avoid dangerous forest fires, had to leave their pets behind.University CommunicationsWestern College of Veterinary Medicine1436353560000/articles/general/2015/help-with-pet-rescue-in-northern-saskatchewannewssite://news/articles/general/2015/help-with-pet-rescue-in-northern-saskatchewanimj1291547625438677imj1291547625438677show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
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Northern Animal Rescue, a volunteer animal rescue group, is visiting the area to evacuate and feed those pets left behind. The U of S Western College of Veterinary Medicine is a designated drop-off point for donations, including food, bedding, towels and other supplies.

If you would like to assist pets in need, please bring your donation to the reception desk at the Small Animal Clinic on campus.

culture-plays-a-part-in-new-addictions-recovery-tooltrue1718730911095imj129Culture plays a part in new addictions recovery toolA cultural tool developed by U of S researcher Colleen Dell may provide an alternative path to recovery for Aboriginal people suffering from addiction.University CommunicationsColleen Dell, Aboriginal1435662540000/articles/general/2015/culture-plays-a-part-in-new-addictions-recovery-toolnewssite://news/articles/general/2015/culture-plays-a-part-in-new-addictions-recovery-toolimj1291547625436746imj1291547625436746show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/colleen-dell.jpgsite://news/images/2015/colleen-dell.jpgnewscolleen-dell.jpgcolleen-dell.jpg135366900600Colleen DellNoNoneNoneNo/
TextNone/Above contentThe Native Wellness Assessment tool is comprised of two self-report forms that assess culture and heritage, Aboriginal identity, connection to language, and spiritual awareness in patients. It is the first tool of its kind in the world to use culture as part of a holistic view of health. Data from the tool will be collected and stored in a national database to establish evidence on the role culture plays in personal recovery.

Dell, a professor of sociology and public health as well as a research chair in substance abuse, collaborated with 50 other stakeholders from across the country, including elders, policy makers, and researchers on this project.

See the full story at Global Saskatoon.
light-years-at-the-clstrue1718730911095imj129Light years at the CLSThe Canadian Light Source (CLS) celebrates 10 years of science discovery with an open house June 27 from 1 to 5 pm.University CommunicationsCanadian Light Source1435244940000/articles/general/2015/light-years-at-the-clsnewssite://news/articles/general/2015/light-years-at-the-clsimj1291547625434811imj1291547625434811show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/cls-blue.jpgsite://news/images/2015/cls-blue.jpgnewscls-blue.jpgcls-blue.jpg79428900600NoNoneNoneNo/
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To celebrate the milestone anniversary, the CLS is opening its doors to the public. Visitors can take self-guided tours of the mezzanine overlooking the experimental stations, talk with CLS scientists and much more. There will be lots of fun for the entire family, including children's science activities, an onsite face painter, and other learning opportunities such as how to make water bottle rockets or a working roller coaster.

For more information, visit the CLS site.

market-research-class-connects-students-with-bicycling-communitytrue1718730911095imj129Studying cyclingCyclists want safety, and this means more and better-connected bike lanes, especially on busy streets, according to research with community cycling groups conducted by student researchers from the Edwards School of Business.Michael RobinEdwards School of Business, Maureen Bourassa1434991920000/articles/general/2015/market-research-class-connects-students-with-bicycling-communitynewssite://news/articles/general/2015/market-research-class-connects-students-with-bicycling-communityimj1291547625432677imj1291547625432677show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/derek-hoium-maureen-bourassa.jpgsite://news/images/2015/derek-hoium-maureen-bourassa.jpgnewsderek-hoium-maureen-bourassa.jpgderek-hoium-maureen-bourassa.jpg182327900600Derek Hoium and professor Maureen BourassaNoNoneNoneNo/
TextNone/Above contentThe students are part of Maureen Bourassa's third year marketing course. Judging by the feedback, it may be the toughest one she teaches, but it's also the most rewarding – both for students and the community.

"It's extremely condensed and the students often comment that it's a heavy workload compared to their other classes, but they also say they get so much out of it," said Bourassa, assistant professor in the Edwards School of Business.

Intended to teach students research design, methodology and analysis, the class produces real-world results for clients in the community. Each year, Bourassa looks at community groups that might benefit from marketing research, to get answers and information that isn't readily available and that they lack resources to get for themselves.

For student Derek Hoium, the real-world connection was inspirational.

"It was probably one of my favourite classes, because you are working with a client and you see the appreciation," he said. "The hard work is actually going to  help someone else as well rather than just getting graded."

To identify possible clients, Bourassa worked with staff at Station 20 West, who helped find connections to organizations the students could work with. They also provided meeting space and both staff and graduate student facilitators for meetings and presentations.

"It's a very supportive environment," Bourassa said. "The class wouldn't be the same without that connection."

This past year, two-wheeled transport was the theme. The students worked with community partners Saskatoon Cycles, Bridge City Bike Co-op, and the Campus Cycling Club.

Hilary Gough, co-chair of Saskatoon Cycles, said their group's initial list of questions was a long one, but they pared it back to two essential themes. The first was their own members: who they are, where they live in the city, and what issues are priorities for them. The second was the community at large.

Hoium and his team focused on the membership. While a core group of members was very active in the organization, the broader membership was a bit of a mystery.

"(Saskatoon Cycles) really wanted to understand, ‘who are our members as far as demographics go?' ‘what do they think?'" Hoium said. The goal was to make sure the organization was aligning its activities with the priorities and desires of its membership.

Under Bourassa's guidance, the students designed an online survey to gather information on member behaviour – when they like to cycle and why; what keeps them from cycling, and what gets them to ride more. They also asked them specifically where the organization should be applying its resources.

Hoium said certain themes emerged from his group's work. Saskatoon Cycles members were motivated by the health and environmental benefits of cycling, as well as practical issues such as avoiding the hassle of finding scarce parking for a vehicle. A few common factors kept them off their bikes as well.

"We found that the majority of the barriers to cycling are infrastructure: lack of bike lanes, multi-use trails, connecting bike lanes within the city, that sort of thing," Hoium said.

Saskatoon Cycles also engaged a second group of students for a project aimed at city residents in general.

"We wanted to know what the perceptions of people in the city were around cycling, particularly around what the barriers are to cycling in Saskatoon," Gough said.

Marketing student Emma Clark and her team sat down with Gough's group to refine their survey questions and discuss their goals.

"They wanted to know why people weren't cycling in Saskatoon, and more specifically, what the main barriers were to cycling," she explained, with the aim of coming up with strategies to better help Saskatoon residents consider biking as a feasible transportation option.

The marketing students surveyed a sample of the population. They presented their findings at a community-researcher forum at the university's Community Engagement Office at Station 20 West.

"Our most important conclusions were that cycling infrastructure and weather are the main barriers to cycling in Saskatoon," Clark said. "This led to us recommending more bike lanes in the city, specifically on 8th Street and College Drive, as they were rated as the streets that respondents would most prefer to have bike lanes on."

For Saskatoon Cycles, the students' findings provided some clear targets on where to focus the organization's efforts. Gough explained that the desire for dedicated bike lanes clearly points to an underlying issue.

"Safety is clearly a huge factor in residents' decisions to get around by bicycle or not, and Saskatoon Cycles will continue to address this issue head on," she said.

This aligns well with data from the Saskatoon Cycles membership, which also lists safety as a high priority. As an organization, the group has also identified other areas on which to focus.

Gough said the group will continue to make deliberate efforts to, for example, cover more demographic groups both within their membership and among those they are reaching out to with their advocacy efforts.

"We have work to do to increase the diversity of our membership," Hough said. "This is important."
stm-president-reappointed-for-second-termtrue1718730911095imj129STM president reappointed for second termTerrence Downey has been reappointed as president of St. Thomas More (STM) College.University CommunicationsSt. Thomas More College1434989460000/articles/general/2015/stm-president-reappointed-for-second-termnewssite://news/articles/general/2015/stm-president-reappointed-for-second-termimj1291547625430694imj1291547625430694show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/terrence-downey.jpgsite://news/images/2015/terrence-downey.jpgnewsterrence-downey.jpgterrence-downey.jpg56827900600Terrence DowneyNoNoneNoneNo/
TextNone/Above contentThis will be his second five-year term since becoming president in 2011. Since then, Downey led STM's major construction project which saw the addition of new classrooms, student study and research spaces, and administrative offices to the college. He also helped establish an endowed chair for Catholic Studies, an academic position that supports and fosters scholarship and research in the area of Catholic studies.

Prior to joining STM, Downey served as department chair at the University of Waterloo's political science department, as well as president of St. Mary's University College in Calgary, where he now holds president emeritus status.

For more information, see the STM release.
the-science-of-alzheimerstrue1718730911095imj129The science of Alzheimer'sThe Alzheimer Society of Canada expects the number of Canadians living with dementia to double to 1.4 million by 2031.University Communications1434634560000/articles/general/2015/the-science-of-alzheimersnewssite://news/articles/general/2015/the-science-of-alzheimersimj1291547625429017imj1291547625429017show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/jay-ingram.jpgsite://news/images/2015/jay-ingram.jpgnewsjay-ingram.jpgjay-ingram.jpg17786450300Jay IngramNoRightNoneNo/
TextNone/Above contentMany questions about Alzheimer's revolve around the science of the disease: Where did it come from? Why does it suddenly appear to be an epidemic? Where are the treatments? These are issues Jay Ingram, author of The End of Memory: A Natural History of Aging and Alzheimer's, will address in a free public lecture June 19 at the University of Saskatchewan.

Ingram is a veteran science writer and broadcaster who co-hosted Discovery Channel's science show Daily Planet for 16 years. He has written 13 books, almost all of which have on the bestseller list.

A question and answer session following the lecture will be moderated by U of S associate professor Darrell Mousseau, Saskatchewan Research Chair in Alzheimer's Disease and Related Dementia.

The lecture is presented by National Sciences and Engineering Research Council of Canada in collaboration with the Canadian Science Writers' Association and the U of S.

7:30 pm, Friday June 19

Health Sciences Theatre

Room 1150, University of Saskatchewan Health Sciences Building
why-you-should-donate-bloodtrue1718730911095imj129Why you should donate bloodThis Sunday, June 14, marks World Blood Donor Day, established by the World Health Organization 11 years ago to promote regular blood donation and thank donors for everything they give. It coincides with the birthday of Karl Landsteiner, the Austrian physician considered to be the founder of the modern blood transfusion.University Communications1434101100000/articles/general/2015/why-you-should-donate-bloodnewssite://news/articles/general/2015/why-you-should-donate-bloodimj1291547625427382imj1291547625427382show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/blood.jpgsite://news/images/2015/blood.jpgnewsblood.jpgblood.jpg67342900600NoNoneNoneNo/
TextNone/Above contentBlood clinics are held on campus throughout the academic year, many of which are organized by student groups. If you aren't convinced yet, here are five great reasons to donate blood:

1. It saves lives.

Not only is your blood used in critical emergency situations, it is also needed for individuals with chronic, long-term conditions requiring frequent transfusions. According to Health Canada: it takes up to 50 donors to help save one person seriously injured in a car crash; up to five donors to save someone recovering from cardiovascular surgery; and up to eight weekly donors to help someone going through leukemia treatment.

2. There is no substitute for human blood.

Synthetic blood alternatives have been in the works for years, but are still the subject of much research and development.

3. It only takes about an hour.

That's four per cent of your day—easily doable.

4. It provides a free analysis of your blood.

Ever wonder what blood type you have? Giving blood is an easy way to find out. Donor blood is also screened for diseases such as HIV, Hepatitis B and C, and West Nile Virus.

5. An excuse to eat sweet snacks.

The sugary goodies you eat after giving blood help increase levels of glucose going to the brain to prevent fainting. Drinking juice is also encouraged as it helps replenish fluid levels in the body.

Visit blood.ca to view clinic schedules and book an appointment.
rex-murphys-radio-show-coming-to-the-u-of-strue1718730911095imj129Rex Murphy's radio show coming to the U of SJoin CBC news personality Rex Murphy and a live audience in the D-wing atrium of the Health Sciences Building for a broadcast of his weekly radio show, Cross Country Checkup.University Communicationshealth sciences1434017640000/articles/general/2015/rex-murphys-radio-show-coming-to-the-u-of-snewssite://news/articles/general/2015/rex-murphys-radio-show-coming-to-the-u-of-simj1291547625425343imj1291547625425343show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/rex-murply.jpgsite://news/images/2015/rex-murply.jpgnewsrex-murply.jpgrex-murply.jpg56239900600NoNoneNoneNo/
TextNone/Above contentIt has been 50 years since the debates over medicare dominated public life in this country. A national CBC Radio phone-in program was created to let Canadians across the country discuss this radical new idea.

Fifty years on, we are still talking.

How is health care in Canada? Many say it is time for a revamp; that the needs and expectations of Canadians have changed radically since that time. What do you think? Come be a part of the audience and have your say.

Admission to the broadcast is free. Everyone is welcome—come to participate or just to watch.

Sunday June 14, 2015

2-4 pm (Doors open at 1 pm)

107 Wiggins Road (off College Drive)

Main entrance on Campus Drive across from the construction site for the Gordon Oakes Redbear Student Centre

Paid parking available.
football-food-and-gridiron-grubtrue1718730911095imj129Football food and gridiron grubAs the CFL’s Saskatchewan Roughriders continue their training camp at Griffiths Stadium, the team is a definite presence on campus, staying in College Quarter and dining at Marquis Hall every day.Lesley PorterCulinary Services, James McFarland, Saskatchewan Roughriders1433761380000/articles/general/2015/football-food-and-gridiron-grubnewssite://news/articles/general/2015/football-food-and-gridiron-grubimj1291547625422973imj1291547625422973show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/james-mcfarlane.jpgsite://news/images/2015/james-mcfarlane.jpgnewsjames-mcfarlane.jpgjames-mcfarlane.jpg115338900600McFarlaneNoNoneNoneNo/
TextNone/Above contentSo, how do you feed a professional football team?

James McFarland, executive chef and assistant director of Culinary Services at the U of S, explained that feeding almost 100 brawny athletes isn't too different from feeding student diners. Preparedness is key to ensure full stomachs and peak performance.

"We do prepare more," he said. "There are some guys who do eat a little bit more."

Consumption also depends on what stage of training camp is at, as players tend to eat a bit more at the start, noted McFarland. "You can definitely see how the flow of training camp affects them."

Themed supper nights planned in advance for the team always go over well. In particular, the Cajun night is a big hit, he said, and has become somewhat of a training camp tradition. This year's Cajun feast included New Orleans-style rice, alligator bites ("It was a novelty item, but they really liked it."), honey-pecan chicken, blackened catfish, voodoo ribs and Po boy sandwiches, to name but a few dishes. "The players were coming back for seconds and thirds. The guys were pretty excited about the menu."

The menu rotates each day so McFarland hasn't noticed any favourites or staples with the team but as athletes at the top of their game, the players maintain a generally healthy diet: lots of protein and meat, plenty of vegetables, minimal carbohydrates, and water, milk and juice rather than carbonated beverages. The turnout for breakfast at Marquis Hall seems low, said McFarland, but that may be because the players make protein shakes in their residence rooms.

Meanwhile, student and staff diners seem to be unfazed by the presence of the Roughriders in the dining hall.

"It's not that obvious," he said. "People are pretty subtle about it."

To see the entire Rider Training Camp schedule, click here.
truth-and-reconciliation-commentarytrue1718730911095imj129Truth and Reconciliation commentaryAs the events of the Truth and Reconciliation Commission of Canada come to a close, Supreme Court Chief Justice Beverly McLachlin used the term “cultural genocide” to describe the treatment of Canada’s Aboriginal people during the time of residential schools.University CommunicationsTruth and Reconciliation Commission, Aboriginal1433502480000/articles/general/2015/truth-and-reconciliation-commentarynewssite://news/articles/general/2015/truth-and-reconciliation-commentaryimj1291547625421495imj1291547625421495show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentIt is an appropriate term, said Jim Miller, Canada Research Chair in Native-Newcomer Relations and professor emeritus of history at the University of Saskatchewan.

"She didn't make partisan comments. She didn't comment on contemporary government policy. And she was in a position to speak authoritatively, having spent months and years working on the history of cases like Delgamuukw or the recent Tsilhqot'in decision," he told The Globe and Mail.

"It gives a seal of approval and endorsement from a very senior, prominent, respected figure in public life in Canada to an interpretation of Canadian history that many people have resisted until now."

Read the full article at The Globe and Mail.
convocation-award-winnerstrue1718730911095imj129Convocation award winnersThe University of Saskatchewan’s Spring Convocation is taking place June 1-4. In addition to awarding thousands of degrees to students, a number of honorary degrees and awards will be presented to deserving individuals.University CommunicationsSpring convocation, Master Teacher Award1433168640000/articles/general/2015/convocation-award-winnersnewssite://news/articles/general/2015/convocation-award-winnersimj1291547625420512imj1291547625420512show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/convocation-graphic.jpgsite://news/images/2015/convocation-graphic.jpgnewsconvocation-graphic.jpgconvocation-graphic.jpg61264900600NoNoneNoneNo/
TextNone/Above contentJAY WILSON, Master Teacher Award

Jay Wilson, department head of curriculum studies, is a leader and scholar, but above all else, he is a teacher. Students recognize that as they line up to get into his classes. He is innovative by nature and regularly invents fresh ways to do things and carries them out fearlessly. As a teacher-scholar, he has developed a nationally recognized program of research in authentic learning. But it is his investment in students—who have described him as inspiring and transformational, a teacher who will infl uence them for a lifetime—that sets the teaching standard on our campus.

RAE BOURNER, President's Service Award

Rae Bourner joined the university in 1976 as a secretary in the College of Dentistry moving into the role of manager of the undergraduate education program in the College of Medicine. Throughout her career she has displayed remarkable skill, tenacity and good humour that have not gone unnoticed by supervisors, colleagues and students. But it is her care and concern for students that generates the most admiration. By the most conservative estimate, Rae has been involved in the lives of more than 2,500 students and residents and is described as a true "mom" to all.

BRETT WILSON, Honorary Doctor of Laws

Brett Wilson, a U of S grad, proves that business success does not come at the cost of principles. He became a household name through the Dragon's Den TV show, and his work in business and philanthropy. He has raised and donated tens of millions of dollars for a range of charitable organizations, and is the founder of the W. Brett Wilson Centre for Entrepreneurial Excellence at the U of S. He has received many honours including being named Alberta Business Person of the Year, and a Nation Builder by The Canadian Youth Business Foundation.

CARL ZYLAK, Honorary Doctor of Science

Carl Zylak earned his BA and MD degrees from the University of Saskatchewan. Following 10 years practicing radiology in Winnipeg, he accepted the position of professor and chairman of the Department of Radiology at McMaster University in Hamilton, Ontario. He was the founding director of the Ontario Breast Screening Program, and worked in Ohio, Michigan and Arizona. He has over 200 published articles, book chapters, scientifi c presentations and lectures to his credit. He and his wife, Edith Ann, have four children and ten grandchildren.

DEBORAH CHATSIS, Honorary Doctor of Laws

Deborah Chatsis, a member of the Ahtahkakoop First Nation and a U of S grad, has had a long and varied career as a member of Canada's Foreign Service, serving around the world from Beijing and Bogotá, to Geneva and New York City. Her roles have included work with Aboriginal Aff airs and Northern Development Canada, the Truth and Reconciliation Commission of Canada, and the Privy Council Offi ce as senior adviser, Social Policy Development Secretariat. Chastis received a Fulbright scholarship to attend Harvard University in 2006-2007.

SARA WILLIAMS, Honorary Doctor of Laws

Sara Williams became an extension specialist in horticulture at the U of S in 1989 and initiated programs for both home gardeners and the horticulture industry throughout Saskatchewan. Williams is the author and co-author of numerous books. In the decade following her retirement, she has raised funds for a hostel and garden for 80 girls attending secondary school Tanzania. These students are mostly from impoverished families in remote villages. The hostel provides a safe and supportive environment for their years of study and has become a model for other communities in Tanzania.

KAILASH PRASAD, Earned Doctor of Science

Kailash Prasad's research focuses on oxidative stress and how reactive oxygen species play a role in everything from heart failure to diabetes. His discoveries have led to eight patents and one copyright. He has published 239 refereed papers and 35 invited reviews and book chapters. Prasad has received numerous honours including, the Life-time Research Achievement Award from the University of Manitoba, the Centennial Medal from the Government of Saskatchewan, the Innovation Award from the University of Saskatchewan and Innovation Place, and the Research Achievement Award and Distinguished Service Award from the International College of Angiology.

V. MOHAN MALHOTRA, Honorary Doctor of Science

V. Mohan Malhotra is well known for his contributions in the fi eld of concrete technology. He has contributed to using industrial waste in the concrete industry, which has attracted global interest because of economic, energy and sustainability implications. He has published more than 100 papers in refereed journals and has authored or co-authored six books. He is member or fellow in numerous organizations including the American Concrete Institute and the Engineering Institute of Canada. He received the Government of Canada Commemoration Medal for the 125th Anniversary of the Confederation of Canada.

ADAM BAXTER-JONES, Distinguished Researcher Award

One of the world's foremost experts in pediatric exercise science, Adam Baxter-Jones, professor in the College of Kinesiology and interim dean for the College of Graduate Studies and Research, is renowned for his international collaborations and approaches to longitudinal research of children's growth and development. His studies and leadership in this area have altered how the medical and other health professional communities view the role that exercise has on childhood growth and maturation. In 2012, he received the Saskatchewan Health Research Foundation's Achievement Award, the highest honour for lifetime achievement bestowed by this organization.

BRUCE SCHNELL, Honorary Doctor of Science

Bruce Schnell has many connections to the U of S, from receiving his pharmacy degree in 1960 to eventually becoming dean of the College of Pharmacy and vice-president academic. Schnell directed two national research projects that infl uenced hospital pharmacy standards and practice in Canada and abroad. He has served many pharmacy organizations locally, provincially and nationally, including the Pharmacy Examining Board of Canada, the Association of Deans of Pharmacy of Canada, and the Canadian Foundation for Pharmacy. The Schnell family connection to the U of S is strong: 31 members have received 34 degrees.
u-of-s-hosts-roughrider-training-camptrue1718730911095imj129U of S hosts Roughrider training campThe Saskatchewan Roughriders have taken over Griffiths Stadium on the U of S campus again this year for the team’s 2015 training camp. University CommunicationsSaskatchewan Roughriders1433155320000/articles/general/2015/u-of-s-hosts-roughrider-training-campnewssite://news/articles/general/2015/u-of-s-hosts-roughrider-training-campimj1291547625419027imj1291547625419027show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/kennan-macdougall-tristan-jackson.jpgsite://news/images/2015/kennan-macdougall-tristan-jackson.jpgnewskennan-macdougall-tristan-jackson.jpgkennan-macdougall-tristan-jackson.jpg128501900600NoNoneNoneNo/
TextNone/Above contentThis is the third consecutive year the team has used University of Saskatchewan facilities—residences, food services and the Griffiths playing field—to prepare for the upcoming Canadian Football League season. On-field workouts started May 31 and will continue through June 17. The players and coaching staff will then return to Regina to prepare for a preseason game June 19 against the Calgary Stampeders at Mosiac Stadium.

The practice schedule for Rider training camp can be found on the Riderville website.
school-of-public-health-reviewtrue1718730911095imj129School of Public Health reviewThe external academic review of the School of Public Health (SPH) is done and the reviewers arrived at one overarching conclusion: although the mission and vision of the School of Public Health are appropriate, the school cannot successfully achieve its mission and vision with current resourcing.Jennifer RobertsonSchool of Public Health, Ernie Barber1432563480000/articles/general/2015/school-of-public-health-reviewnewssite://news/articles/general/2015/school-of-public-health-reviewimj1291547625416979imj1291547625416979show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/ernie-barber.jpgsite://news/images/2015/ernie-barber.jpgnewsernie-barber.jpgernie-barber.jpg404741900600Ernie BarberNoNoneNoneNo/
TextNone/Above contentIn their written report, the reviewers urged the university to review the current practice of two public health units and "engage in a dialogue about how to integrate Community Health and Epidemiology and the School of Public Health."

Four possible scenarios were off ered by the review team to address resourcing concerns: move community health and epidemiology from the College of Medicine into SPH; merge SPH into the existing department; merge both under the Council of Health Science Deans; or invest signifi cant funding in SPH that may result in a "natural and progressive realignment and rapprochement of CHE (community health and epidemiology) with the school, perhaps enabled by hard-money off ers of joint appointments or even joint leadership."

In addition to a structural review, the review team also assessed teaching and research activity in the school and noted many accomplishments in its eight-year history, as well as areas for improvement. All recommendations are in a written report recently presented to Interim Provost Ernie Barber.

Faculty members in the school were given an opportunity to respond to the reviewer's report, and they indicated strong preference for integrating community health and epidemiology into the school. The response stated they "believe that amalgamating with other units with similar interests will be instrumental in ensuring that the original vision is fully realized and hopefully exceeded."

"This review is a call to action and in order to take this action, we need a group of leaders to simultaneously review the recommendations and provide an action plan to move forward," said Barber. A task group has been charged by Barber to develop a plan by Oct. 15, 2015.

"This group will include stakeholders both internal and external to the School of Public Health, including relevant university leaders, faculty and students," said Barber. "Teaching and research in public health remains critically important to the university and we need to reach a consensus around the action required to ensure success."

The reviewer's report was made public on May 19. It and the response of SPH faculty members can be viewed at usask.ca/ipa

Jennifer Robertson is communications officer in Institutional Planning and Assessment.
a-look-at-low-enrolment-programstrue1718730911095imj129A look at low enrolment programsThe number of classes at the U of S with fewer than five students is on the rise and what to do with low-enrolment programs is a topic that needs to be discussed, according to the chair of Council’s Planning and Priorities Committee.Kris FosterLisa Kalynchuk, University Council1432204500000/articles/general/2015/a-look-at-low-enrolment-programsnewssite://news/articles/general/2015/a-look-at-low-enrolment-programsimj1291547625414719imj1291547625414719show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2016/lisa-kalynchuk.pngsite://news/images/2016/lisa-kalynchuk.pngnewslisa-kalynchuk.png800580900600Lisa KalynchukNoNoneNoneNo/
TextNone/Above content

"We know that about 10 per cent of the classes offered at the U of S have fewer than five students enrolled," said Lisa Kalynchuk. "It is an issue that University Council is ideally suited to address; it falls exactly within Council's mandate to lead academic programming."

To examine the issues, an enrolment subcommittee has been formed and charged with updating a Council-approved policy from 2007 that addresses programs with low enrolment.

"We need to update this document, identify key metrics and determine if it still refl ects current thinking about program enrolment," said Kalynchuk, a professor of neurology in the College of Medicine. She added there is a sense that the number of low-enrolment programs at the U of S is disproportionately high, so the subcommittee's first step will be to determine the magnitude of the situation.

While the number may be high, some low-enrolment programs are offered for good reason, continued Kalynchuk, who chairs the subcommittee. "Some of these are offered because they support the provincial knowledge economy; some programs historically have outstanding students year in and year out and are prestigious; some support valuable research enterprises. Maybe we want to keep offering these programs with low enrolment, but we need to have the discussion and engage Council members to see what their thoughts are."

Chief among the issues to consider around low enrolment, she continued, are resources, student experience and how comparator institutions deal with similar classes. The job of the subcommittee is to determine the landscape outside of the U of S, and to gauge how students feel about these programs and their experience in them.

"We are trying to fi nd out how comparator institutions in the U15, like Dalhousie and Queen's, and regionally, like University of Calgary and University of Manitoba, deal with low-enrolment programs."

The subcommittee will also look at a few institutions that focus on undergrad programs "to see if it's different at a less research-intensive institution."

Playing perhaps the most important factor in this, she continued, are the students and their perspectives on smaller programs. "We want to talk to them and see how they feel about it—why they went into the programs, why they didn't go into the programs. We want to know how they would rate their experience in big versus small programs."

There is a sweet spot, an optimum number, for student enrollment, continued Kalynchuk. "We're not talking about 500 students in every class, but also not three or four. Can we reach equilibrium of 20 to 30 students in second, third and fourth years and avoid classes with fewer than five? What's the optimum number?"

The educational experience for students is really driving this process right now, she said, using her own experience as an undergrad as an example. "I had a lot of students in my program and really benefi tted from that. It contributes to a vibrant student cohort; students support each other and develop friendships."

Kalynchuk is clear that what the subcommittee hopes to present to Council this fall will be "guidelines and principles that can help deans and department heads make decisions about these programs. This will not be prescriptive, but it will tell them what issues to think about to inform their decision making."

The subcommittee hopes to get a policy endorsed by Council this fall so that it can start being used by deans and department heads in the upcoming year.

"This is a timely discussion to have and Council can help decide what kind of academic experience we off er students. We have limited resources and the more classes we off er with fi ve students means the more classes we have to off er with hundreds of students. So let's make it about academics and student experience before it becomes about fi nances," said Kalynchuk, adding that a new Council-endorsed policy will prove especially important once Transparent, Activity-Based Budget System (TABBS) rolls out to college and departments.

"TABBS will tell them (deans and department heads) what a breakeven number of students is for a class to be feasible. What the cost is for a full professor to teach a three-credit unit course. Each college and department will be responsible for all those costs and that could make decisions more focused on fi nances.

u-of-s-student-receives-20000-scholarshiptrue1718730911095imj129U of S student receives $20,000 scholarshipUniversity of Saskatchewan PhD student Danette Starblanket has been awarded a prestigious scholarship for her work in studying the Idle No More movement.University CommunicationsJohnson-Shoyama Graduate School of Public Policy1431618240000/articles/general/2015/u-of-s-student-receives-20000-scholarshipnewssite://news/articles/general/2015/u-of-s-student-receives-20000-scholarshipimj1291547625412220imj1291547625412220show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/danette-starblanket.jpgsite://news/images/2015/danette-starblanket.jpgnewsdanette-starblanket.jpgdanette-starblanket.jpg86023900600Danette StarblanketNoNoneNoneNo/
TextNone/Above contentStarblanket, in the Saskatoon campus of the Johnson-Shoyama Graduate School of Public Policy (JSGS), has received this year's $20,000 Queen Elizabeth II Centennial Aboriginal Scholarship, awarded annually to a First Nations/Métis student by the Government of Saskatchewan for academic excellence in graduate or post-graduate studies in the province.

"The Queen Elizabeth II Centennial Aboriginal Scholarship demonstrates the sincere commitment of the Government of Saskatchewan to ensure First Nations graduate students are supported and encouraged to strive for excellence in their university studies," said Starblanket.

Starblanket's research will examine how the Idle No More movement has impacted government policy and practice in Canada and relationships with Aboriginal people, including First Nations officials.

Meanwhile, Olena Kapral, a PhD candidate based out of the JSGS Regina campus, earned the $20,000 Queen Elizabeth II Scholarship to develop a comparative case study of the health policy processes in Saskatchewan and Ontario.

For more information, visit  the JSGS website.
music-mondaytrue1718730911095imj129Music MondayGrade 6, 7 and 8 students from Brunskill School under the direction of Michael Kurpjuweit celebrated Music Monday with a concert in front of the Peter MacKinnon Building on the U of S campus.University Communications1431344880000/articles/general/2015/music-mondaynewssite://news/articles/general/2015/music-mondayimj1291547625410417imj1291547625410417show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/music-monday.jpgsite://news/images/2015/music-monday.jpgnewsmusic-monday.jpgmusic-monday.jpg176122900600NoNoneNoneNo/
TextNone/Above contentAnd because it was May 4 (may the fourth be with you), Kurpjuweit donned a Wookie jacket and the band kicked off its performance with the Star Wars theme. Launched in 2005 by The Coalition for Music Education, Music Monday is a Canadian event dedicated to raising awareness for music education.
arctic-scholartrue1718730911095imj129Arctic scholarWhen top diplomats from the nations of the Arctic Council meet to discuss issues during the next two years, they will draw on research by University of Saskatchewan associate professor Greg Poelzer.University CommunicationsGreg Poelzer, Johnson-Shoyama Graduate School of Public Policy1429797480000/articles/general/2015/arctic-scholarnewssite://news/articles/general/2015/arctic-scholarimj1291547625408866imj1291547625408866show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/greg-poelzer.jpgsite://news/images/2015/greg-poelzer.jpgnewsgreg-poelzer.jpggreg-poelzer.jpg96509900600Greg PoelzerNoNoneNoneNo/
TextNone/Above contentAt Fulbright Canada's 25th anniversary event in Ottawa this week, Poelzer was named one of 17 international scholars from eight Arctic Council states chosen to participate in the Fulbright Arctic Initiative. Poelzer and fellow researchers will collaborate on addressing research questions relevant to the Arctic nations' shared challenges.

"It's one of those once-in-a-lifetime opportunities," said Poelzer, one of three Canadians selected for the United States government-sponsored project. "The chance to work at a high level with some of the leading researchers and scholars in Arctic issues from eight circumpolar states is just phenomenal."

Poelzer said he is excited and humbled by the responsibility that comes with the work ahead of him.

"It won't be just ivory tower research up on a shelf," said Poelzer. "This is designed to have policy impact."

By fall of 2016, the researchers will produce policy recommendations and begin implementing projects related to four areas critical to the Arctic's future: energy, water, health and infrastructure. This work will guide the actions of the member states­—Canada, the United States, Denmark, Finland, Iceland, Norway, Russia and Sweden—from 2015-17 while the U.S. chairs the council.

Poelzer's research will focus on capacity-building for northern energy and mineral resource development through means such as improving access to education and creating more efficient governance. His work will also contribute to a collaborative research project to be determined at the scholars' first meeting next month in Iqaluit, Nunavut.

As part of the prestigious Fulbright Arctic Initiative program, Poelzer will receive US$40,000 in funding and will participate in a residency at the University of Alaska Anchorage, where he hopes to further his research and build academic connections between Alaska and Saskatchewan.

Poelzer's postings at the U of S include executive chair of the International Centre for Northern Governance and Development and associate professor in the Department of Political Studies and the Johnson-Shoyama Graduate School of Public Policy. He is a recognized expert on northern policy and governance, was the inaugural dean of undergraduate studies at the University of the Arctic and co-wrote the book Arctic Front: Defending Canada in the Far North, which received the 2008 Donner Prize for the best public policy book by a Canadian.
art-plants-and-big-sciencetrue1718730911095imj129Art, plants and big scienceSomewhere out there is an art curator with a painting that is a bit of a mystery. The curator knows there are layers of paint on the canvas but cannot know what lies beneath. A portrait? A landscape? By the same artist, or another? A restoration, or a forgery? Unfortunately, to answer the questions using conventional techniques could damage the painting.Colleen MacPhersonCanadian Light Source1430903280000/articles/general/2015/art-plants-and-big-sciencenewssite://news/articles/general/2015/art-plants-and-big-scienceimj1291547625406717imj1291547625406717show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentBut this summer, curators and others interested in art, art history and cultural heritage have the opportunity to bring big science to bear of their mystery objects or questions. The Canadian Light Source (CLS) is once again opening its facility in July for one-week summer schools, giving researchers the chance to learn how synchrotron technology can be used to build knowledge, and solve mysteries, in their discipline. "If you're interested in synchrotron science," said Tracy Walker, "come and play."

Walker, the CLS education and outreach co-ordinator, said the summer schools, which have run almost every year since 2006, include an introduction to the capabilities of the facility, hands-on beamline time and access to scientists to help gather and interpret data.

"From a learning perspective, it's very important to us to provide practical experience as well as the science behind the synchrotron," said Walker. "The third component of the school experience is networking with the experts."

This year, two schools will run concurrently—one for those studying the structure and molecular composition of plants and plant-related products, and one for people who want to further their research in the fields of art and cultural heritage. This could include studying ancient production methods, paints and dyes, learning how to identify forgeries, or studying nutrition, migration and toxicology in the field of anthropology.

Each school has a maximum enrolment of 10 people who submit an application explaining their research. Spots are available for experts and researchers as well as students from Canadian universities.

The participants are what Walker termed novice users, people with no synchrotron experience. "And those who are accepted are invited to bring their own sample," Walker said, "an artifact, a fossil, a piece from a museum collection, a piece they're trying to understand something about. The huge advantage here is that our techniques are non-destructive."

Returning to the painting example, Walker explained that instead of having to remove layers of paint to see what is underneath and thus destroy a piece of art, synchrotron technology can identify the chemical signature of various pigments, and then map the location of those signatures to reveal what is beneath the top layer.

Offering summer schools is "very much a facility commitment," she continued. Time has been booked on six beamlines for the schools, including the new BioXAS (x-ray absorption spectroscopy), which is nearing completion. Staff will be working with school participants, as will scientists and current beamline users. International speakers will be giving presentations and there will be an excursion to Wanuskewin.

"In addition to giving novice users a new toolkit they can use in their work, we are able to show what the beamlines are capable of and at the same time build a beamline community," she said.

Detailed information about the July 20-25 summer schools is available on the Canadian Light Source website.
northern-exposuretrue1718730911095imj129Northern exposureIt may not be everyone’s favourite travel destination, but for Philip Loring, expeditions to the Arctic have become his passion.James ShewagaPhilip Loring, School of Environment and Sustainability1430903340000/articles/general/2015/northern-exposurenewssite://news/articles/general/2015/northern-exposureimj1291547625405208imj1291547625405208show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/philip-loring.jpgsite://news/images/2015/philip-loring.jpgnewsphilip-loring.jpgphilip-loring.jpg75519900600LoringNoNoneNoneNo/
TextNone/Above contentLoring, an assistant professor in the University of Saskatchewan's School of Environment and Sustainability, regularly makes the long trip north to chronicle the challenges facing Arctic villagers due to the eff ects of climate change.

"I am very passionate about this project," said Loring. "In particular, I'm hoping that we can do research that empowers local people to take control over how the future of the Arctic and their communities plays out. In the last hundred to hundred and fifty years, the North American Arctic has been rapidly remade under the infl uences of colonialism, globalization and natural resource extraction. Climate change is just the latest development in that trend, but one with unprecedented consequences for local peoples and cultures.

"With this work I want to raise awareness about this as a social issue, but I also want to produce information and ideas that local people can use to build the future they want."

Loring and his team's work is now featured in Sea Ice Secure, the first in a series of new shortformat documentaries produced by Sustainable Futures North (SFN). The series showcases how rapid changes in climate, weather and development are aff ecting the daily lives of hunters, fishers and gatherers in rural Alaskan villages. The film recently earned an honourable mention in the 2015 Greenpeace short film contest that featured more than 500 climate change documentaries.

"The video series features local voices and experiences and shows how residents of the North, while vulnerable in many ways to climate change, are actively pursuing innovative solutions," said Loring. "Too much of the Arctic dialogue focuses on what climate change might mean for new business opportunities such as shipping and oil development. There's a real social justice implication to climate change that these videos highlight."

While climate change is a growing global issue, people in the Arctic are already on the front lines dealing directly with its dramatic eff ects, as the sea ice—the lifeline of the North—retreats more every year. The coastal Alaskan communities featured in the film rely on the sea ice for transportation, food security and maintaining tradition ways of life now threatened by rapid climate change, he explained.

"Lives and livelihoods in the North are tightly connected to the natural world through, for example, subsistence hunting and fi shing," said Loring. "Thus, while climate change does have implications for food security in urban areas of Canada and the United States, most people don't experience them in the same way. We see a small change in prices of food, but we have alternatives that people in the North don't. Unexpected or unprecedented variability in fi sh and game can be much more devastating to the health and household economies of local people (in the Arctic)."

Loring's project, funded by a grant from the US National Science Foundation's Arctic Science, Engineering and Education for Sustainability program, examines life in northern regions ranging from Baffin Island, Nunavut to coastal Alaska. The first documentary is primarily focused on the northwest Alaskan coastal communities of Deering, Kivalina, Kotzebue, Nome and Point Hope.

"We're talking to people about the biggest challenges they face for health, food, water and energy security, and trying to fi gure out how new natural resource development such as oil and gas impact these," said Loring, who created the series along with team member Craig Gerlach of the University of Calgary. "Th e project is driven by community needs and interests, and is very interdisciplinary, with a team that includes civil engineers, anthropologists, sociologists, sea ice geophysicists, climate scientists and educators."

Sea Ice Secure is viewable online at sustainablefuturesnorth.org. Three more films on such topics as food security and subsistence practices are in development.

James Shewaga is media relations specialist in University Communications.
centre-of-supporttrue1718730911095imj129Centre of supportThe Gordon Oakes-Red Bear Student Centre is expected to open this fall and will play a central role in Aboriginal student support on campus according Graeme Joseph, team lead of First Nations, Métis and Inuit student success at the University of Saskatchewan.Meghan SiredGordon Oakes Red Bear Student Centre, aboriginal, Graeme Joseph1430304540000/articles/general/2015/centre-of-supportnewssite://news/articles/general/2015/centre-of-supportimj1291547625403730imj1291547625403730show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/gordon-oakes-construction.jpgsite://news/images/2015/gordon-oakes-construction.jpgnewsgordon-oakes-construction.jpggordon-oakes-construction.jpg145605900600NoNoneNoneNo/
TextNone/Above content"The Gordon Oakes-Red Bear Student Centre is part of a large community of supports on campus for Aboriginal students," said Joseph. "The centre will work in close collaboration with partners across campus to increase Aboriginal student enrolment, retention and graduation."

By focusing the centre on the teachings of relationship, collaboration, co-operation, humility, reciprocity and sharing, Joseph said the building will be a safe and welcoming place that is respectful of the diversity of all Aboriginal people. "The Gordon Oakes-Red Bear Student Centre facilitates the co-ordination of eff ective student services for First Nation, Inuit, and Métis students," he said. "It will bring together the teachings, traditions and culture of First Nation and Métis Peoples of Saskatchewan."

The building was designed by renowned Aboriginal architect Douglas Cardinal and is named after a man who made significant contributions to the people of Saskatchewan throughout his life as a Treaty Elder and a spiritual and community leader, said Joseph. He added the university has been working with the family to ensure his teachings are honored in the building.

Daryl Cherry, who works in the major projects office of Facilities Management Division and is the building's project manager, expects the building to be on budget at $17 million. Of that total, $4.7 million was provided through private donations.

Windows are being installed, the stone finish is almost done, the inside is being dry-walled and painted, and electrical and mechanical equipment are being prepared. Cherry said the wood from the elm trees that had to be removed to accommodate construction has been cut into planks and the "absolutely gorgeous grained wood" will be displayed inside the building.

Jack Saddleback, incoming president of the U of S Students' Union who is from the Samson Cree Nation in Maskwacis, Alberta, said he is looking forward to the opening of the centre and the opportunity it creates to enhance the student experience through community building.

"The new Gordon Oakes-Red Bear Student Centre is important for Aboriginal students because it showcases that Aboriginal students are a part of this campus," said Saddleback, who noted the centre is vital for the whole campus community. "By having a centre, we are highlighting our campus community's diverse population and celebrating the rich history of the Saskatchewan region."

A grand opening celebration will be organized in the fall.

Meghan Sired is communications co-ordinator in Student and Enrolment Services Division.
writing-it-righttrue1718730911095imj129Writing it rightA student who had been studying at the U of S for a number of years was one class away from finishing her degree. Once she passed, she could head back to her home in China to see her son for the first time in five years.Kris Foster1429704360000/articles/general/2015/writing-it-rightnewssite://news/articles/general/2015/writing-it-rightimj1291547625401577imj1291547625401577show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/pen.jpgsite://news/images/2015/pen.jpgnewspen.jpgpen.jpg89622900600YesNoneNoneNo/
TextImage/images/2015/liv-marken.jpgsite://news/images/2015/liv-marken.jpgnewsliv-marken.jpgliv-marken.jpg182701400300Liv MarkenAlign right

That last class was English 111 and the instructor was Liv Marken.

"This student made it through almost her entire degree without having to do much intensive writing," said Marken, who in addition to being a sessional lecturer is the co-ordinator of the Writing Help Centre. "She didn't have the writing skills to pass an English class."

Marken was not going to be the teacher who prevented the woman from getting back home to her family, so she worked tirelessly to ensure the student left the U of S with a degree in hand.

The Campus Case

Encountering students with sub-par writing skills is not a rare case for Marken, nor for countless other instructors on campus. On a daily basis, teachers see writing issues ranging from poor grammar and an inability to construct or support an argument, to a lack of understanding around academic integrity.

"These are typical issues in a typical group of students," said Marken, adding that there are three student groups for which writing problems are especially acute—international students, first-year students directly out of high school and students with learning disabilities.

Marken pointed to an increasingly diverse student body with more international students who require more training in English as a Subsequent Language (ESL). International students, Marken said, are "highly teachable and they really want help, but most profs don't have the time for one-on-one instruction."

So they enroll in ESL courses at their own expense. Unfortunately, Marken explained, this is not always proving to be a good solution because the scores on English proficiency requirements tests at the U of S are relatively low compared to other Canadian universities.

In talking about the second group of students, those right out of high school, Marken used her 17-year-old self as an example. "This student is coming to university after getting As in high school. She gets her first paper back and the bubble bursts. I was one of those students. I got a 67 on my first English paper and my dad was the head of the English department," she said with a laugh.

The student in this case either blames the prof for being "picky", blames his or her own poor writing skills, or accepts feedback. "They either have a fixed mindset that they can't improve their writing or a growth mindset that they can develop that skill," continued Marken, who, as a lead instructor of a course on transitioning from high school to university, sees members of this group often.

The final group Marken highlighted consists of students with undiagnosed learning disabilities, including ADD, ADHD and dyslexia.

"These numbers on campus are higher than we realize. A student could be doing well and then just hit the wall. These disabilities affect reading, writing and understanding instruction. I know of late-diagnosed students in vet med, dentistry, and medicine who've done well as undergrads and then hit the wall in those colleges."

All of this adds up to a great deal of frustration. "Most people are frustrated; profs, support programs, students. I'm frustrated too," she said, adding that the contempt she hears for high school teachers is misplaced.

"They have more training to teach than university instructors and they know techniques for feedback. There are many exceptional high school teachers teaching grammar, but it is not common and it is not necessarily part of curriculum."

TextImage/images/2015/patricia-mcdougall.jpgsite://news/images/2015/patricia-mcdougall.jpgnewspatricia-mcdougall.jpgpatricia-mcdougall.jpg93794400300Patti McDougallAlign right

A Blame Game

Patti McDougall, vice-provost of teaching and learning, agreed that blame should not be shifted to the K-12 system.

"The broader issue is about preparedness," said McDougall. "It would be a mistake for us to presume that the K-12 curriculum and those teaching it are insufficient and not doing the job we need it to."

McDougall explained that when provincial K-12 curriculum is revised, the Ministry of Education invites input and collaboration from the U of S, the University of Regina and Saskatchewan Polytechnic.

"We need to look at ourselves and evaluate our own curriculum and if we see gaps repeatedly then we need to go to the school systems," said McDougall. "But we would have to go to school systems not just in Saskatche w a n , b u t w h e r e v e r students come from. There is no simple answer."

From Marken's perspective, she sees the problem stemming from three specific issues at the U of S: an institutional culture that does not consistently stress that writing matters; writing instruction that focuses on the high-stakes end product rather than the process of writing; and a lack of writing across the curriculum throughout degree programs.

The last one, Marken admitted, is not unique to the U of S. "Only a few Canadian post-secondary education institutions have comprehensive writing across the curriculum requirements compared to about 70 per cent of universities in the States."

TextImage/images/2015/rebekah-bennetch.jpgsite://news/images/2015/rebekah-bennetch.jpgnewsrebekah-bennetch.jpgrebekah-bennetch.jpg135482400300Rebekah BennetchAlign right

Taking Class Action

The vice-provost sees daily the effort of many on campus, including Marken and her colleagues in the Writing Help Centre, who are working to right the problem. There are also significant strides being made in a number of colleges—Agriculture and Bioresources, Engineering, Edwards School of Business and Arts and Science—that require students to take courses focused on communication and writing.

"Writing and literacy are core learning goals regardless of the program," said McDougall. "Everywhere you look you will find a learning goal that states that our students must become effective communicators and have demonstrated effective communication skills by the time they graduate. Everyone agrees on this being the final goal. What we need to determine is how to get them there."

McDougall pointed to the College of Engineering as an example.

"Engineering used to require three or six credits in English, but at some point they decided they needed more to get students to that goal." Since 2007, engineering students have been required to take RCM 300, a course on effective communication. The course, offered through the Ron and Jane Graham School of Professional Development, is also now required for students in the College of Agriculture and Bioresources.

Students in the class learn everything from the technical demands of writing reports, memos and letters, to developing audience awareness, case analysis and oral and written presentation skills, explained Rebekah Bennetch, one of the instructors.

"This is the most basic connection, teaching people to communicate with humans," said Bennetch. "Having clear grammar is effective communication; mistakes take away from that clarity and that's a waste of time."

The centre came about through a donation from its namesake Ron, an engineer by trade and graduate of the college, and his wife Jane. "I really think Ron Graham saw a need for students coming out of the college to express ideas clearly and communicate with credibility," said Bennetch of the impetus behind the centre, adding its work is doubly important when considering accreditation.

"Outcomes for students are a big part of the college's accreditation process and one of the outcomes they look at is ability to communicate with colleagues and the public."

Addressing this, she continued, is a priority in engineering and making the course a requirement shows its commitment to student success. But what about the students? How do they feel about the class?

"At first this course isn't the most popular and students are skeptical. I assure students that we aren't going to study Shakespeare and poetry. They used to call the class ‘Speak and Spell.'"

But that attitude, Bennetch continued, quickly changes once students learn how to write a cover letter that results in calls from potential employers. "In a practical sense, we can show students that employers are looking for communication skills and will pay more for communication skills.

"Potential employers expect a certain base level of grammatical skills and we've inherited students without the skills needed. The college has put a lot of resources towards correcting that, including small class sizes that allow profs to meet with students one-on-one."

There is a growing demand for the class, Bennetch said, and that will be even more pronounced considering the college's goals for enrollment growth. "I worry that there won't be enough resources to help address the gap between actual skills and skills needed to succeed," she said.

TextNone/Above content

Writing resources

The matter of resources, said McDougall, specifically time, is something that every instructor, department and college on campus deals with.

"This is about more than the technical aspect of writing, as in taking a grammar course. It's about learning how to write in the discipline. An English paper is certainly not the same as a lab report," the vice-provost said. "Beyond the technical part, every department and program determines how writing unfolds in their curriculum."

Faculty members determine how to cover curriculum in a topic and if they spend more time on writing that means less time on content, explained McDougall. "They need to identify a balance (and) we try to identify that balance at every level—unit, department, college and university. In reality, no unit on campus holds writing as its primary responsibility; it's a shared responsibility."

"We need to look at writing as something that needs to be learned just like biology, math or chemistry," added Marken. "Everyone has theories and thinks there is a Band-Aid solution, but no one learns to write by attending a workshop or two.

"Writing needs to be embedded across curriculum so that students can learn to think clearly and engage with the subject matter. Students need to hear their professors emphasize the importance of good writing in their disciplines and even how those professors learned to become good writers themselves."

The onus is also on students to seek feedback during the writing process and to practice the craft, Marken continued.

"If you want to become a better writer, you have to read, and read broadly, and you have to write, write, write."

student-employees-hold-union-votetrue1718730911095imj129Student employees hold union voteThe votes have been cast but it will be weeks or even months before graduate student employees at the University of Saskatchewan find out if they have the support they need to join a union.Colleen MacPherson1428654600000/articles/general/2015/student-employees-hold-union-votenewssite://news/articles/general/2015/student-employees-hold-union-voteimj1291547625396179imj1291547625396179show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/cheryl-carver.jpgsite://news/images/2015/cheryl-carver.jpgnewscheryl-carver.jpgcheryl-carver.jpg101428900600Cheryl CarverNoNoneNoneNo/
TextNone/Above contentCheryl Carver, acting associate vice-president of human resources, said students cast their ballots March 27 on the question of certification with the Public Service Alliance of Canada (PSAC). Since then, the local Canadian Union of Public Employees (CUPE) has applied to the Saskatchewan Labour Relations Board for intervener status in the process, asserting that the employees in PSAC's proposed bargaining unit should fall within its bargaining units instead.

"Unless CUPE and PSAC can resolve their differences, there is likely going to be a hearing and the labour board won't count the ballots until it deals with the CUPE application," she said. "That could take three or four months so it's business as usual at the university. Nothing changes until we know the outcome."

When the vote counting proceeds, the board will also have to rule on which graduate students were in fact eligible to cast ballots, said Carver. The university's list of eligible students numbers about 1,100 while the PSAC list includes some 1,400 names. The difference, Carver explained, could be the result of a number of scenarios: a student may have been an employee in 2014 when they signed a union card but may no longer be on the payroll; or a student may not understand that their pay cheque is scholarship money rather than employment income.

If the university and PSAC cannot come to agreement on the list of eligible voters, the board will address the question of who should, and should not, be included in the certification effort.

When the issues surrounding the public service alliance's effort to certify the students are resolved, and if the vote count shows majority support, "we would then move into the process of negotiating a collective agreement," said Carver. "If that agreement is ratified, we will then implement its terms and conditions."

Preparation for negotiating a new contract will involve a great deal of research, she said. It will include learning more about the PSAC should it be determined to be the bargaining agent "and what's appropriate for that particular bargaining group. We'll also have to do some broad consultation with leaders across campus to determine their interests, something we do around all of our bargaining tables."

Should the vote fail, "this group of employees will remain non unionized."

She added the University of Saskatchewan is one of only a handful of post-secondary institutions in the country where graduate student employees are not unionized.

In terms of the university's response to this unionization effort, Carver said the institution respects the right of employees to be represented by a bargaining group. At the same time, it works to ensure fair and reasonable terms and conditions of employment for everyone.

"We want to get to that outcome whether it's done through a union or not through a union but clearly the students are trying to tell us something. It's like they're telling us we're not living up to that standard, and we have to listen, understand and figure out how to address their concerns."
arts-based-solution-to-workplace-harassmenttrue1718730911095imj129Arts-based solution to workplace harassmentIn health care, where the welfare of the patient comes before everything, it can be easy to overlook the mental wellbeing of those who provide care.University Communications1427445319000/articles/general/2015/arts-based-solution-to-workplace-harassmentnewssite://news/articles/general/2015/arts-based-solution-to-workplace-harassmentimj1291547625394602imj1291547625394602show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentNot so for one team of Saskatchewan researchers who have identified a growing problem of workplace harassment in the province's health care facilities and are testing an unorthodox method of addressing the problem.

Elizabeth Quinlan, a sociologist at the University of Saskatchewan and a member of the research group, explained that workplace harassment—repeated aggressive behaviour or bullying among co-workers—is especially common in health care, where staff shortages and the high-stakes nature of the work drive up stress levels. To an already-burdened health system, the effects are measurable: increased staff turnover, health benefits costs and absenteeism.

But what first struck Quinlan was the personal anguish harassment caused among the health care aides she met, and the inevitable impact it had on their work.

"There's a direct relationship—and it only makes sense that there would be," she said. "The health of the caregiver has an effect on the health of the cared for."

Quinlan, who had been exploring uses of the arts for addressing health care issues, knew from previous research in the field that workplace interventions involving high levels of active participation by workers are most effective. She wondered if an arts-based intervention might be an ideal approach; why not invite caregivers to participate in theatre workshops that address the problem of harassment head on?

In a pilot study, she saw great results from bringing participatory theatre workshops to health care aides in several Saskatchewan long-term care homes. Now, equipped with nearly $200,000 in funding from the Canadian Institutes of Health Research, she is leading a new project that expands that study's scope to include aides, registered nurses and licensed practical nurses in both care homes and hospitals.

Quinlan, U of S law scholar Beth Bilson, U of S management and marketing professor Isobel Findlay, and University of Regina nursing professor Ann-Marie Urban will conduct the study.

A participatory theatre workshop unfolds like this. Participants are guided to create and perform a brief scenario that captures the essence of workplace harassment as they experienced it. A typical scenario might depict a group of aides shunning a new staff member at the lunch table, or a supervisor maneuvering to assign an unpopular co-worker all of the worst shifts.

The details are up to the participants; what matters, said Quinlan, is the "emotional authenticity" of the resulting theatrical performance. "We continue to refine that scenario so that everybody in the room can look at it and recognize their own experience in it."

When the target of the harassment—the protagonist of the scene—has reached the moment of greatest crisis, the action freezes. Now the participants propose solutions to the protagonist's dilemma, and to do so they must take her place in the scene and test their ideas in the live arena of the performance.

The protagonist might gain understanding into the bully's motivations or try to enlist the help of a neutral co-worker. As the scene evolves through improvised interactions among the performers, the group collectively identifies the most promising solutions.

"They might be successful in neutralizing the harassment, or they might not be. Either way, the entire group—those on the stage and those observing—gains insight into why some solutions work and others don't," said Quinlan.

Over the next three years, Quinlan and her collaborators on the new study will hold two-day workshops with each of the three employee groups, followed by rigorous evaluations of the results.

To extend the project's benefits, a video based on the workshops will be shared with the wider caregiving community. More importantly, Quinlan hopes the study's results will demonstrate the potential of participatory theatre for addressing workplace harassment in the world of health care and beyond.

As the team builds on its past success, participatory theatre will become another tool to help the frontline workers who deal with the problem of harassment each day.

"What we're looking for is a workplace cultural change that comes from the bottom up."

For more information about the participatory theatre project, visit at www.whichsk.com or contact which.sk@usask.ca

Written by Chris Putnam, communications officer in the College of Arts and Science.
high-altitude-hobbytrue1718730911095imj129High-altitude hobbyNot everyone can go into space but with a tank of hydrogen and a bit of knowledge about circuit boards, a balloon could be the next best thing.Lesley Porter1428319680000/articles/general/2015/high-altitude-hobbynewssite://news/articles/general/2015/high-altitude-hobbyimj1291547625393212imj1291547625393212show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/bruce-coates.jpgsite://news/images/2015/bruce-coates.jpgnewsbruce-coates.jpgbruce-coates.jpg146765900600NoNoneNoneNo/
TextNone/Above contentThat's what high-altitude ballooner Bruce Coates has been doing for seven years.

Coates, a unit support specialist in Information and Communication Technology (ICT), is a member of the Saskatoon Amateur Radio Club (SARC), a local society for ham radio operators and hobbyists. Over coffee with another member in 2007, they decided the try launching a high-altitude balloon (nicknamed SABRE) and tracking it using ham radio technology.

"What ham radio has let us do is be able to track it and have more fun with it than you might without," he explained. "Without ham radio, we could still fly balloons, but people would use things like cell phones which don't work past a certain altitude and don't work outside of the range of a cell tower."

Since the maiden voyage in 2008, SARC has launched 21 balloons in the province. From take off to crash down, a typical SABRE flight is just under three hours, but they get some serious air: the highest the balloon has ever flown was just over 110,000 feet, "which is three and a half times higher than a jetliner, or four times as high as Everest, or a tenth of the way to the space station, however you want to look at it," laughed Coates.

The balloon is made of latex, is about two metres across and stretches substantially once filled with hydrogen (less expensive than helium, said Coates). Dangling precariously from the balloon is a bright, neon parachute and a payload box carrying tracking gear, GPS equipment, and still and video cameras to capture the journey.

But launching a balloon is not quite as simple as the movie Up makes it out to be. Before the balloon leaves the ground, the flight has to be co-ordinated through, and approved by, Transport Canada and Navigation Canada.

"We're taking this balloon and launching it up into the air, and we have to worry about air traffic at that time," said Coates. "If something ever hit it, it would be exceptionally bad."

The balloon, which cannot be steered, is treated as an aircraft flight and monitored by air traffic control, he explained. The onboard GPS updates every 30 seconds, so the balloon is also tracked on the SARC website.

Once up, up and away, the balloon rises above the ozone layer to the upper fringes of the atmosphere, a place called near space, where pressure is sorely lacking. "By the time it gets up there, it's almost a vacuum," said Coates. "Sooner or later, the pressure is just too much and the balloon breaks."

At that altitude, there is more than just pressure to worry about, though. The brutal weather conditions—as low as -60°C—and intense ultraviolet light pose a threat to the safety of the payload.

And how does an amateur balloonist protect the payload from extreme cold and harsh ultraviolet rays? "In a word, Styrofoam," said Coates. The box is cased in a layer of Styrofoam one inch thick, enough to insulate from the environmental stressors.

The Styrofoam also serves as crash-safety gear when the payload comes hurling back to Earth. "Our standard for equipment is, you should be able to take your payload and drop it from about table height or so onto cement and have it survive."

In addition to the GPS trackers, the group uses data from the American National Weather Service that measures wind to predict where the balloon will not only fly, but land as well.

The payload has ended up in some interesting locations, including forests, sloughs and even on a power line, which SaskPower had to remove for them.

One landed "about four kilometres past the end of the last road north of Prince Albert, so we had to walk through the bush and swamp to get it. Once it lands, it's like the world's biggest geocache," said Coates. "We know where it is, we just have to go find it."
addressing-students-mental-health-needstrue1718730911095imj129Addressing students' mental health needsThe number of students using counselling services at the U of S is on the rise, and Terrie Fitzpatrick is hoping a university-wide mental health strategy will help address students’ needs across campus.University CommunicationsStudent Counselling Services, Terrie Fitzpatrick1427965500000/articles/general/2015/addressing-students-mental-health-needsnewssite://news/articles/general/2015/addressing-students-mental-health-needsimj1291547625391434imj1291547625391434show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentFitzpatrick, manager of Student Counselling Services, said that in 2012-13, the number of students seeking assistance jumped by 39 per cent, and she suspects the upward trend will continue. According to a survey conducted by National College Health Assessment (NCHA), more than 30 per cent of U of S students reported they had received help from a counselor of psychologist at some point in their life, she said.

Issues of mental health, Fitzpatrick explained, are more acute for students because of a number of university-specific factors including pressure to perform, financial and academic pressures, culture shock, self-esteem issues, social anxiety and relationship problems, to name just a few.

"Often times, students are juggling multiple concerns which can cause higher levels of stress, and sometimes distress," she said. "More students are reporting feeling overwhelmed, lonely and sad, which impacts their academic performance."

Another reason for the increase in students seeking help—more than 3,500 appointments in the last academic year—is the move to Student Counselling Services to the Place Riel addition. "Our visibility changed and so did the number of student contacts."

To meet the demand, counselling switched to a triage model, "increasing student access to clinical assessments and counseling," she said. "Because of that increased access, more students are seeking assistance when in crisis."

While already at capacity for counselling services, "we are becoming increasingly aware that the number of student contacts, students in crisis and counselling sessions—not surprisingly—coincide with stressful points in the academic year." These include midterms, finals, and dates when students are required to withdraw from classes due to academic performance.

Another reason for the increase in students accessing services is a growing awareness about mental health across Canada. "People are talking about it," said Fitzpatrick. "Those conversations are happening more and more. The stigma is still there, but students are willing to talk about it. They are curious about mental health and wellbeing and want to know how to deal with it."

The campus community is also ready to talk about it, said Fitzpatrick, who organized a mental health summit for early March to bring together a cross section of the campus community—about 100 people in all—to discuss the issue.

"The summit was about getting the conversation started in a formal and substantial way. Lots of positive mental health projects and supports are happening on campus but there is a need for involvement at the broader institutional level."

The creation of a campus-wide strategy will involve all mental health service providers, including Student Health.

"I think the next steps are to develop a mental health steering committee to look at, what's happening across campus and write a strategy that reflects the University of Saskatchewan's specific needs around mental health and wellbeing. This should be embedded in the university's mission.

"More people are coming forward with mental-health issues and it's not going away. We need to take a big step forward institutionally because student success is one of our priorities and mental health is key to that."
child-care-updatetrue1718730911095imj129Child care updateConstruction has begun on the University of Saskatchewan’s newest child care centre, and its price tag will be lower than expected, nearly $ 217,000 lower.Meghan SiredChild care, Patti McDougall1427801820000/articles/general/2015/child-care-updatenewssite://news/articles/general/2015/child-care-updateimj1291547625389368imj1291547625389368show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentGabriel Construction was awarded the tendered contract to build the centre, which is expected to cost $4,577,380, said Patti McDougall, vice provost teaching and learning. She added she is looking at using the saved funds to renovate and add more space to the existing U of S Students' Union child care facility in the Williams Building.

"As a university we've become increasingly aware of the need for more child care spaces," said McDougall, who is leading the child care expansion project. "We know we're short and this will help. It's been a bit of a long road, but we're well on our way to addressing the need for more child care spaces

The majority of funding for the new centre came from the university and the Ministry of Education.

The one-storey building will be located south of the R.J. Williams Building and west of the Souris Hall residence building. It is too early to confirm a completion date, but McDougall said she hopes the building will be ready in the spring of 2016.

The new centre will be located south of the R.J. Williams Building.
The new centre will be located south of the R.J. Williams Building.



No final decision has been made on how the new 90 spaces would be allocated, but McDougall said of the 200 total spaces on campus following the completion of the project, 75 per cent would be reserved for the children of university students and 25 per cent for the children of university employees.

"Child care availability is an important consideration for recruiting and retaining students, staff and faculty," she said. "It is also a particularly important factor affecting the accessibility of post-secondary education for Aboriginal students who have a demonstrated need for child care."

Colin Tennent, associate vice-president of facilities for the U of S, said the new building has been designed based on the Reggio Emilia approach to early childhood education, which identifies the "environment as the third teacher" as one of its five fundamental principles.

"The physical environment of the child care facility is seen as a living system and it will offer children the opportunity to learn and be inspired," said Tennent, who has worked as the university's architect since 1998. "We want the children to learn what elements the building is made up of. Instead of hiding or covering services, we will expose polished concrete floors and beautiful wood ceiling."

Tennent said the inside of the building will have a muted color palette, with spots of bright colour coming from children's art work that will be displayed around the building.

To ensure proximity to the outdoor play space, Tennent said each of the rooms in the building has direct access to the outdoors, and windows have been specifically placed to be at child height.

Meghan Sired is communications co-ordinator in Student and Enrolment Services Division.
rethinking-kenderdine-campustrue1718730911095imj129Rethinking Kenderdine campusA request for proposals (RFP) has been issued by the University of Saskatchewan to find someone interested in a business opportunity—develop a meeting and lodging facility at the mothballed Kenderdine Campus at Emma Lake in exchange for some access and a long-term lease on the land.Colleen MacPherson1426846276000/articles/general/2015/rethinking-kenderdine-campusnewssite://news/articles/general/2015/rethinking-kenderdine-campusimj1291547625387704imj1291547625387704show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentThe RFP was issued March 10 is an effort to find a financially sustainable plan for the campus that was established in 1935 with a focus on U of S arts and ecology activities in addition to community use. Programs at the campus were suspended in late 2012.

When that announcement was made, then acting vice-president of finance and resources Greg Fowler said millions of dollars in capital investment was needed at the facility to bring it up to operating standard, and "we simply don't have the funds at this time." It was also reported in 2012 that only about 200 students participated in programs at the campus that year, and that ceasing operations for three years in order to re-evaluate the facility would save the university $500,000.

The RFP asks interested proponents to submit proposals for the 22-acre site based on a financially sustainable business plan, explained James Cook, manager of business opportunities in Corporate Administration. The U of S will provide a long-term lease on the property to allow the successful developer time to recover any investment, but Cook emphasized the winning project must ensure a degree of university access to whatever facilities are on site.

"We've provided a list of our desired uses in the RFP," he said. "These include teaching and learning, and research in areas like biology, soil sciences, art and art history, and music. We've asked for space for various studio arts, teaching and learning spaces that accommodate up to 40 people, sleeping and eating facilities, and outdoor activity areas."

The process of reviewing the future of the Kenderdine campus since its activities were suspended has focused on academic opportunities and involved a group of faculty members co-led by Patti McDougall, vice-provost of teaching and learning, and Jack Gray, head of the Department of Biology. The group's recommendations were integrated into the RFP.

"The winning proponent can make a lot of changes to the site—I imagine it would be primarily marketed as some other kind of facility than a university arts camp—but they need to tell us how they plan to accommodate the desired uses of the university," said Cook. "They also have to demonstrate how they're going to maintain the spirit of the campus as a place where the natural environment inspires its users."

Cook said the RFP, which closes May 7, is similar to ones issued for an ice facility and a hotel—the institution seeking an independent party able to design, finance, develop, build and operate facilities on its lands while still allowing the university access for its own uses. In the case of the Kenderdine Campus, how the university compensates the operator of use of space will be up for negotiation, he said.

He added there is no way to predict what might result from the proposal request "but I know of two groups that have told us they're interested in responding to the RFP, and they've been telling us that for a long time.
winning-student-entrepreneurstrue1718730911095imj129Winning student entrepreneursA student team from the U of S was named the 2015 TD Entrepreneurship Challenge Regional Champion by Enactus Canada.University CommunicationsEnactus, students1426679520000/articles/general/2015/winning-student-entrepreneursnewssite://news/articles/general/2015/winning-student-entrepreneursimj1291547625385572imj1291547625385572show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/enactus-2015.jpgsite://news/images/2015/enactus-2015.jpgnewsenactus-2015.jpgenactus-2015.jpg85834900600The winning teamNoNoneNoneNo/
TextNone/Above contentThe U of S team—which has 37 student members from the Edwards School of Business and the Colleges of Agriculture and Bioresources, Arts and Science, and Engineering—took home a championship title for its Aboriginal Youth Idea Challenge (AYIC) at the March 13 competition in Calgary.

The AYIC is a business idea incubator that offers Saskatchewan Aboriginal youth (aged 16-35) the tools necessary to explore entrepreneurial interests and business ideas. This year 25 Aboriginal entrepreneurs participated in professionally led workshops. The top two business plans received $10,000 in start-up capital.

The TD Entrepreneurship Challenge—organized by Enactus Canada and sponsored by TD Bank Group—is a national competition empowering post-secondary students to develop and deliver projects that teach relevant entrepreneurship skills to aspiring and existing entrepreneurs.

The U of S team will now move on to the national competition in Toronto May 11-13.
celebrating-pitrue1718730911095imj129Celebrating PiMathematicians, physicists, punsters and even construction workers may pause in their labours on March 14 to celebrate Pi Day in honour of a quirky little number whose significance is felt from the job site to particle physics.Michael RobinDepartment of Mathematics and Statistics1426247340000/articles/general/2015/celebrating-pinewssite://news/articles/general/2015/celebrating-piimj1291547625384044imj1291547625384044show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/raj-srinivasan.jpgsite://news/images/2015/raj-srinivasan.jpgnewsraj-srinivasan.jpgraj-srinivasan.jpg102813900600Raj SrinivasanNoNoneNoneNo/
TextNone/Above content"You need pi for anything to do with circles," said Raj Srinivasan, head of the Department of Mathematics and Statistics. "It also has a big role in trigonometry, angles and those sorts of things, and of course it definitely comes into geometry."

Srinivasan said this year's date is the ultimate Pi Day, which is celebrated on 3.14, the 14th day of the third month. But since this year is 2015, the date can be expressed as 3.14.15. Then add in the time—precisely 53 seconds after 9:26 am is 3.14.15.9.26.53, the first 10 digits of pi. It is a once-in-a-century event.

Srinivasan said that at one time, he was able to leverage the day with the local Bay store to get free promotional pi-themed mugs, t-shirts and even samples of Givenchy's "π—the sign of intelligence" cologne. These would be given out around the department.

The concept of pi is simple: measure the distance around a circle to get its circumference. Measure the distance across the circle to get its diameter. Divide the first number by the second, and that is pi. Srinivasan explained that pi has been known since at least the ancient civilizations of Babylonia and Egypt. For centuries, it was approximated as somewhere between 3.12 and 3.16. It was not until the 14th century that mathematicians discovered more precise ways to determine the value of pi, which is actually closer to 3.14.

Workers laying a circular patio will use pi to calculate how many bricks they need, or how much concrete to use for a cylindrical piling under the foundation of a building. It is also used to explore the foundations of the universe.

"Pi shows up all the time in physics, and in my area of theoretical particle physics there are factors of pi in almost every calculation," said Tom Steele, head of the Department of Physics and Engineering Physics.

Steele said he and his colleagues "usually talk up Pi Day at the very least," decorate office doors, or engage in a little informal competition to see who can remember the most digits of pi. And physicists have a mnemonic to get them through the first 15 digits (3.14159265358979).

He explained: "The number of letters in each word represents the digit. Here it is: ‘How I want a drink, alcoholic of course, after the heavy lectures involving quantum mechanics.'"

Pi's name also lends it to puns. For instance, π r2—the formula for calculating the area of a circle—is pronounced "pie are squared," to which the punster responds, "pie are not square, they are round."
hosting-bright-mindstrue1718730911095imj129Hosting bright mindsThe University of Saskatchewan has always played host to bright minds—some of them are just younger than others.Lesley PorterWestern College of Veterinary Medicine1425983880000/articles/general/2015/hosting-bright-mindsnewssite://news/articles/general/2015/hosting-bright-mindsimj1291547625383017imj1291547625383017show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/cathy-coghlin.jpgsite://news/images/2015/cathy-coghlin.jpgnewscathy-coghlin.jpgcathy-coghlin.jpg121851900600Cathy Coghlin, a research technician with WCVMNoNoneNoneNo/
TextNone/Above contentThe Academic Research/ Work Placement Program is an initiative between the Saskatoon Public School Division (SPSD) and several organizations in Saskatoon, including the U of S. A number of colleges participate in the program, which aims to place Grade 12 students in an area they are hoping to pursue after high school. The variety of programs for students to participate in is wide, from health sciences and engineering to law and the social sciences.

Over the course of 10 weeks, students from participating schools come to campus to work alongside faculty, staff and researchers for two hours a day, explained Marlene Flaman Dunn, career education co-ordinator for SPSD.

"In their senior year, we like to get them on campus, in the area of their interest, where they get a chance to talk to people in the field—professors, researchers, grad students, undergrad students—and they get a feel for what may be in store for them," she said.

Many of the students have completed the required senior-level courses well ahead of time and are facing spare periods in their schedule. "They have room in their timetable and they want to have something that's challenging for them."

More than 200 high achievers have participated in the program since its launch 12 years ago. In addition to getting hands-on experience and a taste of the real world, students earn credit for their grade 12 career and work education class.

One of the most sought after placements at the U of S, according to Flaman Dunn, is in the Western College of Veterinary Medicine (WCVM); since 2003, 31 students have completed placements in the college.

Cathy Coghlin is a research technician in the Department of Veterinary Biomedical Sciences at WCVM and also co-ordinates the placement program for the college. She strives to give the students a well-rounded experience over their placement period, which can include classroom, lab and clinical work. By doing so, she hopes to expose them to the academic environment awaiting them if they pursue veterinary studies.

"When I was in school, to be a vet was to play with puppies and kitties. I had no clue what was involved in becoming a vet," she said with a laugh. "It's a total immersion for them to understand what's expected of them, and what they are going to have to learn in order to become a DVM (doctor of veterinary medicine)."

The students participate in everything from lectures and assisting with lab set-up, to learning proper animal handling techniques and assisting with clinical procedures, she said. "They're seeing how it all ties in. You see the lightbulbs going off." And faculty members in the college are keen to mentor and work directly with students in the lab and clinical environments. "

They get to see radiographs being done, they get to see ultrasounds being done," said Coghlin. "If there's an MRI being done that day, they don't necessarily go right in but they can see what MRI scans look like that the vets look at to determine a diagnosis."

The program may also ease the sometimes-rocky transition from high school to university, a struggle for many students, said Flaman Dunn. If they know what is expected of them academically and apply themselves, they are more likely to be successful in their studies, she added.

Students apply to participate directly to the school division. is involves submitting recent transcripts, a questionnaire explaining why they want to take the program and two reference letters from teachers who can vouch for their academic ability as well at their level of maturity.

In the academic placements on campus, students are typically paired with a researcher or graduate student. There is usually a short period of time to allow the students to familiarize themselves with the subject, and once they do they fit in well, said Coghlin. A few have even had their names listed as a researcher in an academic journal article before they are offcially a university student.

Hands-on experiences such as these are invaluable, said Flaman Dunn, for both student engagement and career exposure. "It is paramount to expose them to a potential career path. I would much rather see those students engaged in higher areas of learning than taking spares."
no-to-snowtrue1718730911095imj129No to snow?The fluffy white stuff that falls from the sky might look delicious, but is snow really safe to eat?University CommunicationsJohn Pomeroy1425902460000/articles/general/2015/no-to-snownewssite://news/articles/general/2015/no-to-snowimj1291547625381649imj1291547625381649show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/john-pomeroy-mountain.jpgsite://news/images/2015/john-pomeroy-mountain.jpgnewsjohn-pomeroy-mountain.jpgjohn-pomeroy-mountain.jpg94074900600NoNoneNoneNo/
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If you do decide to catch some snowflakes on your tongue, it is best to wait until a few hours into the snowfall, said John Pomeroy, Canada Research Chair in Water Resources and Climate Change at the University of Saskatchewan. Snow is mostly water, and depending on the origin of that water, can contain trace amounts of chemicals. That means if the snow has been falling for a while, there are fewer pollutants in the atmosphere mixing in with the snow. Regardless of the time, however, the levels are so scarce that eating a bit of snow won't pose a risk to human health.

Pomeroy even makes a recommendation for a food pairing. "It is well known amongst snow chemists that fresh Arctic snow goes very well with 15-year-old single malt whisky."

Read the full story at The Salt.

updating-the-plantrue1718730911095imj129Updating the planAlmost six months after the TransformUS program prioritization process was laid to rest and a new set of priorities established, the interim provost and vice-president academic is encouraged by the effort being brought to bear on significant projects for the U of S.Colleen MacPherson1425477240000/articles/general/2015/updating-the-plannewssite://news/articles/general/2015/updating-the-planimj1291547625379792imj1291547625379792show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/ernie-barber.jpgsite://news/images/2015/ernie-barber.jpgnewsernie-barber.jpgernie-barber.jpg404741900600Ernie BarberNoNoneNoneNo/
TextNone/Above contentErnie Barber said the eight priorities outlined last September in fact refocus the institution on the objectives of its third integrated plan (IP3), Promise and Potential.

"This set of initiatives needs to be understood within the framework of what we wanted to do in Promise and Potential. They're all in the plan in various ways," he said, adding a period of leadership transition like the University of Saskatchewan is in at the upper echelons of the organization "is not usually the time to strike off on a new strategic direction."

Since the priorities were announced, a person has been appointed to lead each and Barber is seeing members of the campus community "putting our individual and collective energy into projects with university-wide importance. Our guidance is still IP3. We're demonstrating we can focus and we are modelling distributed leadership, and I'm very pleased with that."

Barber pointed out while he is not in charge of the individual projects, "I still have an eye on them all because I need to make sure the leaders and teams get what they need to accomplish the initiatives."

He went on to highlight the progress made in each of the eight priority areas.

PRIORITY 1: Accelerate the delivery on the commitment to Aboriginal achievement

This priority, lead by Heather Magotiaux, vice-president of advancement and community engagement, "is in some ways too big to call a single initiative." Work is focused on building a representative workforce and a proposal is being made for additional investment in Human Resources and the office of the vice-provost for faculty relations to assist units with activities like developing representative candidate pools, he said. There will also be a pilot project designed to help colleges identify and hire Aboriginal scholars.

"We also need to make a decision about Indigenous Voices," an initiative designed to build awareness and understanding of Indigenous ways of knowing. Funding for the program from the Provost's Committee on Integrated Planning ends this year, he said. Barber is also looking at the Indian Teacher Education Program (ITEP), describing its funding as vulnerable. "My role is to make sure this program does not disappear because of changes to external funding."

PRIORITY 2: Continue the restructuring of the College of Medicine

Dr. Preston Smith, dean of medicine, is leading the continuing e_ orts to address a number of issues within the college. Barber said one of the most challenging issues centres around attaining clinical research and clinical teaching faculty members.

PRIORITY 3: Deliver on the promise of inter-professional health education and interdisciplinary health research

The interim provost said additional investments would be made in the Council of Health Science Deans to create positions dedicated to developing programing. This priority is being led by Karen Chad, vice-president of research.

PRIORITY 4: Advance the reorganization and strengthening of graduate studies and support for graduate students

"Before the end of the academic year, we will have signalled to campus what we are doing about the organizational structure of the College of Graduate Studies and Reserach," said Barber. "I think it's fair to say it will not be business as usual but graduate studies will not be reduced to just an academic unit."

Priority leader Adam Baxter Jones, acting dean of the college, will also be releasing a report identifying priority areas for financial support for students. Barber added the recent drive to unionize grad students is a call for the university to pay closer attention to them as employees.

PRIORITY 5: Continue the capital project for the transformation of the library collections, facilities, capital and services

This project is decades old, he said and was originally focused on the Murray Library and Murray Building only. That has changed to include the entire library system and Barber said the project's capital steering committee has resumed meetings. Library Dean Vicki Williamson is leading the initiative.

PRIORITY 6: Complete the reorganization and revitalization of centrally organized teaching and learning activities and functions

Patti McDougall, vice-provost teaching and learning, is managing the reorganization, said Barber. Two of three units in Media Access and Production (eMAP) have been repositioned in Information and Communication Technology, there has been progress on moving non-credit programming from the Centre for Continuing and Distance Education (CCDE) into colleges, and the University Learning Centre will be transferred to the library, a change that Barber said will be seamless for users.

PRIORITY 7: Focus on the creation of inter-disciplinary and cross-college academic programming

"This is devilishly difficult because this university favours academic programming that is uniquely linked to one academic unit," commented Barber. But there were examples of cross-college programs identified in the program prioritization process and Toddi Steelman, priority leader and executive director of the School of Environment and Sustainability, is working with deans to expand the offerings in environmental studies. The goal, Barber said, "is creating opportunities for better outcomes for students with the same resources … (but) we need to walk before we run."

PRIORITY 8: Align administrative services culture to support and facilitate the academic mission

Initially, this realignment was expected to take place in pieces but Barber said it has become apparent it needs to happen across all services and across the campus. Greg Fowler, vice-president of finance and resources, is working with a consultant to assess how services are delivered and develop a new model. Barber added the goal "is to make sure that our central administrative services are college facing" with a how-can-we-help attitude.

After recapping the priority- area efforts, Barber added he senses that "most people are like me—they're proud of this university and that pride is like the pride you have in a child. You want to protect them from harm but you also want them to get better. This process is about putting the effort into being better."
stroke-awareness-saves-livestrue1718730911095imj129Stroke awareness saves livesQuick: what are the signs of a stroke?Marg SheridanCollege of Medicine1424707860000/articles/general/2015/stroke-awareness-saves-livesnewssite://news/articles/general/2015/stroke-awareness-saves-livesimj1291547625378183imj1291547625378183show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentIf you are not sure, you're amongst the majority of Saskatchewanians. In fact, while most people know what a heart attack looks like, when it comes to knowing when we, or someone close to us, is having a stroke a good number of people are in the dark.

"We think, in this province, there are about 2,000 strokes in the formal database per year," said Dr. Michael Kelly, the Saskatchewan Clinical Stroke Research Chair and an associate professor of Surgery in the Division of Neurosurgery at the College of Medicine. "But we think that database is probably off by about 30 or 40 per cent, so maybe 3,000 a year.

"And in Saskatoon we have one or two stroke alerts in the emergency department per day at RUH - So it's a common problem."

So common, in fact, that nearly 14,000 Canadians die from stroke each year, and there were an estimated 50,000 strokes across the country in 2012, making it the third leading cause of death. And while we may think that stroke patients are all elderly, the truth is not quite so age-centric.

"Not all stroke patients are old," explained Kelly. "That's a misconception. Stroke is a tough disease because it's much harder to diagnose than say a heart attack where everybody knows the symptoms."

In fact newborns have as high a risk as the elderly, and while they're more likely to recover from a stroke, some very serious complications can occur – especially if undiagnosed.

It is such a worry for the Heart and Stroke Foundation that they've launched a new campaign titled ‘FAST—Face, Arms, Speech and Time' to help educate the public on the signs of a stroke.

Is their face drooping? Are they unable to raise either arms? Is their speech slurred or jumbled? If any of these symptoms are present call 9-1-1 immediately.

"The symptoms can vary, but it's usually one side of the body weakens, or paralysis of the arm, leg or face; Numbness; loss of sensation; (a stroke on the) left side of the brain often is accompanied by difficulty with speech," Kelly stressed. "And if you have small arteries, the basilar artery in the back by the brain stem can give you all sorts of problems from double-vision, and unsteadiness to coma."

In fact, Kelly suggests that even if you're not 100 per cent sure it's a stroke that you should call for an ambulance.

Saskatoon Health Region has a specially designed stroke protocol that's triggered as soon as a patient calls 9-1-1. Emergency Medical Services will notify the neurology team at the Royal University Hospital that a potential stroke patient is on their way, and the team will meet the patient when they arrive. But the emergency call is key, because if a patient is taken to the hospital by a family member they have a two-in-three chance of going to the wrong hospital.

A big problem Kelly is finding in Saskatchewan is a hesitancy, or unwillingness, of patients to see a doctor when the symptoms first present themselves.

"People with ruptured aneurysms have a sudden onset of the worst headache of their life," Kelly explained about a common symptom. "We have multiple people per month who try to tough it out for days at a time at home. When I was elsewhere I never saw that, and I talked to colleagues across the country and USA and nobody else sees that, so it's a unique thing here, the delayed presentation.

"A huge portion of stroke is the rehab, the homecare, and probably - most importantly - the prevention of stroke."

And the prevention for stroke is pretty similar to the heart attack preventative measures most of us are already aware of:

 Manage stress

 Quit smoking

 Maintain a healthy weight

 Control blood pressure and cholesterol levels

  Nurture an active lifestyle

 Drink alcohol in moderation

February is Heart Month - to get more information on the Heart and Stroke Foundation's FAST program you can visit their site here.


Marg Sheridan is the online communications co-ordinator in the College of Medicine.
aboriginal-achievement-week-2true1718730911095imj129Aboriginal Achievement Week student awardsThe Aboriginal Students’ Centre hosted a student awards ceremony Feb. 5 to acknowledge the accomplishments of Aboriginal students across campus during Aboriginal Achievement Week.University Communicationsaboriginal, Aboriginal Students' Centre1424686980000/articles/general/2015/aboriginal-achievement-week-2newssite://news/articles/general/2015/aboriginal-achievement-week-2imj1291547625376637imj1291547625376637show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/aaw-winners.jpgsite://news/images/2015/aaw-winners.jpgnewsaaw-winners.jpgaaw-winners.jpg171493900600NoNoneNoneNo/
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Outstanding students from each college were recognized for having excelled at their studies, conducted unique and compelling research, showed leadership or made significant contributions to the community.

U of S Chancellor Blaine Favel provided the keynote address. Candace Wasacase-Lafferty, director of Aboriginal initiatives, and Terri Favel,  past president of the Indigenous Students' Council, emceed the event. Patti MacDougal, vice-provost of teaching and learning, and David Pratt, president of the Indigenous Students' Council, presented the awards.

Below are the student award winners and the category of the recognition.

College of Agriculture and Bioresources

Alfred Gamble—community award

Alfred is a first-year student at the U of S and is actively involved in his community. He sits on a number of boards, including the Ministry of Environment, Forest Branch, and Prince Albert Model Forest. For the past nine years Alfred has been working for the Beardy's and Okemasis First Nation as a Land Manager's Assistant.

Braden Myhr—academic achievement award

Braden is a third-year student in the Bachelor of Renewable Resource Management program, majoring in resource sciences. He is from Hudson Bay, Saskatchewan and is a past recipient of the Agrium Aboriginal Student Award.

College of Arts and Science

Avery Michael—academic achievement award

Avery is from the Ahtahkakoop First Nation and achieved the highest academic standing in the Aboriginal Student Achievement Program in term one of the 2014/2015 academic year. In addition to exhibiting outstanding academic performance in his first term of university, Avery is also a Huskie soccer player.

Dakota Swiftwolfe—academic achievement award

Dakota is from Moosomin First Nation and is a talented and hard-working artist, and is in the Aboriginal Student Achievement Program. Dakota's responsible nature, strong work ethic and courage to explore new media, resulted in grade of exceptional high standing.

Lisa Langan—academic achievement award

Lisa is a Saulteaux woman and band member of Cote First Nation in Treaty 4 Territory. She is a fourth year student concurrently working on a B.A. in Native Studies and a B.Ed. through the SUNTEP Program. Through her work as a peer mentor, teacher's assistant, and a former academic ambassador at the Aboriginal Students' Centre, Lisa has not only supported other Indigenous students in their academic pursuits, but has also learned a lot about herself. Lisa hopes to complete a master's degree and to continue her work with Indigenous people and communities.

Peer mentors of the Aboriginal Student Achievement Program: Lisa Langan, Victory Harper, Monica Iron, Michaella Shannon, Enola Frank

Raylene Keshane, Milo Cameron, Naomi Muskego, and Lisa Borstmayer—leadership award

The Aboriginal Student Achievement Program Learning Communities' Peer Mentors are volunteer upper-year Aboriginal students who facilitate sessions on study skills, goal setting and stress management. The ASAP Peer Mentors play a very important role in supporting first-year students. They share experiences, connect students to support services, and organize information sessions and cultural events.

College of Education

Ashley Ironstand—academic achievement and leadership awards

Ashley is a fourth year student in the Indian Teacher Education Program in the College of Education, and is from the Beardy's and Okemasis First Nation. Ashley is receiving this award for the outstanding job she did during a four-month internship at Fairhaven Elementary school in Saskatoon.

Samson Lamontagne—leadership award

Samson is originally from Regina and moved to Saskatoon hoping to play for the Huskie Men's Basketball team. After playing five seasons with the Huskies, Samson graduated with a degree from the College of Kinesiology. Motivated to become a teacher and coach, Samson applied and was accepted into the Saskatchewan Urban Native Teacher Education Program. Samson looks forward to having his own classroom and will continue to educate and inspire youth to set goals and reach their potential.

Edwards School of Business

Marsha Janvier—academic achievement award

Marsha is originally from La Loche, Saskatchewan. She received her Business Administration Diploma with Great Distinction from SIIT in May 2014. Following this, she attended the Edwards School of Business and was accepted into the Accounting major. Marsha's strong work ethic and determination will build the foundation for her to have long term success in future endeavors.

Nora Joyea—academic achievement award

Nora is originally from the Whitecap Dakota First Nation. She received her Accounting Diploma with Distinction from SIIT in May 2013. Following this, she attended the Edwards School of Business and was accepted into the Accounting major in 2014. Nora works diligently to ensure that she fully understands her course work and is happy to provide a helping hand when needed by her peers.

College of Engineering

Connor Theoret—academic achievement award

Connor was born and raised in Saskatoon. At a young age he was taught to never take the easy road, which may explain why he was interested in becoming an engineer. Connor's current career aspirations are to work with a mining company that operates in the province, and to use his leadership skills to create mutually beneficial partnerships that give back to Aboriginal communities.

Jordan Gonda—community award

Jordan is a Master's student in Water Resources Engineering at the U of S and is of Métis descent. He grew up in rural Saskatchewan, and attended school in Dalmeny, Saskatchewan.  Jordan has worked with high school students at James Smith Cree Nation to help explain water issues related to flooding and water treatment, and has helped at the Saskatoon Children's Festival. Jordan enjoys martial arts and yoga, and has spent several years as an assistant karate instructor.

College of Graduate Studies and Research

Blake Charles—community award

Blake is from Stanley Mission or Amachewespimawin, as it is known to Cree people. As a current student in the Master of Northern Governance and Development program, he shares and advances his knowledge of northern Indigenous issues and applies this knowledge to his work with community development. Through his education and leadership, Blake has been a long-time advocate for healthy, northern communities.

Donald Bear—leadership award

Donald is from the Peter Ballantyne Cree Nation, and now lives in Saskatoon. As a two-spirited, Cree man, he has met challenges head on and shown strong leadership skills in his academic and professional pursuits. While a student in the Master of Northern Governance and Development program, he has volunteered his time with a number of initiatives. In his studies, Donald is a conscientious, pro-active student, often offering encouragement and support to other students.

College of Law

Lorne Fagnan—community award

Lorne is in his second year of study in the JD program in the College of Law. This year, Lorne has served as the student manager at the inner city poverty law clinic, CLASSIC, which is associated with the College of Law. Under the supervision of lawyers, law students help to meet the needs of Saskatoon residents who would not otherwise have access to legal services.

Lorretta Markowski—leadership award

Lorretta is in her third year of study in the JD program in the College of Law. She has taken a leadership role in the college as the elected President of the Aboriginal Law Students Association. In this role, she has engaged Aboriginal students in discussions about legal and political issues that are of significance to Indigenous Canadians. She has also made considerable efforts to foster a collegial relationship among ALSA members and to raise awareness of the concerns of Aboriginal students.

College of Medicine

Karissa Brabant—leadership award

Karissa traces her roots back to Little Black Bear First Nation in Saskatchewan. Her greatest role models are her parents who worked very hard to provide for her and her siblings. Her greatest obstacle for getting into medicine was her own ability to think she was good enough as an Aboriginal person. She completed a biology degree at the University of Regina, applied to the University of Saskatchewan's College of Medicine and, much to her delight, was accepted. Karissa is very involved in promoting Aboriginal health and encouraging Aboriginal youth in to the health professions.

Joshua Butcher—leadership award

Joshua is a Métis student who has worked very hard to gain entrance into the College of Medicine and is well on his way to completing his first year. He has volunteered numerous times at SWITCH, a student run multi-disciplinary medi-clinic on the west end. He recently spoke at Austin O'Brien High School in Edmonton, his former high school, where he encouraged Aboriginal students to pursue post-secondary studies. Joshua also volunteers with the Edmonton Christmas Bureau delivering hampers to less fortunate families. He has coached minor football teams, volunteered with Big Brother/Big Sisters, and this past year, has played his fourth season with the U of S Huskies football team.

College of Nursing

Danielle Stilborn—academic achievement award

Danielle grew up in La Ronge, Saskatchewan. She graduated from Churchill Community High School and then moved to Prince Albert to take the Northern Health Science Access Program. She moved back home after a year to take the first ever nursing degree program in La Ronge. Danielle hopes to work as a public health nurse or home-care nurse to help improve the health of others.

The Missing and Murdered Aboriginal Women student group—Ronalda Johnson, Denise Huet, Erica Martin, and Tenneille Esperance—research award

In a leadership in nursing class Ronalda, Denise, Erica and Tenneille chose to study about missing and murdered Aboriginal women and girls in Canada. Their goal was to raise awareness and create dialog regarding missing and murdered Aboriginal women and to ask Saskatoon city council to lobby the federal government to support a national inquiry. City council agreed and offered to send a recommendation to Ottawa to support this very important issue.

The students are proud to have given a voice to the hundreds of women and girls who have gone missing or have been murdered over the past three decades. Their hope is that a national inquiry will offer the families of these women some form of closure and to acknowledge these women as victims, and to bring a stop to the senseless violence targeting Aboriginal women and girls in Canada.

College of Pharmacy and Nutrition

Dallas Odgers—academic achievement award

Dallas, along with two brothers, was born in North Battleford, Saskatchewan and raised by his mother.

He wanted to become a Registered Dietitian after being inspired by an information session put on at the University of Saskatchewan. Dallas plans to get his degree in Nutrition, become a Registered Dietitian and to contribute to the health and well-being of his community.

Kirsten Sweet—academic achievement award

Kirsten is Saulteaux from Cowessess First Nation, located in Southern Saskatchewan. She was born in Edmonton but raised in Regina. Her father is a registered nurse, so at an early age was exposed to the health sciences. Kirsten received an entrance scholarship to the University of Regina and attended for two years before transferring to the University of Saskatchewan to study pharmacy. After graduating, she began a Pharmacy Residency program in the Regina Qu'Appelle Health Region.

glorious-glutentrue1718730911095imj129Glorious gluten“Gluten is what makes wheat wonderful,” said Connie Briggs, research officer and co-manager of the Grains Innovation Laboratory located just across Preston Avenue from the main University of Saskatchewan campus.Michael Robin1424162676000/articles/general/2015/glorious-glutennewssite://news/articles/general/2015/glorious-glutenimj1291547625375141imj1291547625375141show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentBriggs continues on the subject of wheat and the importance of gluten as she shows a visitor around the labs. She bristles at the bad rap gluten has received in the media. Health Canada estimates about one in 100 Canadians with celiac disease cannot digest gluten and some American sources estimate about six per cent of people live with non-celiac gluten sensitivities. But for the majority of people, Briggs said gluten is perfectly fine.

"I might be a little passionate on the gluten thing."

Gluten is found in wheat, barley, rye and related grains. It allows dough to expand by trapping gases produced by the yeast, producing bread of high volume with soft, springy texture, she explained, and it is just one of the things Briggs and her colleagues test for the university's wheat and durum breeders.

In the lab, wheat samples are ground to meal and milled to flour to produce data on everything from mineral and protein content to final product performance. New wheat varieties must perform as well or better than registered varieties in a wide range of tests before they can be considered for registration with the Canadian Food Inspection Agency.

The "breeder lines" produced by U of S scientists and tested in the lab number in the thousands. Briggs said in the winter of 2013-2014, the lab evaluated more than 13,000 samples from three classes of wheat.

On one lab bench, a steel wheel turns behind a clear plastic shield, its single notch picking up one grain of wheat at a time, feeding it to a piston that crushes it. A technician carefully notes the numbers that appear on a display, a measurement of the hardness of the grain.

"Hardness is an important factor for milling and baking," Briggs explained. "If the wheat grain is too hard, some of the starch granules can rupture during milling. Flour with a lot of damaged starch tends to absorb more water. In bread dough mixing and baking, the damaged starch cannot retain the water, and the dough becomes sticky and the bread gummy—not good when it comes to baking quality."

Flour is also tested for gluten. Technician Vinh Tang works with small, sticky balls of gluten produced by washing starch out of flour dough, testing them for elasticity and strength. Not all gluten is the same; depending on its characteristics, it may be better suited for use in making bread, cookies and cakes, or flatbreads, pastas and noodles.

At another lab station, a machine is used to evaluate dough-mixing characteristics. Here, Briggs compares graph information about various wheat varieties looking for characteristics that indicate mixing strength ideal for bread baking.

Canadian red spring wheat yields a near-perfect curve on the graph, showing good strength and mixing tolerance, not surprising, as this type of wheat is well known around the world for its quality. An extra strong variety of wheat is true to its name; the curve does not fall off at all.

"Its gluten is way too strong," Briggs said. "The bread won't be able to rise properly and loaf volume will be low."

Briggs herself runs the baking test section, which includes lab-scale dough-mixing equipment that produces one small piece of dough at a time for baking. The final test loaf is about half the size of a storebought version.

"When mixing the dough, I can tell when the dough is at peak development because it snaps like gum; you can hear it." Briggs said.

Every step in the testing must be consistent, since handling the dough changes its characteristics. Briggs kneads each ball of dough seven times before putting it into the fermentation cabinet, a warm compartment beside the oven where the dough is allowed to proof or ferment. After a short time, the dough is formed into a loaf using special small-size equipment, proofed again and finally baked.

Depending on the number of samples being tested, the process can keep Briggs on her feet working and recording data non-stop from 9 am to 5 pm, an ordeal that is not kind to her feet. Baking day is, however, popular with her colleagues.

"At the end of a bake day, I slice up a bunch of bread and wheel it out into the hall with some margarine, peanut butter and jam. People come from all over the building for their afternoon snack."
water-worldtrue1718730911095imj129Water worldThe Global Institute for Water Security released a 10-segment video suite chronicling U of S water research activities taking place throughout the Saskatchewan river basin.University CommunicationsGlobal Institute for Water Security1423584120000/articles/general/2015/water-worldnewssite://news/articles/general/2015/water-worldimj1291547625373452imj1291547625373452show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/water-samples.jpgsite://news/images/2015/water-samples.jpgnewswater-samples.jpgwater-samples.jpg120776900600NoNoneNoneNo/
TextNone/Above contentThe series is being used to train students about the water challenges faced across the river basin and expose them to research conducted there. The Saskatchewan river basin program is one of only a few worldwide where researchers across disciplines work together to tackle complex issues of water security—such as degrading water quality and the challenges of extreme events and climate change.

The watershed is half the size of France and stretches from the Rocky Mountains in Alberta, north to the boreal forest, and through the Prairies into Manitoba. The U of S has over 20 research projects throughout the basin looking to understand how these environments are changing, and what policies and practices need to be in place to ensure that communities have the water they need now and into the future.

The videos were co-funded by the Gwenna Moss Centre for Teaching Effectiveness Curriculum Innovation Fund, the Media Production Teaching Resource Fund and the U of S Research Profile and Impact, Office of the Vice-President Research (general video only).

To view the videos, visit the Global Institute for Water Security website.
conducting-a-silent-showtrue1718730911095imj129Conducting a silent showBrian Unverricht is preparing to be the ringmaster for a three-ring circus, but the performance will not include lions and trapeze artists.Lana HaightDepartment of Music1424777100000/articles/general/2015/conducting-a-silent-shownewssite://news/articles/general/2015/conducting-a-silent-showimj1291547625371498imj1291547625371498show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/brian-unverricht.jpgsite://news/images/2015/brian-unverricht.jpgnewsbrian-unverricht.jpgbrian-unverricht.jpg85803900600NoNoneNoneNo/
TextNone/Above contentUnverricht, a sessional lecturer in the University of Saskatchewan's Department of Music, will be conducting the Saskatoon Symphony Orchestra as well as pianist Rick Friend of Los Angeles during the showing of the silent movie Safety Last! Feb. 7 at the Roxy Theatre. It is part of the symphony's Silence is Golden series.

"It's a much different kind of conducting," said Unverricht, motioning with his hand. "Everything is tied to the action on the screen. Most musicians and conductors like to play with the music and be expressive. This has to be very precise. Tick. Tick. Tick."

A retired high school band teacher, Unverricht plays trombone with the symphony orchestra and has conducted the orchestra for several of its Silence is Golden performances over the past few years.

The trick to conducting an orchestra during a silent movie is to know the movie inside and out, he explained. In preparing for the Feb. 7 performances, Unverricht has watched the 75-minute movie more than a dozen times. And he's watched certain scenes over and over again.

Referring to the movie's score, Unverricht explained, "when I see here, ‘Harold uses the man's bald head as a mirror,' I know exactly what it's talking about and I have 16 seconds. When that shows up on the screen, we start."

Friend is not only the guest pianist but also the composer of the musical score that the orchestra will be performing. He and Unverricht have worked together a number of times before.

"It's a real give-and-take," said Unverricht, explaining that sometimes he will defer to Friend and his interpretation of the music while Friend will often prefer Unverricht's interpretation.

The black-and-white movie from the 1920s is classic slapstick comedy. It is a boy-meets-girl story that follows the boy as he moves to New York City to make good with the promise of returning for his girl.

"If anything can go wrong, it will go wrong. And safety is the last concern but they all live happily ever after," said Unverricht, with a hearty laugh.

The members of the orchestra performing during Safety Last! will be sitting between the first row of seats at the Roxy and the stage. It is a bit "squishy," said Unverricht, and a seat in the first row is prime for some people who have become regulars of the Silence is Golden series.

Show times on Feb. 7 are 1 pm and 7:30 pm. Tickets for the matinee are $32 each and for the evening are $40 each. They can be purchased through the symphony's website or at the Roxy Theatre.

Lana Haight is a Saskatoon-based freelance writer.
food-security-for-studentstrue1718730911095imj129Food security for studentsUniversity students and healthy diets have never been synonymous, but the possibility that there may be a significant segment of the student population that is food insecure has raised some flags on campus.Kris FosterCollege of Medicine, Lynn Kuffner, Rachel Engler-Stringer, Student Health Services1423494240000/articles/general/2015/food-security-for-studentsnewssite://news/articles/general/2015/food-security-for-studentsimj1291547625370222imj1291547625370222show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentOne of those concerned at the possibility was Lynn Kuffner, manager of Student Health Services, particularly after she saw the results of a recent student health survey.

"The survey revealed that our students weren't hitting the mark when it comes to eating five to 10 servings of fruit and vegetables per day," explained Kuffner. "We want to know if this is choice or necessity; is it a choice or a matter of money?"

In her search for more answers, Kuffner took the survey results to the Department of Community Health and Epidemiology and met Rachel Engler-Stringer, an assistant professor with a background in food security and nutritional inequality.

"It piqued my interest," said Engler-Stringer, who proposed a more comprehensive look at the issue. "There have been a couple studies in the U.S. that have revealed a high prevalence of food insecurity in student populations, but nothing in Canada has been done looking at an entire student body."

In a Queen's University study, Engler-Stringer continued, in-depth interviews were conducted with students who frequented the food bank and that study revealed "significant hidden food insecurity. People only go to food banks out of desperation and Queen's is seen as a privileged university. We want to know what the situation is at the U of S."

The U of S survey, which will be sent to 4,500 randomly selected students at the end of February, will examine four elements of food security: quantity; nutritional quality; access to food that maintains human dignity; and food that is culturally accepted.

"We're hoping to use the data to help improve food security on campus," said Engler-Stringer. "Some universities have food charters and by policy have fruit, vegetables and protein sources at reasonable prices. Marquis Hall does a good job, but lunch is still $10. I don't know too many students who can afford that everyday."

Another issue facing the campus, she explained, is that the city neighbourhood around the main campus is "kind of a food desert. It lacks close geographic access to a wide range of healthy food."

Consider a student who does not have a car and has a limited budget for monthly groceries. "That student probably goes to the closest grocery store, which isn't that close, and buys nonperishable items to limit the number of trips," she said. "Vegetables and fruit are more expensive than Kraft Dinner."

And the effects of food insecurity are significant, said Kuffner. "This matters on so many levels. It is about social justice; no one wants young people to be hungry. You can't study well if you haven't eaten, and if you haven't studied then you aren't doing well academically."

Lack of nutrition is linked to various health and social problems across the lifespan, added Engler-Stringer. "Being a student struggling with this is not conducive to a good student experience. They are aspiring to fulfill important roles in society and we need to support them."

The U of S survey is the first step, and initial results will likely be available this summer, Engler-Stringer said. Other Canadian universities, including Acadia University, Queen's and the University of Alberta, plan to follow the U of S lead and survey their students. "We are testing the waters and will share our lessons learned with those universities."

Kuffner said that getting a full view of the food insecurity picture will help determine if current services on campus— including a food bank, fruit and vegetable markets and cooking classes—can adequately support students who are food insecure or if more support is required.

If the issue cannot be solved with current resources, Engler- Stringer said, "the question becomes how do we make being a student more affordable."
art-as-inspirationtrue1718730911095imj129Art as inspirationYou would not typically associate a business school with fine art, but Sam Schwartz saw a fitting connection.Jessica Elfaralumni, art, Edwards School of Business1423211160000/articles/general/2015/art-as-inspirationnewssite://news/articles/general/2015/art-as-inspirationimj1291547625368716imj1291547625368716show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/inuit-art.jpgsite://news/images/2015/inuit-art.jpgnewsinuit-art.jpginuit-art.jpg95592900600NoNoneNoneNo/
TextNone/Above contentSchwartz, a 1950 graduate of the College of Commerce (now the Edwards School of Business), has made the largest Inuit and First Nations sculpture donation in the university's history in the hope the work will inspire students in the school. The donation was made in memory of his wife and avid art collector, Margaret Lois Schwartz.

The collection of nearly 100 pieces, which includes Inuit sculptures, Alaskan ivory carvings and north-west coast figures made from argillite, a black slate stone indigenous to Haida Gwaii, BC, had been carefully acquired by the couple over a span of nearly 40 years, Schwartz explained. Margaret was the driving force behind the collection and as a nurse and artist with a great interest in human and animal anatomy, he said she was impressed with the beauty and realism of Inuit art, and how faithfully the artists would execute their carvings.

While acquiring the collection, one important characteristic to the couple was that most pieces were handcrafted no later than the mid-1900s, Schwartz said.

"In doing so, we recognized we were looking at carvings that must have required extraordinary creativity and dedication by the artist. As there was no electric power in the North during the time they were created, people had to remain indoors, their lighting by lamps, likely fueled with whale oil. In that dim light, they would take a block of stone and study it, and suddenly see in that block the figure that had been trapped inside. It might be an animal or a shaman—the mission of the artist was to free it from its surroundings."

Schwartz saw this process of discovering a piece's potential as the most intriguing aspect of the artists' work, and he wants students in the Edwards School of Business who view the art to be encouraged in their own lives.

"I recognized that these were pieces by people working under considerable disadvantage and hardship. They demonstrated creativity and dedication."

A native of Moose Jaw, Schwartz originally enrolled in the College of Arts and Science to pursue a BA in chemistry. Once completed, he changed direction to realize his true passion— economics—and switched to commerce where he completed his second undergraduate degree.

Since then, he has had a successful career with the energy company Conoco in a variety of roles, including leading international operations to expand the company's reach across Europe and in Libya. Before retiring in 1988, he concluded his career as an executive vice-president of Conoco and as a senior vice-president of DuPont. Now, Schwartz said, it is time to give back.

Daphne Taras, dean of the Edwards School of Business, is thrilled that her students will benefit from the donation, and said it helps reinforce the relationship between business and art. "It's completely appropriate for a business school to celebrate artistry." She added the placement of the collection in a well-lit atrium on the main floor of the college will help motivate students in their studies.

"The art inspired us to turn what was a very rundown but beautiful atrium … into a living gallery," Taras said. Renovations to the space included installing large, glass display cubes placed intermittently through the atrium between new lounge chairs where business students spend time studying and socializing. "I wanted students to be sitting among the art, so that it's alive within the building. Now, students sit within a foot or two of what is among the most beautiful art in Canada," she said.

Schwartz said the placement fits perfectly with his vision and is pleased with his decision to donate the collection to his alma mater rather than a museum because he wanted visitors to have more interaction with the art. "I wanted something inspirational for students that they could see without the reverence of a museum."

Kent Archer, director and curator for the U of S art galleries, said the university's collection did not contain anything that would rival this donation but the artworks complement the university collection nicely.

"This donation develops our Inuit and First Nations art collections considerably, in both breadth and scope. It contributes important examples of north-west coast art previously not represented in the university collection." He added the argillite and ivory pieces are particularly interesting as they are unique examples of work.

Because of the distinctive nature and scope of the collection, Archer worked with independent curator Norman Zepp in the acquisition process. Zepp and Archer visited Schwartz in Naples, Florida to assess and catalogue the collection and were both immediately intrigued. Zepp, who was previously the curator of Inuit art at the Art Gallery of Ontario in Toronto, noted it is "a first-rate collection with very fine examples of sculptures by best-known Inuit artists, and some of their finest examples."

The majority of the artworks are on display and there are plans to rotate in other pieces at regular intervals. Schwartz' personal favourite—Drum Dancer—is a carving of a shaman. The piece, he said, is fitting for those looking to achieve more as it represents maximum effort. "Seek the counsel of this piece. If you want stimulation to do more … you just look up at him!"

Schwartz will be honoured at the official collection launch this spring.

Jessica Elfar is development communications specialist in Advancement and Community Engagement.
winters-measuretrue1718730911095imj129Winter's measureHave you ever thought about how the snow depth changes outside your house over winter? For the second year in a row, a group of young scientists from the U of S are exploring the dynamics of snow conditions in the urban environment.University CommunicationsGlobal Institute for Water Security, School of Environment and Sustainability1423058160000/articles/general/2015/winters-measurenewssite://news/articles/general/2015/winters-measureimj1291547625367089imj1291547625367089show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/giws-students.jpgsite://news/images/2015/giws-students.jpgnewsgiws-students.jpggiws-students.jpg115418900600Graduate students and post-doctoral researchers from the Global Institute for Water Security (GIWS)NoNoneNoneNo/
TextNone/Above content

Every day, graduate students, postdoctoral fellows and other staff at the Global Insitute for Water Security record snow depths, snowfall and snow density in the field across the road from the National Hydrology Research Centre at Innovation Place. Having received formal training in a wide range of environmental fields and coming from all over the globe, not everyone involved was familiar with the characteristics of snowfall—or with the issues associated with measuring snow.

As snow processes involve complex dynamics of energy and water balance, changing snow conditions data are useful information to measure environmental fluctuations. Apart from snow amounts, stable precipitation isotopes are also measured in the project to provide leading edge tracer information for understanding regional water sources. The group is not only gathering interesting data sets, the project also prompts the young scientists to explore good field monitoring practices with federal scientists and to understand values of continuous measurements.

Results that excited the team last winter include:

– the increase of spatial differences of snow depth from 1 cm at the beginning of the season to more than 15 cm right before snowmelt;

– the heterogeneity of the snowpack, with densities varying from 10 to 30 per cent water content; and

– finding out that the daily snowfall amounts did not add up to the total amount measured in the snowpack by the end of winter. The team has improved their measuring tools this year to reduce the amount of measured snow lost to wind and other factors.

What started as a team-building effort to pull the group through the long winter ended up sparking heated debates during lunch breaks. These debates were not just among the participants about how to standardize the squatting height to minimize the measurement error—snow depths are measured with rulers that are fixed to wooden posts—but, also with Environment Canada colleagues about the difficulties of getting reliable daily snowfall data from manual and automated stations.

In order to make the daily dataset more reliable and to improve their measurements of daily snowfall,  a nipher gauge and wind meter were added to this year's experimental setup. A nipher gauge captures snow and has a shape like an upside down bell to reduce the amount of snow lost to wind. The snow is then weighed to estimate its water content.

Still, measuring snow is not without difficulty. Even with over 20 participants in the group, volunteers are hard to find for weekends and public holidays, especially when temperatures plummet. However, gaps in the rotating schedule are usually filled by some enthusiast, even on New Year's Day. The team hopes this campaign will reach the same level of coverage as last winter and mark the start of an office tradition.



Sun Chun and Willemijn Appels are post-doctoral fellows in the School of Environment and Sustainability and GIWS associate members.

update-on-appeal-process-for-authority-of-the-university-of-saskatchewan-acttrue1718730911095imj129Update on appeal process for authority of the University of Saskatchewan ActThis update is issued from Gordon Barnhart, interim president, University of Saskatchewan on February 5, 2015.University Communications1423126083000/articles/general/2015/update-on-appeal-process-for-authority-of-the-university-of-saskatchewan-actnewssite://news/articles/general/2015/update-on-appeal-process-for-authority-of-the-university-of-saskatchewan-actimj1291547625365695imj1291547625365695show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above content"After significant consideration, I have decided to withdraw the university's appeal of Arbitrator Andrew Sim's decision that calls into consideration the source of board's authority to award tenure under the University of Saskatchewan Act 1995. I have reached the decision to withdraw after considerable review of the issue, and with the support of our executive and senior leaders, as well as the members of the Board of Governors.

This is a change in course, and there are a number of reasons why. Fundamentally, the initial decision to appeal was made to seek clarity on a principle of governance under the University Act and the authority it provides in the appointment of tenure. Withdrawing the appeal now will still allow the university to have this principle-based debate at some point in the future if required, and it also addresses many of the practical problems that have arisen related to this appeal. I believe it is now prudent to set aside this governance issue and allow the new tenure processes agreed upon in the fall time to work. The university still stands by the collective agreement with the University of Saskatchewan Faculty Association and I believe the new processes will improve our ability to deal with future cases. This is a complex matter that has taken significant time and effort to date and it is time to move forward.

I, along with my leadership team, have worked directly with the University of Saskatchewan Faculty Association in making this decision and we believe it is the right step at this time."
modern-milkingtrue1718730911095imj129Modern milkingUniversity of Saskatchewan cow 944 is a thoroughly modern bovine, which means she turns to technology when she needs to be milked rather than relying on humans to do the job.Colleen MacPhersonCollege of Agriculture and Bioresources, Rayner Dairy Teaching and Research Facility1422434220000/articles/general/2015/modern-milkingnewssite://news/articles/general/2015/modern-milkingimj1291547625363332imj1291547625363332show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/morgan-hobin.jpgsite://news/images/2015/morgan-hobin.jpgnewsmorgan-hobin.jpgmorgan-hobin.jpg120862900600Morgan HobinNoNoneNoneNo/
TextImage/images/2015/robomilker.jpgsite://news/images/2015/robomilker.jpgnewsrobomilker.jpgrobomilker.jpg177027400300The robotic milker in action.Align right

Number 944 is one of 39 cows in the herd that uses the Rayner Dairy Teaching and Research Facility's automated milking system, essentially a robot that handles the thricedaily milking requirement of each animal. For Morgan Hobin, facility manager, the system is an important management tool, freeing up dairy farmers and staff "from milking three times a day so they can direct their time to other duties like management, nutrition and animal health."

She explained the cows access the system on a voluntary basis. Each wears an electronic tag that the robot recognizes; if the cow is due to be milked she is admitted to the narrow milking stall. If not enough time has passed since her last milking, a series of automatic gates directs her out of the milking parlor and back to her stall.

Once the cow is in the stall, a predetermined daily allotment of grain pellets is dispensed into a bin in front of her, one third for each milking. Then the robotic arm goes to work under her, first rinsing her udder and then, using a laser-guidance system, attaching suction teat cups to each of her four teats.

Hobin said the system can be programmed with each cow's teat configuration and if, for example, one quarter of the udder is dry, can be instructed not to attach a suction cup to that teat.

As the cow is milked, the system records the milk flow from each teat and total milk produced. On an office computer, Hobin and other barn staff can see which cow is being milked, monitor each cow's milk production over time, and are alerted by the system if a milking is incomplete. The screen also alerts staff when a cow is past due for a milking. "Then we go find her and push her through, but we also check to see if something might be wrong like she's lame or has mastitis (an infection in the udder tissue). Or, she might just be lazy."

When the milking is complete, the teat cups detach and the robot sprays the udder with iodine. After the cow leaves, the stall is automatically rinsed with water before the next animal is allowed to enter. The robot also cleans itself three times a day, said Hobin, running water and detergent through all of its pipes and hoses.

But like all technology, the robot does occasionally experience technical difficulty. When that happens, it contacts the cell phone of on-call staff members who then affect repairs and clear the situation. "And as we learn more about the system, it's easier for us to troubleshoot the little things," said Hobin, who has a master's degree is dairy nutrition from the U of S.

"It's great technology," she continued. "As a university, we're the ones who should be using this technology and be leaders in the industry. It's our role, as is sharing with dairy farmers what we know."

Hobin expects the next evolution in automated milking will come with software rather than machinery, and will likely involve analysis of milk as it is flowing from the cow.

She has noticed, though, that the voluntary milking system highlights a very clear pecking order among its users. "They definitely have a hierarchy as to who gets to go first. One cow will be waiting to get into the robot and another will come up and simply push her out of the way. It's quite entertaining to watch them back there."

The system is also proving entertaining for visitors to the facility. "When people come for tours, they always want to see the robot. They think it's the coolest thing."

The Rayner gallery, which includes an interpretive centre and overhead walkways through the barn, is open seven days a week from 12:30-4:30 pm for selfguided tours. Hobin advises 1 pm is a good time to visit to see the cows being milked.

board-studentstrue1718730911095imj129Board studentsA new class in the Edwards School of Business is connecting students to the community while they learn the ins and outs of board governance.Lesley PorterEdwards School of Business, Chelsea Willness1422951000000/articles/general/2015/board-studentsnewssite://news/articles/general/2015/board-studentsimj1291547625361322imj1291547625361322show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentThe Governance and Leadership Development Practicum provides senior-level students with a mentor from, and an internship with, a local non-profit or community-based organization (CBO), explained Chelsea Willness, the Edwards faculty member who created the course. From September to April, students serve on an organization's board of directors alongside their mentors, gaining experience in organizational governance.

"A lot of our students, like anyone in professional fields, will end up serving on boards," said Willness. The goal is to build their general knowledge of board governance in areas such as leadership, intergroup collaboration and decision-making, along with an understanding of the relationship between the oversight and management of an organization.

The philosophy of the course, she said, is about building capacity for both the student interns and the organizations involved, and for community more broadly. A younger professional workplace demographic means a lack of board and leadership succession, particularly in CBOs and the non-profit sector, she said. Meanwhile, students who aspire to one day serve on a board need to be prepared to fill in the leadership gap. If students can assist these organizations while gaining practical, hands-on experience, it is win-win.

"Merging those two things together seems like a really great opportunity for both parties."

To participate in the class, both students and the organizations must apply. An advisory council comprised of current and former students, colleagues and faculty in governance, and representatives from CBOs helps with the selection of participants and with the structure of the course. The advisory council model is another innovative aspect of the course, Willness said.

Student applicants are typically entering their final year of the Bachelor of Commerce program and must demonstrate a passion for serving their community. "We're looking for people who really fit the values of the course and who will get the most out of it and have something to contribute."

The advisory council similarly screens interested boards. Every effort is made to match students with boards based on interests and areas of study. Once matched, the students work alongside their mentors and serve as non-voting board members, participating in regular board and committee meetings.

The course has a classroom component as well where students learn about governance fundamentals, strategy, risk mitigation, finances and budgets, board composition, and leadership, aspects that are crucial for contributing to a board and understanding how organizations are run, said Willness.

Many of her colleagues from Edwards also assist with the course, as they are interested in the topics and in helping students while they serve the sector. "The level of input and engagement from other faculty, I think, is not typical— people stepped up voluntarily to contribute their time and expertise to this course and it's just been amazing," she said.

The course will continue to grow and evolve. Willness expects changes could include opening it up to graduate students or to students in other colleges who may benefit from the internship opportunity.

So far, feedback has been positive. The boards are appreciative of the interns' involvement, and the students are keen to build on their skills and work on real issues in the community. Many students have even reported a confidence boost they have felt as a result of their participation, and a deeper connection to the community around them.

Plus, added Willness, entering the work world with this experience under their belts—not to mention contacts and a professional network to lean on—is a nice advantage for students.

Lesley Porter is a communications co-ordinator with Advancement and Community Engagement.
e-bike-biz-is-buzzingtrue1718730911095imj129E-bike biz is buzzingA need for speed got an engineering grad's business off the ground.University Communicationsalumni, College of Engineering1421926920000/articles/general/2015/e-bike-biz-is-buzzingnewssite://news/articles/general/2015/e-bike-biz-is-buzzingimj1291547625359381imj1291547625359381show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/e-bike.jpgsite://news/images/2015/e-bike.jpgnewse-bike.jpge-bike.jpg107557900600NoNoneNoneNo/
TextNone/Above contentRoshan Thomas—who graduate from computer engineering in 2011—along with his business partners, wife Aathmeeya and brother Rethan, launched Biktrix in 2014, a business that sells conversion kits to transform pedal bikes into electric bikes, or e-bikes.

When asked how the business got started, Roshan laughed and said, "I like to go fast."

Read the full story at the College of Engineering's website.
principles-tested-in-tuition-decisiontrue1718730911095imj129Principles tested in tuition decision“A year like this really tests our resolve around the principles we claim we use to set tuition.”Colleen MacPherson1423126092000/articles/general/2015/principles-tested-in-tuition-decisionnewssite://news/articles/general/2015/principles-tested-in-tuition-decisionimj1291547625358087imj1291547625358087show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesNone/NoNoneNoneNo/
TextNone/Above contentWhat Interim Provost and Vice-President Academic Ernie Barber is referring to are loud warning signs from the provincial government that this year's budget, scheduled to be delivered in March, will be a tight one. That message was reinforced with the announcement the government has put a freeze on hiring for non-essential jobs and on unnecessary travel. And all of this came at a time when the U of S Board of Governors was considering tuition rates for 2015-16.

Barber said even though there is a possibility the university's operating grant from the government will not include what he termed "the modest ask" detailed in the U of S 2015-16 operations forecast, he stressed the institution "does not set tuition fees to balance the books."

With that in mind, along with the long-standing principles of considering comparability, affordability and accessibility, and enabling quality, the board announced Jan. 14 that tuition for next year would go up an average of 2.4 per cent for undergraduate students. At one end of the scale, dentistry students' tuition will remain unchanged at $32,960 per year and at the other end, students in veterinary medicine will pay five per cent more, up to $8,680.

For graduate students, the majority of programs will see a two-per-cent increase. The biggest change will be for students in the master of professional accounting program where tuition will go up 5.6 per cent, to $19,000 from $18,000 last year.

Barber pointed out that deans and executive directors of schools are involved in setting tuition and that it is done on a program-by-program basis.

For the average undergraduate students, the increase means that a four-year degree program will cost about $25,000, not including expenses like books, accommodation and enrichment programs such as study abroad and experiential learning, said Barber.

Tuition revenue accounts for about 24 per cent of the all operating revenue for the university each year. The other 76 per cent comes from the Government of Saskatchewan, interprovincial funding, investments and other sources.

Barber said because tuition is part of the larger "envelope of funding we use to operate the university," it is difficult to pinpoint exactly what specific expenditures are paid for with the revenue "but a lot of thought is given to how increasing tuition can make this educational experience better for students."

In a media release Jan. 14, Desirée Steele, vice-president of academic affairs with the U of S Students' Union, said that while there was extensive consultation with students by senior administrators, including deans, prior to the tuition announcement, students remain concerned about a lack of visible improvement in the quality of their education.

"Especially after the take up of the university's incentivized faculty retirement program, we need to see the university supporting colleges and departments to both bolster existing faculty and conduct the necessary searches to bring new minds to the U of S," said Steele.

The students' union is also calling for tuition forecasting for the 2016-17 academic year. "We want students to know the potential cost of their education when they are thinking about attending the U of S," she said.
switch-clinic-services-expandedtrue1718730911095imj129SWITCH clinic services expandedThe College of Pharmacy and Nutrition Medication Assessment Centre (MAC) and the non-profit charity Student Wellness Initiative Toward Community Health (SWITCH) are teaming up to improve health care in Saskatoon’s core neighbourhoods. University CommunicationsStudent Wellness Initiative Toward Community Health, Medication Assessment Centre, College of Pharmacy and Nutrition1421318580000/articles/general/2015/switch-clinic-services-expandednewssite://news/articles/general/2015/switch-clinic-services-expandedimj1291547625356526imj1291547625356526show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/switch.jpgsite://news/images/2015/switch.jpgnewsswitch.jpgswitch.jpg92598900600NoNoneNoneNo/
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MAC pharmacists will collaborate with other SWITCH team members such as the family physician or nurse practitioner review to patients' medications, provide recommendations for changes and help patients better understand their treatment.

"Medications play such an important role in patients' treatment and quality of life, and pharmacists continue to play a larger role in health care" said MAC co-ordinator Eric Landry. "Pharmacists need to be connected with patients' health to ensure they are on the most appropriate medications, the medication combinations are safe and side effects are minimized."

MAC pharmacists will now provide medication assessments at SWITCH during Wednesday evening clinics at no cost to the patient. Patients can be referred to the service by their health care providers or they can self-refer by calling 306-966-6392.

Launched in February 2014, MAC provides medication assessments for patients on multiple medications, or those who have questions or concerns about the medications they are taking. A pharmacist will sort through complex drug regimens and drug histories, natural products and over-the-counter medications to get a clear picture of a patient's full medication intake. The pharmacist can then provide the patient with information on how their medications affect their daily lives and send recommendations to the patient's primary care provider.

People are encouraged to consider booking MAC services for themselves, family, or friends who are taking five or more medications, are experiencing drug related side effects, who are having trouble remembering to take their medication or are taking them incorrectly, have chronic conditions (diabetes, high blood pressure, chronic pain) or who have multiple drug related questions.

SWITCH is a student-managed interdisciplinary wellness project based out of the Westside Community Clinic. The aim of the project is to provide after-hour health services to the residents of Saskatoon's core neighbourhoods.  Students from the University of Saskatchewan, University of Regina, SaskPolytechnic, First Nations University of Canada, and Saskatchewan Indian Institute of Technologies volunteer their time to SWITCH.
maximizing-the-spendtrue1718730911095imj129Maximizing the spendUnderstanding how best to achieve efficiency, and ultimately savings, in the vast and complex area of procurement at the University of Saskatchewan first requires a close look at the experience of the people doing the buying.Colleen MacPherson1421832360000/articles/general/2015/maximizing-the-spendnewssite://news/articles/general/2015/maximizing-the-spendimj1291547625355280imj1291547625355280show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2015/kenneth-tan.jpgsite://news/images/2015/kenneth-tan.jpgnewskenneth-tan.jpgkenneth-tan.jpg97918900600Kenneth TanNoNoneNoneNo/
TextNone/Above content"Generating a high level of customer satisfaction is absolutely a priority when we're looking at changes and improvement to our procurement processes," said Kenneth Tan, director of the new Office of Strategic Initiatives in Financial Services and the man overseeing a project called Maximizing the Value of University Spend (MVUS). "We're trying to build better procurement procedures and a huge part of MVUS is understanding customer needs."

The customers he is referring to are the people—hundreds of people—who make purchases on behalf of the U of S. It is a group that spends a significant amount of money; in 2013/14, the university's total non-salary negotiable spend was worth about $121 million. And, he said, those customers are currently dealing with policies and procedures that may not have been updated for some time, that may be difficult to access and may be cumbersome to use.

Although the MVUS name is relatively new, the project pre-dates Tan's arrival at the U of S last April, he said. The first effort was to revamp the university's travel and expense procedures but the project has since been expanded to include additional streams like inventory control, e-procurement, strategic sourcing and even looking at possible consolidation of some of the stores operations and inventory located all over campus.

"The university is a massive organization that is very, very decentralized," said Tan, who moved to the U of S from a position of chief financial officer with a government crown corporation in British Columbia. "Yes, we have policies and procedures (for procurement) but how transparent are they? How often are they reviewed?"

Because the answers to Tan's questions are "not very" and "not often," the result is a procurement process that is altered or adapted by customers "depending on where you are on campus." The goal, he continued, "is to streamline procedures and that requires new thinking to try to find the right balance between prudent processes and having the flexibility to meet unique customer needs."

Tan said one project underway is to adapt an inventory management software model being developed by the Facilities Management Division to other circumstances. "Ultimately, we would like to see everyone on the same system."

There is also work going on to develop an end-to-end system that will bring together all aspects of buying and replace the numerous systems currently in use.

Another stream is focusing on strategic sourcing, said Tan, "consolidating our buy to achieve the savings created by economies of scale. To do that, we have to know what we buy, from whom, who is doing the buying and how they are buying."

In the current decentralized environment, many people may be sourcing the same product from different suppliers. By consolidating those purchases with a single supplier, the university's significant buying power can be used to negotiate more favourable pricing. "What we're trying to get to is a preferred supplier listing for more goods and services that our customers can benefit from using," he said.

A lot of effort has already gone into gathering information and analyzing how goods and services are purchased, said Tan, "and I think we have a pretty good idea of what the situation is." He estimates it will take a year to enhance existing policies and procedures, and two to three years for an end-to-end technological solution for procurement.

"When it works well for users and embeds all processes in a single system, it will be a dream. We're past the information gathering and spend analysis stages and we're now moving toward solutions."
researchtrue1547743704451pey849ResearchResearch Archives/articles/researchnewssite://news/articles/researchimj1291547618027515imj1291704897365281show-in-navYes2024true1718295493401imj1292024/articles/research/2024newssite://news/articles/research/2024imj1291704210986640imj1291704210986640show-in-navNousask-researcher-exploring-sustainable-solutions-for-wastewatertrue1718730911095imj129USask researcher exploring sustainable solutions for wastewaterFunding from the Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant program will support Dr. Kerry McPhedran’s (PhD) project to investigate reuse options for municipal wastewater and stormwater.Erin Matthews, Research Profile and Impactresearch,1718721480000/articles/research/2024/usask-researcher-exploring-sustainable-solutions-for-wastewaternewssite://news/articles/research/2024/usask-researcher-exploring-sustainable-solutions-for-wastewaterccm0461718723877812ccm0461718729261363show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/kerry-mcphedran_2.jpgsite://news/images/2024/kerry-mcphedran_2.jpgnewskerry-mcphedran_2.jpg912561080611NSERC Discovery Grant recipient Dr. Kerry McPhedran (PhD) is investigating options for municipal wastewater reuse (Credit: USask/Erin Matthews)NSERC Discovery Grant recipient Dr. Kerry McPhedran (PhD) is investigating options for municipal wastewater reuse (Credit: USask/Erin Matthews)NoNonesupport-critical-researchNo/
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With both increasing water demands and strained capacity to handle wastewater, there is a growing need for exploring water reuse and recycling in Canadian cities.

McPhedran, University of Saskatchewan’s (USask) Centennial Enhancement Chair in Water Stewardship for Indigenous Communities, and professor in Civil, Geological and Environmental Engineering in the College of Engineering, said funding from the NSERC Discovery Grant will support a project that explores community concerns around reusing municipal wastewater and stormwater for personal and industrial use.

Currently, cities use a lot of energy to collect both wastewater and stormwater. McPhedran said that energy could be channelled into recycling the collected wastewater instead of simply storing and releasing it.

“We put a lot of energy and money into putting wastewater and stormwater into a river instead of finding ways to reuse it,” said McPhedran. “And recently there is a big push to reuse water but as you can imagine the biggest hurdle, especially with municipal wastewater, is stigma. People don’t want to drink it.”

Astronauts aboard the International Space Station safely use recycled wastewater for their day-to-day activities and McPhedran said we can do something similar with our wastewater, transforming it through sustainable projects within Canadian communities.

“We talk about net zero power, but we can also achieve net zero water, where a community would be able to safely reuse the onsite water that is available,” said McPhedran.

The NSERC funding will allow McPhedran to investigate attitudes and analyze the potential concerns around the reuse of municipal wastewater and stormwater and assess the challenges associated with these kinds of projects across Canada. This includes public consultation and speaking to community groups to gather data which will help future decisions about wastewater usage.

“If people are involved in the process of creating clean water, then they will hopefully be willing to use the water,” said McPhedran.

“You really have to understand people’s perspectives and their concerns and be able to transfer that social understanding into policy and regulations, and that is what we’re going to try and achieve with wastewater and stormwater reuse.”

McPhedran said that the NSERC Discovery Grant is a great way to build momentum for projects which helps researchers gain access to more funding or investment from industry partners.

“The NSERC Discovery Grants let you dive into the research and academic aspects of projects that can help you build a knowledge base for those industry partnerships,” said McPhedran. “And it allows an engineer like me to explore social outreach and that important social component.”

McPhedran is one of 41 USask researchers to receive funding from the NSERC Discovery Grant program. A complete list of USask projects.

 

innovation-saskatchewan-invests-600,000-in-usask-led-hawc-science-mission-through-isf-programtrue1718730911095imj129Innovation Saskatchewan invests $600,000 in USask-led HAWC science mission through ISF programInnovation Saskatchewan is investing $600,000 over three years through the Innovation and Science Fund (ISF) for a project supporting the HAWC (High-altitude Aerosol, Water vapor, and Cloud) satellite mission. Innovation Saskatchewanresearch, HAWC, 1718645400000/articles/research/2024/innovation-saskatchewan-invests-600,000-in-usask-led-hawc-science-mission-through-isf-programnewssite://news/articles/research/2024/innovation-saskatchewan-invests-600,000-in-usask-led-hawc-science-mission-through-isf-programccm0461718645632737ccm0461718645830538show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/_67a3136.jpgsite://news/images/2024/_67a3136.jpgnews_67a3136.jpg2309851024683Officials and dignitaries gather on campus at the University of SaskatchewanBetter prediction of extreme weather, disasters, thanks to new funding for USask space research. (Photo: David Stobbe)NoNonesupport-critical-researchNo/
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HAWC is the Canadian Space Agency’s contribution to the Atmosphere Observing System (AOS) mission led by NASA slated to launch in 2031. ISF matches federal innovation funding dollars for projects from Saskatchewan universities, colleges and research institutes.

The program funding will help HAWC advance Canadian space science through the development of advanced technological space instruments. Co-led by a team of talented USask researchers, HAWC will deliver critical measurements to support extreme weather prediction, climate modelling and disaster monitoring. Further, it provides new data for scientists to better analyze, interpret and understand factors contributing to climate change.

This investment in HAWC not only recognizes the world-class research and scholarly work taking place at the University of Saskatchewan (USask), but also exponentially benefits the province. The project is a catalyst for economic growth, developing a mission-critical national data centre in Saskatchewan, providing advanced training and employment opportunities and creating intellectual property and local investment opportunities.

“The HAWC mission represents a monumental opportunity for Saskatchewan in expanding its expertise in cutting-edge space and satellite research and development and elevate the province’s reputation as a leader in aerospace technology,” Minister Responsible for Innovation Saskatchewan Jeremy Harrison said. “The economic, advanced training and employment opportunities created through this project will provide a tremendous benefit to Saskatchewan people.”

The HAWC science team is a Canada-wide group of researchers comprising USask as the lead institution of a 14-university consortium, along with the Canadian Space Agency, Environment and Climate Change Canada and the National Research Council Canada. Project leaders Dr. Adam Bourassa and Dr. Doug Degenstein are from USask’s College of Engineering and Engineering Physics.

The HAWC mission consists of three cutting-edge climate science satellite instruments, of which two are designed by USask: ALI (Aerosol Limb Imager), a satellite imager for aerosol profiling, and SHOW (Spatial Heterodyne Observations of Water), a satellite imager for water vapor.

“The HAWC project highlights the contribution that USask is making in combating climate change on a global scale,” said President of the University of Saskatchewan, Peter Stoicheff. “We are grateful to Innovation Saskatchewan for contributing to a project that will no doubt advance research and innovation in this province, train highly qualified personnel and create new employment opportunities in the field of climate science.”

Innovation Saskatchewan has provided over $18 million in ISF funding for innovative projects at Saskatchewan institutions since 2018-19.

Read more at Innovation Saskatchewan.

8.1-million-for-first-of-their-kind-health-care-training-programs-in-saskatchewantrue1718730911095imj129$8.1 million for first of their kind health care training programs in SaskatchewanSaskatchewan students will soon have more opportunities to train at home through two new domestic health care programs. Government of Saskatchewanresearch, College of Medicine1718396580000/articles/research/2024/8.1-million-for-first-of-their-kind-health-care-training-programs-in-saskatchewannewssite://news/articles/research/2024/8.1-million-for-first-of-their-kind-health-care-training-programs-in-saskatchewanccm0461718396818438ccm0461718396818438show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/_67a1552.jpgsite://news/images/2024/_67a1552.jpgnews_67a1552.jpg1958261024683Dignitaries pose at the University of SaskatchewanThanks to Government of Saskatchewan funding, SK. students will have new health care training options available in the province. (Photo: David Stobbe)NoNoneNoneNo/
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In 2024-25, the Government of Saskatchewan is investing approximately $8.1 million to establish the Occupational Therapy Program and Speech Language Pathology Training Program at the University of Saskatchewan (USask). 

"Our post-secondary institutions play key roles in helping address provincial labour market needs and achieving our Growth Plan goals," Advanced Education Minister Colleen Young said. "Establishing these programs in-province will give more students the opportunity to train closer to home and make it easier to retain our grads here in Saskatchewan." 

"As we were meeting with frontline health care providers, our government heard concerns that these professions were in high demand and that we needed to do more to attract and retain students," Health Minister Everett Hindley said. "A key pillar of our Health Human Resources Action Plan is to create training opportunities here at home for Saskatchewan students passionate about a career in health care while encouraging them to choose to live and work in the province after graduation." 

Each of the new training programs will be a two-year Masters program that will accept up to 40 students per year. The programs are targeted to begin in the Fall of 2026. Until then, students from Saskatchewan can continue to access reserved seats in Occupational Therapy and Speech Language Pathology in Alberta through the government's interprovincial agreement programs (IPAs) which were established in 2020 to help the province meet its need for specialized health professionals.

"We appreciate the provincial government's investment in developing innovative speech language pathology and occupational therapy programs at the University of Saskatchewan (USask)," University of Saskatchewan President Peter Stoicheff said. "These programs will expand USask's ability to train health professionals, whose skills are in high-demand and whose contributions will improve the quality of life across Saskatchewan."

Occupational Therapists and Speech Language Pathologists provide vital health services to communities throughout the province, including children, seniors, and people with disabilities, injuries or illnesses. Under these new programs at USask, students will undertake clinical placements as early as their first year of studies, which will place more professionals into the health care sector sooner.

"The opening of this speech-language pathology program at the University of Saskatchewan heralds a new era in practice for our province," Speech-Language & Audiology Canada Provincial Advocacy Manager and Interim Director of Speech-Language Pathology Jennifer Cameron-Turley said. "It is fitting that this announcement is happening shortly after Speech and Hearing Month, as it helps us continue to bring increased awareness to the profound impact of communication and swallowing disorders can have on people's lives. We look forward to continuing to foster connection, and champion the transformative power of communication for the people of Saskatchewan." 

"The creation of this occupational therapy program at USask will address the long-standing provincial shortage of OTs and allow for greater access to critical occupational therapy services that serve Saskatchewan's population needs, including primary care access, mental health support and management of chronic conditions," Canadian Association of Occupational Therapists' Saskatchewan Chapter (CAOT-SK) Regional Director Christine Fleming said.

In addition to these new programs, the government is also investing $2 million in the development of a Physician Assistant program at the University of Saskatchewan that is scheduled to begin in the Fall of 2025. Physician Assistants will help support physicians and increase access to primary care services throughout the province.

Expanding health training is a key deliverable of the government's Health Human Resources Action Plan, which has the goal to help build a stronger, more robust health care workforce to meet the needs of Saskatchewan's communities now and in the future.  

To learn more about health care training options in Saskatchewan, visit: saskatchewan.ca/hhr-train.

Originally posted at Saskatchewan.ca.

usask-researchers-receive-more-than-8.3-million-in-nserc-fundingtrue1718730911095imj129USask researchers receive more than $8.3 million in NSERC fundingResearchers from across the University of Saskatchewan (USask) have received funding for a variety of creative and innovative projects through the Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grants program.research,1718384160000/articles/research/2024/usask-researchers-receive-more-than-8.3-million-in-nserc-fundingnewssite://news/articles/research/2024/usask-researchers-receive-more-than-8.3-million-in-nserc-fundingccm0461718384510358ccm0461718646033640show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/campus-aerial-0788.jpgsite://news/images/2024/campus-aerial-0788.jpgnewscampus-aerial-0788.jpg3096461080721Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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The NSERC Discovery Grants support long-term research goals, providing researchers with annual instalments over a five-year period. The following 41 USask researchers were awarded more than $8.3 million in funding from NSERC in 2024. This year, six USask researchers also received $12,500 from the NSERC Discovery Grant Early Career Researcher Supplement. 

Dr. Peter Pioli (PhD) 
Biochemistry, Microbiology, and Immunology – College of Medicine 
Sex Differences in Thymus Antibody-Secreting Cell Production and the Impact on T Cell Development 
$155,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500  

Dr. Eric Price (PhD) 
Chemistry – College of Arts and Science 
Synthesis and physicochemical study of new chemical tools towards ideal radiometal-and peptide-base constructs 
$180,000 

Dr. Susantha Gomis (PhD) 
Veterinary Pathology – Western College of Veterinary Medicine 
Immunomodulatory effects of oligodeoxynucleotides containing CpG motifs (CpG-ODN) on intrapulmonary vaccine delivery in neonatal broiler chickens 
$280,000 

Dr. Ellen Wasan (PhD)  
Pharmacy - College of Pharmacy and Nutrition  
Exploring soft material nanoparticles for engaging mucosal immunity 
$200,000 

Dr. Kerry McPhedran (PhD) 
Civil, Geological and Environmental Engineering - College of Engineering 
Direct potable reuse of municipal wastewater and urban stormwater in Canada 
$180,000 

Dr. Catherine Niu (PhD) 
Chemical and Biological Engineering – College of Engineering 
Biosorption and Adsorption for Effective Separation of Targeted Species from Multi-Component Systems 
$165,000 

Dr. Douglas Chivers (PhD) 
Biology – College of Arts and Science 
Understanding multigenerational effects of risk and contaminants in aquatic systems 
$275,000 

Dr. Hui Wang (PhD) 
Chemical and Biological Engineering – College of Engineering 
Catalytic Sites Contiguity Study for Carbon Dioxide Conversion Reactions 
$195,000 

Dr. Kate Congreves (PhD) 
Plant Sciences – College of Agriculture and Bioresources 
Tightening the nitrogen cycle for sustainable soil management via diversification 
$215,000 

Dr. John Tse (PhD) 
Physics and Engineering Physics – College of Arts and Science 
Structural Phase transitions under Extreme Conditions 
$305,000 

Dr. Markus Hecker (PhD) 
School of Environment and Sustainability 
Translational Environmental Toxicology 
$325,000 

Dr. Valerie Thompson (PhD) 
Psychology – College of Arts and Science 
Towards a Theory of Meta-Reasoning 
$235,000 

Dr. Melissa Arcand (PhD) 
Soil Science – College of Agriculture and Bioresources  
Crop rhizosphere controls on nitrogen bioavailability and soil organic matter-intersections between microbial carbon and plant nitrogen use efficiencies 
$150,000 

Dr. Qiang Liu (PhD) 
Vaccine and Infectious Disease Organization 
Viral Ribonucleic Acid (RNA) translation modulation 
$170,000 

Dr. David Sumner (PhD) 
Mechanical Engineering – College of Engineering 
Fundamentals of Bluff-Body Wakes 
$160,000 

Dr. Lynn Weber (PhD) 
Veterinary Biomedical Sciences - Western College of Veterinary Medicine 
Heart-microbiome-metabolism axis and influence of protein source in a dog model 
$235,000 

Dr. Heather Szabo-Rogers (PhD) 
Anatomy, Physiology and Pharmacology – College of Medicine 
Genes, proteins and tissue interactions shaping the snout and beak 
$170,000 

Dr. Alexey Shevyakov (PhD) 
Mathematics and Statistics – College of Arts and Science 
Exact and approximate symmetry methods with applications to nonlinear 
$120,000 

Dr. Gordon Sarty (PhD) 
Physics - College of Arts and Science 
Design and Testing of Gradient Free Magnetic Resonance Imaging 
$170,000 

Dr. Derek Peak (PhD)  
Soil Science – College of Agriculture and Bioresources 
Shining Light on Soil Health 
$180,000 

Dr. Mrigank Rochan (PhD) 
Computer Science – College of Arts and Science 
Towards Adaptive and Robust Visual Understanding 
$170,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500  

Dr. Steven Rayan (PhD) 
Mathematics and Statistics – College of Arts and Science 
Moduli Spaces and Quantum Matter 
$215,000 

Dr. Jonathan Farthing (PhD) 
Kinesiology – College of Kinesiology 
Neural mechanisms of contralateral effects of unilateral motor training in humans 
$165,000 

Dr. Jaswant Singh (DVM) 
Veterinary Biomedical Sciences – Western College of Veterinary Medicine 
Mechanisms Affecting Oocyte Competence in the Bovine Model during the Prepubertal Period 
$275,000 

Dr. Andrew Ireson (PhD) 
School of Environment and Sustainability  
Soil moisture futures in the Canadian Prairies 
$180,000 

Dr. Akindele Odeshi (PhD) 
Mechanical Engineering – College of Engineering 
Development of hybrid and functionally graded materials using additive 
$165,000 

Dr. Katherine Stewart (PhD) 
Soil Science – College of Agriculture and Bioresources 
Linking biocrusts, plants and belowground communities in a changing climate 
$180,000 

Dr. Aneesh Thakur (DVM) 
Vaccine and Infectious Disease Organization 
Inducing respiratory mucosal immunity in cattle by design of next-generation thermostable ribonucleic acid vaccines 
$165,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

Dr. Li Chen (PhD) 
Electrical and Computer Engineering – College of Engineering 
Characterize and Mitigate Radiation Effects on Microelectronics 
$230,000 

Dr. Haixia Zhang (PhD) 
Food and Bioproduct Sciences – College of Agriculture and Bioresources 
Developing Advanced Metabolomic Platforms to Unlock the Potential of Bioactive Compounds in Canadian Agrifoods 
$165,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500  

Dr. David Elwood (PhD) 
Civil, Geological and Environmental Engineering – College of Engineering 
Evaluation of Liquefaction Potential in Fine Sand Tailings using a Self-Bore Pressuremeter 
$180,000 

Dr. Kerri Kobryn (PhD) 
Biochemistry, Microbiology, and Immunology – College of Medicine 
Molecular studies of hairpin telomeres in bacteria 
$200,000 

Dr. Lori Bradford (PhD) 
Ron and Jane Graham School of Professional Development - College of Engineering 
Operationalization of Social and Cultural Knowledge into Engineering Design and Impact Assessment Practices 
$135,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500  

Dr. Ann McKellar (PhD) 
Biology – College of Arts and Science 
Understanding drivers of migratory bird population change in human-dominated landscapes  
$170,000 

Dr. Yansun Yao (PhD) 
Physics and Engineering Physics – College of Arts and Science 
Machine learning informed material prediction and discovery 
$250,000 

Dr. Chijin Xiao (PhD) 
Physics and Engineering Physics – College of Arts and Science 
Plasma Physics and Engineering for Fusion Research and Other Applications 
$250,000 

Dr. Daniel Columbus (PhD) 
Animal and Poultry Science – College of Agriculture and Bioresources 
Investigating the impact of dietary nitrogen content on amino acid utilization in growing pigs 
$301,505 

Dr. Yongfeng Ai (PhD) 
Food and Bioproduct Sciences – College of Agriculture and Bioresources 
Exploring and exploiting starch-plant protein interactions to improve food quality and nutrition 
$195,000 

Dr. Michael Nickerson (PhD) 
Food and Bioproduct Sciences – College of Agriculture and Bioresources 
Tailoring of the interfacial behaviour of plant proteins for their structure controlling role in foods 
$275,000 

Dr. Douglas Degenstein (PhD) 
Physics and Engineering Physics – College of Arts and Sciences 
Remote Sensing of the Atmosphere from Satellite Platforms 
$255,000 

Dr. Mohammadreza Nematollahi (PhD) 
Finance and Management Science -Edwards School of Business  
Reinforcing Food Security and Sustainability through Supply Chain Analytics 
$135,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

 

usask-researcher-receives-funding-for-indigenous-led-substance-abuse-research-programtrue1718730911095imj129USask researcher receives funding for Indigenous-led substance abuse research programA University of Saskatchewan (USask)-led initiative to develop substance use interventions grounded in Indigenous knowledge and experience has received $2 million from the Government of Canada. University Communicationsresearch, College of Arts and Science,1718134020000/articles/research/2024/usask-researcher-receives-funding-for-indigenous-led-substance-abuse-research-programnewssite://news/articles/research/2024/usask-researcher-receives-funding-for-indigenous-led-substance-abuse-research-programccm0461718134151635ccm0461718134230020show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/robert_henry.jpgsite://news/images/2022/robert_henry.jpgnewsrobert_henry.jpg1078751080720Dr. Robert Henry (PhD), an assistant professor in Indigenous Studies at USask’s College of Arts and Science. (Photo: Submitted)Dr. Robert Henry (PhD), an assistant professor in Indigenous Studies at USask’s College of Arts and Science. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Today, the Honourable Ya’ara Saks, Minister of Mental Health and Addictions and Associate Minister of Health, announced an investment of $6 million through the Canadian Institutes of Health Research (CIHR) and the Canadian Drugs and Substances Strategy (CDSS) to expand and increase the impact of the Canadian Research Initiative on Substance Matters (CRISM). 

$2 million of that investment will go to a project led by Dr. Robert Henry (PhD), an associate professor in USask’s Department of Indigenous Studies in the College of Arts and Science and the Nominated Principal Investigator for the Saskatchewan Network Environment for Indigenous Health Research (SK-NEIHR) to develop an Indigenous Engagement Platform (IEP) Platform that will work collaboratively across the research network. 

Using distinctions-based and community-led approaches, Henry and his team will strengthen and increase Indigenous involvement across CRISM’s regional nodes by advising the Network Coordinating Centre on Indigenous research priorities, improving Indigenous engagement at all levels, and supporting CRISM to improve Indigenous health and well-being through Indigenous-driven efforts. The platform will include five core pillars: knowledge translation and mobilization, training of Indigenous students, Indigenous research priorities designed with Indigenous community partners, improving Indigenous methodologies for CRISM, and development of an Indigenous evaluation framework. 

“Addressing the disproportionate experiences to substance use of Indigenous Peoples requires a concerted effort that provides opportunities for Indigenous Peoples, communities, researchers, knowledge keepers, youth, and those with living/lived experience to come together to inform broader research initiatives, programs, and knowledge mobilization outcomes,” Henry said. “The CRISM Indigenous Engagement Platform will provide opportunities for continued efforts to address the past, while looking to the future, while respecting Indigenous ways of knowing.” 

Click here to learn more about the project.

new-usask-initiative-combines-applied-theatre-environmental-science-and-social-sciencetrue1718730911095imj129New USask initiative combines applied theatre, environmental science and social scienceAn international research project spearheaded by a transdisciplinary team at the University of Saskatchewan (USask) will examine options for climate mitigation and adaptation among communities who face water insecurity.research,1717687320000/articles/research/2024/new-usask-initiative-combines-applied-theatre-environmental-science-and-social-sciencenewssite://news/articles/research/2024/new-usask-initiative-combines-applied-theatre-environmental-science-and-social-scienceccm0461717773173432ccm0461717774035284show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/bradford-strickert.jpgsite://news/images/2024/bradford-strickert.jpgnewsbradford-strickert.jpg2666951080720From left: Dr. Lori Bradford in the Ron and Jane Graham School of Professional Development in the College of Engineering and Dr. Graham Strickert with the School of Environment of Sustainability, and Global Institute for Water Security. (Photos: Submitted)From left: Dr. Lori Bradford in the Ron and Jane Graham School of Professional Development in the College of Engineering and Dr. Graham Strickert with the School of Environment of Sustainability, and Global Institute for Water Security. (Photos: Submitted)NoNonesupport-critical-researchNo/
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Led by Dr. Lori Bradford (PhD) in the Ron and Jane Graham School of Professional Development in the College of Engineering and Dr. Graham Strickert (PhD) with the School of Environment of Sustainability (SENS), and Global Institute for Water Security at USask, the innovative project received nearly $1.5 million through the New Frontiers In Research Fund (NFRF) International stream intended to support interdisciplinary, “high-risk high-reward" research projects with international collaborators.

The goal of this project is to help put the control of water security solutions firmly in the hands of affected communities by engaging them in design thinking and applied theatre.

“We're trying to flip who controls the climate change adaptation options communities get to choose from,” Bradford said. “Right now, it’s very top-down ... but community members are the experts of what to do in their local environments in times of water crises, and they should be dictating which options are invested in for which scenarios.”

The recently funded project will work with the University of New Hampshire, University of the West of England, Helmholtz Centre for Environmental Research, Technical University of Dresden, and the University of Alberta over the next four years.

The project titled “Climate Collaboratorium: Co-creation of Applied Theatre Decision Labs for Exploring Climate Change Adaptation and Mitigation” will expand current engagement with water-insecure communities. Through this unique applied theatre-based approach, the project will develop strategies to effectively develop solutions for water and climate-related challenges at the often-overlooked community level.

As Strickert puts it, over a decade ago he and his collaborators were communicating research results to involved communities around the Saskatchewan River Basin through town halls and PowerPoint presentations. And when they did so, he was left with the sinking feeling that the presented facts weren’t really connecting with audiences.

Strickert said the expanded project has been an idea he and Bradford have had for more than a decade, after attending plays at USask’s Greystone Theatre and doing an initial small-scale version of this type of work funded by the Social Sciences and Humanities Research Council (SSHRC) from 2013-2015 called “Downstream.” Strickert said he was struck by the power of live theatre to connect and engage an audience, and they began thinking of ways to apply performing arts for challenging conversations about water security and climate change.

“How do ideas get generated in a collaborative space?” Strickert said. “When you put climate adaptation and mitigation options in front of an audience, what do they do with them? And does applied theatre work as a way of testing different options?”

The project will begin with mixed media workshops in water-insecure remote and Indigenous communities to generate ideas on adapting to climate change.

Bradford, a Canada Research Chair in Social and Cultural Decision Making in Engineering Design and a co-lead of USask’s Communities and Sustainability Signature Area of Research, said they wanted to provide supports to those who are too often overlooked and don’t have the luxury of simply leaving their communities if things become difficult.

“Climate change adaptation is often coming from people of privilege, for people of privilege,” she said. “What we’re doing in these performances is we’re centring groups that are targeted for oppression ... we’re thinking about Elders and youth and community groups. Who lives upstream and downstream? Who are the primary water users? Who gets to make decisions?”

TextImage/images/2024/carla15.jpgsite://news/images/2024/carla15.jpgnewscarla15.jpg143184500750Carla Orosz, head of USask's Department of Drama. (Photo: Submitted)Align right

Carla Orosz, head of USask's Department of Drama, will lead the design team. Script development will be led by Kenneth T. Williams from the University of Alberta. Together they will help turn data from the workshops into a moving interactive production.

Orosz said this kind of project was an excellent example of combining environmental science, social science and theatre in an effective way by integrating theatre directly within the project.

“Art is more accessible than a research paper ... it’s a thing we interact with almost daily,” she said. “I think when we’re bringing arts and science together this way, we’re helping our general public get that important information out wider.”

Receiving the NFRF funding for this outside-the-box project has confirmed these new ways of thinking and communicating are both desired and necessary to connect meaningfully with communities who know what they need.

“We are very excited about the program. It’s affirming that we’re on the right track, that this work has value,” Strickert said. “Our community partners are at the centre of the effort, and we look forward to continuing work with them.”

Collaborators at USask include researchers with the Ron and Jane Graham School of Professional Development in the College of Engineering, the Department of Drama in the School for the Arts, the School of Environment and Sustainability, and the Global Institute for Water Security.

usask-researcher-selected-as-the-2025-darcy-distinguished-lecturertrue1718730911095imj129USask researcher selected as the 2025 Darcy Distinguished LecturerUniversity of Saskatchewan (USask) hydrogeology professor Dr. Grant Ferguson (PhD) will be traveling across the globe in 2025 to deliver lectures on innovative groundwater research after being named the National Groundwater Association’s (NGWA) Darcy Distinguished Lecturer. 1717623240000/articles/research/2024/usask-researcher-selected-as-the-2025-darcy-distinguished-lecturernewssite://news/articles/research/2024/usask-researcher-selected-as-the-2025-darcy-distinguished-lecturerccm0461717623396397ccm0461717623396397show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/ferguson-1080.jpgsite://news/images/2024/ferguson-1080.jpgnewsferguson-1080.jpg2053601080720Dr. Grant Ferguson (PhD) pictured at a Utah field site where rock outcrops are used by researchers to interpret how groundwater flow systems have evolved over millions of years. (Supplied: Photo by Jen McIntosh) Dr. Grant Ferguson (PhD) pictured at a Utah field site where rock outcrops are used by researchers to interpret how groundwater flow systems have evolved over millions of years. (Supplied: Photo by Jen McIntosh) NoNonesupport-critical-researchNo/
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Ferguson is an accomplished USask professor, holding joint positions in the School of Environment and Sustainability and the department of Civil Geological and Environmental Engineering in the College of Engineering. He is currently Saskatchewan Centennial Enhancement Chair in Groundwater-Energy-Food Nexus at USask, a member of the Global Institute for Water Security (GIWS), and an adjunct professor at the University of Arizona. 

Ferguson’s research examines groundwater resource issues related to energy, regional systems, and deep hydrogeology.  

"Some of the fundamentals of groundwater science that are used around the world were the result of research done in the Canadian Prairies,” said Ferguson. “As we face water scarcity and an energy transition that includes carbon sequestration, lithium production, geothermal energy and managing environmental impacts of oil and gas production, the Prairies is situated to be a leader in groundwater research once again.” 

Ferguson said he is looking forward to bringing local research to a global stage in his role as Darcy Distinguished Lecturer, 

“The Darcy Lecture is an opportunity to bring ideas from Saskatchewan to the world,” he said.  

Click to learn more about The National Groundwater Association’s (NGWA) Henry Darcy Distinguished Lecture Series in Groundwater Science and Dr. Ferguson’s role.

usask-achieves-personal-best-in-qs-world-university-rankingstrue1718730911095imj129USask achieves personal best in QS World University RankingsThe University of Saskatchewan (USask) achieved its highest-ever performance in the QS World University Rankings (QS WUR) – an accomplishment that helped garner an award for the most improved university in Canada.research, usask, international, pec, hp-articles,1717530240000/articles/research/2024/usask-achieves-personal-best-in-qs-world-university-rankingsnewssite://news/articles/research/2024/usask-achieves-personal-best-in-qs-world-university-rankingsccm0461717535050143ccm0461717598756367show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoYesYesYesMatching keywordsYesImage/images/2024/qs-wur-2025-banner1.jpgsite://news/images/2024/qs-wur-2025-banner1.jpgnewsqs-wur-2025-banner1.jpg2984441080720Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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Every year the QS WUR analyzes and ranks more than 5,600 academic institutions from around the globe, publishing a list of their top 1,500.

The 2025 QS WUR announcement marked two celebratory milestones for USask: achieving a highest-ever performance and being granted the “Most Improved – Canada” award.

“The past five years have marked remarkable growth in all areas of the academy, but particularly in relation to our research, scholastic and artistic outputs,” said USask Vice-President Research Dr. Baljit Singh (PhD). “It’s an honour to formally celebrate what we already knew to be true – that USask is a growing leader within the national and international post-secondary landscape.”

USask ranked 340th – a five-point improvement over last year’s position of 345th – reflecting growth in areas such as employment outcomes, international research network, international faculty, and citations per faculty. This ranking also secured USask’s spot in the top quartile of ranked universities from around the globe for the second year in a row.

“We are committed to serving Saskatchewan with world-class education and research,” said USask Provost and Vice-President Academic Dr. Airini (PhD). “Our rankings are a testament to the dedication of the USask community to excel in all that we do in teaching, research and engagement. We are proud that QS has USask recognized for leadership, impact and excellence, and celebrated on the world-stage.”

The “Most Improved – Canada” award recognizes USask for having made the most significant improvement in rankings amongst all Canadian institutions over the past five years. USask Associate Vice-President Research (Engagement) Dr. Dawn Wallin (PhD), attended the QS EduData Summit in Washington, D.C., where she accepted the award on USask’s behalf. 

 

usask-doctor-recognized-for-collaborative-methodstrue1718730911095imj129USask doctor recognized for collaborative methodsThe PESTA award recognizes scholars who excel in research that engages with the community to address issues related to social, environmental and economic impacts. Matt Olson, Research Profile and Impactresearch, College of Medicine1717596000000/articles/research/2024/usask-doctor-recognized-for-collaborative-methodsnewssite://news/articles/research/2024/usask-doctor-recognized-for-collaborative-methodsccm0461717530850935ccm0461717530850935show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/stuart-skinner.jpegsite://news/images/2021/stuart-skinner.jpegnewsstuart-skinner.jpeg2218121080720Dr. Stuart Skinner (MD) is the section lead for infectious diseases in Regina with the Department of Medicine at the University of Saskatchewan. (Photo: Submitted)Dr. Stuart Skinner (MD) is the section lead for infectious diseases in Regina with the Department of Medicine at the University of Saskatchewan. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Stuart Skinner (MD), the section lead for infectious diseases in Regina with the Department of Medicine at USask, is one of the recipients of the 2024 Publicly Engaged Scholarship Team Award (PESTA).

The award is presented annually to recognize the outstanding collaborative efforts of USask faculty members, post-doctoral fellows, graduate students and/or community partners to create social impacts in the community – at the local, national or international level.

“This one means a lot, a tremendous amount, for so many reasons,” Skinner said. “This is a chance to reflect that we’re doing the right things, making a difference ... that this community-based work is being acknowledged and recognized is really important.”

Skinner’s work has connected him to rural and Indigenous communities near throughout Saskatchewan. Based in Regina, Skinner is the director of the Wellness Wheel Medical Clinic, a non-profit organization dedicated to working directly with Indigenous communities through a combination of Western medical practices and Indigenous traditional practices. A critical part of Skinner’s practice is the emphasis on meeting patients where they’re most comfortable, instead of forcing them to find their way into the city to receive his attention.

As Skinner sees it, the benefits of bringing care directly to his patients far outweigh the advantages of his patients travelling to see him.

“The benefit of working in partnership with the community ... community members bringing in their strengths with health practices, whether that be Elders with traditional medicines or the community itself in providing care to the patient, then we’re all working on the same team together and using all our strengths,” he said.

Through his practice, Skinner said he visits more than 20 different First Nations communities throughout Saskatchewan regularly to provide health care services. He pointed to the benefits of working directly with the community to find health care solutions for the people living there.

Skinner credits the nursing staff he works with and leaders in each community for taking the initiative with locally led programming to support health care services.

In addition to the Wellness Wheel Medical Clinic, Skinner has received grant funding from the Canadian Institutes of Health Research (CIHR) and Saskatchewan Health Research Foundation (SHRF) for initiatives in HIV prevention and care as well as a project aimed at working with people with addictions and bringing them into the health care system.

“The outcomes have been phenomenal,” he said. “It builds trust. People are a lot more comfortable when they’re in an environment they’re familiar with. So as a physician, the relationship and coming up with solutions is much, much easier.”

Skinner said while he will be recognized with the PESTA, it’s very much a team award. He lauded the care teams he’s worked with and community leaders for their care and commitment in these projects, as well as the mentorship he’s received from other health care professionals.

For Skinner, the reasoning for pursuing this kind of health care is simple: he does it because he loves it.

“The people I worked with at the health centres, the clinics, the Indigenous leaders, the community, it was such a delightful environment to work in,” he said. “The strengths they have, I get given 100 times more back than what I give.”

leading-music-director-scholar-receives-prestigious-usask-awardtrue1718730911095imj129Leading music director, scholar receives prestigious USask awardThe PESTA award is presented to a university scholar who, through a leadership position, excels in scholarship engaged with the community on the local, national or international level. Matt Olson, Research Profile and Impactresearch,1717595400000/articles/research/2024/leading-music-director-scholar-receives-prestigious-usask-awardnewssite://news/articles/research/2024/leading-music-director-scholar-receives-prestigious-usask-awardccm0461717530430977ccm0461717530430977show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/jennnifer-lang.jpgsite://news/images/2024/jennnifer-lang.jpgnewsjennnifer-lang.jpg83341838558Dr. Jennifer Lang (PhD) is an associate professor in the Department of Music in USask’s College of Arts and Science. (Photo: Submitted)Dr. Jennifer Lang (PhD) is an associate professor in the Department of Music in USask’s College of Arts and Science. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Jennifer Lang (PhD) is an associate professor in the Department of Music in USask’s College of Arts and Science, the current acting vice-dean academic of her college, the director of numerous music ensembles, the co-lead of the USask Health and Wellness Signature Area of Research – and now the winner of a prestigious USask award.

The Publicly Engaged Scholarship Team Award (PESTA) is given to faculty, staff or graduate students doing exemplary work in the community which strengthens the people living there. Lang has taken a leadership role across five major teams at USask – the Greystone Singers, the Aurora Voce alumni choir, the Intergenerational Choir, the Health and Wellness Signature Area, and the Newcomer Engagement program – with the PESTA award presented in recognition of excellence in leadership.

For Lang, the award reflects the hard work in the arts and the intersections between art and science to connect and build the community.

“It is a wonderful testament to this university that USask values the work in which certain disciplines lend themselves very naturally, and in the arts especially, we pride ourselves in our community connections and our community outreach,” Lang said. “It is really an honour that the value of the work we do is recognized.”

Lang is the director of Choral Activities at USask, and as such directs and conducts USask’s premiere student choir, the Greystone Singers. Under Lang, the Greystone Singers have been a regular guest performing with Saskatoon Symphony Orchestra shows and have collaborated with groups across campus including Dr. Steven Rayan (PhD) and the Centre for Quantum Topology and Its Applications (quanTA) on interdisciplinary concerts.

In a new achievement in musical excellence, Lang and the choir were invited to perform at Carnegie Hall in New York City in June.

It’s this kind of continued excellence that has been a hallmark of Lang’s time in her leadership position at USask.

“What motivates me is seeing the impact of the work that I do directly with the participants involved, and the far-reaching benefits it has for them in their lives,” she said. “Music is such a uniquely human experience, there’s an opportunity to work with people across every age, every country, every language ... Music can really remove those barriers and boundaries.”

Lang said she loves being deeply ingrained in music in a research-focused institution because of the different combinations of connections that can form between artistic and scientific endeavours, and between students and artists and the community.

She noted the importance of strong interdisciplinary projects is for all disciplines to enrich each other in an iterative process instead of being added on as an afterthought.

“The reward in interdisciplinary work is that you not only get to reach across departments, colleges, and research areas, but as your work grows in your own understanding it also strengthens in its influence and impact, because you might access and reach a different audience,” she said.

The communication and outreach of working and performing in the community allows Lang to do what she loves most – building strong relationships – something she said is central to the work she does at USask.

As a conductor in front of a choir or a researcher working across disciplines, Lang said it’s those relationships that give her both satisfaction and motivation in her position and in her work.

“What I cherish most is the relationships that I can build. For example, the connection I have with the Greystone Singers throughout rehearsals and performance preparation is something I really value. The fact that the music is never going to be recreated in the same way ever again, highlights how temporal and unique each experience truly is,” she said. “That’s what makes every interaction with the singers so special.”

usask-researchers-exploring-pig-possibilities-for-organ-transplantationtrue1718730911095imj129USask researchers exploring pig possibilities for organ transplantationResearchers at the University of Saskatchewan (USask) are turning science fiction into science fact by exploring xenotransplantation – the transplantation of organs from one species to another. Matt Olson, Research Profile and Impact1717426560000/articles/research/2024/usask-researchers-exploring-pig-possibilities-for-organ-transplantationnewssite://news/articles/research/2024/usask-researchers-exploring-pig-possibilities-for-organ-transplantationbpk4551717427061595bpk4551717427061595show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/nfrf-transgenic-pigs-banner-credit-christina-weese.jpgsite://news/images/2024/nfrf-transgenic-pigs-banner-credit-christina-weese.jpgnewsnfrf-transgenic-pigs-banner-credit-christina-weese.jpg5031251080720Headshot of Dr. Honaramooz (credit: Christina Weese)Headshot of Dr. Honaramooz. (Credit: Christina Weese)NoNonesupport-critical-researchNo/
TextImage/images/2024/dr-ali-honoaramooz-pours-cell-culture-medium-cweese.jpgsite://news/images/2024/dr-ali-honoaramooz-pours-cell-culture-medium-cweese.jpgnewsdr-ali-honoaramooz-pours-cell-culture-medium-cweese.jpg710991080720Dr. Honaramooz (DVM, PhD) pours cell culture medium. (Credit: Christina Weese)Below content

“We are at the verge of a major change with how medicine is dealing with organ failure,” said Dr. Ali Honaramooz (DVM, PhD) with the Western College of Veterinary Medicine (WCVM) at USask. 

Honaramooz received $250,000 through the New Frontiers in Research Fund (NFRF) Exploration program, designed to provide support to “high-risk, high-reward” research projects.  

The funded project will explore methods for creating better transgenic pigs for organ xenotransplantation. As Honaramooz puts it, USask is “uniquely suited” to lead this area of research due to the diverse expertise and research centres on campus.  

“USask has the perfect combination of having the College of Medicine with an organ transplant program, WCVM has expertise in creating transgenic pigs in a new way that gives us an advantage ... and VIDO is one of the few institutions in North America that can house large animals at containment Level 3,” Honaramooz said. “We have the right combination of expertise. We think we can be a source for initiating this research in Canada.” 

There are three major barriers that Honaramooz highlighted which have prevented continued and successful xenotransplantation work in the past. Two of them are biomedical and result in acute rejection.  

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First, the surface of pig organ cells carry with them a carbohydrate that does not exist in human organs, causing primate bodies to reject non-primate transplanted organs. Second, pig cells carry genes of different retroviruses – dozens of them – that could be potentially harmful to primates and cause zoonotic concerns.  

Those two issues can be handled with next-generation genetic editing tools like CRISPR-Cas9 and have indeed been addressed successfully. Honaramooz said transgenic pigs with organs more suitable for transplantation have been and continue to be generated by various labs around the world.  

One of the greatest hurdles at this point has been public perception, and the subsequent policies – particularly in the United States – from government agencies that have regulated or completely restricted xenotransplantation. These restrictions have only recently started to loosen with the advancement of research on xenotransplantation.  

A successful pig-to-human heart transplant in 2022 where the patient lived for an additional two months, and the first ever successful kidney transplant earlier in 2024 where the patient is alive and recovering, have re-vamped public interest in xenotransplantation, said Honaramooz. 

“Public perception was hindering research,” he said. “Now we are seeing people walk out of the hospital with a pig kidney – now (the public) is going to think that could be a possibility to save the life of a loved one down the road.” 

Honaramooz’s research will delve deeply into better, more efficient ways to produce pigs that are better suited for xenotransplantation purposes. Using innovative methods developed at USask, WCVM researchers can breed these transgenic pigs through genetically editing male pig sex cells and allowing them to breed naturally or use those cells for in vitro fertilization. The process is faster and more cost effective than creating genetic clones of transgenic embryos, which is the more common method.  

Though USask is not on the verge of attempting xenotransplantation yet, Honaramooz said he hopes to see a centre created on campus to be a hub for xenotransplant research in Canada that takes advantage of the university’s world-class facilities – and this funding will be the “seed” for that greater future project. 

“Hopefully at some point we can attract more talent in this area and have them work out of the University of Saskatchewan toward this goal,” he said.   

Click here to view a list of all the USask projects which received funding through the NFRF Exploration grant program.

usask-awarded-1.7-million-for-high-risk-high-reward-research-projectstrue1718730911095imj129USask awarded $1.7 million for “high-risk, high-reward” research projectsSeven innovative new projects from researchers across the University of Saskatchewan (USask) campus have received funding to help make them a reality. pec, 1717426020000/articles/research/2024/usask-awarded-1.7-million-for-high-risk-high-reward-research-projectsnewssite://news/articles/research/2024/usask-awarded-1.7-million-for-high-risk-high-reward-research-projectsbpk4551717426222138ccm0461718312449327show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/nfrf-omnibus-banner-1.jpgsite://news/images/2024/nfrf-omnibus-banner-1.jpgnewsnfrf-omnibus-banner-1.jpg1521521080720YesNonesupport-critical-researchNo/
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The New Frontiers in Research Fund (NFRF) Exploration grants are meant to provide opportunities and support for “high-risk, high-reward” Canadian-led research projects.  

“USask research continues to lead, pioneer and innovate new techniques and new technologies across our fields of expertise,” said USask Vice-President Research Dr. Baljit Singh (PhD). “These bold initiatives and the funding received from the NFRF program are a testament to USask’s efforts to be the university the world needs and underscore the groundbreaking research and training happening on this campus every day.” 

TextBelow are all the USask projects which received funding through the NFRF Exploration grant program: None/Above content
  • Dr. Amira Abdelrasoul (PhD), College of Engineering – Creating an Evidence-Based Biomimetic Hemodialysis Membrane Inspired by Glomerular Basement Membrane (GBM) - 3D Modeling and Mimicry – $250,000 
  • Dr. Arinjay Banerjee (PhD), Western College of Veterinary Medicine – Field-to-lab: Mechanistic interrogation of factors that drive virus spillover from bats – $247,912 
  • Dr. Markus Brinkmann (PhD), School of Environment and Sustainability – Revolutionizing the Tracking of Microplastics: Novel DNA-Labelled Plastics for Environmental and Toxicological Studies – $250,000 
  • Dr. Amanda Froehlich Chow (PhD), School of Public Health – Nîsowak ~ Walking Together: Co-Creating Indigenous-Rooted, Land-Based and Physical Literacy Enriched Early Learning Environments – $199,937 
  • Dr. Ali Honaramooz (PhD), Western College of Veterinary Medicine – Novel Approaches to Generating Transgenic Pigs Suitable for Organ Xenotransplantation – $250,000 
  • Dr. Tara Kahan (PhD), College of Arts and Science (Department of Chemistry) – Assessing and communicating opportunities and barriers to improving indoor air quality in Canadian residences – $250,000 
  • Dr. Cari McIlduff (PhD), College of Medicine – Indigenous Community Ethics Approval Required – A Determinant of Health and Mental Health Resulting from Self-determined Research Ethical Protocols – $249,800 
precision-nutrition-for-dairy-cattle-can-robots-helptrue1718730911095imj129Precision nutrition for dairy cattle: Can robots help?And why is this question important to producers in Canada and beyond? For World Milk Day on June 1, we get answers from a University of Saskatchewan (USask) researcher.Joanne Paulson1717176300000/articles/research/2024/precision-nutrition-for-dairy-cattle-can-robots-helpnewssite://news/articles/research/2024/precision-nutrition-for-dairy-cattle-can-robots-helpbpk4551717176420924bpk4551717177366370show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/sophiadonde.jpgsite://news/images/2024/sophiadonde.jpgnewssophiadonde.jpg1338001080720Sophia Cattleya Dondé, PhD student in USask’s College of Agriculture and Bioresources. (Photo: Submitted)Sophia Cattleya Dondé, PhD student in USask’s College of Agriculture and Bioresources. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Feeding livestock today is not a matter of flinging some hay or silage in a stall and hoping for the best.

It’s a carefully curated process to ensure the health of the animal, optimize production, and protect the environment.

Dairy cows present a unique feeding challenge. Increasingly, cows are milked by robots. But these robots are not simply milking machines; they also serve up what Sophia Cattleya Dondé describes as cow “dessert” — yummy nutrition-packed pellets.

“The robot is the full system,” explained Dondé, a PhD student in the College of Agriculture and Bioresources (AgBio) at USask. “It works 24/7. It’s a voluntary system, so cows go voluntarily to the robot whenever they want to be milked.

“The pellet is one of the attractions. You give them pellets in the robot to make cows want to go to the robot more frequently.”

But do the pellets actually influence milk production? Dondé decided to find out.

For cows milked in robot systems, the diet consists of the partial mixed ration (PMR), a high-quality forage-based component that cows consume in addition to the pellet. This means that pellet feeding might influence how much and when cows consume the PMR.

Specifically, Dondé researched whether pellet starch concentration, combined with the amount of pellet provided, affects the performance of lactating dairy cows and the nutrients they consume at all points of their production cycle.

Dondé noted that there is a gap in the literature on this subject, and it’s important to fill it.

“We saw that people usually focus only on pellets and they don’t realize that the feed in the bunk still has the majority of the nutrients for cows,” she said.

“Most studies don’t focus on PMR intake. They tend to focus on the amount of pellet located in the robot.”

But when the amount of pellet in the robot is increased, she said the cows’ PMR intake decreases. Here is where her human-to-cow dessert analogy comes in.

“You may not eat your full meal. Mmm, I’m not going to eat that much rice or vegetables ... because I really want that cake.

“You start to substitute your principal meal with dessert. It’s almost what cows do. They don’t eat everything out of the bunk that they’re supposed to eat. They eat the pellet, so they substitute.”

TextSo, does starch content of the pellet influence milk production? Image/images/2024/rayner-dairy_robot.jpgsite://news/images/2024/rayner-dairy_robot.jpgnewsrayner-dairy_robot.jpg2247411080720Cow being milked by a robot in the USask Rayner Dairy Research and Teaching Facility. (Photo: Submitted)Below content

The first part of her project was conducted last year under the supervision of Dr. Greg Penner (PhD), Centennial Enhancement Chair in Ruminant Nutritional Physiology and professor in the College of AgBio.

In her study, Dondé used two concentrations of starch — 24 and 34 per cent — in the pellets. The lower starch concentration was based on the average used by Canadian dairy producers.

Dondé also varied the amount of pellet provided, giving some cows two kilograms a day and others six kilograms, regardless of their production levels.

The results?

“Starch concentration had little effect on performance.”

Not only that, but the cows generally did not consume all of their daily pellet allocations — with cows in the high-allocation treatment leaving an average of half a kilogram behind — while also not eating all of their PMR. Cows fed more pellet also ate less PMR and thereby altered nutrient supply.

This research showed that the pellet-feeding amount in the robot affects the ability to deliver a precision diet, while the pellet starch content had little effect. The next study will test whether protein influences cows’ responses.

That will be the second leg of the investigation, which will be performed at the Rayner Dairy Research and Teaching Facility on the USask campus. The facility has 110 cows, of which Dondé will use about a quarter.

“We wanted to look at just starch, carbohydrate, first. We want to understand what the perfect pellet for cows would be and how they react based on what they’re eating,” Dondé said.

“We can collect all pellet that cows don’t eat so we know exactly the amount of pellet that they ate for that milking visit, which is a unique feature in robotic milking research.”

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Robotic milking has changed the lives of dairy farmers.

“Instead of having a fixed schedule of going there every morning and evening to milk a cow, it’s a machine that operates by itself,” Dondé said.

“Instead of the farmer having to be there for hours to milk the cows, they can manage their time differently.”

This does not make the farmer less busy, she said. It just leaves time for other important farm management tasks.

“A lot of producers were saying the robot allowed them to have more quality time. They had more time to spend with family and more time to actually prepare themselves for the growing season or to make silage.”

As for the cows, some studies have shown the robot can improve their health — reducing the frequency of mastitis, for example.

Dondé’s ultimate goal is to support robotic milking by figuring out how to deliver the exact amount and profile of nutrients dairy cows need — for the benefit of both farmer and animal.

“If we can implement precision feeding ... we can save money, giving cows the amount of nutrients they will need.”

It’s good for the environment, as well. For example, less nitrogen is excreted by the animals if they are not being overfed with protein, Dondé noted.

“I really think it’s important to understand what we’re doing. How can we improve if we don’t?”

nerve-cell-damage-controltrue1718730911095imj129Nerve cell damage controlEvery disease has a burning question, and multiple sclerosis (MS) is no exception. Researchers at the University of Saskatchewan take an innovative and collaborative approach to solving the enigma of disease progression in people living with MS – and how it can be slowed or stopped.Globe and Mail: Innovation Excellence Report1717172820000/articles/research/2024/nerve-cell-damage-controlnewssite://news/articles/research/2024/nerve-cell-damage-controlbpk4551717172963898bpk4551717174414800show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/michael-levin-2-1.jpgsite://news/images/2024/michael-levin-2-1.jpgnewsmichael-levin-2-1.jpg2172391080720Dr. Michael Levin (MD) is part of a team at the University of Saskatchewan working to take a new approach to the question of why people with MS get worse and how to slow or stop this process. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Canada has one of the highest rates of MS, with an estimated 90,000 of Canadians living with the disease, yet “although we’ve come very far in the last 20 years in treating MS and reducing attacks of neurologic function, we still see people decline,” says Michael Levin (MD), professor in the College of Medicine, University of Saskatchewan, and the Saskatchewan MS Clinical Research Chair. “This raises the question of why people with MS get worse. After looking under the microscope at brains from MS patients, we now know one reason why.”

MS is characterized by inflammation in the central nervous system. The resulting damage to nerve cells in the brain and the spinal cord leads to physical and cognitive impairment, and Dr. Levin explains that there are three components at play in this process.

“Firstly, MS is an inflammatory disease where the immune system, rather than protecting us, attacks the brain and spinal cord,” he says. “The second is known as demyelination, where myelin, the protective coating surrounding nerve cells, which allows them to work together efficiently, is degraded. The third component of MS relates to the nerve cell, which becomes injured and dies over time, in a process known as neurodegeneration.”

Many studies have confirmed the contribution of these three components – inflammation, demyelination and neurodegeneration – in MS, but Dr. Levin emphasizes that it is “the neurodegeneration that correlates most strongly with people getting worse. We know from MRIs, MS brain tissue and clinical studies that nerve cell injury plays a critical role – yet none of the current MS therapies are designed to protect nerve cells from damage.”

Targeting the inflammatory aspect of MS, currently prescribed medications dampen the immune response, he says. “While it makes sense to prevent the immune attack on the brain and spinal cord, we still see nerve cell damage, even in people living with MS who are on these therapies.”

TextA novel approach to treating MSImage/images/2024/hannah-salapa.jpgsite://news/images/2024/hannah-salapa.jpgnewshannah-salapa.jpg1144061080720Dr. Hannah Salapa (PhD) is part of a team at the University of Saskatchewan working to take a new approach to the question of why people with MS get worse and how to slow or stop this process. (Photo: Submitted)Below content

To address this conundrum, Dr. Levin and his team take a different approach: they focus on protecting nerve cells from damage.

One key insight arrived when Hannah Salapa (PhD), professional research associate, Office of the Saskatchewan MS Clinical Research Chair, noticed nerve cells malfunction related to heterogeneous nuclear ribonucleoprotein A1 – or A1 for short – in MS. “In control cases without MS, A1 is primarily found in the nucleus. In MS, A1 may start out in the nucleus and then gradually be localized – or become stuck – in the cytoplasm. When A1 is absent from the nucleus, it can no longer perform its functions and the nerve cell starts to get injured.

“From seeing this in one or two cases, we were able to replicate it to confirm it was definitely related to MS,” she says. “When we observed this in a high number of cases, we decided it was important to investigate further. So we used an animal model that mimics some features of MS, called experimental autoimmune encephalomyelitis, where we found the same pathology as in humans.”

The findings confirmed that A1 plays a critical role in the health of a nerve cell: normal A1 location in the nucleus equates to a normal, healthy nerve cell, Dr. Salapa says.

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From studying nerve cells in both experiments and autoimmune encephalomyelitis MS patients at autopsy, the researchers found that in people with MS, “A1 was not only stuck in the cytoplasm – it was malfunctioning,” says Dr. Levin. “This affects some of the most basic biology of a nerve cell, where A1 controls how RNA works.”

What makes these discoveries so important is that A1 – as an RNA-binding protein – controls “everything about RNA, and this is a hot topic in neurological disease,” says Dr. Levin, adding that these insights may provide clues not only for MS but also other neurological disorders, including amyotrophic lateral sclerosis (ALS). “Most MS research is focused on the immune system. We’re the first lab to show that RNA-binding proteins play a major role in how nerve cells are injured in MS.”

From discovering this mechanism for nerve cell injury and death, the team set out to find a way to halt this process, “either by preventing A1 from getting stuck in the cytoplasm or by preventing it from leaving the nucleus altogether,” says Dr. Levin. “Typically, A1 shuttles between the nucleus and the cytoplasm.”

This led the researchers to explore ways of designing drugs that bind A1, with one idea looking to prevent A1′s tendency to “clump together,” he explains. “Our theory was that if we have drugs that prevent A1 from clumping together in the cytoplasm, it can find its way back into the nucleus, where it can function normally and prevent nerve cell injury.”

TextCollaborative effortsImage/images/2024/cole-libner-1.jpgsite://news/images/2024/cole-libner-1.jpgnewscole-libner-1.jpg1341181080720"While 90 per cent of what we do happens here in our lab in Saskatoon City Hospital, at USask, we collaborate with colleagues from across the country and around the world," said Libner, a medical student in the USask College of Medicine. (Photo: Submitted)Below content

Since taking an idea to the point of impact – in this case to the development of effective therapies – “takes a lot of work,” Dr. Levin says the team enlisted help. “We reached out to collaborators from the University of Waterloo, who are using some of the most advanced computers in Canada to create three-dimensional molecular models of A1. We are also working with a chemist at the University of British Columbia, who sent us dozens of compounds that are potential candidates for making these drugs.”

The compounds went to Dr. Cole Libner (PhD), who is now a medical student in USask’s College of Medicine. He tested them with his team using in-vitro and in-vivo experiments.

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“First, we grow nerve cells in a dish. Then we expose these cells to stress to introduce certain features of MS. We see A1 dysfunction where it gets stuck in the cytoplasm just like in MS and nerve cells becoming damaged,” says Dr. Libner. “Then we expose the cells to these new small molecule therapies and observe them under the microscope.”

The idea was to find out whether A1 would return to the nucleus. “And sure enough, we found that many of these small molecule therapies were beneficial to restoring the processes of these nerve cells,” he explains. The compounds that showed the biggest impact were then applied to experimental autoimmune encephalomyelitis, where the team simulated the internal environment of an MS patient’s body in mice, administered the new drugs and then monitored clinical symptoms, especially the paralysis that is typically associated with disease progression.

“Looking at the nerve cells under the microscope helps us determine which drugs are the most effective in preventing paralysis. Again, we’re seeing positive results so far. These molecules seem to be reducing the severity of the disease in mice as well as correcting A1 localization within nerve cells,” says Dr. Libner.

Most of the MS research and clinical care led by Dr. Levin is conducted at the Saskatoon City Hospital, which hosts the Cameco MS Neuroscience Research Centre, a 6,000-square-foot, open-concept research facility that is linked to the MS clinic and the MS rehab centre.

“One insight we learned from this process is that we can’t do it alone. The work – including at the microscopic level and in animal models – is very complex, and one person simply doesn’t have all the required expertise,” says Dr. Levin. “While 90 per cent of what we do happens here in our lab in Saskatoon City Hospital, at USask, we collaborate with colleagues from across the country and around the world.”

TextInnovation ecosystemImage/images/2024/singh-baljit-2.jpgsite://news/images/2024/singh-baljit-2.jpgnewssingh-baljit-2.jpg1466021080720“We are trying to be more intentional in the way we foster innovation, including by encouraging the type of learning and research that brings together diverse perspectives," said Singh, Vice-President Research at USask. (Photo: Submitted)Align left

Baljit Singh, vice-president research at USask, regards this collaborative approach as a prime example of how innovation can be unlocked. “Innovation is about changing the way we look at something, about bringing a new perspective,” he says. “When we approach things differently, we can innovate.”

What aides this process of innovation is bringing diverse views and expertise to the table, and “that’s where teams, universities or societies that are multicultural or multidisciplinary have a natural advantage,” Dr. Singh explains. “We are trying to be more intentional in the way we foster innovation, including by encouraging the type of learning and research that brings together diverse perspectives.”

The idea is to create an ecosystem that is conducive to coming up with novel approaches, methodologies and insights, he notes. “Innovation can slow down when we become too comfortable with the status quo.”

Cross-disciplinary collaboration can happen organically – for example, when researchers seek out experts from different disciplines, different universities or different countries – but Dr. Singh says this can also be encouraged; for example, through funding support that requires partnership components.

“A lot of the big research projects at the University of Saskatchewan – for example, in food security, water security and health – require expertise from multiple disciplines,” he says. “I’ve also found that people get excited when they have an opportunity to bridge the impact of their discipline, when they are gaining new perspectives for moving forward.”

A combination of several factors has contributed to “interdisciplinarity being a way of life at the University of Saskatchewan,” he says. “One relates to our location in the middle of the country, some distance away from other major urban centres, so we had to work together and come up with a system where we have an impressive range of disciplines present on our campus.”

This culture of collaboration has made USask a sought-after partner for joint efforts, including with communities who seek support for addressing specific needs, with national organizations requiring certain research expertise or for international endeavours looking to “solve some of today’s most complex and pressing concerns,” says Dr. Singh. “Our world-leading research infrastructure also helps to attract collaborators.”

One such facility is the Canadian Light Source, the country’s only synchrotron facility, which uses different kinds of light to illuminate what happens at the molecular level. “Working with the Canadian Light Source enabled us to understand how these drugs are successful in binding A1 in three dimensions,” says Dr. Salapa, who adds that USask facilities have also provided services related to “advanced RNA-sequencing techniques.

“This allowed us to develop novel pipelines for analyzing some of the data,” she says. “Everyone is really open to collaboration – and happy to help push this project forward.”

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The team’s promising findings have inspired ambitious goals. “I would like to see these therapies in safety trials in humans in about three years, and this would be considered rocket speed, since such things typically take five to seven years,” says Dr. Levin. “There are still many steps to take, but we have a clear pipeline now – and we’re looking at investing in automation to speed up part of the process.”

There is a sense of urgency: “Patients are impatient – and I am impatient. I’m at the stage in my career where I want to go forward as quickly as possible, especially since MS incidence is increasing, both in Canada and worldwide,” notes Dr. Levin.

“Our therapies have the potential to help MS patients who can’t be treated with immunosuppressant drugs. We also believe preventing nerve cells from being injured can benefit all people with MS,” he says, adding that this powerful potential has attracted significant funding support, including from USask, the Consortium of Multiple Sclerosis Centers, Saskatoon City Hospital Foundation, the Saskatchewan Health Research Foundation and MS Canada.

“What we are working on is a completely new strategy for how to treat MS,” says Dr. Levin. “Our efforts really resonate both across the world and at home in Saskatchewan, where everyone knows someone with MS since we have one of the highest incidence rates.”

The team’s promising findings have inspired ambitious goals. “I would like to see these therapies in safety trials in humans in about three years, and this would be considered rocket speed, since such things typically take five to seven years,” says Dr. Levin. “There are still many steps to take, but we have a clear pipeline now – and we’re looking at investing in automation to speed up part of the process.”

There is a sense of urgency: “Patients are impatient – and I am impatient. I’m at the stage in my career where I want to go forward as quickly as possible, especially since MS incidence is increasing, both in Canada and worldwide,” notes Dr. Levin.

“Our therapies have the potential to help MS patients who can’t be treated with immunosuppressant drugs. We also believe preventing nerve cells from being injured can benefit all people with MS,” he says, adding that this powerful potential has attracted significant funding support, including from USask, the Consortium of Multiple Sclerosis Centers, Saskatoon City Hospital Foundation, the Saskatchewan Health Research Foundation and MS Canada.

“What we are working on is a completely new strategy for how to treat MS,” says Dr. Levin. “Our efforts really resonate both across the world and at home in Saskatchewan, where everyone knows someone with MS since we have one of the highest incidence rates.”


Originally published via the Globe and Mail.

innovation-saskatchewan-provides-210,000-to-usasks-opus-to-support-start-up-developmenttrue1718730911095imj129Innovation Saskatchewan provides $210,000 to USask’s Opus to support start-up developmentInnovation Saskatchewan has announced a new partnership with Opus, the University of Saskatchewan's (USask) start-up incubator, which includes a $210,000 investment over three years to support the organization's pre-accelerator programming. pec1717089420000/articles/research/2024/innovation-saskatchewan-provides-210,000-to-usasks-opus-to-support-start-up-developmentnewssite://news/articles/research/2024/innovation-saskatchewan-provides-210,000-to-usasks-opus-to-support-start-up-developmentbpk4551717089623012ccm0461718312427683show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/opus-innovation-sask.jpgsite://news/images/2024/opus-innovation-sask.jpgnewsopus-innovation-sask.jpg2076401080720Opus pre-accelerator programming focuses on commercializing deep tech innovations that are research-based. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The funding will support Opus programming streams that target different timelines in the entrepreneurship lifecycle to drive startup development.

  • Idea2Explore (i2Explore) provides year-round opportunities for anyone at USask to explore entrepreneurship through events and curated meetings with advisors.
  • Innovate2Build (i2Build) runs annually over 10 months as successful program applicants participate in bi-monthly workshops as well as mentor and advisor meetings.
  • Impact2Market (i2Market) runs long-term and offers targeted mentorships for i2Build graduates by requiring participants to meet business growth milestones.
  • Opus Student Ambassador Program, is a student-led initiative that equips aspiring entrepreneurs with business acumen and an entrepreneurial mindset through engaging campus activities.

Opus pre-accelerator programming focuses on commercializing deep tech innovations that are research-based, equipping founders with the necessary skills for startup development and facilitating their progression to other accelerators and incubators like Co.Labs and Cultivator.

“Opus plays an important role in Saskatchewan’s innovation ecosystem and helps to add capacity for research-backed entrepreneurs and startup founders in academia,” said Jeremy Harrison, Minister Responsible for Innovation Saskatchewan. “This partnership boosts the province’s innovation network and further strengthens Saskatchewan’s economy through the development of innovative new ideas that become successful businesses."

In its pilot year, Opus supported over 12 startups engaging with over 88 stakeholders ranging from community and business leaders, entrepreneurs and ecosystem service providers. 

"The world needs innovation mobilized into action. To do this, universities need to spread our knowledge and strike the right partnerships within our community and within industry to create transformational change,” said Alix Hayden, Director, Innovation, Mobilization and Partnerships. “Through the support of Innovation Saskatchewan, Opus will continue to be able to provide support for our innovators. They will continue to access the tools, the networks, the connections and mentorship to help turn their discoveries into solutions the world needs."

 

About Opus
To be the university the world needs, USask is fostering entrepreneurial thinking and culture by engaging students, faculty, staff and the community through Opus—the university’s bold, new startup incubator. Designed as a pre-accelerator, Opus provides entrepreneurial training, infrastructure and access to a network of experts needed to mobilize USask innovations out to the world and help aspiring founders realize their potential. 
Opus is part of the Innovation, Mobilization and Partnerships unit housed within the Office of the Vice President Research at the University of Saskatchewan. www.opus.usask.ca

About Innovation Saskatchewan
Innovation Saskatchewan is the central innovation agency for the Government of Saskatchewan. It is dedicated to empowering innovators and supporting Saskatchewan’s vibrant technology sector and research community, helping propel the province to a prosperous future. The agency's robust portfolio of research and technology parks, grant programs and research funding help accelerate ground-breaking advancements, support technological growth and create collaborative environments. Innovation Saskatchewan works closely with industry, academia and other stakeholders to provide strong foundations that allow our ecosystem to thrive and make Saskatchewan a world leader in innovation. Visit www.innovationsask.ca for more information.

usask-spearheads-ai-driven-detection-of-early-alzheimers-through-eye-screeningstrue1718730911095imj129USask spearheads AI-driven detection of early Alzheimer’s through eye screeningsUniversity of Saskatchewan (USask) researchers Dr. Changiz Taghibiglou (PhD) and Dr. Sara Mardanisamani (PhD) are bridging biology and data science to develop a new, non-invasive AI screening tool for those at risk for Alzheimer’s disease.Erin Matthews, Research Profile and Impactresearch, usask, 1717080600000/articles/research/2024/usask-spearheads-ai-driven-detection-of-early-alzheimers-through-eye-screeningsnewssite://news/articles/research/2024/usask-spearheads-ai-driven-detection-of-early-alzheimers-through-eye-screeningsbpk4551717081134277ccm0461718030329919show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/shrf_2024_resized.jpgsite://news/images/2024/shrf_2024_resized.jpgnewsshrf_2024_resized.jpg1026261080810USask researchers Dr. Changiz Taghibiglou (left) and Dr. Sara Mardanisamani (right) are developing a new non-invasive screening tool for Alzheimer’s disease using AI (Credit: USask/Erin Matthews)USask researchers Dr. Changiz Taghibiglou (left) and Dr. Sara Mardanisamani (right) are developing a new non-invasive screening tool for Alzheimer’s disease using AI (Credit: USask/Erin Matthews)NoNonesupport-critical-researchNo/
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The project, “Screening eyes of people in Saskatchewan with non-invasive imaging technologies and artificial intelligence for early detection of Alzheimer’s Disease,” received a $150,000 Impact Grant as part of the Saskatchewan Health Research Foundation (SHRF) Solutions Program. Supporting an interdisciplinary approach to research, the SHRF Solutions Program mobilizes researchers with diverse skills and expertise to help address Saskatchewan health challenges.

It’s estimated that more than 50 million people around the world are currently living with Alzheimer’s disease and related dementias, a number that is set to triple by 2050. In Saskatchewan, 2.3 per cent of people over 65 have been diagnosed with the disease.

According to research recently published in Scientific American, the total annual economic burden of Alzheimer’s disease was more than US$2 trillion in 2019 (an equivalent of C$2.64 trillion), and is forecast to increase to $10 trillion by 2050.

“There is currently no non-invasive method to screen for Alzheimer’s disease, especially when it comes to early detection, which is so crucial to slowing down progression of the disease,” said Taghibiglou, neuroscientist and associate professor in the Department of Anatomy, Physiology and Pharmacology in USask’s College of Medicine. “But they say that the eyes are the windows to the brain, and we believe that changes in the retina and optical nerve can be used to develop a new screening tool that can identify the disease decades before the onset of symptoms.”

The goal of the project is to develop an AI algorithm that could detect very early signs of Alzheimer’s disease using routine ophthalmological scans of the retina, known as optical coherence tomography (OCT). Taghibiglou and Mardanisamani will train an algorithm to identify patterns of degeneration related to Alzheimer’s disease using OCT data from patients in Saskatoon, Regina and Prince Albert.

“We will have access to images that span over 20 years and we will be able to gather information and fine tune our methods for best results,” said Mardanisamani, postdoctoral fellow in the Department of Anatomy, Physiology and Pharmacology in the College of Medicine. Mardanisamani experience in machine learning and image processing during her PhD under supervision of Dr. Mark Eramian (PhD), professor in the Department of Computer Science in the USask College of Arts and Science, laid the foundations for her work with Taghibiglou.

This interdisciplinary project pulls researchers from neuroscience, computer science, medicine and more, including Saskatoon optometrist and Dr. Kerry Bishop (OD) who is co-principal investigator on this project. Other collaborators include Dr. Andrew Kirk (MD), Dr. Ravikrishna Nrusimhadevara (MD), and Dr. Francisco Cayabyab (PhD) from USask’s College of Medicine and USask alumna and ophthalmologist Dr. Melody Wong (MD).

Taghibiglou said the SHRF grant is a lifeline for many scientists in Saskatchewan and is grateful for the investment into his research.

Taghibiglou and Mardanisamani are hopeful that this SHRF-funded research could evolve into a database or app that can help different clinicians collaborate on patient care, improving outcomes for individuals with Alzheimer’s disease in Saskatchewan.

TextThe following USask projects were also recipients of grants from the SHRF Solutions program:None/Above content

Dr. Peter Hedlin - Co-developing a pathway to reduce postoperative delirium in older patients with cognitive impairment - $49,641.21

Dr. Amanda Froehlich-Chow - We tutuska towin Forging Paths Together: The Co-Creation of Culturally Rooted and Physical Literacy Enriched Early Learning Environments - $149,984.00

Dr. Christopher Phenix - Validation of powerful assays to measure lysosomal GCase in Gaucher Disease. - $150,000.00

Dr. Heather Szabo-Rogers - A personalized medicine team for craniofacial and cardiovascular disorders affecting Saskatchewan’s pediatric population - $150,00.00

Dr. Ivar Mendez - Development of a Culturally-Rooted Pediatric Virtual Care Program to Facilitate Care Closer to Home - $150,00.00

Dr. Jacob Alhassan - Developing and sustaining innovative community-driven transportation solutions for vulnerable youth in Northern Saskatchewan: Evaluating the impact of the Kikinahk free bus service on mental and sexual reproductive health services - $149,972.30

Dr. Kelsey Cochrane - Evaluating whether donated breastmilk is an acceptable and feasible feeding option for individuals living with HIV and their babies - $50,000.00

Dr. Rachel Engler-Stringer - Growing the Good Food for Learning School Food Program - $150,000.00

Dr. Seok-Bum Ko - Synthetic contrast-enhanced MRI for pediatric neuroimaging - $150,000.00

Dr. Humphrey Fonge - Priming nectin-4 positive NSCLC cells for enhanced effectiveness of immune check point inhibitor immunotherapy using a terbium-161-labeled anti-nectin-4 radioimmunoconjugate - $150,000.00

Dr. Ellen Wasan - Enhancing management of Raynaud Phenomenon through efficacy testing of a novel photostabilized topical nifedipine cream and two- way knowledge sharing about RP with health care practitioners and patients in remote and rural communities - $150,000.00

Dr. Felipe Sperandio - Promoting earlier diagnosis of oral premalignant lesions and oral cancer in rural and remote areas of Saskatchewan: an interdisciplinary network approach and new screening tool for health care professionals - $50,000.00

Dr. Holly Mansell - Facilitating Self-Management Throughout the Lung and Kidney Transplant Journey with HELP (the Health Education and Learning Platform) - $150,000.00

Dr. Juan-Nicolás Peña-Sánchez - Innovating inflammatory bowel disease care through patient navigation for individuals living in rural Saskatchewan and Indigenous community members - $150,000.00

trio-of-usask-graduate-students-receive-prestigious-vanier-scholarshipstrue1718730911095imj129Trio of USask graduate students receive prestigious Vanier ScholarshipsThree students in USask’s College of Graduate and Postdoctoral Studies (CGPS) have received funding to support innovation in diverse fields of English literature, community air quality, and plant and nutrition genetics.Matt Olson, Research Profile and Impactresearch, usask, 1717018320000/articles/research/2024/trio-of-usask-graduate-students-receive-prestigious-vanier-scholarshipsnewssite://news/articles/research/2024/trio-of-usask-graduate-students-receive-prestigious-vanier-scholarshipsbpk4551717018612755ccm0461718030294504show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/vanier-scholarship-recipients.jpgsite://news/images/2024/vanier-scholarship-recipients.jpgnewsvanier-scholarship-recipients.jpg2023541080720Photos of the three Vanier scholarship winners.Three USask College of Graduate and Postdoctoral Studies students, Krishna Kolen, Gwen Rose and Morgan Fleming (L-R), have been named recipients of Vanier Canada Graduate Scholarships. (Photos: Submitted)NoNonesupport-studentsNo/
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The prestigious and competitive Vanier Canada Graduate Scholarships are designed to help universities recruit and support the best and brightest graduate students – and this year, three University of Saskatchewan (USask) students have received the esteemed honour.  

The Vanier program is jointly administered by the Canadian Institutes of Health Research (CIHR), the Natural Sciences and Engineering Research Council of Canada (NSERC) and the Social Sciences and Humanities Research Council (SSHRC). Each of the three USask-based Vanier Scholars are respectively located in a different area of supported research.  

Vanier Scholarships are valued at $50,000 per year for three years of doctoral-level study, and consider three criteria for selection: academic excellence, research potential and a potential and demonstrated leadership ability.  

“The Vanier Scholarships are extremely special in their equally weighting past academic excellence with research potential and leadership,” said Dr. Debby Burshtyn (PhD), dean of USask’s CGPS. “The three 2024 recipients are already making their mark in our university; it’s wonderful to see that we are attracting and retaining such talent across the areas of humanities, health and STEM research.” 

The Vanier Scholarship is considered one of the most competitive competitions for aspiring scholars in Canada, and USask’s three recipients are already hard at work in their areas of research.  

TextIdentifying trans representation in early 20th century literatureImage/images/2024/gwen-rose-submitted.jpgsite://news/images/2024/gwen-rose-submitted.jpgnewsgwen-rose-submitted.jpg219091600600Gwen Rose is investigating trans representation in historic literature. (Photo: Submitted)Align right

Delving into literature from the 20s, 30s and 40s, Gwen Rose is investigating trans representation in historic literature.   

A PhD student in the College of Arts and Science under the supervision of Dr. Ella Ophir (PhD), Rose is examining works from late modernist literature to identify trans representation through characters in early 20th-century novels.  

Rose said earning the Vanier scholarship provided an “unfathomable” level of financial security to pursue this line of research. She noted that one of the criteria for earning a Vanier scholarship was demonstrated leadership and hoped to continue pursuing acts of community and volunteer service while pursuing her PhD with the support of the scholarship.   

TextImpacts of drought-induced poor air quality heart of PhD research Image/images/2024/krishna-kolen-dave-stobbe.jpgsite://news/images/2024/krishna-kolen-dave-stobbe.jpgnewskrishna-kolen-dave-stobbe.jpg272044600600Krishna Kolen’s work explores the impact of air quality issues in Saskatchewan communities. (Photo: Dave Stobbe)Align left

Working in the Department of Geography and Planning in the College of Arts and Science and with the Global Institute for Water Security (GIWS), Krishna Kolen’s work explores the impact of air quality issues in Saskatchewan communities.  

Under the joint supervision of Dr. Corrine Schuster-Wallace (PhD) and Dr. Krystopher Chutko (PhD), Kolen is working with Indigenous communities to examine and document health impacts caused by poor air quality from dust storms and wildfires.  

Through this work, Kolen hopes to establish “early warning tools” for use in communities so they can identify signs of imminent-reduced air quality conditions and adjust accordingly.  

“Air quality is not just a Saskatchewan problem, it’s not just a Canadian problem, but air quality events are a global problem,” she said. “As droughts increase under a changing climate, so will these poor air quality events.  

“We’ll create early warning tools with our partnering communities here in Saskatchewan and we’ll assess if they are transferable to other drought-prone communities.”  

It’s well-known that poor air quality has an impact on human health. Kolen’s research will explore where the most vulnerable populations and activities are located and how communities can mitigate those health impacts.  

“By understanding health impacts, changes to day-to-day activities and different levels of exposure within groups in communities, the tool could help identify and respond to different levels of exposure,” she said. “Examples would be, ‘Where can I go for help? What resources do I need? What should I do if I have these health impacts?’”   

Kolen hasn’t started her PhD yet – she’s slated to begin in the fall – but the Vanier scholarship means her air quality research can have further-reaching impacts than Saskatchewan.  

The ultimate goal is to see if the tools they develop will be transferable to other communities threatened by air quality issues across Canada and around the world, and the support of the Vanier scholarship has the potential to make that goal a reality.  

“It's huge, the fact we can do all these things without worrying about the finances,” she said. “I can focus on the important parts, engagement and connecting with community members and making those relationships ... being a Vanier Scholar gives me the flexibility to focus on the research that is important to me and the communities.”  

TextPlants, food and the secret to living longer and healthier lives Image/images/2024/morgan-fleming-submitted.jpgsite://news/images/2024/morgan-fleming-submitted.jpgnewsmorgan-fleming-submitted.jpg224296600600Morgan Fleming is examining how a component of plant-based foods might help you live a longer life. (Photo: Submitted)Align right

USask researcher Morgan Fleming is examining how a component of plant-based foods might help you live a longer life.  

Fleming, a PhD student in the College of Agriculture and Bioresources, is exploring how phenolic compounds – present in all plant-based foods – have impacts on the health of human cells.  

“My research is contributing to promoting the human health span,” she said. “It’s going to be helping us all live healthier for longer through delaying the onset of age-related disease.” 

It’s known that phenolic compounds are good for humans due to their antioxidant properties, but Fleming said recent research suggests they could do more for humans with regard to cellular processes and regulating health and disease. Her research will investigate how they mechanistically achieve those benefits in human cells.  

Fleming said she was excited to delve into an area of science that can help humans at large live healthier and longer and noted this research could expand into animals too.  

“I am excited to help people not be burdened by the physical deterioration that comes with aging, to delay age-related disease and help us all live healthier,” she said. “Helping us, helping our pets, and improving quality of life for people.” 

Working under the supervision of Dr. Christopher Eskiw (PhD) and professor emeritus Dr. Nicholas Low (PhD), Fleming is cultivating human cell samples and treating them with various phenolic compounds to analyze how they directly affect cells.  

Fleming said becoming a Vanier Scholar was “very motivating” for her, because it showed that the federal program believes in her, her research and her community outreach-oriented goals for this work.  

It’s an exciting prospect to continue this field of research, and Fleming said the Vanier Scholarship opens new possibilities for her studies.  

“(Being a Vanier Scholar) means we’re going to be able to perform more high-quality research, not nearly as limited by funding, and have more opportunities to share my research at conferences,” she said. 

usask-conference-to-provide-practical-strategies-to-address-violencetrue1718730911095imj129USask conference to provide practical strategies to address violenceA University of Saskatchewan (USask) symposium aims to provide frontline workers with strategies to identify and address potentially violent situations and support victims of violence.research,1716829080000/articles/research/2024/usask-conference-to-provide-practical-strategies-to-address-violencenewssite://news/articles/research/2024/usask-conference-to-provide-practical-strategies-to-address-violenceccm0461716836890120ccm0461716836958921show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mansfield1.jpgsite://news/images/2024/mansfield1.jpgnewsmansfield1.jpg1189921080720Dr. Mansfield Mela (MBBS), a top forensic psychiatrist and professor of psychiatry in USask’s College of Medicine and the director of the Centre for Forensic Behavioural Science and Justice Studies (CFBSJS) (credit: supplied)Dr. Mansfield Mela (MBBS), a top forensic psychiatrist and professor of psychiatry in USask’s College of Medicine and the director of the Centre for Forensic Behavioural Science and Justice Studies (CFBSJS) (credit: supplied)NoNonesupport-critical-researchNo/
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“This symposium is premised on trying to highlight advancements in sciences that target the reduction of victimization,” said Dr. Mansfield Mela (MBBS). “We have focused this time around at some of the hidden patterns of violence that don’t always come to the surface.”

The 20th Biennial Symposium on Violence and Aggression takes place at USask from May 26 to 28 in the Health Sciences Building. The conference brings together academic researchers, public policy makers, government officials, clinicians and frontline workers to “translate research into practice” and share new ideas and techniques in the world of forensic mental health.

The major topics of this year’s symposium include human trafficking, intimate partner violence and gangs.

Mela, a top forensic psychiatrist and professor of psychiatry in USask’s College of Medicine and the director of the Centre for Forensic Behavioural Science and Justice Studies (CFBSJS), said the strength of this conference is how it connects researchers and new ideas with the people working in the community.

“We’re bringing to the limelight practical strategies for frontline staff to manage these issues of gang-related violence, violence related to intimate partner aggression, and also trying to help those who are victims of this type of violence,” he said. “We hope to see people go back home, apply these strategies and be able to reduce victimization. That has always been the goal of the CFBSJS.”

Experts from within USask and from other organizations and universities across Canada and the United States will be part of the numerous panels throughout the two days of symposium sessions.

Mela said the fact that the symposium has reached its 20th iteration – nearly 40 years after the first one in the 1980s – is a testament to both the value of the research being shared and the value USask puts into that community-oriented work.

“It definitely speaks to the kind of support USask places on research that makes impacts on the ground,” he said. “When something is relevant to practice and society, USask looks to that.”

As this work – and the biennial symposium – continues into the future, Mela noted that USask continues to produce leading minds in these fields. Mela highlighted the strong interdisciplinary nature of USask’s research and facilities in the endeavour to better understand and decolonize systems in place that contribute to violence.

He said USask and the CFBSJS will continue pioneering research into this field in order to support victims of violence and aggression and to continue developing techniques to address these issues in society.

“Teamwork is able to move us in the right direction in managing some issues that are of societal value, and to impact those who are being victimized,” Mela said.

 

usask-researchers-identify-promising-protein-candidate-for-metabolic-disease-treatmenttrue1718730911095imj129USask researchers identify promising protein candidate for metabolic disease treatmentA University of Saskatchewan (USask) research team’s discovery of the additional health benefits of an appetite-suppressing protein has doubled the potential for scientists to find new avenues for treating obesity and metabolic disorders in animals and people. research, WCVM, 1716825480000/articles/research/2024/usask-researchers-identify-promising-protein-candidate-for-metabolic-disease-treatmentnewssite://news/articles/research/2024/usask-researchers-identify-promising-protein-candidate-for-metabolic-disease-treatmentccm0461716826651927ccm0461716826704174show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/unniappan-nesfatin.jpgsite://news/images/2024/unniappan-nesfatin.jpgnewsunniappan-nesfatin.jpg1302871024683USask scientist Dr. Suraj Unniappan (left). At right is a micrograph image showing nesfatin-1-like peptide (top, green) and nesfatin-1 (bottom, green) in human liver cells. (Credit: submitted.)USask scientist Dr. Suraj Unniappan (left). At right is a micrograph image showing nesfatin-1-like peptide (top, green) and nesfatin-1 (bottom, green) in human liver cells. (Credit: submitted.)NoNonesupport-critical-researchNo/
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The researchers’ findings, which were recently published in Nature Communications Biology, highlight their discovery of the lipid-lowering effects of nesfatin-1-like peptide (NLP). This newly identified peptide—or small protein—is a close relative of nesfatin-1 (NESF-1), which regulates feed intake and body weight.

“We found that both NESF-1 and NLP lower lipid (fat) accumulation in human liver cells,” said research team member Dr. Suraj Unniappan (PhD), the university’s Centennial Enhancement Chair in Comparative Endocrinology and a professor at the Western College of Veterinary Medicine (WCVM). The collaborative study involved researchers at the WCVM and USask College of Medicine.

While the lipid-lowering effect of nesfatin-1 was previously reported, Unniappan said identifying NLP and understanding its lipid-lowering capabilities in human cells represent new advancements in the field of endocrinology.

“We are far away from bringing these findings to bedside,” said Unniappan. “But we now have additional multiple targets available that could be explored for lipid disease treatment and therapeutic advancements.”

The research team’s discovery is hopeful news since there’s a lack of new therapies for many metabolic diseases—including non-alcoholic fatty liver disease (recently renamed as metabolic dysfunction-associated steatotic liver disease or MAFLD), which affects about 20 per cent of Canadians. A hormone-based drug was approved in the United States in March 2024, but so far, there are no drugs currently available in Canada exclusively for treating this disease.

Typical treatment plans for both humans and animals suffering from metabolic disease generally consist of diet and exercise changes to gradually lower body weight and reduce fat accumulation.

Unniappan and his research team have been at the forefront of nesfatin-1 research. Discovered in 2006 by a group of researchers in Japan, nesfatin-1 was initially recognized for its ability to suppress food intake.

The USask team went a step further than previous studies and successfully verified that genetic disruption of NLP leads to changes in genes involved in lipid metabolism in mice.

“We found that if you disrupt the gene that is the source of that protein [NLP] naturally present in these animals, then that actually leads to changes in lipid metabolism-associated genes,” said Unniappan.

Discovering such results—that administering NLP reduces lipid levels, while disrupting its production alters lipid metabolism—reinforces its pivotal role in metabolic regulation.

Unniappan and Dr. Atefeh Nasri (PhD), who completed her doctoral program at USask in 2023 and is now a post-doctoral fellow at Dalhousie University, collaborated with Dr. Scott Widenmaier (PhD), an assistant professor of anatomy, physiology and pharmacology, and an expert in metabolic disease at the USask College of Medicine. The team’s fourth member was undergraduate student Mateh Kowaluk.

Unniappan hopes that this new research can pave the way for further exploration of treatment options. He plans to work with collaborators to extend this research to more complex animal models—including rodents—and eventually studying larger animals such as cats and dogs. Like humans, these species also suffer from obesity and related metabolic disorders.

“It’s beautiful to know the same peptide can achieve so many meritorious health effects, that in combination have the potential to help both human and animal patients,” said Unniappan.

This research was supported by the Canadian Institutes of Health Research (CIHR) and the USask Centennial Enhancement Chair in Comparative Endocrinology.

 

research-insights-informing-policy-and-caretrue1718730911095imj129Research insights informing policy and careIt’s hard to think of many activities humans undertake that don’t require using arms and hands. From work-related motions to household chores, caregiving, driving and sports, much of the movements that define our daily routines rely on the proper functioning of our upper body.Globe and Mail: WESTERN SCHOOLS REPORTCollege of medicine, research, 1715960760000/articles/research/2024/research-insights-informing-policy-and-carenewssite://news/articles/research/2024/research-insights-informing-policy-and-careccm0461715960961244ccm0461715965099248show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/lang-and-student-2.jpgsite://news/images/2024/lang-and-student-2.jpgnewslang-and-student-2.jpg1703131080720Equipment at the Musculoskeletal Health and Ergonomics lab at the Canadian Centre for Rural and Agricultural Health at the University of Saskatchewan allows researchers to study movement patterns.Equipment at the Musculoskeletal Health and Ergonomics lab at the Canadian Centre for Rural and Agricultural Health at the University of Saskatchewan allows researchers to study movement patterns. (Photo: Submitted)NoNonesupport-critical-researchNo/
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This means injuries to this biomechanical system can severely disrupt our lives, says Dr. Angelica Lang (PhD), assistant professor at the Canadian Centre for Rural and Agricultural Health, University of Saskatchewan (USask). “When these injuries happen, no matter how they start, they can affect your work and leisure activities – and impact every part of your life.”

From studying the clinical biomechanics of the upper limb, Lang and her team aim to improve our understanding of musculoskeletal health, such as the dysfunction experienced by breast cancer survivors.

TextImage/images/2024/lang1.jpgsite://news/images/2024/lang1.jpgnewslang1.jpg99605600840Dr. Angelica Lang (PhD) with the Canadian Centre for Rural and Agricultural Health. (Photo: Submitted)Align right

“For breast cancer patients, the top priority is obviously to cure the cancer, and treatments have fortunately advanced to where they are now over 90 per cent effective,” she notes. “However, we also need to consider the quality of life after treatment, and that’s what we aim to do with our research.”

When Lang began researching post-breast cancer treatment effects, with a focus on women who had undergone a mastectomy, she found that half her study participants were already experiencing shoulder pain without having been diagnosed with a musculoskeletal injury. Curious to learn more about the origin of the pain, the team started to look at breast cancer survivors on a larger scale – including patients who had undergone different therapies and surgeries and various kinds of breast reconstruction – to look for connections.

They found that after breast cancer treatment – whether that’s surgery, radiation or chemotherapy – it is common for patients to experience some upper limb limitations, says Lang. “Evidence suggests that breast cancer survivors are more likely to experience a secondary injury like a rotator cuff disorder.”

Leaving such injuries undiagnosed and untreated presents considerable risk, both in breast cancer survivors and other patient groups, she explains. “Generally, we found that the longer individuals have pain, the more harmful their movement patterns become. The way you move can contribute not only to the development of an injury but also to the progression of the injury.”

People going through “cancer treatment just want to be able to get back to life rather than deal with physical challenges that may leave them unable to work or do the things they enjoy,” says Lang. “My interest is in understanding these injuries so we can better treat them, better prevent secondary injuries – and provide information to patients and health-care providers.”

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At the Musculoskeletal Health and Ergonomics lab at the Canadian Centre for Rural and Agricultural Health at USask, of which Dr. Lang is the director, the team has access to sophisticated motion-tracking equipment “similar to the technology used for animation and video games.

“Our primary equipment is a system called a Vicon system, where we use a set of 10 cameras to track motion,” she explains. “Placing reflective markers on a person’s body allows these cameras to track the motion of these markers in three dimensions with infrared light.”

TextPullquote"We have 17 colleges and faculties, more than most Canadian universities, and this is especially meaningful when you look at today’s big challenges, such as food security, global pandemics and environmental sustainability, which cannot be solved by a single discipline or a single lab alone."USask President Peter Stoicheff/Align left

Information from these measurements allows for the creation of movement maps that include body angles, Lang says. “We typically look at the torso, the upper arms and the shoulder blade to calculate scapulothoracic and thoracohumeral angles, which describe movements in the general shoulder area.”

In addition to these sensors, the team uses “electromyography to measure electrical muscle activity. This serves as a stand-in for direct measurement of muscle force generation because actual muscle forces are difficult to obtain,” she explains. “If you have a high amount of electrical activity, this more or less means your muscles are doing a lot of work.”

Measuring angles and seeing “which muscles are activating (or not) can provide insights on particular postures and movement patterns associated with injury,” says Lang. “The underlying basic science is biomechanics, and we’re able to apply that to both clinical and occupational ergonomics questions.”

Beyond boosting health and wellness in patient groups, as with the breast cancer project, the team also aims to uncover risk factors, with other research efforts looking at the impact of using different farming equipment on musculoskeletal health, she adds. “We also have wearable sensors, called inertial measurement units, that allow measurements in work settings, for example, on farms.”

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Lang’s aim – to translate research insights into tangible benefits and to work directly with community members to understand their challenges – is a hallmark of many efforts as USask strives to be “the university the world needs,” says USask President Peter Stoicheff. “We have three missions that include teaching and learning; research, scholarly and artistic work; and community engagement. As a result, we have a strong focus on being outward-facing and community-oriented to find out what is needed.”

Just as Lang works in rural communities, “you see our nurses, doctors, dentists, veterinarians and other experts out in far-flung places across Saskatchewan,” he says. “We’re constantly challenging ourselves to see where we can make a meaningful contribution.”

Among the strengths that make USask uniquely equipped to tackle some of the most critical issues of our time are cutting-edge research infrastructure, world-leading talent and “a high number of disciplines that provide fertile ground for collaboration,” says Stoicheff. “We have 17 colleges and faculties, more than most Canadian universities, and this is especially meaningful when you look at today’s big challenges, such as food security, global pandemics and environmental sustainability, which cannot be solved by a single discipline or a single lab alone.”

TextImage/images/2024/lang-3.jpgsite://news/images/2024/lang-3.jpgnewslang-3.jpg1762841067727Limitations in upper body movements, which can be detected by sensors, can severely impact a person’s overall well-being. (Photo: Submitted)Above content

Such tough questions can also require collaboration between different academic institutions and across the globe, he notes. “During the COVID pandemic, for example, international vaccine labs were able to produce a vaccine in the space of 13 months when this is something that typically takes a decade to achieve.”

TextImage/images/2024/president-peter-stoicheff-09.jpgsite://news/images/2024/president-peter-stoicheff-09.jpgnewspresident-peter-stoicheff-09.jpg24350511621246USask President Peter Stoicheff. (Photo: Submitted)Align right

While the pandemic inspired collaborative action on an unprecedented scale, the foundation for the vaccine technology had been laid by “decades of curiosity-driven research, including at our Vaccine and Infectious Disease Organization [VIDO],” says Stoicheff, adding that as Canada’s Centre for Pandemic Research, VIDO is at the forefront of efforts to address emerging disease threats.

Funding support for VIDO is enabling the creation of “Canada’s second – and only university-based – level 4 containment facility,” he says. “The only other level 4 facility is the government’s National Microbiology Laboratory in Winnipeg.”

This enhances VIDO’s research and development capabilities and contributes to pandemic preparedness globally; for Stoicheff, such investments and support “are a real vote of confidence in the quality of the research that goes on here.

“We have many researchers who do terrific work, including in the area of health, in local communities as well as across the world, and this makes us a sought-after partner for collaboration,” he says. “It is incumbent upon universities – and the larger research community – to engage with the most challenging questions of our time to help achieve some useful goals.”

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Dr. Lang also values the collaborative aspect of her work. “It’s been a team effort where we work closely with clinicians with different expertise, including the surgery and rehabilitation perspectives for the breast cancer project.”

In addition to Dr. Soo Kim, professor in the School of Rehabilitation Science; Dr. Gary Groot, professor in the Department of Surgery; and Dr. Tracey Carr, assistant professor in the Department of Community Health and Epidemiology, Dr. Lang wants to acknowledge “every woman who has come through this program.

“Everyone was willing to go above and beyond for the study, even when it didn’t bring any direct benefits for them,” she says. “We do hope our findings can help us refine approaches to treatments in the future.”

One objective is to improve outcomes by contributing to informed decision-making at multiple levels, including patients, health-care providers and policymakers, says Dr. Lang, who notes that currently, many breast cancer survivors have to seek care related to shoulder pain themselves – and possibly pay out of pocket. “The more awareness we can create, the more changes we can effect, both in clinics and at the policy level.”

By providing data on the impact of biomechanical challenges on quality of life, Dr. Lang hopes to catalyze positive change to “enable everyone to thrive.

“We all use our hands for everyday tasks, so this affects everybody,” she says. “I’ve always played a lot of sports, so that started my interest in body movement and performance. I still play recreational sports, including hockey. It’s a ton of fun, and I would be very sad if I had an injury that would prevent me from enjoying this.”


Originally published via the Globe and Mail.

 

usask-partners-with-pinq-to-access-canadas-only-ibm-quantum-system-onetrue1718730911095imj129USask partners with PINQ² to access Canada's only IBM Quantum System OneUniversity of Saskatchewan (USask) researchers will have access to one of the world's most powerful quantum computers, thanks to a $558,208 contribution from PrairiesCan through the Regional Innovation Ecosystem (RIE) Program.College of Arts and Science, Quanta, research, pec,1715872620000/articles/research/2024/usask-partners-with-pinq-to-access-canadas-only-ibm-quantum-system-onenewssite://news/articles/research/2024/usask-partners-with-pinq-to-access-canadas-only-ibm-quantum-system-oneccm0461715878572109ccm0461718312475429show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/quanta_steven_rayan.jpgsite://news/images/2020/quanta_steven_rayan.jpgnewsquanta_steven_rayan.jpg30138915001000Dr. Steven Rayan, director of USask’s quanTA Centre and lead of USask’s Quantum Innovation Signature Area of Research. (credit: David Stobbe)Dr. Steven Rayan, director of USask’s quanTA Centre and lead of USask’s Quantum Innovation Signature Area of Research. (credit: David Stobbe)NoNonesupport-critical-researchNo/
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Scientists at USask are on the forefront of groundbreaking research thanks to a partnership with the PINQ² (Québec Digital and Quantum Innovation Platform), the sole administrator of Canada’s only IBM Quantum System One, a utility-scale quantum computer located at IBM’s research facility in Bromont, Quebec.

USask’s three-year agreement with PINQ² enables faculty and students affiliated with USask’s Centre for Quantum Topology and Its Applications (quanTA) to have access to the machine via PINQ²’s quantum computing platform. This collaboration significantly enhances the existing quantum computing research activities at USask.

IBM Quantum System One is powered by a 127-qubit processor, which has achieved utility-scale performance, a point at which quantum computers could serve as scientific tools to explore a new scale of problems that classical systems may never be able to solve. Under ideal circumstances, a qubit can be astoundingly powerful in comparison to the ordinary bits in conventional computers.

One of the partnership’s first projects will be a study of complex health data in children suffering from chronic diseases, including juvenile arthritis. Using patient-derived data, researchers will deploy quantum-enhanced data analysis and machine learning techniques to uncover and understand hidden factors that may lead to such diseases, leading potentially to future preventatives and therapies. The nature of this work augments what is possible using traditional computing methods.

The groundbreaking research made possible through this partnership will see USask’s quantum scientists working together with many other scientists from diverse fields, further showcasing the interdisciplinary work currently underway at USask.


"Our government is supporting quantum computing capacity in Canada through this unique collaboration between USask and Quantum System One, the next-generation quantum computer at IBM’s research facility. Today’s investment gives USask access to that system and the computing power that will allow them to tackle difficult problems in key areas like health care, climate sciences, and beyond. This access will lead to exponential growth in research and development, while boosting innovation and further solidifying USask as a scientific centre of excellence.”

- The Honourable Dan Vandal, Minister for PrairiesCan

“USask is a leader in quantum computing and this exciting new partnership allows us to further our influential work in the quantum ecosystem. We are committed to training the next generation of researchers, leaders and changemakers. Access to IBM Quantum System One will be a central component to recruit highly qualified students and build the skills of the next generation of quantum leaders.”

-Baljit Singh, Vice President Research, USask

“Over the past 60 years or so, computers have become one of the most important tools in a scientist’s back pocket, on par with the microscope. But the time has come where ordinary computing can no longer keep up with the problems that society needs to solve today, such as climate change and accelerated vaccine design. While still in its infancy, quantum computing promises to be the next indispensable tool in science. Some of the first real-world use cases for this technology will be developed right here at USask, thanks to this one-of-a-kind partnership with IBM and PINQ² and owing to the strong interdisciplinary culture on our campus.”

- Dr. Steven Rayan, director of USask’s quanTA Centre and lead of USask’s Quantum Innovation Signature Area of Research.

“We are delighted to collaborate with USask, granting their researchers access to one of the world’s most powerful quantum computers. This partnership promises groundbreaking research and innovation, and we eagerly anticipate the outcomes arising from this collaboration. Our mission is to facilitate accelerated digital transformation for organizations and empower individuals in utilizing the capabilities of quantum computing. This partnership exemplifies our commitment to achieving that goal.”

 - Éric Capelle, Managing Director, PINQ² (Québec Digital and Quantum Innovation Platform)

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a-really-cool-map-providing-tools-for-farmers-plant-breeders-and-policymakerstrue1718730911095imj129‘A really cool map’ – providing tools for farmers, plant breeders and policymakersImagine a map of every field under agricultural production across Western Canada, showing detailed information about what crops are currently grown and whether they represent an optimal use for local conditions.Globe and Mail: Next-Generation Farming Reportresearch,1715870700000/articles/research/2024/a-really-cool-map-providing-tools-for-farmers-plant-breeders-and-policymakersnewssite://news/articles/research/2024/a-really-cool-map-providing-tools-for-farmers-plant-breeders-and-policymakersccm0461715871853532bpk4551715892455525show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/cool-map-1080.jpgsite://news/images/2024/cool-map-1080.jpgnewscool-map-1080.jpg4181741080720Steve Shirtliffe, professor in the Department of Plant Sciences at the University of Saskatchewan, is working to create maps with information that can enhance decision-making and lead to better agricultural yields.Dr. Steve Shirtliffe (PhD), professor in the Department of Plant Sciences at the University of Saskatchewan, is working to create maps with information that can enhance decision-making and lead to better agricultural yields. (Image: Supplied)NoNonesupport-critical-researchNo/
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With an area spanning 2.7 million square kilometres – and more than 135 million acres used for farming – this may sound far-fetched, yet Dr. Steve Shirtliffe (PhD), professor in the Department of Plant Sciences at the University of Saskatchewan (USask), is confident not only that this ambition can become reality but also that it will be a valuable tool for agricultural producers and other decision-makers.

“My goal is to map the spatial variability in every field in Western Canada on a 10-metre-pixel scale within the next five years,” he says. “We know how to get there; we have the technology. It’s just about getting the right steps in place to make it happen.”

TextImage/images/2024/shirtliffe-arms-crossed.jpgsite://news/images/2024/shirtliffe-arms-crossed.jpgnewsshirtliffe-arms-crossed.jpg211271750757Dr. Steve Shirtliffe (PhD), professor in the Department of Plant Sciences at USask. (Photo: Submitted)Align right

As project co-lead for USask’s crop phenometrics platform, Shirtliffe studies field phenomics, a process where data from satellites, drones and sensors from agricultural equipment is combined and analyzed through image-processing and machine-learning algorithms to provide insights on field productivity.

“In crop production, the big challenge is to grow more with less,” he says. “It is essential to keep increasing yields in order to feed humanity and exercise our contract with society – which is to provide food, fibre and fuel – in a way that doesn’t adversely affect the environment.”

At the same time, agricultural production is undergoing changes, with climate change affecting weather patterns and growing conditions in the Prairies, for example. Shirtliffe proposes that “digital agriculture can drive a multi-pronged approach to deal with these challenges.”

What gives researchers at USask a considerable advantage are several areas of research excellence that can, taken together, enhance outcomes in agriculture, he says. “We’re at the intersection of remote sensing, data analytics, agronomy and crop science. Bringing these areas of expertise together can help advance plant breeding as well as precision agriculture.”

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USask has an impressive track record in enabling success in agricultural production, including through “plant breeders, who are selecting and releasing crop genotypes and crop varieties, primarily for Western Canada,” says Shirtliffe.

Previously, plant breeders would go out into fields “with their notepad to look at plant characteristics and record conditions and growth patterns,” he says. “Now, digital imagery allows us to quantify those variables and assess them more accurately.”

Shirtliffe and his collaborative team combine satellite and drone data with ground data – for example, from farm equipment that comes with sensor technology – to generate yield maps.

“All our projects have this aspect of using ground reference data in conjunction with remote sensing data to then train machine-learning models to predict performance for a wider area,” he says. “These techniques allow us to utilize rather sparse data sets and then apply these insights to huge areas.”

There are a number of advantages to using digital imagery: “one, we can collect data from thousands of plots; and two, we can record how these plants are changing over time,” Shirtliffe explains. “Together with experts in engineering, computer science and plant breeding, we developed a methodology for doing that. We also work with geneticists to identify genes associated with particular traits to allow genomic selection and improve plant-breeding techniques.”

TextPullquote"We constantly challenge ourselves to ensure this [research and innovation] ecosystem is as successful as it can be, and to provide answers to some of the big questions of our time."Peter Stoicheff, USask President/Align left

In addition to better crop selection, the data can help improve crop management. “One of the reasons why crop yields have increased is because we have better crop varieties – another is because we have better ways of managing them,” he says, estimating that influences on crop yields are roughly 50 per cent genetics and 50 per cent agronomy.

From looking at agricultural production with an agronomy lens, Shirtliffe started using digital imagery to map large areas of the Prairies to quantify crop yield variability existing within fields. “All fields have natural variability, for example, due to variances in soil and water distribution, which are usually the main factors,” he says. “When we’re able to map that – and develop better ways of managing it – we can optimize productivity.”

Identifying high-productivity areas as well as marginal areas can help farmers come up with appropriate management plans, he suggests. “Where marginal areas are not economically profitable, for example, a better approach for that land could be taking it out of production and assigning a different ecosystem function, such as using perennial grasses. This would help sequester carbon, prevent weed growth and provide habitat for wildlife.”

Other questions where Shirtliffe turns to digital imagery for answers relate to the detection of soil salinity and koshia, a weed that causes considerable concern for Prairie agriculture.

Machine-learning models trained on individual field data can be applied to imagery of “thousands or even millions of acres,” he says. “These techniques can be applied very widely due to the availability of data from European and American satellites or that can be accessed on cloud computing platforms like Google Earth Engine.”

TextImage/images/2024/uav-equipment-credit-dave-stobbe.jpgsite://news/images/2024/uav-equipment-credit-dave-stobbe.jpgnewsuav-equipment-credit-dave-stobbe.jpg2111911080720Researchers at the University of Saskatchewan are creating methodologies for integrating data from different sources, including satellites, drones and agricultural equipment. (Photo: Dave Stobbe)Above content
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Digital imagery analysis and AI capabilities represent fertile ground for innovation, says Shirtliffe. “It is my hope that we can foster a digital economy here in Saskatchewan. We already have good precision agriculture companies and some smaller enterprises that develop solutions for the sector. We have the right ecosystem to catalyze this and become global leaders.”

TextImage/images/2024/president-peter-stoicheff-09.jpgsite://news/images/2024/president-peter-stoicheff-09.jpgnewspresident-peter-stoicheff-09.jpg24350511621246USask President Peter Stoicheff. (Photo: Dave Stobbe)Align right

USask President Peter Stoicheff believes the university’s presence has played a big role in making Saskatoon one of the fastest growing technology hubs in the country. “And among the fastest growing companies in Canada, a disproportionately large number are located in Saskatoon, with many of them started by graduates of the University of Saskatchewan,” he says. “We’re very much embedded in the innovation ecosystem of this city and region.”

With this potential comes a responsibility to “think about the big challenges the world faces, including food and water security,” he says. “Saskatchewan has almost half of Canada’s prime arable land as well as huge quantities of clean, fresh water – not to mention potash, an important fertilizer. This represents a real opportunity for our university to understand how these resources can make a difference in a world where outcomes are increasingly defined by resource constraints.”

As the world’s population is projected to increase by almost two billion people by 2050, efforts to boost food security are critically important. And the impact of USask research on agriculture has already been substantial, says Stoicheff. “The work that goes on in terms of agriculture, including plant breeding and disease protection, is very significant. We have world-leading expertise and cutting-edge infrastructure, such as the Canadian Light Source, the only synchrotron facility in the country, the Vaccine and Infectious Disease Organization, the Global Institute for Food Security and the Global Institute for Water Security.”

One success story relates to the production of lentils, of which Saskatchewan is now one of the biggest exporters. “The province provides about 50 per cent of India’s total consumption of lentils,” notes Stoicheff, adding that lentils – and pulses in general – have widely been recognized as an important source of plant-based protein to help feed a growing global population.

“We constantly challenge ourselves to ensure this [research and innovation] ecosystem is as successful as it can be,” he says, “and to provide answers to some of the big questions of our time.”

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Shirtliffe envisions crop phenotyping and digital agriculture tools to become as impactful as other game-changing agricultural innovations spearheaded by USask, such as the no-till system.

“Outcomes from the no-till approach include better soil structure, better moisture conservation, increased productivity, and higher energy and labour efficiencies,” he says, adding that together with continuous cropping, reduced tillage can help promote soil organic matter and carbon dioxide sequestration.

TextPullquote"It is my hope that we can foster a digital economy here in Saskatchewan. We already have good precision agriculture companies and some smaller enterprises that develop solutions for the sector. We have the right ecosystem to catalyze this and become global leaders."Dr. Steve Shirtliffe /Align left

From tackling Saskatchewan’s soil erosion problems to wide adoption in other grain-producing areas around the globe, no-till brought recognition to USask researchers and led to benefits for Saskatchewan’s equipment manufacturers who export no-till seeding equipment worldwide. In agriculture, embracing new technology takes time, and Shirtliffe has seen this process play out with no-till.

“There was a lot of research and outreach to farmers first, until we had wide adoption,” he says. “With precision agriculture, we already have a very active private industry offering related services to farmers to differentiate themselves from other agronomic solution providers.”

USask has developed a Precision Agriculture Certificate, where students get exposed to technologies used to measure and manage variability in crop production, he says. “Students are very keen on this program, and I had a wonderful teaching experience this year.”

Beyond teaching and research, Shirtliffe envisions to “add a lot of value to the [agriculture] industry when we’re able quantify the variability in productivity for individual fields – and the key factors causing this variability.

“Rather than just having a really cool map, our main goal is to use these tools for making a positive impact for plant breeders, crop producers and food production in general,” he adds.


Originally published via the Globe and Mail.

the-power-of-collaboration-storytellers-challenge-winners-emphasize-the-importance-of-synergy-in-researchtrue1718730911095imj129The power of collaboration: Storytellers Challenge winners emphasize the importance of synergy in research A collaboration between graduate students from the University of Saskatchewan (USask) and the University of British Columbia (UBC) secured a winning spot in the 2024 Social Sciences and Humanities Research Council (SSHRC) Storytellers Challenge, marking the first time a collaborative entry has placed top five in the contest’s eleven-year history.Erin Matthews, Research Profile and Impactresearch,1715796600000/articles/research/2024/the-power-of-collaboration-storytellers-challenge-winners-emphasize-the-importance-of-synergy-in-researchnewssite://news/articles/research/2024/the-power-of-collaboration-storytellers-challenge-winners-emphasize-the-importance-of-synergy-in-researchccm0461715796695878ccm0461715802763844show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/sshrc-storytellers-1080.jpgsite://news/images/2024/sshrc-storytellers-1080.jpgnewssshrc-storytellers-1080.jpg1775541080720Two students make a presentation, with screens behind them featuring a faceSSHRC’s Storytellers Challenge asks postsecondary students to show how social sciences and humanities research is affecting our lives, our world and our future for the better. (Photo: Submitted)NoNonesupport-critical-researchNo/
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SSHRC’s Storytellers Challenge asks postsecondary students to show Canadians, in up to three minutes or 300 words, how social sciences and humanities research is affecting our lives, our world and our future for the better.

USask PhD candidate and settler scholar Olivia (Liv) Abram and collaborator Leah Alfred-Olmedo, UBC PhD student and member of the Namgis First Nation, have been co-writing a chapter about Indigenous-led collaboration in the Indigenous literary arts over the past year.

“Initially we couldn’t submit together but after some conversations between SSHRC we were able to demonstrate the importance of showcasing our collaborative work as a team,” said Abram.

Abram and Alfred-Olmedo entered the Storytellers Challenge and eventually made their way to the finals, which was held at the Science Writers and Communicators of Canada (SWCC) 2024 conference in Saskatoon on May 6.

The pair’s winning presentation featured the two scholars speaking simultaneously about their work as their superimposed faces fade in and out on a black background.

“I was able to experience the wonderful support of USask,” said Alfred-Olmedo. “I think it was fantastic that the finals were in Saskatoon and the campus community really showed up to support Liv which was really wonderful to see.”

In true collaborative spirit, Abram and Alfred-Olmedo combined their individual strengths in university sports and performance arts to pull together a tightly timed and creative presentation. The timing of their delivery had to be precise or the two risked throwing each other off or being out of sync with the video playing behind them.

Abram and Alfred-Olmedo’s paths first crossed during a workshop co-facilitated by USask’s Dr. Kristina Bidwell (PhD), Canada Research Chair in Indigenous storytelling and faculty member in the College of Arts and Science, and Dr. Sophie McCall (PhD) from Simon Fraser University (SFU).

They quickly developed a strong working relationship.

“There needs to be a spark between collaborators,” said Abram. “You need to work closely with one another and being on the same wavelength is important for a long term, positive and focused relationship.”

Together Abram and Alfred-Olmedo are continuing to change the way people think about collaborative efforts, challenging others to recognize the value and hard work that goes into the process.

“Collaboration doesn’t mean that you each do half the work and bring it together. We are both doing 100 percent of the work,” said Abram. “It is a lot more complicated than working alone but it is well worth the added time and coordination.”

Beyond their collaborative project, Abram and Alfred-Olmedo have also led several collaborative initiatives including The Collaboration Station, an online networking board that connects scholars with potential collaborative projects.

innovative-usask-mini-brains-could-revolutionize-alzheimers-treatmenttrue1718730911095imj129Innovative USask 'mini-brains' could revolutionize Alzheimer’s treatmentUsing an innovative new method, a University of Saskatchewan (USask) researcher is building tiny pseudo-organs from stem cells to help diagnose and treat Alzheimer’s.research, 1715698020000/articles/research/2024/innovative-usask-mini-brains-could-revolutionize-alzheimers-treatmentnewssite://news/articles/research/2024/innovative-usask-mini-brains-could-revolutionize-alzheimers-treatmentccm0461715700363521ccm0461717782317655show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/mini-brain-petri_m8a8228.jpgsite://news/images/2024/mini-brain-petri_m8a8228.jpgnewsmini-brain-petri_m8a8228.jpg1055541080720While a USask-designed "mini-brain" synthetic organoid might look like a tiny wad of chewing gum, it could be a gamechanger for Alzheimer's research (credit: USask/David Stobbe)While a USask-designed "mini-brain" synthetic organoid might look like a tiny wad of chewing gum, it could be a gamechanger for Alzheimer's research (credit: USask/David Stobbe)NoNonesupport-critical-researchNo/
TextImage/images/2024/mini-brain-tyler-wenzel_m8a8310.jpgsite://news/images/2024/mini-brain-tyler-wenzel_m8a8310.jpgnewsmini-brain-tyler-wenzel_m8a8310.jpg711591080720Dr. Tyler Wenzel (PhD), postdoctoral fellow in the USask College of Medicine’s Department of Psychiatry (credit: USask/David Stobbe)Align right

When Dr. Tyler Wenzel (PhD) first came up with the idea of building a miniature brain from stem cells, he never could have predicted how well his creations would work.

Now, Wenzel’s “mini-brain” could revolutionize the way Alzheimer’s and other brain-related diseases are diagnosed and treated.

“Never in our wildest dreams did we think that our crazy idea would work,” he said. “These could be used as a diagnostic tool, built from blood.”

Wenzel, a postdoctoral fellow in the College of Medicine’s Department of Psychiatry, developed the idea for the “mini-brain” - or more formally, a one-of-a-kind cerebral organoid model – while working under the supervision of Dr. Darrell Mousseau (PhD).

Human stem cells can be manipulated to develop into practically any other cell in the body. Using stem cells taken from human blood, Wenzel was able to create a tiny artificial organ – roughly three millimetres across and resembling visually what Wenzel described as a piece of chewed gum someone has tried to smooth out again.

These “mini-brains” are built by creating stem cells from a blood sample, and then transforming these stem cells into functioning brain cells. Using small synthetic organoids for research is not a novel concept – but the “mini-brains” developed in the Mousseau Lab are unique. As outlined in Wenzel’s recent published article in Frontiers of Cellular Neuroscience, the brains from the Mousseau Lab are comprised of four different types of brain cells while most brain organoids are comprised of only neurons.

TextImage/images/2024/mini-brain-mediumshot_m8a8431.jpgsite://news/images/2024/mini-brain-mediumshot_m8a8431.jpgnewsmini-brain-mediumshot_m8a8431.jpg621211080720A "mini-brain" in a petri dish--when created from the stem cells of individuals who have Alzheimer’s disease, the organoids display the pathology of Alzheimer’s--just on a smaller scale. (credit: USask/David Stobbe)Align left

In testing, Wenzel's "mini-brains" more accurately reflect a fully-fledged adult human brain, so they can be used to more closely examine neurological conditions of adult patients, such as Alzheimer disease.

And for those “mini-brains” created from the stem cells of individuals who have Alzheimer’s, Wenzel determined that the artificial organ displayed the pathology of Alzheimer’s – just on a smaller scale.

“If stem cells have the capacity to become any cell in the human body, the question then came ‘could we create something that resembles an entire organ?’” Wenzel said. “While we were developing it, I had the crazy idea that if these truly are human brains, if a patient had a disease like Alzheimer’s and we grew their ‘mini-brain,’ in theory that tiny brain would have Alzheimer’s.”

Wenzel said this technology has the potential to change the way health services are provided to those with Alzheimer’s, particularly in rural and remote communities. This groundbreaking research has already received support from the Alzheimer Society of Canada.

If Wenzel and his colleagues can create a consistent way to diagnose and treat neurological conditions like Alzheimer’s using only a small blood sample – which has a relatively long shelf life and can be couriered – instead of requiring patients to travel to hospitals or specialized clinics, it could be a tremendous resource savings for the healthcare system and a burden off of patients.

“In theory, if this tool works the way we think it does, we could just get a blood sample shipped from La Loche or La Ronge to the university and diagnose you like that,” he said.

The early proof-of-concept work on the “mini-brains” has been extremely promising – which means the next step for Wenzel is expanding the testing to a larger pool of patients.

The researchers are also interested in trying to expand the scope of the “mini-brain” research. According to Wenzel, if they can confirm the “mini-brains” accurately reflect other brain diseases or neurological conditions, they could potentially be used to speed up diagnoses or test the efficacy of drugs on patients.

As an example, Wenzel pointed to the substantial wait times to see a psychiatrist in Saskatchewan. If the “mini-brains” could be used to test which antidepressant works best on a patient suffering from depression, it could dramatically reduce the time required to see a doctor and receive a prescription.

A former high school science teacher who made the move into the world of research and academia, Wenzel said it’s the “nature of research” to come up with a hypothesis and hit close to the mark in an experiment that excites him his work.

The astounding success of the early “mini-brains,” however, has been so staggering that Wenzel admitted he still struggles to wrap his own brain around it.

“I’m still in disbelief, but it’s also extremely motivating that something like this happened,” Wenzel said. “It gives me something that I think will impact society and have actual relevance and create some change … it has a strong potential to shift the landscape of medicine.”

 

were-building-a-powerhouse-usask-hosts-international-conference-on-energytrue1718730911095imj129'We’re building a powerhouse': USask hosts international conference on energyThe upcoming conference will feature energy researchers, experts and policy-makers from around the world. Matt Olson, Research Profile and Impact1715632320000/articles/research/2024/were-building-a-powerhouse-usask-hosts-international-conference-on-energynewssite://news/articles/research/2024/were-building-a-powerhouse-usask-hosts-international-conference-on-energyccm0461715632418954ccm0461715632828736show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/poelzer-10801.jpgsite://news/images/2024/poelzer-10801.jpgnewspoelzer-10801.jpg2731971080720Dr. Greg Poelzer (PhD), a professor of USask’s School of Environment and Sustainability and co-lead of the Energy and Mineral Resources for a Sustainable Future Signature Area, on site in Galena, Alaska, near the Yukon River. (Photo: Submitted)Dr. Greg Poelzer (PhD), a professor of USask’s School of Environment and Sustainability and co-lead of the Energy and Mineral Resources for a Sustainable Future Signature Area, on site in Galena, Alaska, near the Yukon River. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The University of Saskatchewan (USask) is playing host for some of the world’s best and brightest at a crucial international energy conference.

The 2024 International Energy Forum takes place at USask’s Convocation Hall from May 14 to 16, 2024. Dr. Greg Poelzer (PhD), a professor of USask’s School of Environment and Sustainability (SENS) and co-lead of the Energy and Mineral Resources for a Sustainable Future Signature Area, said the conference gives USask a global stage to be at the forefront of the energy transition conversation.

TextImage/images/2024/poelzer-head-shot.jpgsite://news/images/2024/poelzer-head-shot.jpgnewspoelzer-head-shot.jpg147932800964Dr. Greg Poelzer (PhD), a professor of USask’s School of Environment and Sustainability and co-lead of the Energy and Mineral Resources for a Sustainable Future Signature Area. (Photo: Submitted)Align right

“We’re helping to advance the conversation about what’s possible in the world of energy,” Poelzer said. “Some people refer to Saskatchewan as a flyover province. We’re making all the planes land here to show the world what rich resources we are, and how strong USask can truly be.”

Energy transition is the process of moving towards additional forms of energy generation besides primarily fossil fuels. Poelzer said it’s a conversation that USask and the province need to be involved in as questions of energy security for the future become more and more prevalent.

The International Energy Forum will include speakers and researchers from Alaska and the rest of the United States, Norway, Sweden, other Canadian universities and Indigenous groups and communities throughout Saskatchewan.

The goal, as Poelzer puts it, is to bring together some of the world’s best minds to discuss strategies and research for the future of energy. Topics will include the role of critical minerals, innovations for the energy transition and policymaking around energy.

“We've had research and collaboration efforts with partner institutions, with utilities and with Indigenous organizations, and we’re pulling together this conference to bring them together – the best minds that are working on this – to share what’s going on in each of these regions,” Poelzer said. “It’s a rare opportunity.”

TextImage/images/2024/img-20230613-wa0019.jpgsite://news/images/2024/img-20230613-wa0019.jpgnewsimg-20230613-wa0019.jpg1626418001067Dr. Greg Poelzer (PhD), a professor of USask’s School of Environment and Sustainability and co-lead of the Energy and Mineral Resources for a Sustainable Future Signature Area. (Photo: Submitted)Align left

Poelzer highlighted the high-level researchers who are operating out of USask and advancing research and technology in the energy industry. He pointed to USask researchers like Dr. Oscar Zapata (PhD), the Centennial Chair in Community Energy Development, and Dr. Xiaodong Liang (PhD), Canada Research Chair in Technology Solutions for Energy Security in Remote, Northern, and Indigenous Communities as recognized national and international leaders at USask.

He also noted USask's Community Appropriate Sustainable Energy Security (CASES) Partnership reimagining energy solutions for remote and Indigenous communities led by Poelzer and Dr. Bram Noble (PhD) as an ongoing endeavour at the university to address energy security, as well as research into nuclear energy solutions being conducted at USask.

“We’re known internationally for the work we’re doing in this area,” he said. “We’re building a powerhouse here ... from the social science on economics and policy to the engineering side and everything in between.”

As the world continues to address its energy needs in new and innovative ways, Poelzer said USask can continue to be at the forefront of the future of energy.

“USask truly can be the university the world needs because we do have the resources and the will and the networks to contribute to this energy transition,” he said.

usask-explores-small-modular-reactors-fuel-with-federal-fundingtrue1718730911095imj129USask explores small modular reactors fuel with federal fundingResearchers at the University of Saskatchewan (USask) received $900,000 to explore new and more efficient uranium-based fuels for small modular nuclear reactors (SMRs).College of Engineering, research, 1715355840000/articles/research/2024/usask-explores-small-modular-reactors-fuel-with-federal-fundingnewssite://news/articles/research/2024/usask-explores-small-modular-reactors-fuel-with-federal-fundingccm0461715357307857ccm0461715357364331show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2016/Szpunar_Web.pngsite://news/images/2016/Szpunar_Web.pngnewsSzpunar_Web.png297609900600Dr. Jerzy Szpunar (PhD), professor in USask’s College of Engineering Dr. Jerzy Szpunar (PhD), professor in USask’s College of Engineering (Photo: USask)NoNonesupport-critical-researchNo/
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Dr. Jerzy Szpunar (PhD), a professor in USask’s College of Engineering specializing in advanced nuclear materials, and his team of researchers will use advanced simulations and experiments to evaluate the performance of uranium-based fuels adopted for Canadian SMR technology.

SMRs are nuclear energy producers that are small in size and intended to be factory-constructed and portable. Particularly in provinces like Saskatchewan, where providing energy to remote regions can be challenging, SMRs are potentially game-changing technology.

“SMRs are not only for generation of electricity, but the heat from the reactor can be used for many other applications,” Szpunar said. “Heating, water desalination and water treatment, hydrogen production ... we in Canada have a high number of small settlements, and transport of energy over long distances is expensive and complicated. That type of package of services related to SMR energy is of special interest.”

The research project received funding from a combination of the Natural Sciences and Engineering Research Council of Canada (NSERC) and Natural Resources Canada through NSERC’s Alliance grants program, intended to support collaborations between Canadian university researchers and non-university institutions.

Szpunar’s research will delve into the fuels used to power SMRs, with particular interest to the GE-Hitachi design selected by SaskPower as a potential Saskatchewan SMR and the ARC-100 Clean Energy reactor proposed in New Brunswick. This research project will allow Szpunar and his team to analyze the performance of fuels and propose modifications of current fuels for both SMR reactors and also explore different fuel options for SMRs in Canada and beyond.

“We believe, especially in Saskatchewan where uranium is mined, the research on adding value to uranium export should be supported and that current SMR fuel designs can likely be replaced with ‘accident-tolerant fuels,’” Szpunar said. “These ATF fuels have improved thermo-mechanical properties and can reduce the likelihood of malfunctions or meltdowns of the of the reactor core.”

Szpunar said that due to the nature of SMRs, experimental testing is extremely difficult. He noted that his team has developed expertise in creating detailed computer simulations of fuel structure and performance while at high temperatures, exposed to radiation and corrosion environments.  No nuclear fuels will be physically tested at USask as part of this research.

He said that they are also interested in simulating the performance of metallic-based fuels – compounds like uranium nitride – to determine their overall potential benefits and risks. Metallic-based fuels have high thermal conductivity at high temperatures and can potentially reduce risks of meltdowns of the reactor core.

“The first step is predicting the behaviour of current fuels and suggesting modifications, and the second step is investigating the use of other fuels and cladding to improve the performance of selected SMR reactor,” he said.

Currently, Szpunar said that uranium-based SMR fuels will be purchased mainly from the United States. As 20 to 25 per cent of the world’s uranium is mined in Saskatchewan, exploring best practices for developing advanced SMR fuel could be of great benefit to the province’s economy.  

“We will be adding value to resources that are mined here,” he said. "I believe USask research should be a leader in this area.”

usask-delegation-in-germany-to-strengthen-international-partnershipstrue1718730911095imj129USask delegation in Germany to strengthen international partnershipsSenior leaders from the University of Saskatchewan (USask), along with leadership from Innovation Saskatchewan, travelled to Germany this past week to continue forging strong global partnerships for Saskatchewan.international, pec1715266800000/articles/research/2024/usask-delegation-in-germany-to-strengthen-international-partnershipsnewssite://news/articles/research/2024/usask-delegation-in-germany-to-strengthen-international-partnershipsccm0461715353367687ccm0461718312494239show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/baljit-panel-1.jpgsite://news/images/2024/baljit-panel-1.jpgnewsbaljit-panel-1.jpg2263581080880USask leadership and members the Saskatchewan Germany Office, Innovation Saskatchewan, and the Embassy of Canada hosted the Saskatchewan-Germany R&D Partnerships Forum as part of the Germany missionUSask leadership and members the Saskatchewan Germany Office, Innovation Saskatchewan, and the Embassy of Canada hosted the Saskatchewan-Germany R&D Partnerships Forum as part of the Germany mission. (Photo: Submitted)NoNoneNoneNo/
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The delegation’s agenda centered on activities that built and strengthened ties with government, top research institutions, and private industry. Discussions with these groups focused on topics ranging from quantum technologies to agriculture and sustainability.

The mission featured meetings with world-class institutions including Goethe University, the German Academic Exchange Service (DAAD), and the Eberswalde University for Sustainable Development. The engagements are part of USask’s efforts to elevate new and existing student exchange programs and spearhead joint research innovations.

The tour also featured a one-of-a-kind forum that USask co-hosted alongside the Saskatchewan Germany Office, Innovation Saskatchewan, and the Embassy of Canada. The forum blended critical topics spanning continents and provided a unique opportunity for groups in government, academia, and industry to come together to respond to these international challenges. Guest speakers included representatives from world-leading organizations, including the University of Bonn, IBM Quantum, Nuclidium AG, Bayer AG, and LenioBio GmbH.

The international trip underscores USask’s commitment to be what the world needs and reflects the institution’s efforts to nurture and foster a global network that champions innovation.

 

TextImage/images/2024/uofs-group-with-hom.jpgsite://news/images/2024/uofs-group-with-hom.jpgnewsuofs-group-with-hom.jpg2064171080720USask leadership and members the Saskatchewan Germany Office, Innovation Saskatchewan, and the Embassy of Canada hosted the Saskatchewan-Germany R&D Partnerships Forum as part of the Germany mission. (Photo: Submitted)Above content

QUOTES:

“The University of Saskatchewan is building relationships, sharing expertise, and pursuing innovative research partnerships in Germany. Our Saskatchewan Trade and Investment Office in Germany works hard to support institutions like the University of Saskatchewan, along with industry partners and Saskatchewan businesses in finding new opportunities. These international engagement efforts are making an impact, as Saskatchewan exports to Germany saw an increase of over 230 per cent in 2023. Last year, 23 Saskatchewan companies went to Germany to attend Agritechnica, resulting in over 867 trade leads and over 190 deals with anticipated sales of $18.8 million.”

  • Jeremy Harrison, Minister of Trade and Export Development and Minister Responsible for Innovation Saskatchewan

“USask is developing world-class research programs by building and strengthening partnerships with Germany. This mission presents an opportunity to respond to global challenges, leverage our strengths, and unlock new collaborative research opportunities.”

  • Peter Stoicheff, President, University of Saskatchewan

“To drive a sustainable economy and tackle challenges such as food and water insecurity through the use of advanced technologies, we need the connected input of industry, academia and international collaboration. This Germany mission is an essential piece in USask’s international efforts to enhance our research innovation.”

  • Baljit Singh, Vice-President Research, University of Saskatchewan

"We are pleased to collaborate with innovative organizations and companies in countries of strategic significance like Germany. Events such as the Saskatchewan-Germany R&D Partnerships Forum play a crucial role in fostering foundational relationships that not only support interests shared between Germany, Innovation Saskatchewan and our broader province, but also drive global innovation to new heights.”

  • Kari Harvey, CEO, Innovation Saskatchewan
usask-agriculture-research-receives-25-million-boost-from-governments-of-canada-and-saskatchewantrue1718730911095imj129USask agriculture research receives $25 million boost from Governments of Canada and SaskatchewanThe federal and provincial governments have announced an investment of $25 million for continued support of 15 strategic research chairs at the University of Saskatchewan’s (USask) College of Agriculture and Bioresources through the Sustainable Canadian Agricultural Partnership.College of Agriculture and Bioresources, research,1715196600000/articles/research/2024/usask-agriculture-research-receives-25-million-boost-from-governments-of-canada-and-saskatchewannewssite://news/articles/research/2024/usask-agriculture-research-receives-25-million-boost-from-governments-of-canada-and-saskatchewanccm0461715196708027ccm0461715196878619show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/gnfc9snbsaaacrb.jpegsite://news/images/2024/gnfc9snbsaaacrb.jpegnewsgnfc9snbsaaacrb.jpeg1699811080720Hand holding a pan full of grain seeds.NoNonesupport-critical-researchNo/
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“Investing in research is vitally important to the long-term resilience and continued growth of Canada’s agriculture sector,” said Canada’s Minister of Agriculture and Agri-Food Lawrence MacAulay. “I have no doubt this innovative research will help ensure our farmers stay on the cutting edge.”

Funding is provided through the Strategic Research Program and is focused on supporting crop genetic improvement, livestock development, food and bioproducts development and soils and environment. 

“The Government of Saskatchewan is committed to funding evidence-based research initiatives to better serve our agriculture sector,” said Saskatchewan’s Minister of Agriculture David Marit. “Providing stable funding to attract and retain leading scientists in key strategic areas increases the competitiveness and resilience of Saskatchewan’s agriculture sector and our provincial economy along with it.”

“This investment in USask research is an investment in the success and sustainability of Saskatchewan’s agriculture sector,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources. “USask researchers are advancing innovative solutions that meet the needs of farmers, industry and consumers.”

The Sustainable Canadian Agricultural Partnership is a five-year, $3.5-billion investment by Canada's federal, provincial and territorial governments that supports Canada's agri-food and agri-products sectors. This includes $1 billion in federal programs and activities and a $2.5 billion commitment that is cost-shared 60 per cent federally and 40 per cent provincially/territorially for programs that are designed and delivered by provinces and territories.

usask-partnership-with-ukraine-advances-global-conservation-effortstrue1718730911095imj129USask partnership with Ukraine advances global conservation effortsA University of Saskatchewan (USask) research partnership is embracing ties with Ukraine to address global ecosystem health – a challenge further complicated by the Russian invasion.Lindsay Herman, Research Profile and Impact research, SENS,1714570200000/articles/research/2024/usask-partnership-with-ukraine-advances-global-conservation-effortsnewssite://news/articles/research/2024/usask-partnership-with-ukraine-advances-global-conservation-effortsccm0461714506367429ccm0461714571509006show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/banner-photo.jpgsite://news/images/2024/banner-photo.jpgnewsbanner-photo.jpg3648771080720Dr. Vladmir Kricsfalusy (PhD) undertakes field research at Redberry Lake Biosphere Reserve (Photo: M. Blom)Dr. Vladmir Kricsfalusy (PhD) undertakes field research at Redberry Lake Biosphere Reserve (Photo: M. Blom)NoNonesupport-critical-researchNo/
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Home to one of the largest populations of Ukrainians outside of Ukraine, the social and cultural fabric of the Canadian Prairies holds deep ties to this country.

A lesser-known link between Saskatchewan and Ukraine is some similarity in their ecosystems and vegetation. In both countries, these natural assets are endangered by human activities and land-use considerations. Parallels between Saskatchewan and Ukraine are paving the way for researchers to examine the benefit of grassland and wetland conservation globally.

TextImage/images/2024/vlad_uofs.jpgsite://news/images/2024/vlad_uofs.jpgnewsvlad_uofs.jpg1698768001096Dr. Vladimir Kricsfalusy (PhD) is an associate professor in USask’s School of Environment and Sustainability (Photo: Submitted)Align right

Dr. Vladimir Kricsfalusy (PhD), associate professor in USask’s School of Environment and Sustainability (SENS), is leading a two-year project between USask and the National Academy of Sciences of Ukraine’s Institute of Ecology of the Carpathians (IEC) to build on a decade of international collaborative ecosystem research. With support from USask’s International Research Partnership Fund, this project aims to forecast the negative consequences of climate change within endangered ecosystems and to support future conservation efforts in both countries. His team includes Dr. Ivan Danylyk (DSc), director of the IEC, as well as a visiting PhD student from Ukraine, an undergraduate exchange-student from Germany, and several USask-based graduate students.

“This is the place where we learn from each other,” Kricsfalusy said. “From our experiences, from our successes, and sometimes, from our failures.”

International research is not new to Kricsfalusy, who first participated in plant ecology and vegetation science studies with neighbouring European countries from his home in Ukraine. Upon immigrating to Canada, he quickly recognized similarities between the two countries at the ecosystem, plant community, and species levels. Many common species in Ukraine are considered invasive in Canada, and vice versa. Some shared sensitive species – like the prairie crocus – became research models in his studies.

To date, much of Kricsfalusy’s research has involved comparative analysis between the Saskatchewan prairie and the Ukrainian steppe (a grassland region of Southeastern Ukraine). In recent years, the Russian invasion of Ukraine caused significant environmental degradation to the steppe ecosystem, that Kricsfalusy recognized as “a biodiversity heritage area of global significance.”

Unable to continue their work in the Ukrainian steppe, Kricsfalusy and his team are turning their attention to other important and threatened ecosystems present in both Saskatchewan and Ukraine: fen wetlands. A fen is a type of peat-accumulating wetland fed by mineral-rich ground or surface water. Fens take thousands of years to develop and cannot easily be restored once destroyed.

Like grasslands, fen wetlands are endangered locally and globally due to human impact, being regularly drained and filled in the name of agriculture and development. These fen wetlands are species-rich, bog-like areas of high importance, not only for biodiversity conservation, but also from a sustainability perspective: they play a critical role in carbon sequestration, and also store flood waters and naturally release them during periods of drought.

“Wetlands are one of the most important ecosystems, with several ecological and economic benefits,” said Kricsfalusy. “They provide numerous beneficial services for people and wildlife that no other ecosystem can.”

Though missiles can sometimes be heard in the distance, the fen wetlands of Roztochia Biosphere Reserve and Shatsk National Nature Park in Northwestern Ukraine remain safe and viable study sites for the next chapter of the team’s research. In Saskatchewan, fieldwork will take place in the Redberry Lake Biosphere Reserve and Prince Albert National Park.

The team’s analysis of fen wetlands will be the first of its kind undertaken at an international scale between the North American and European continents. Embracing knowledge and input from local and Indigenous communities, their work will involve documenting diversity patterns of indicator plants like sedges and willows, determining threats to habitats and rare species, identifying threatened vegetation for use in future conservation plans, and sharing their data to regional, national, and international databases. 

Addressing the complexity of human factors in both Ukraine and Saskatchewan, Kricsfalusy emphasized that their work will be underscored by the conceptual framework of ‘nature conservation.’

“Protecting and restoring fen wetland ecosystems can protect our own safety and welfare, too,” he said. “People should be part of that consideration and actively work to halt biodiversity loss and mitigate climate change.”

usask-researchers-explore-new-cell-target-for-cystic-fibrosis-treatmenttrue1718730911095imj129USask researchers explore new cell target for cystic fibrosis treatmentA rare cell type in the airways of the lungs may lead to new and innovative cystic fibrosis treatments.Matt Olson, Research Profile and Impactresearch, 1714145580000/articles/research/2024/usask-researchers-explore-new-cell-target-for-cystic-fibrosis-treatmentnewssite://news/articles/research/2024/usask-researchers-explore-new-cell-target-for-cystic-fibrosis-treatmentbpk4551714145869950ccm0461717596093226show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/ianowski_team_cred-matt-olson.jpgsite://news/images/2024/ianowski_team_cred-matt-olson.jpgnewsianowski_team_cred-matt-olson.jpg1564501200800(back to front, L-to-R) Dr. Juan Ianowski (PhD), Nicolas Henao Romero, Dr. Julian Tam (MD), Dr. Xiaojie Luan (PhD), Jannatul Mustofa, Dr. Veronica Campanucci (Phd) and Dr. Yen Le (PhD) contributed to a paper on the role of a newly-identified cell type in cystic fibrosis. (Photo by Matt Olson)(back to front, L-to-R) Dr. Juan Ianowski (PhD), Nicolas Henao Romero, Dr. Julian Tam (MD), Dr. Xiaojie Luan (PhD), Jannatul Mustofa, Dr. Veronica Campanucci (Phd) and Dr. Yen Le (PhD) contributed to a paper on the role of a newly-identified cell type in cystic fibrosis. (Photo by Matt Olson)NoNonesupport-critical-researchNo/
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A team of University of Saskatchewan (USask) researchers are exploring the role of a newly identified cell type in cystic fibrosis (CF), which could lead to effective new types of treatment.

Researchers led by the College of Medicine’s Dr. Juan Ianowski (PhD) in the Department of Anatomy, Physiology and Pharmacology, and Dr. Julian Tam (MD) in the Division of Respirology, Critical Care and Sleep Medicine, recently published a paper in the American Journal of Respiratory and Critical Care Medicine highlighting the function of pulmonary ionocyte cells in CF.  

CF disease is a genetic condition caused by mutations in the cystic fibrosis transmembrane conductance regulator (CFTR) protein. Because some potential treatments of CF involve targeting and modifying the CFTR function at the genetic level in sick airway cells, the specific role various types of cells play in CF disease – like the pulmonary ionocyte – is critical for creating targeted treatments. This newly identified cell type is now being explored by Ianowski and Tam’s team of researchers. 

“We do have a lot to offer when it comes to testing and experimental models,” Ianowski said. “Gene therapy treatments, if they work and we have a systematic way of developing them, it’s a game changer for this and other diseases as well.” 

Pulmonary ionocytes, a recently discovered and rare lung cell type, were identified as existing in small numbers – fewer than one per cent of the airway surface cells in the lungs. Ianowski and Tam’s research suggests that these cells play a crucial role in the pH levels of airway surface liquid (ASL). 

“It’s been shown that abnormal airway acidity is an important component of CF lung disease pathobiology,” Tam said. “What we found is that pulmonary ionocytes regulate the acidity of CF airways.” 

CF disease affects cells throughout the body and the glands that produce sweat and mucous. Some of the symptoms of CF disease include thickened mucous, difficulty clearing the airways of mucous, and susceptibility to lung infections and other similar issues.  

ASL with high acidity has been shown to increase the difficulty of mucociliary clearance and reduce resistance to infection – which means pulmonary ionocytes could be a key factor in how CF disease manifests.  

“This minute population of cells express most of the RNA for CFTR,” Ianowski said. “So now there is a paradigm shift for the field ... ‘Is it possible to tag those cells? How easy is it going to be to fix those cells, and also, with what?’ It’s a very difficult thing to study because how do you study 0.5 per cent of the entire epithelia?” 

Research into this new cell is still ongoing. Ianowski noted that the role and distribution of pulmonary ionocytes does not appear to be random, but the reason and function behind their distribution is not completely understood yet. 

This new type of cell has been a focus of CF research around the world since its discovery. While some research has suggested that pulmonary ionocytes play a role in the creation of ASL, Tam and Ianowski’s research suggests it affects the acidity of the liquid only. 

Better comprehension of the function of the cell – and how that function relates to symptoms of CF – will help support future treatments. 

“One of our lab’s tools is a specialized technique that allows us to study cells at a single-cell level,” Tam said. “We think it’s important to correct the appropriate cells for gene therapies, so having an understanding of which cells have which function would allow researchers to do this.” 

Ianowski said he’s excited for new opportunities to collaborate with other researchers in the development of gene therapies to combat CF. While this research team might not be the ones to create those treatments, Ianowski said their unique lab at USask is well-suited to provide the underlying expertise – like their work analyzing the function of pulmonary ionocytes – to help inform the creation of advanced CF therapies in the future. 

This research was funded by the Cystic Fibrosis Foundation (USA), Cystic Fibrosis Canada, the Canadian Institutes of Health Research, the Saskatchewan Health Research Foundation and the Respiratory Research Centre and College of Medicine at the University of Saskatchewan. 

The research team working on this paper also includes Dr. Veronica Campanucci (PhD), Dr. Xiaojie Luan (PhD), Dr. Yen Le (PhD), Nicolas Henao Romero, and Jannatul Mustofa with USask’s Department of Anatomy, Physiology and Pharmacology and the Respiratory Research Centre. 

usask-research-uses-innovative-techniques-to-trace-lithium-deep-undergroundtrue1718730911095imj129USask research uses innovative techniques to trace lithium deep undergroundA University of Saskatchewan (USask)-led research team has been awarded nearly $1.39 million through the NSERC Alliance Missions grant for critical minerals research to help detect deposits of lithium that are key to renewable energy initiatives.research, College of Arts and Science,1713969000000/articles/research/2024/usask-research-uses-innovative-techniques-to-trace-lithium-deep-undergroundnewssite://news/articles/research/2024/usask-research-uses-innovative-techniques-to-trace-lithium-deep-undergroundccm0461713967554238ccm0461713969329588show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/holmden-baraut-guinet.jpgsite://news/images/2024/holmden-baraut-guinet.jpgnewsholmden-baraut-guinet.jpg1953271080720From left: Dr. Chris Holmden (PhD) and Dr. Lambert Baraut-Guinet (PhD). (Photos: Submitted)From left: Dr. Chris Holmden (PhD) and Dr. Lambert Baraut-Guinet (PhD). (Photos: Submitted)NoNonesupport-critical-researchNo/
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Spearheaded by Dr. Chris Holmden (PhD), a professor in Geological Sciences in the College of Arts and Science and the co-director of the Saskatchewan Isotope Laboratory, the Natural Sciences and Engineering Research Council of Canada-supported research project will trace lithium-brine origins using lithium isotopes to advance an innovative project to better predict and track economic concentrations of lithium located deep below Saskatchewan’s surface.

“We want to know why the lithium is more concentrated in some formations and less concentrated in others,” Holmden said. “And then we want to tell the industry – once we have a better understanding of what controls those levels of high lithium concentration in those deep aquifers – maybe you should be looking over here.”

Lithium is a soft silver-white metal with a variety of uses in modern technology. Crucially, lithium compounds are considered a key material in the transition to renewable energy as about 80 per cent of lithium’s use around the world is for the manufacture of batteries, electric vehicles and power storage, as per the federal government’s website.

Holmden’s project will analyze lithium sources from across Saskatchewan to determine their different isotopes – variations of the same element determined by the number of neutrons in each atom. These different isotopic sources of lithium can then be used to understand how different sources of lithium contribute to brine-lithium concentrations, and to develop better distribution models for mapping this critical mineral.

Saskatchewan has substantial amounts of brine-lithium. As oil is drilled from the earth, saltwater from underground reservoirs more commonly known as oilfield brine is extracted along with it. Many of these brines are full of lithium in various concentrations, and several companies are working towards establishing commercial lithium production facilities in Saskatchewan’s Williston Basin.

Dr. Lambert Baraut-Guinet (PhD), one of the project’s leading geochemists from the Saskatchewan Isotope Lab, said lithium is more important than ever as the world explores new sources of energy – and this project is crucial to the development of a brine-lithium industry in Saskatchewan.

“It’s amazing – it's a mining project, and this is at the forefront of the work we need to do to transition to a greener economy,” he said. “Eventually helping extract lithium in a cleaner way in Saskatchewan than what is done elsewhere is a very important objective. And using isotopes to do that is very exciting.”

The research team is working with industry and government partners including CEO Cam Taylor of ROK Resources, Dr. Ben Rostron (PhD) with Isobrine Solutions, and geologist Gavin Jensen with the Saskatchewan Geological Survey to make this research project a reality.

TextPullquote"This is at the forefront of the work we need to do to transition to a greener economy.” Dr. Lambert Baraut-Guinet /Align left

The most current understanding of where lithium can be found in the basin comes from decades of historical geological surveys in oil producing areas, so establishing a brine-lithium deposit model is necessary to guide expensive drilling operations in frontier areas of the basin.

“Nowadays, lithium is produced either by hard rock mining or by continental brine evaporation processes that consume a lot of water,” Baraut-Guinet said. “Direct Lithium Extraction is the next step for companies that want to just tap into Saskatchewan’s deep reserves of brine lithium.”

Due to lithium’s importance in the manufacturing of batteries and other energy-related infrastructure, Holmden and Baraut-Guinet said it’s important for Canada to have access to the mineral. This project could position Saskatchewan at the forefront of providing that resource.

“With the criticality of minerals, different countries are going to want their own local supply, and Canada ought to have its own as well,” Holmden said. “The Williston Basin has the potential to become really important to Canada’s critical mineral security.”

Three other projects also received NSERC Alliance Missions grant for critical minerals research, totalling more than $4.13 million for all four USask-led critical minerals research projects. Those projects are:

  • Kevin Ansdell (PhD), Department of Geological Sciences – Life cycle assessment of critical minerals in a copper-zinc system – $1,162,800
  • Yuanming Pan (PhD), Department of Geological Sciences – Synchrotron characterization on the surface chemistry of spodumene and other lithium silicates: Toward efficient and sustainable development of Canadian lithium pegmatites – $770,498
  • Camille Partin (PhD), Department of Geological Sciences – Unlocking Canada’s rare earth element (REE) potential: a multidisciplinary approach to understand high-grade critical REE mineralization in northern Saskatchewan $807,218
greenandwhite-usask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plastictrue1718730911095imj129USask researchers develop eggshell ‘bioplastic’ pellet as sustainable alternative to plasticUSask-designed pellet is a “closed loop” system that absorbs key agricultural nutrient.Kristen McEwenCollege of Arts and Science, research, sustainability1713783840000/articles/research/2024/greenandwhite-usask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plasticnewssite://news/articles/research/2024/greenandwhite-usask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plasticnews_ws1713817609641ccm0461713905917344show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/6308.jpgsite://news/images/2024/6308.jpgnews6308.jpg3041261080720USask researcher and chemistry professor Dr. Lee Wilson (PhD'98), left, and PhD candidate Bernd Steiger hold bioplastic pellets designed to absorb contaminants in water. Photo by Kristen McEwenUSask researcher and chemistry professor Dr. Lee Wilson (PhD'98), left, and PhD candidate Bernd Steiger hold bioplastic pellets designed to absorb contaminants in water. (Photo: Kristen McEwen)NoNonesupport-critical-researchYesNoYesSame folderYesImage/images/articles/2024/lee-wilson-web.jpgsite://greenandwhite/images/articles/2024/lee-wilson-web.jpggreenandwhitelee-wilson-web.jpg130103825550Dr. Lee Wilson and Bernd Steiger are holding small vials of brown coloured pelletsUSask researcher and chemistry professor Dr. Lee Wilson (PhD'98), left, and PhD candidate Bernd Steiger hold bioplastic pellets designed to absorb contaminants in water. Photo by Kristen McEwenNoNonesupport-critical-researchNo/
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What if there was plastic-like material that could absorb excess nutrients from water and be used as a fertilizer when it decomposes?

That product – a “bioplastic” material – has been created by University of Saskatchewan (USask) chemistry professor Dr. Lee Wilson (PhD'98) and his research team detailed in a paper recently published in the Royal Society of Chemistry Sustainability Journal. The research team includes PhD candidate Bernd G. K. Steiger, BSc student Nam Bui and postdoctoral fellow trainee Bolanle M. Babalola.

“We’ve made a bioplastic material that functions as an absorbent and it takes phosphate out of water, where elevated levels of phosphate in surface water is a huge global water security issue,” he said. “You can harvest those pellets and distribute them as an agricultural fertilizer.”

Wilson, a member of the Global Institute for Water Security (GIWS), and his research laboratory team, focus on developing forms of “bioplastic” – a material that looks like plastic but is made of biological materials (or biomaterials) that are designed to decompose.

Like plastic, bioplastics can be used in many ways, from packing materials such as bioplastic boxes or plastic bags designed for containing food.

TextImage/images/articles/2024/lee_wilson_2-web-web.jpgsite://greenandwhite/images/articles/2024/lee_wilson_2-web-web.jpggreenandwhitelee_wilson_2-web-web.jpg72336500750USask chemistry professor Dr. Lee Wilson (PhD) holds an example of bioplastic pellets designed to absorb phosphate from water. Photo by Kristen McEwenAlign left

This bioplastic material is a biocomposite pellet that contains a marine polysaccharide (chitosan), eggshells, and wheat straw. The pellet is its own “closed loop” material that absorbs phosphate from water sources and is then used as a fertilizer source for agricultural applications.

Phosphate is an essential nutrient commonly used in fertilizers for agriculture. As a key chemical in growing food around the world, an excess of phosphate in water sources can lead to increased growth of aquatic plants, such as blue green algae. Blue green algae can release toxins, which are harmful to humans and animals.

Phosphate is also a non-renewable resource and obtained through phosphate rock mining. Phosphate minerals have a limited supply can be depleted when it leaches from the ground to surrounding water sources.

This closed loop system is an alternative solution to mining phosphate and instead using the nutrient already present in water sources. It is also an alternative to products that use plastic coatings to deliver fertilizer to agricultural land, eventually becoming microplastic pollution.

Microplastics are an increasingly growing concern in the world – its long-term impact on humans, animals and the environment are not yet completely known.

“When these (plastics) break down in the environment, they will actually form microplastics,” he said. “Microplastics are one micron level and below in their physical size. They have plasticizers in them and other chemicals that can contaminate water.”

The chemicals that are added to make the plastic soft are what make the material toxic, Wilson explained. The more flexible, or soft, the plastic is, the more components have likely been added.

The plastic used for water bottles, pleather (plastic leather), or candy containers, are made of polypropylene, or polyethylene—strong materials with additive chemicals that can leach out of the product in landfills when water percolates through it, he explained.

TextImage/images/articles/2024/lee_wilson_6-web-web.jpgsite://greenandwhite/images/articles/2024/lee_wilson_6-web-web.jpggreenandwhitelee_wilson_6-web-web.jpg94894433650USask chemistry professor Dr. Lee Wilson (PhD). Photo by Kristen McEwenAlign right

“Within the last decade, as plastic breaks down into small particles, it can get into food, and penetrate into cells,” Wilson said. Microplastics can get into the ocean, into groundwater, into plants which are harvested and processed into food.

“If you placed a plastic margarine container into your backyard and bury it, it might be there for 50 years or more until it starts to crumble apart. But it’s those small particles that are harmful to human health.”

“With bioplastics, you can avoid all of that and you basically get something that breaks down into its original components or can be more readily composted or degraded through natural processes,” he added.

Wilson added that reducing synthetic materials and plastics in the environment would also make an impact. For example, if the plastic was made of 90 per cent bioplastic and 10 per cent synthetic, it would reduce the overall load in the environment and possibly allow the plastic to break down more readily.

“One of the issues with microplastics is there’s a lot of technology available to remove plastic from the ocean, but it’s the willingness and the political will (preventing it) but the science and technology is already there.”

Article originally published at https://artsandscience.usask.ca

/articles/2024/usask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plasticshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://greenandwhite/articles/2024/usask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plasticgreenandwhiteusask-researchers-develop-eggshell-bioplastic-pellet-as-sustainable-alternative-to-plasticArticle headlineUSask researchers develop eggshell ‘bioplastic’ pellet as sustainable alternative to plasticUSask-designed pellet is a “closed loop” system that absorbs key agricultural nutrientalumniKristen McEwenApr 22, 2024 11:04 AM
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minister-champagne-highlights-usasks-vido-in-post-budget-tourtrue1718730911095imj129Minister Champagne highlights USask’s VIDO in post-budget tourThe Government of Canada’s commitment to invest in research innovation, talent development and pandemic preparedness was celebrated this morning during Minister of Innovation, Science and Industry François-Philippe Champagne’s visit to the University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO).VIDO, research, 1713805200000/articles/research/2024/minister-champagne-highlights-usasks-vido-in-post-budget-tournewssite://news/articles/research/2024/minister-champagne-highlights-usasks-vido-in-post-budget-tourccm0461713806940005ccm0461713806985679show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/vido-2024-1080.jpgsite://news/images/2024/vido-2024-1080.jpgnewsvido-2024-1080.jpg2134681080720Students and researchers meet with Minister Francois-Philippe Champagne at one of VIDO's Level 2 laboratories. (Credit: USask/ David Stobbe)Students and researchers meet with Minister Francois-Philippe Champagne at one of VIDO's Level 2 laboratories. (Photo: USask/ David Stobbe)NoNonesupport-critical-researchNo/
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The visit follows last week’s federal budget announcement, which proposes to provide $30 million to VIDO to complete critical infrastructure that establishes the organization as Canada’s Centre for Pandemic Research—including a new animal housing facility and upgrades to containment Level 4. This investment will enable the study of priority pathogens (including high-risk pathogens with pandemic potential) to support vaccine and therapeutic development, a key pillar in Canada’s Biomanufacturing and Life Sciences Strategy.

The minister, alongside members of VIDO’s and USask’s leadership team, toured VIDO’s secure research and biomanufacturing facilities and animal-housing facility construction site.

Students, post-doctoral fellows, and researchers were in attendance to present their research and highlight how these important investments support innovation and the development of the next generation of talent.

USask officials applauded the 2024 federal budget’s strong support for key areas of post-secondary education and research. In addition to VIDO, the Canadian Light Source (CLS) at USask will receive a three-year, $83.5-million operating funding extension. As Canada’s only synchrotron light source and an invaluable tool for innovative science in advanced materials, agriculture, environment, and health, this funding ensures that the CLS is supported to stay on the leading edge of research.

Of significance to the Canadian post-secondary sector and to USask is the government’s $825 million commitment over five years to increase the value and number of federal master’s and doctoral scholarships and post-doctoral fellowships. This support will greatly support USask’s community of graduate students and post-doctoral fellows. This group advances innovative research, artistic, and scholarly work, and supports teaching and learning at the university. Currently, USask has 160 students receiving federal graduate and post-doctoral scholarships.

Research innovation will also be supported by the government’s investment in Canadian research granting agencies — Canadian Institutes of Health Research (CIHR), Natural Sciences and Engineering Research Council of Canada (NSERC), and Social Sciences and Humanities Research Council of Canada (SSHRC). These agencies will receive $1.8 billion over five years towards core research grant funding. This increase supports USask’s global competitiveness and advances Canada’s research enterprise, which includes development of highly qualified future leaders.

Quotes:

“Today’s research is tomorrow’s economy. That’s why our government is proud to support Canadian researchers, innovators, and students, at USask and across the country, who are at the forefront of discovery. These Budget 2024 investments reflect the ambition and vision of our next generation of researchers as they continue to position Canada as a global leader in science research.”

  • The Honourable François-Philippe Champagne, Minister of Innovation, Science and Industry

“This support from the federal government signals a strong commitment to, among other priorities, enhance Canada’s capacity to protect the health of Canadians and strengthen Canada’s agriculture sector. Through government support, VIDO is expanding its capabilities to become Canada’s Centre for Pandemic Research, a facility that will have some of the most advanced high-containment research and development capacity in the world, ensuring we are prepared for emerging infectious diseases.”

  • Peter Stoicheff, President and Vice-Chancellor, University of Saskatchewan

“USask researchers need world-class infrastructure to ensure a rapid response to the next pandemic.  Thus, federal government's strong commitment to support the creation of the Canada’s Centre for Pandemic Research is greatly appreciated and will enhance our efforts of being what the world needs.”

  • Baljit Singh, Vice-President Research, University of Saskatchewan

“The investments made by the Government of Canada are instrumental to VIDO’s evolution as Canada’s Centre for Pandemic Research—supporting the development of the next generation of scientific talent and advancing the creation of vaccines that will benefit the world.”

  • Volker Gerdts, Director and CEO, Vaccine and Infectious Disease Organization

 

wrapping-it-up-sustainablytrue1718730911095imj129Wrapping it up sustainablyUSask researchers investigate pulse proteins to replace petroleum in packagingJoanne Paulsonresearch, College of Agriculture and Bioresources, sustainability,1713798960000/articles/research/2024/wrapping-it-up-sustainablynewssite://news/articles/research/2024/wrapping-it-up-sustainablyccm0461713799182391ccm0461716405302373show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/film7.jpgsite://news/images/2024/film7.jpgnewsfilm7.jpg2908891080720Food and Bioproduct Sciences graduate student Madeline Warburton tests the flexibility of a food-based film developed by USask researchers.Food and Bioproduct Sciences graduate student Madeline Warburton tests the flexibility of a food-based film developed by USask researchers. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Every time you unwrap a grocery store steak to throw on the barbecue, you are also throwing a piece of unrecyclable, undegradable plastic into the garbage bin.

From there, that bit of petroleum-based waste heads to the landfill, there to remain for a long time or to find its way into freshwater resources.

There is a better way, and Dr. Michael Nickerson (PhD) is working on it.

TextImage/images/2024/img_8312.jpgsite://news/images/2024/img_8312.jpgnewsimg_8312.jpg109128800749Dr. Michael Nickerson (PhD). (Photo: Submitted)Align right

“There’s a huge demand on landfills. Microplastics are entering oceans. It has a huge impact,” said Nickerson, the Saskatchewan Agriculture and Food Research Chair in Protein Quality and Utilization in the Department of Food and Bioproduct Sciences in the College of Agriculture and Bioresources at the University of Saskatchewan (USask).­

“There’s a huge commitment from Canada in terms of enhancing environmental sustainability. There’s a big push into biomaterials and away from petroleum-based plastics. There’s a big demand on natural resources to produce them and also dispose of them. Organic materials can degrade quickly under the right conditions.”

As the research chair, his role is to find value-added crop ingredient uses for food, feed and biomaterial applications.

Nickerson is presently focused on food-based “films” made from pulse and other crop proteins.

“We’re trying to target a certain application for meat. We’re trying to replace the synthetic packaging that wraps around your meat—the plastic wrap—and replace it with this protein-based one that is more of an active packaging,” he said.

Nickerson and his team are also incorporating antimicrobial agents, such as essential oils, which are approved for food use.

“The idea is that we can control these active ingredients over time. We can not only protect the food but extend the shelf-life of these meat products.”

TextOne thing leads to anotherNone/Above content

A related innovation Nickerson is working on with colleague Dr. Supratim Ghosh (PhD) is using nanoscience to include oil droplets that manage the diffusion of antimicrobial agents through the film.

By changing the microstructure of the film, “we can get different release profiles and different shelf-life. We have a couple of students working on it now and doing some meat trials to show efficacy of this type of packaging.”

Meanwhile, Nickerson and his team are also finding some “really interesting results” branching off from the main project.

One of these is a formulation of the protein film that dissolves in water, which could lead to oral delivery systems of vitamins or oil-soluble nutraceuticals, for example.

“Sometimes in science you come up with one thing and it opens up more doors,” he said. “We’re starting to see other opportunities emerging from the science from this project.”

The course of new science always presents challenges, and one in this project is managing the colour pigments natural to the crops to obtain a clear film.

TextImage/images/2024/film2.jpgsite://news/images/2024/film2.jpgnewsfilm2.jpg2039521080723USask researchers are working to develop protein-based packaging to protect food items and extend the shelf-life of meat products. (Photo: Submitted)Above content

The other looming challenge will be scaling up—finding the technologies and willing companies to mass produce the film.

At the end of the three-year project, it will be time to seek additional funding and attract industrial partners to the project.

“We’re at the bench-top level and we have to change the way we process this to make it high throughput, which means extrusion and other technologies. We also need to find an industry that can actually deal with that,” Nickerson said.

“But we want to show proof of concept and then approach some companies to help manufacture. How can we adjust this prototype and what are the challenges?”

TextPulse market worth growingNone/Above content

The raw materials for Nickerson’s work are on the ground in Saskatchewan.

The province is a leading producer and exporter of pulses, predominantly lentils and peas, but this project may lead to increased planting of an up-and-coming Saskatchewan crop.

That would be faba bean, a legume which fixes nitrogen in the field (thereby reducing the need for fertilizer) and offers farmers an option for rotation.

It also has higher protein levels than pea. Yellow pea, for example, contains 23 per cent protein, while faba bean has 31 per cent.

“That’s important, because when you dry process it, you can create ingredients with higher protein levels which means more money,” Nickerson said.

Indeed, part of the reason he is choosing certain crops is to enhance the diversity of ingredients produced in Saskatchewan.

There has been recent “tremendous investment” in the dry processing industry, he added, while the provincial government has said in its growth plan that it hopes to see 50 per cent of pulses processed here by 2030.

“Our goal isn’t just to make the product,” Nickerson said. “Our goal is to increase market diversification. There’s a number of companies in Saskatchewan that are processing faba beans, and the industry in the food sector are asking for this. They want the faba bean ingredients.”

Nickerson is confident the Saskatchewan food industry will come through.

“Even though there are environmental impacts of droughts and disease, there’s always going to be crops,” he said.

“There’s a huge amount of innovation at the Crop Development Centre here at the university ... and at institutes around the world, to address changes in climate and impacts on crop quality. There is a strong commitment to resilience, adaptation, and sustainability.

“I think the crop supply will always be there.”

This project is funded by Saskatchewan’s Agriculture Development Fund.

usask-celebrates-launch-of-canadas-freshwater-monitoring-networktrue1718730911095imj129USask celebrates launch of Canada’s freshwater monitoring networkThe network involves experts from universities across Canada and includes stations and observatories in almost every province and territory.University Communicationswater, research, sustainability1713380580000/articles/research/2024/usask-celebrates-launch-of-canadas-freshwater-monitoring-networknewssite://news/articles/research/2024/usask-celebrates-launch-of-canadas-freshwater-monitoring-networkccm0461713382075224ccm0461713905891728show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/gwfo-pomeroy-3.jpgsite://news/images/2024/gwfo-pomeroy-3.jpgnewsgwfo-pomeroy-3.jpg2678651080720Dr. John Pomeroy (PhD), the director of the Global Water Futures Observatories (GWFO) project, speaks at the GWFO launch event on April 17, 2024.Dr. John Pomeroy (PhD), the director of the Global Water Futures Observatories (GWFO) project, speaks at the GWFO launch event on April 17, 2024. (Photo: Matt Olson)NoNonesupport-critical-researchNo/
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Led by USask in partnership with eight other Canadian universities, The Global Water Futures Observatories (GWFO) is a network of freshwater monitoring and observation stations placed strategically across Canada.

GWFO consists of 64 instrumented basins, lakes, rivers and wetlands, 15 deployable measurement systems and 18 state-of-the-art water laboratories which collectively serve as a national scientific freshwater observation network for Canada’s critical freshwater systems.

The April 17 event celebrating the launch of the GWFO was hosted by USask and the Global Institute for Water Security (GIWS), with additional gatherings at the University of Windsor and the University of Waterloo set to join virtually.

TextImage/images/2024/gwfo-drone-2.jpgsite://news/images/2024/gwfo-drone-2.jpgnewsgwfo-drone-2.jpg1749321080595Maddie Harasyn, a research technician with the Canmore Coldwater Laboratory, shows off drone technology at the Global Water Futures Observatories launch event on April 17, 2024. (Photo: Matt Olson)Above content

Water experts, government officials, and GWFO researchers from USask, the University of Windsor, the University of Waterloo, Wilfrid Laurier University, and McMaster University were scheduled to present and provide an overview of GWFO facilities during the launch event.

The GWFO initiative received more than $15 million from the Canada Foundation for Innovation’s Major Science Initiative in 2022. The observatory network will have the infrastructure to develop and provide consistent open access water data that will help provide a water early warning system and inform models and policy decisions surrounding water security and sustainability.

These monitoring stations will support Canadians in finding solutions for water issues regarding climate change, sustainable management of water resources, freshwater for communities, energy and agriculture, ecosystem conservation and much more.

The GWFO monitoring sites are scattered across both remote and populous locations in Canada, from within the Great Lakes to atop glaciers and mountaintops. The network is already providing cutting-edge data to researchers and has helped inform water prediction models used by the United Nations.

TextImage/images/2024/gwfo-nugent-1.jpgsite://news/images/2024/gwfo-nugent-1.jpgnewsgwfo-nugent-1.jpg2604861080810Katy Nugent, a research technician and lab manager for the Global Institute for Water Security, demonstrates water monitoring technology at the Global Water Futures Observatories launch event on April 17, 2024. (Photo: Matt Olson)Above content

“USask experts have set a precedent of being the best in Canada when it comes to water research. We look forward to seeing the endeavours of our water researchers with the support of GWFO resources as they continue to find creative ways for better use of water resources to serve Saskatchewan and Canada’s growing population and economic enterprise, and be what the world needs in this vital field.”

  • Baljit Singh (PhD), USask Vice-President, Research

“The security and sustainability of our water resources is an increasingly important discussion, given changes we are experiencing, particularly in water extremes. The GWFO allows us to have critical, consistent data to inform how we protect and manage those resources. We look forward to GIWS and GWFO continuing to inform our water future in Saskatchewan, Canada, and beyond.”

  • Corinne Schuster-Wallace (PhD), Director of GIWS

“The funding provided to GWFO shows our government recognizes the importance of critical and informed research into our water resources. The ongoing efforts of those running GWFO facilities, or using its data, will play a key role in determining the security and sustainability of Canada’s freshwater.”

  • John Pomeroy (PhD), Director of GWFO
usask-supports-new-music-community-organizationstrue1718730911095imj129USask supports new music, community organizationsA unique research grant supports the creation of new compositions for a concert supporting an important cause.USask Communicationsresearch, College of Arts and Science,1713199200000/articles/research/2024/usask-supports-new-music-community-organizationsnewssite://news/articles/research/2024/usask-supports-new-music-community-organizationsccm0461713199635170ccm0461713200969588show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/sjo-mcneill.jpgsite://news/images/2024/sjo-mcneill.jpgnewssjo-mcneill.jpg2073751080720Dean McNeill, head of USask’s Department of Music and the artistic director of the Saskatoon Jazz Orchestra (SJO), stands at the head of the SJO for their concert in December 2023. Dean McNeill, head of USask’s Department of Music and the artistic director of the Saskatoon Jazz Orchestra (SJO), stands at the head of the SJO for their concert in December 2023. (Photo: Courtesy of SJO)NoNonesupport-critical-researchNo/
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Funding from the University of Saskatchewan (USask) has sparked the creation of innovative artistic work for an organization with deep ties to the institution. 

With support from the Office of the Vice-President Research (OVPR), a concert took place on March 9 performed by the Saskatoon Jazz Orchestra (SJO) in support of the Ukrainian Museum of Canada. 

Dr. Baljit Singh (PhD), USask’s Vice-President Research, said research and creativity in the arts goes hand-in-hand and is of integral importance to USask’s research, scholarly and artistic work mission. 

“Artistic innovation is something to be celebrated by institutions like USask, and we need to continue fostering new artistic works in our community,” he said. “USask is home to some of the country’s most talented artists across many fields, and supporting their creativity makes the university a stronger and more diverse place.” 

The social justice-themed concert, titled A Kolomyika Fantasy, featured musicians from USask as well as many USask alumni and top professional musicians from across Western Canada. Some special compositions for the concert were also developed by USask faculty and alumni, delving into Ukrainian musical tradition as their muse. 

TextVideo/https://www.youtube.com/watch?v=1BPTWghVrU4Above content

Dean McNeill, the artistic director of the SJO and the head of USask’s Department of Music, lauded USask for its support of the arts in the community. 

McNeill said it’s impressive to see how much more can be accomplished in the fine arts with funding initiatives like this. He said the SJO would likely not exist in its current form were it not for support from organizations like USask being involved in the artistic community in various ways. 

“Wearing both hats, as a faculty member and as artistic director of the SJO, does help me make these university/community connections,” McNeill said. “In this way I can often create win-win scenarios in which I’m able to forward some on my own artistic and research artistic aspirations as a faculty member and at the same time serve and develop the community in artistic and social justice-forward ways.” 

The concert also received support from other organizations in Saskatoon and across the country, including arts-focused groups SK Arts, the Saskatoon Symphony Orchestra and the Canada Council for the Arts. 

TextVideo/https://www.youtube.com/watch?v=M7gSFOYfXfgAbove content

For McNeill, continuing to find avenues for the artistic community and USask to support each other is an exciting prospect to reflect and act on. 

“I think the university always has been and continues to be very interested in connective tissue that links its faculty, students, programs, and physical space to the various communities within which it resides,” McNeill said. 

“This concert was not only a fundraiser ... It is one of many examples of our fine arts faculty doing important work within the university and connecting said work out into the community in important, substantive and impactful ways.” 

This concert can be viewed on the Saskatoon Symphony Orchestra’s Concert Stream platform, with all proceeds from this concert supporting the Ukrainian Museum of Canada. 

usask-rises-and-expands-success-in-qs-international-subject-rankingstrue1718730911095imj129USask rises and expands success in QS international subject rankingsThe University of Saskatchewan (USask) continues to make a name for itself on the world stage, increasing the number of ranked subjects in the international ranking system, QS World University Rankings by Subject.research, international, hp-articles, pec, 1712770200000/articles/research/2024/usask-rises-and-expands-success-in-qs-international-subject-rankingsnewssite://news/articles/research/2024/usask-rises-and-expands-success-in-qs-international-subject-rankingsccm0461712772178954ccm0461718312518237show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/small-aerial-campus_2012_7_14419247487_o.jpegsite://news/images/2024/small-aerial-campus_2012_7_14419247487_o.jpegnewssmall-aerial-campus_2012_7_14419247487_o.jpeg1460111024786Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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The QS rankings are produced through the analysis of more than 5,000 institutions globally and are separated into five broad subject areas and 55 narrow subject areas.

USask ranked in two additional narrow subject areas in 2024: Physics and Astronomy (551-600 tier) and Materials Science (401-420 tier). The university also increased its rank in the Chemistry subject area, moving up one tier to 451-500.

The university’s highest rankings in the 2024 listing are in Veterinary Science (51-70), Agriculture and Forestry (101-150), and Environmental Sciences (128).

 “The innovative work being done on our campus is recognized again and again at the international level, positioning USask as a leader across many fields of expertise,” said USask Vice-President Research Dr. Baljit Singh (PhD). “These rises in rankings are a testament to the quality of research, scholarly and artistic work created and produced at USask every day.”

USask also earned high rankings in three of the broad subject areas. The institution maintained its rank in Engineering and Technology (451-500) and improved in both Life Sciences and Medicine and Natural Sciences. USask jumped 34 spots to rank 291st in Life Sciences and Medicine and jumped 25 spots to rank 354th Natural Sciences.

“USask’s high rankings and continued improvement in various subject areas is a reflection of our strengths and reputation among our fellows,” said USask Provost and Vice-President Academic Dr. Airini (PhD). “We are excited to see the strong and innovative work of USask scholars recognized globally.”

Full USask results in the QS World University Rankings by Subject are listed below:

TextBroad Subject AreasNone/Above content

Name

2023 Ranking

2024 Ranking

Life Sciences & Medicine

325

291

Natural Sciences

379

354

Engineering and Technology

451-500

451-500

TextNarrow Subject AreasNone/Above content

Name

2023 Ranking

2024 Ranking

Veterinary Science

51-70

51-70

Agriculture & Forestry

80=

101-150

Environmental Sciences

101-150

=128

Geology

201-230

201-240

Geophysics

201-230

201-240

Earth & Marine Sciences

201-230

201-250

Pharmacy & Pharmacology

151-200

251-300

Biological Sciences

301-350

301-350

Education

301-350

301-350

Materials Science

N/A

401-420

Medicine

401-450

401-450

Chemistry

501-550

451-500

Computer Science & Information Systems

451-500

501-550

Physics & Astronomy

N/A

551-600

 

usask-announces-2024-images-of-research-contest-winnerstrue1718730911095imj129USask announces 2024 Images of Research contest winnersFor the 10th year in a row, University of Saskatchewan (USask) researchers, scholars and artists have showcased the impact of their work using the power of photography. The results are nothing short of amazing and provide an inside look into the beautiful world of research.Lindsay Herman, Research Profile and Impactresearch, featured, 1712239200000/articles/research/2024/usask-announces-2024-images-of-research-contest-winnersnewssite://news/articles/research/2024/usask-announces-2024-images-of-research-contest-winnersccm0461712172726293ccm0461712336322018show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/a-curious-male-honeybee_marina-carla-bezerra-da-silva.jpgsite://news/images/2024/a-curious-male-honeybee_marina-carla-bezerra-da-silva.jpgnewsa-curious-male-honeybee_marina-carla-bezerra-da-silva.jpg29139615001000A honeybee crawls through a pipe.2024 Grand Prize winner, A Curious Male Honeybee (Photo: Marina Carla Bezerra da Silva)NoNonesupport-critical-researchNo/
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Organized by USask’s Research Profile and Impact team, the Images of Research contest is an annual celebration of the beauty, diversity and impact of USask research. This year’s contest featured more than 100 entries across five categories, with winning images selected by seven multi-disciplinary panels of judges, and over 2,800 public votes. The contest was viewed online over 16,000 times.

Submitted images represent the research, scholarly and artistic works of 14 USask colleges, schools and research institutes. Entries by students, staff, faculty and alumni demonstrate the unique ways that USask research is addressing local and global challenges.

View all winning and runner-up images here and all 2024 submissions here.

TextGrand Prize: “A Curious Male Honeybee”Submitted by: Dr. Marina Carla Bezerra da Silva (DVM), PhD student, Department of Veterinary Pathology, WCVMImage/images/2024/1080-a-curious-male-honeybee_marina-carla-bezerra-da-silva.jpgsite://news/images/2024/1080-a-curious-male-honeybee_marina-carla-bezerra-da-silva.jpgnews1080-a-curious-male-honeybee_marina-carla-bezerra-da-silva.jpg2460051080863Above content

Did you know that worker honeybees are the only bees used in agrochemical risk assessment? Although the queen and drones are in charge of reproduction within the hives, only the workers are subjected to the toxicological risk assessment. An excellent in vitro toxicological exposure for workers is currently available for researchers. Over the past few decades, many studies that attempted to raise male honeybees in vitro have failed; however, a successful in vitro protocol for rearing male honeybees for future agrochemical risk assessment was developed in our lab in 2023. This stunning image shows the first curious male honeybee emerging from the plate in the lab instead of its usual wax comb. So, what is the male honeybee looking for?

Funding: Mitacs, Bayer, Interprovincial Undergraduate Summer Research Award (IUSRA), Saskatchewan Beekeepers Development Commission, Manitoba Canola Growers, SaskCanola, British Columbia Blueberry Council, BASF, personal Dean’s scholarship.

TextArts in Focus: “Wakiŋyaŋ Tuŋwaŋpi (When you see lightning but don’t hear thunder)”Submitted by: Raina Buffalo Pechawis, undergraduate student, Department of Art and Art History, College of Arts and ScienceImage/images/2024/when-you-see-lightning-but-dont-hear-thunder_raina-buffalo-pechawis.jpegsite://news/images/2024/when-you-see-lightning-but-dont-hear-thunder_raina-buffalo-pechawis.jpegnewswhen-you-see-lightning-but-dont-hear-thunder_raina-buffalo-pechawis.jpeg3291191080769Above content

My drawing is based on research of neurographic art and my cultural experience. Neurographic art is meeting with your unconscious and the drawing process is based in mindfulness. It should be a meditative process, diving deep into the mind, avoiding rational thinking and letting your hands draw freely. I drew myself with a mythical being called the thunderbird from my Dakota culture. They represent power, strength, protection, and they create the thunderstorms to bless the earth. I wanted to incorporate my spiritual consciousness that I feel when I pray to the creator, and when I dance Powwow. In the drawing the thunderbird and I are connecting through the lightning coming from our eyes, representing the connection I have with the spiritual world, and Mother Earth. I was taught we are all connected, and we go through cycles which is represented with the medicine wheel.

TextCommunity Impact: “Fire Season Reflections”Submitted by: Lindsay Carlson, PhD student, Department of Biology, College of Arts and ScienceImage/images/2024/fire-season-reflections_lindsay-carlson.jpgsite://news/images/2024/fire-season-reflections_lindsay-carlson.jpgnewsfire-season-reflections_lindsay-carlson.jpg19168710801440Above content

Cree communities in eastern James Bay have a strong connection with the land, waters, and animals of Eeyou Istchee (the People’s Land). During the summer of 2023, wildfires raged across Quebec’s boreal forests. The communities were cut off from the rest of the province when fires started along the Billy-Diamond Highway. Due to poor air quality conditions and without gas, food, and other necessary supplies entering the communities by road, tallymen and land users were unable to fish and hunt for much of the summer, and many traditional summer gatherings and activities on the land were cancelled. Some communities were evacuated completely. In this photo, a freighter canoe sits unused along the shore of the Maquatua River in Wemindji, QC.

Funding: Niskamoon Corporation, Eeyou Marine Region Wildlife Board, Arctic Goose Joint Venture, Ducks Unlimited, Dr. Bruce D.J. Batt Fellowship in Waterfowl Conservation

TextMore than Meets the Eye: “Worm Hurricane” Submitted by: Amir Sabeti, PhD student, Department of Biology, College of Arts and ScienceImage/images/2024/worm-hurricaine_amir-sabeti.jpgsite://news/images/2024/worm-hurricaine_amir-sabeti.jpgnewsworm-hurricaine_amir-sabeti.jpg1084391080727Above content

Image of two nematodes (C. elegans) in an embrace. These transgenic worms have two fluorescent reporters that show the cells in the worms that produce two different versions of the hypoxia-inducible factor 1, a critical protein that protects cells against stress (HIF-1a in red, HIF-1c in blue). The head of the worms are on the outside, where the ‘brain’ and most neurons lie (blue). The two tails meet in the centre (where the posterior ganglia are located). Red marks the nuclei of all cells in C. elegans.

Funding: Natural Sciences and Engineering Research Council of Canada (NSERC)

TextResearch in Action: “Unveiling Arsenic: Protecting Fish and Humans”Submitted by: Mahesh Rachamalla, PhD student, Department of Biology, College of Arts and ScienceImage/images/2024/unveiling-arsenic_manesh-rachamalla.jpegsite://news/images/2024/unveiling-arsenic_manesh-rachamalla.jpegnewsunveiling-arsenic_manesh-rachamalla.jpeg29821610801495Above content

Fish are vital for maintaining the delicate balance of aquatic ecosystems and meeting our dietary requirements. However, the influx of pollutants from increasing economic activities poses a grave threat to both fish and human health by contaminating water bodies. My research delves into the pervasive presence of arsenic, a prevalent pollutant, and its adverse effects on fish health and fitness. By gaining insight into the impact of arsenic, we strive to strengthen regulatory measures, effectively limiting its release into water bodies. This endeavor is crucial for preserving the integrity of aquatic ecosystems and ensuring the well-being of both aquatic life and human populations.

TextFrom the Field: “Family of Fungi”Submitted by: Olivia Yurach, MSc student, Department of Soil Science, College of Agriculture and BioresourcesImage/images/2024/family-of-fungi_olivia-yurach.jpgsite://news/images/2024/family-of-fungi_olivia-yurach.jpgnewsfamily-of-fungi_olivia-yurach.jpg2605061080810Above content

In northern Saskatchewan, ecological restoration research is seeking to understand recovery post-disturbance. These mushrooms were spotted while collecting blueberry seeds for propagation so we can study the role moss and blueberries have on boreal soil systems.

TextBest Description: “Ice Ice Baby”Submitted by: Dr. Kayla Buhler (PhD), alumnus, Department of Veterinary Microbiology, WCVMImage/images/2024/ice-ice-baby_kayla_buhler.jpgsite://news/images/2024/ice-ice-baby_kayla_buhler.jpgnewsice-ice-baby_kayla_buhler.jpg2048241080711Above content

Everything about this photo screams COLD! This was taken during my second field season, where we were working on screening Arctic foxes for a variety of climate sensitive diseases. The icicles on my hair and nose testify to the weather conditions, which were approaching -30°C. Have you ever tried to take blood in freezing temperatures? It’s no small feat, as the blood freezes in the syringe while it’s collected. As for the fox, she fully recovered after light sedation. She was much more comfortable than the researchers surrounding her, with her thick layer of fur and having evolved to living in arctic conditions. All for the love of science!

Funding: Weston Family Foundation, ArcticNet, NSERC

TextViewers’ Choice: “Cutest Research I Do!”Submitted by: Mihiprabha Rathnayake, PhD student, Department of Veterinary Pathology, WCVMImage/images/2024/cutest-research-i-do_mihiprabha-rathnayake.jpgsite://news/images/2024/cutest-research-i-do_mihiprabha-rathnayake.jpgnewscutest-research-i-do_mihiprabha-rathnayake.jpg2481891080810Above content

Happiness overtook me, when I saw my cute research partners it sprinkled a feeling of comfort over me; consolation and protection all over the dark and warm brooder room. Without even realizing it, they are partaking in a project that can save the world, specifically, solving the antimicrobial resistance issue that is negatively affecting people, animals and the environment. Prodigious tiny creatures in the planet called “probiotics” can protect chicks from infectious diseases by colonizing the guts of chicks, even before they are hatched.  Without any hesitation, say “Good-Bye!!” to antibiotic use in the poultry industry and cheers to the cutest research I do!

Funding: Canadian Poultry Research Council, Result Driven Agriculture Research, Ministry of Agriculture - Government of Saskatchewan

usask-researchers-use-foxes-to-solve-health-mystery-in-northern-communitiestrue1718730911095imj129USask researchers use foxes to solve health mystery in Northern communitiesA combination of ecological and biological methods in studying wildlife helped University of Saskatchewan (USask) researchers track a parasite dangerous to humans. As USask spotlights World Health Day on April 7, we take a closer look at this One Health Signature Area of Research project.Matt Olson, Research Profile and ImpactWCVM, research,1712238300000/articles/research/2024/usask-researchers-use-foxes-to-solve-health-mystery-in-northern-communitiesnewssite://news/articles/research/2024/usask-researchers-use-foxes-to-solve-health-mystery-in-northern-communitiesccm0461712081397612ccm0461712081397612show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/red-fox-inukjuak.jpgsite://news/images/2024/red-fox-inukjuak.jpgnewsred-fox-inukjuak.jpg3268751080720A red fox runs across the landscape near the village of Inukjuak, Nunavik in northern Quebec. (Photo: Émilie Bouchard)A red fox runs across the landscape near the village of Inukjuak, Nunavik in northern Quebec. (Photo: Émilie Bouchard)NoNonesupport-critical-researchNo/
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Northern Canadian communities are beautiful to behold, with gorgeous landscapes and a plethora of wild animals roaming freely throughout the vast and complex ecosystem.

Nestled quietly within that ecosystem lives a cute little animal that may hold the key to solving a serious health concern for people living in the North.

The parasite Toxoplasma gondii (T. gondii), more colloquially known as the parasite associated with kitty litter, is found in humans in Northern communities at a disproportionately high rate. The reason for the high exposure rates of T. gondii in the North has long been a mystery, but researchers from the University of Saskatchewan (USask) believe they’ve found a critical answer by examining not humans, but foxes.

TextImage/images/2024/live-capture-arctic-fox-credit-marie-christine-frenette.jpgsite://news/images/2024/live-capture-arctic-fox-credit-marie-christine-frenette.jpgnewslive-capture-arctic-fox-credit-marie-christine-frenette.jpg271797720960USask researcher Dr. Émilie Bouchard (PhD) works with foxes near the village of Inukjuak, Nunavik in northern Quebec. (Photo: Marie-Christine Frenette)Align right

“Foxes are a good indicator species for how much a parasite is circulating in the environment because they eat a lot of meat, they scavenge a lot of meat,” said Dr. Emily Jenkins (PhD), a professor from the Department of Veterinary Microbiology in the Western College of Veterinary Medicine (WCVM) at USask and a co-lead of the One Health Signature Area of Research. “They can be exposed through similar roots to how people can be exposed.”

Research spearheaded by Jenkins’ then-PhD student Dr. Émilie Bouchard (PhD) and published in Scientific Reports highlights a heightened presence of T. gondii in foxes in the Nunavik region of northern Quebec. Nunavik, as Jenkins puts it, has the highest human exposure rate of the parasite of anywhere in Canada.

The T. gondii parasite can cause toxoplasmosis – a parasitic disease that can cause flulike symptoms in most cases but is particularly dangerous and potentially fatal for fetuses and immunocompromised individuals. The mystery was how a parasite commonly transmitted by felines was so prevalent above the tree line in remote Arctic ecosystems.

Bouchard, now a wildlife health specialist for Environment and Climate Change Canada, used foxes as a “sentinel species,” a particular animal used to identify health threats in an ecosystem before they extend to humans or other animals. Through the analysis of stable isotopes in the tissue of foxes infected with the parasite, the researchers could compare the diet of the infected foxes with that of humans – and thus the most likely vectors for infection.

What surprised researchers, Bouchard said, was determining fish and waterfowl as the common vector for T. gondii instead of mammals.

“When I saw that our results from stable isotopes were consistent with recent reports that marine prey and migratory birds are linked to human exposure to T. gondii in Nunavik, same as with our foxes, that was quite rewarding. It made the whole story complete in a sense,” she said.

By identifying those vectors for the parasite, Bouchard said that information could be used to make changes to mitigate the parasite’s threat to humans and other species in Nunavik and other Arctic regions.

“(This research) reveals a better understanding of the distribution and introduction of T. gondii in fragile Arctic ecosystems,” she said. “Ultimately, these findings could inform future risk assessments to determine the potential human and animal health risks associated with T. gondii in northern ecosystems.”

TextImage/images/2024/inukjuak-nunavik-2-crédit-marie-christine-frenette.jpgsite://news/images/2024/inukjuak-nunavik-2-crédit-marie-christine-frenette.jpgnewsinukjuak-nunavik-2-crédit-marie-christine-frenette.jpg2158271080737Dr. Émilie Bouchard (PhD) of the University of Saskatchewan surveys the field near the village of Inukjuak, Nunavik in northern Quebec. (Photo: Marie-Christine Frenette)Above content

Jenkins lauded Bouchard for the interconnected and interdisciplinary nature of this research. The idea to use stable isotope analysis came from a collaboration between Bouchard and another PhD student at Laval University, and finding links between the diets of animals and human health risks displays what Jenkins calls the power of the One Health Signature Area of Research for solving complex health problems.

“Human studies are imperfect, like human memory is imperfect ... and the stable isotope work doesn’t lie – the traces of compounds in the fur and tissue of these foxes are not relying on the fox telling us what it ate,” Jenkins said. “What was so surprising was that Émilie’s fox studies, the exposure we saw in foxes, really almost perfectly paralleled the levels of human exposure other researchers were measuring at the same time.”

Bouchard said her experience in Northern communities – sharing her knowledge and having local knowledge shared with her in turn – was one of the highlights of her fieldwork. By working in the community, Bouchard said she was able to develop trust and partnerships as she facilitated knowledge transfer with her research.

This research project helped to create a better awareness and understanding of food-borne parasites in Northern communities, and Bouchard said she hopes this work will help the health of those communities while taking into account the cultural and economic aspects of the local diet.

“If my work helped – even only a little – break down silos between researchers and communities and lead to more culturally sensitive and better collaborative research, that would be the coolest part, without a doubt,” she said.

usask-water-researcher-discusses-impact-of-microplastics-on-planettrue1718730911095imj129USask water researcher discusses impact of microplastics on planetUniversity of Saskatchewan (USask) researcher Dr. Corinne Schuster-Wallace (PhD) recommends observing Earth Day by making impactful changes as a consumer.Kristen McEwenCollege of Arts and Science, water, research, sustainability,1712237400000/articles/research/2024/usask-water-researcher-discusses-impact-of-microplastics-on-planetnewssite://news/articles/research/2024/usask-water-researcher-discusses-impact-of-microplastics-on-planetccm0461712079292586ccm0461716405235958show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/istock-microplastics.jpgsite://news/images/2024/istock-microplastics.jpgnewsistock-microplastics.jpg2279151080720A hand holding a magnifying glass, looking at microplastics.University of Saskatchewan researchers are studying the effects of microplastics in freshwater systems. (Photo: iStock image)NoNonesupport-critical-researchNo/
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It may seem like a simple answer, but the reason behind recognizing Earth Day is an important one.

“Because we only have one planet,” said Dr. Corinne Schuster-Wallace (PhD), executive director of the Global Institute for Water Security (GIWS) and associate professor in the Department of Geography and Planning at the USask College of Arts and Science.

“We live beyond the capacity of one planet so it’s important to remember that the environment gives so many services that we don’t even think about,” she added.

TextImage/images/2024/c.schuster-wallace.jpgsite://news/images/2024/c.schuster-wallace.jpgnewsc.schuster-wallace.jpg4513278001076Dr. Corinne Schuster-Wallace (PhD) is the executive director of the Global Institute for Water Security and associate professor in the Department of Geography and Planning at the USask College of Arts and Science. (Photo: Submitted)Align right

As a water researcher, Schuster-Wallace mentioned how the environment impacts water. For example, wetlands purify and store water. Forests, acting as the lungs of the planet, also slow down rainfall before the soil absorbs it and before it reaches streams, lakes and rivers – reducing flooding.

This year’s theme for Earth Day on April 22 is “Planet vs. Plastics.” An increasingly concerning issue is microplastics found in the environment and water sources.

Microplastics are microscopic pieces of plastic, from fractions of a millimetre to five millimetres in size. They are a result of larger plastic pieces wearing down. One of the major issues with plastics is that they do not completely break down or decompose.

“It’s a new challenge in drinking water treatment, wastewater treatment, and of course, in terms of consumption of plastic,” Schuster-Wallace said.

She added that while there are ongoing research studies, the long-term impacts on people, animals and the environment are not yet completely known.

“We’re using microplastics in everyday uses that we wouldn’t necessarily think about,” she said.

Some everyday uses include shower and bath products such as scrubs containing beads made of plastic. Microplastics aren’t limited to external use products, and can be found in consumable products such as tea bags, according to an article published in the International Journal of Surgery in March 2023.

Intentionally reducing plastic consumption and waste is an impactful choice, Schuster-Wallace said. As an individual, there are some practices that can be implemented to reduce your plastic footprint that is beneficial from a water conservation perspective:

  • Reusable water bottles
  • Reusable straws
  • Shorter showers
  • Low-flow shower heads

“There are ways that we can reduce our footprint,” Schuster-Wallace said. “For example, a kilogram of red meat takes 15,000 litres of water to produce.”

Changes to plastic consumption can happen on an individual level, as well as on a wider scale. As people begin to rethink their plastic consumption habits and lifestyles, it can lead to changes in policies and regulations, Schuster-Wallace said.

“It’s the whole way that we do things,” she said. “We’ve seen single-use plastic bags in grocery stores (stop). Now it’s paper or reusable (bags).”

“Consumers have a lot of power in certain sectors,” she added.

As individuals observe Earth Day, it’s also an opportunity to appreciate the environment as it is. Schuster-Wallace encourages everyone to take a moment to explore local parks, hiking trails and other outdoor spaces.

“Explore places where we can appreciate the Earth, and recognize and benefit from some of the ecosystem services (around us).”

usask-led-reproductive-health-and-rights-initiative-receives-20-milliontrue1718730911095imj129USask-led reproductive health and rights initiative receives $20 millionResearchers from the University of Saskatchewan (USask) are developing a comprehensive health and rights program in Mozambique.research, College of Medicine, sustainability1712070000000/articles/research/2024/usask-led-reproductive-health-and-rights-initiative-receives-20-millionnewssite://news/articles/research/2024/usask-led-reproductive-health-and-rights-initiative-receives-20-millionccm0461712066763314ccm0461713282647328show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/ahmed-hussen-1080.jpgsite://news/images/2024/ahmed-hussen-1080.jpgnewsahmed-hussen-1080.jpg2144741080720(L-R) Training coordinator Argentina Munguambe, Canadian Minister of International Development Ahmed Hussen and USask’s Dr. Nazeem Muhajarine (PhD) stand for a photo after the announcement of $20 million for Muhajarine’s project ‘Sexual and Reproductive Health for Young Women in Inhambane.’(From left) Training coordinator Argentina Munguambe, Canadian Minister of International Development Ahmed Hussen and USask’s Dr. Nazeem Muhajarine (PhD) stand for a photo after the announcement of $20 million for Muhajarine’s project ‘Sexual and Reproductive Health for Young Women in Inhambane.’ (Photo: Supplied)NoNoneNoneNo/
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Health-care researchers from USask received $20 million from the Government of Canada for a massive international development project to improve education, treatment, infrastructure, and service for sexual, reproductive health and rights of girls and young women in Mozambique.

Spearheaded by Dr. Nazeem Muhajarine (PhD), a professor in Community Health and Epidemiology in the College of Medicine and the director of the Saskatchewan Population Health and Evaluation Research Unit, the project will comprehensively incorporate innovative solutions to support the rights and health of women and young girls across six districts and 30 partner communities in the Inhambane province of Mozambique.

“USask researchers are embodying what it takes to be the university the world needs in health-care research,” said Dr. Baljit Singh (PhD), vice-president research, USask. “It is gratifying to see the support and recognition for Dr. Muhajarine and his team as they work with our international partners to support this groundbreaking work in improving equity and health of women and young girls in Mozambique.”

The funding for the project is part of a $65 million package marked for a series of international development projects and was recently announced by the Honourable Ahmed Hussen, Canada’s Minister of International Development.

The project will work to establish “model communities of care” in those six districts that can serve as examples for high-quality care and education for the sexual and reproductive health and rights of young women.

Muhajarine, who was in Mozambique when the funding was officially announced, said he was “excited” to continue working with the community in Inhambane.

“The announcement came with a sense of relief, and also a deep sense of gratitude for the work we have done and the partners we have worked with,” he said. “We felt that we were doing the right thing, and that it has been acknowledged (by the Government of Canada)."

The strong partnership between USask and Mozambique for this work began in 2017 with the Mozambique-Canada Maternal Health Project aimed at addressing high rates of maternal mortality in Sub-Saharan Africa, through the empowerment of women.

The new funding, spread over seven years, will build on the work that Muhajarine’s team and their community partners have already started in providing support for sexual and reproductive health and rights in the region. Previous work by Muhajarine and his team has created lasting partnerships with health care and government officials in Mozambique and established maternity waiting homes (MWH) to support pregnant women and new mothers. Construction of an additional MWH, a maternity health centre, and renovations to a pediatric nursery in the provincial hospital will be part of the upcoming project phase.

Muhajarine said their strategy to assist women’s rights and health is focused in three pillars: community engagement, health care system improvements, and research and dissemination.

“It’s a multifaceted problem. There’s a lot of social, cultural, historical, economical and attitudinal aspects ... that create this lack of access to services and disparities along gender lines,” he said.

Through the course of the project’s next phase, seven “primary care centres” will be built in participating communities where health-care workers can provide supports and informed consultation to members of the community.

In addition to direct infrastructure developments, Muhajarine said they are working to build out “micro-projects” guided by the community to create sources of steady income for young people in the community. The goal, he said, is to battle socioeconomic issues such as poverty that might keep the community from accessing health care and education.

And as a long-term research project as well as an international development project, Muhajarine said his team takes the time to examine the effectiveness of each support as they are attempted. That research is provided to community and health care partners and published in journals so other researchers and organizations can learn from the USask team’s work.

“The outcomes I would like to see are both quite tangible and also intangible,” he said. “I like to see girls and young women take their central place in their communities, that young women and girls are respected by the community, and they are empowered to make decisions and to take control of their lives.”

 

five-things-to-know-about-the-upcoming-solar-eclipse-usask-space-experttrue1718730911095imj129Five things to know about the upcoming solar eclipse: USask space expertA solar eclipse is going to cross skies across Canada on April 8, and University of Saskatchewan (USask) space experts weigh in on some interesting facts about how a solar eclipse works – and what you’ll be able to see right here in Saskatchewan from the USask Observatory at their special event.BROOKE KLEIBOERCollege of Arts and Science, 1712151000000/articles/research/2024/five-things-to-know-about-the-upcoming-solar-eclipse-usask-space-expertnewssite://news/articles/research/2024/five-things-to-know-about-the-upcoming-solar-eclipse-usask-space-expertccm0461711989486422ccm0461712151694617show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/solar-eclipse-nasa.jpgsite://news/images/2024/solar-eclipse-nasa.jpgnewssolar-eclipse-nasa.jpg1796061080720Image of the moon transiting across the sunImage of the moon transiting across the sun, taken by the Solar Dynamics Observatory (SDO) in 171 angstrom extreme ultraviolet light on August 21, 2017. (Photo: NASA/SDO) NoNonesupport-critical-researchNo/
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Dr. Carley Martin (PhD) is a programmer at the Super Dual Auroral Radar Network (SuperDARN) Canada, an international collaboration and a global network of scientific radars that monitor conditions in the near-Earth space environment. With a doctoral degree in planetary physics and a master’s degree in astrophysics, and as a staff member of the USask College of Arts and Science Institute of Space and Atmospheric Studies, Martin is passionate about all things space and planetary physics, and said this will be her fourth solar eclipse viewing in-person.

She shared her expertise to shed some light on interesting facts about solar eclipses, and what to know about the upcoming stellar event.

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“A solar eclipse occurs when the moon passes between the sun and Earth,” Martin said. “The moon covers all or part of the sun from the Earth’s perspective, and we see a dimming of the sun during partial eclipses. During total eclipses it can appear as nighttime or dawn/dusk for a few moments.”

On April 8, Saskatchewan will experience a partial solar eclipse, but according to the Canadian Space Agency, those located in some areas of Ontario, Quebec, New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland will experience a total solar eclipse for a few minutes.

“Total eclipses are actually a very rare phenomena in general,” she said. “We just so happen to live on a planet that has a moon that appears around the same size as our star in the sky. We’re very fortunate to be able to experience eclipses at all!”

TextWhat makes the 2024 total solar eclipse particularly significant?None/Above content

Martin said the 2024 solar eclipse is unique in a couple of ways: it very closely follows the last solar eclipse that took place in 2017, and will last a particularly long time for viewers to safely enjoy.

“Normally, the same location on Earth may see a total eclipse every 300-400 years,” she said. “The fact that North America has seen two total eclipses within seven years is very special.”

The sun will be blocked by the moon at totality for almost four and a half minutes, Martin shares, which is almost double the length of totality in 2017. Saskatchewan locations won’t experience totality, but anyone watching the sky may notice a change in the level of light coming from the sun if they are outside during peak solar activity.

“Here in Saskatchewan, we will likely see only up to 45 per cent coverage of the sun, which may just be enough to sense that the sun is slightly dimmer than usual without looking through one of our telescopes on the day,” Martin said. “We will be able to see some of the sun covered by the moon in Saskatoon from 11:53 am to 1:52 pm where the maximum coverage of approximately 45 per cent is at 12:52 pm.”

TextThere has been lots of buzz about how the sun is near its solar maximum, and will make this eclipse especially interesting to see. What is a solar maximum, and how does this affect what we may see during the eclipse?None/Above content

The sun has a cycle of activity that lasts around 11 years, Martin said. The appearance of sunspots – areas of the sun that seem dimmer than other areas – help scientists to gauge levels of solar activity.

“The cycle starts off at a ‘minimum’, where we see a reduced number of sunspots,” Martin explained. “Activity then ramps up to a peak around five and a half years later, which we call the ‘maximum’ of the cycle, where we see lots of sunspots, solar flares and coronal mass ejections, which are expulsions of particles from the solar atmosphere that create the sun’s corona.”

Martin said our most recent solar cycle began in December 2019, “meaning we are entering the time of high activity we call ‘solar maximum’ where the peak of activity is expected in summer 2025.”

For space physicists, a solar eclipse when the sun is near its solar maximum is very exciting to observe as they can apply their observations of increased solar activity during the eclipse to their understandings of the solar cycle and day-to-night cycles. 

“At SuperDARN Canada, we study the upper atmosphere of Earth using radars, which can fluctuate in composition and density during day and nighttime, and solar cycle,” Martin said. “Being able to study the effects of this short-term ‘nighttime’ in the middle of the day during solar maximum is very exciting and can give us more insight into the processes that are occurring there.”

TextHow does the moon’s current position affect an eclipse and its length?None/Above content

The moon passing in front of the sun is what creates a solar eclipse, so where the moon is located compared to Earth makes a difference to what people on Earth can see in a solar eclipse. Solar eclipses actually happen annually, but they are not always visible due to the position of the moon.

“The moon is not always in the right position to completely cover the sun, and we see partial and ‘ring-of-fire’ eclipses too,” Martin said. “We know a new moon (where the moon’s surface is not illuminated by the sun and the sun is on the other side) happens once every 29.5 days or so, so why don’t we get an eclipse every 29.5 days?”

This phenomenon is due to how the moon is tilted. The moon is tilted and orbits five degrees above and below the ecliptic plane – the imaginary line from the Earth to the sun. If this plane is intersected, it will block the sun’s rays to the Earth.

“We only see eclipses when the moon crosses the ecliptic plane at a new moon – which makes them a little rarer,” she said. “The moon also has an elliptical orbit, where it moves slightly towards and away from the Earth along its orbit. This is why we often see annular eclipses that do not fully cover the sun. The reason why the 2024 total eclipse will last longer than the 2017 totality is because the moon is slightly closer to Earth on its orbit, and so appears slightly larger in the sky and hence spends more time in front of the sun.”

In fact, solar eclipses that people can see from Earth will one day disappear completely.

“The moon is slowly drifting away from the Earth at around 3-4 cm per year due to gravitational effects,” Martin explained. “That is extremely slow, and it means that in about half a billion years the moon will be too far from Earth to cover the sun fully, and humanity on Earth will no longer see total solar eclipses.”

TextWhy is it important to view an eclipse safely (whether it is total or partial)?None/Above content

Viewing any solar event safely is very important. Although the sun can appear to be darker, the strength of its radiation is not and can cause injury to human eyes at any time, even when the overall light level appears to be dimmer.

“The sun is a big ball of plasma radiating heat and light in all directions,” Martin said. “Just like in the summer where you need to protect your skin from burning in the sun, you also need to protect your sensitive eyes too.”

Although there is a time period when a solar eclipse reaches totality where eclipse viewers can safely remove eye protection, Saskatchewan will not experience totality and thus there is no safe time to view the April 8 eclipse without proper eye protection and equipment.

TextImage/images/2024/observatory-building.jpgsite://news/images/2024/observatory-building.jpgnewsobservatory-building.jpg1802331080723The USask Observatory facilities are available for use by both university students and visitors to the campus. The telescopes and other scientific equipment are used by university students during the laboratory component of their courses. (Photo: USask)Above content
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The USask Observatory is hosting a free public event on Monday, April 8 when everyone is invited to come safely view the partial solar eclipse and learn from space experts. Look safely at the sun through the observatory’s special solar telescope and RASC telescopes with solar filters.

Visitors to the USask Observatory will get a sneak peek at a special solar telescope on the day of the eclipse when increased solar surface activity will be viewed in real time using special filters. This telescope will be used to monitor the activity on the solar surface regularly.

Presented by the USask Observatory, the Royal Astronomical Society of Canada (Saskatoon Centre) and SuperDARN Canada, you will have the opportunity to tour the observatory facilities and view equipment, learn to make pinhole cameras that allow you to safely view the solar eclipse, and hear from SuperDARN space experts about sun and space physics. Find more information about the event here.

exploring-canadas-wartime-past-lost-liberties-at-the-usasks-diefenbaker-canada-centretrue1718730911095imj129Exploring Canada’s Wartime Past: Lost Liberties at the USask’s Diefenbaker Canada Centre The Diefenbaker Canada Centre (DCC) at the University of Saskatchewan (USask) has a new exhibit that showcases the complexities of wartime decisions and their implication on civil liberties.1711463400000/articles/research/2024/exploring-canadas-wartime-past-lost-liberties-at-the-usasks-diefenbaker-canada-centrenewssite://news/articles/research/2024/exploring-canadas-wartime-past-lost-liberties-at-the-usasks-diefenbaker-canada-centreccm0461711463034978ccm0461711463073454show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dcc_lost_liberties.jpgsite://news/images/2024/dcc_lost_liberties.jpgnewsdcc_lost_liberties.jpg1615251080783Group of Japanese Canadians being transported to camp at Slocan, British Columbia, 1942 (Credit: Tak Toyota, Library and Archives Canada, C-046350)Group of Japanese Canadians being transported to camp at Slocan, British Columbia, 1942 (Credit: Tak Toyota, Library and Archives Canada, C-046350)NoNonesupport-critical-researchNo/
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Developed by the Canadian Museum of History, Lost Liberties: The War Measures Act, a travelling exhibition, invites visitors to reflect on some lesser-known aspects of Canadian history – the delicate balance between national security and individual freedoms in times of crisis.

Lost Liberties sheds new light on the enduring impact of this Act on Canada and its people and allows visitors to learn more about these difficult chapters in Canadian history,” said Xavier Gélinas, curator, political history of the Canadian Museum of History and co-curator of the exhibition.

“It not only places these crises in their historical context, but also examines them through multiple perspectives and, above all, presents poignant first-hand accounts from the men, women, and children who lived through them,” added Dr Mélanie Morin-Pelletier, historian, war and society of the Canadian War Museum and co-curator of the exhibition. 

The enactment of The War Measures Act during both World Wars, and the 1970 October Crisis in Quebec had serious impacts on the civil liberties of many individuals, groups, and communities in Canada. Through a compelling narrative, the exhibit documents the fears, racism, and crises that drove the suspension of civil liberties resulting in the internment of Canadians of Ukrainian, Italian, and Japanese origin during the times of war and political crisis.

DCC’s Programs and Outreach Co-ordinator, Kirsten Falzarano, hopes that the interactive discussions and hands-on activities will help raise awareness and ignite conversations among the youth about the consequences of this Act.

“Educating our community on democratic ideas and creating dialogue is a core value of the DCC,” she said.
 
The DCC officially launched the exhibit on February 27, with an opening reception featuring Cal Sexsmith, chair of the Saskatchewan Railroad Historical Association, who spoke on the Eaton Internment Camp located outside of Saskatoon and the permanent exhibit commemorating this site at the Saskatchewan Railway Museum.
 
Lost Liberties will be on display until June 22, supported with funding from Canadian Heritage’s Exhibit Circulation Fund. Guided tours suitable for all ages, as well as tours for community and school groups will be available throughout the year. In addition, accompanying educational program aligned with Saskatchewan’s curriculum is also available.

 

usask-city-of-saskatoon-researching-sustainable-theatre-strategiestrue1718730911095imj129USask, City of Saskatoon researching sustainable theatre strategiesA joint project between the University of Saskatchewan (USask) and the City of Saskatoon will explore best practices for creating sustainable and shared resources.College of Arts and Science, drama, research, sustainability,1711377000000/articles/research/2024/usask-city-of-saskatoon-researching-sustainable-theatre-strategiesnewssite://news/articles/research/2024/usask-city-of-saskatoon-researching-sustainable-theatre-strategiesccm0461711376231569ccm0461711376480645show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/usask-city-sask-1080.jpgsite://news/images/2024/usask-city-sask-1080.jpgnewsusask-city-sask-1080.jpg2147671080720From left: USask drama professor and head of the Department of Drama Carla Orosz and City of Saskatoon Arts and Grants Consultant Kathy Allen. (Photos: Submitted)From left: USask drama professor and head of the Department of Drama Carla Orosz and City of Saskatoon Arts and Grants Consultant Kathy Allen. (Photos: Submitted)NoNoneNoneNo/
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From the USask Department of Drama to the professional theatre stages scattered throughout Saskatoon and nearby communities, the vibrant local theatre scene in Saskatchewan continues to grow. Now, the focus is ensuring the theatre scene remains sustainable for future generations of aspiring actors and artists.

USask drama professor and head of the Department of Drama Carla Orosz is working with City of Saskatoon Arts and Grants Consultant Kathy Allen to figure out the best ways to share resources among theatre organizations and build a sustainable theatre production ecosystem for the future.

"If artists don’t have those resources, some artists will pay out of their own pocket to entertain and bring arts and culture into our province. That shouldn’t happen. They might make the decision that they can’t afford to do it in the future,” Orosz said. “In order for artists and companies to not sacrifice themselves, we need to support them.”

The research project received $29,000 through the Research Junction initiative and will look for ways to make modern theatre more sustainable and hopefully grow new theatre companies and artists in a more sustainable model.

By looking for ways to collaborate with resources and by teaching more sustainable, forward-thinking design practices to up-and-coming drama students, Orosz said there is a push towards making theatre more environmentally and fiscally friendly for the future.

Allen said modern theatre companies, especially in the wake of the COVID-19 pandemic which shut down so many productions, are “easily stretched” by the demands of shows being produced.

She pointed to an environmental forum for arts groups in October of 2022 that showed there was an interest in the artistic community to address sustainability.

“It’s not just about saving money. It’s about saving energy. And certainly, I hear the young designers talking about it in a different way,” Allen said. “It’s about not spending resources you don’t have to. What can you reuse, recycle ... it’s pretty practical.”

The project will explore the sharing of resources and the sharing of spaces. Part of the funding will go towards creating an archive of props, costumes, set pieces and other resources to be accessible by the community, moving towards a “sharing economy” model that could theoretically keep both costs and waste down for theatre companies.

“We want to stop putting stuff into a landfill,” Orosz said. “Where do all these beautiful new things go? And right now, every theatre is running out of space.”

This project was awarded funding by the Research Junction initiative. Research Junction is a collaboration between the City of Saskatoon and USask’s Research Acceleration and Strategic Initiatives “to support the development of joint research projects that address contemporary urban issues for the benefit of Saskatoon residents.”

 

usask-research-making-a-splash-on-world-water-daytrue1718730911095imj129USask research making a splash on World Water Day The University of Saskatchewan (USask) is celebrating World Water Day – and showcasing its world-class water research happening on campus and beyond. research, water, international, sustainability,1711033200000/articles/research/2024/usask-research-making-a-splash-on-world-water-daynewssite://news/articles/research/2024/usask-research-making-a-splash-on-world-water-dayccm0461711035527251ccm0461712677046188show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/corinne-sept-2023-cropped.jpgsite://news/images/2024/corinne-sept-2023-cropped.jpgnewscorinne-sept-2023-cropped.jpg1509311080865Prof. Corinne Schuster-WallaceProf. Corinne Schuster-Wallace, executive director of USask's Global Institute for Water Security (credit: submitted)NoNonesupport-critical-researchNo/
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On March 22, USask is inviting all of us to think about how we use water. World Water Day is one of the United Nations’ (UN) annual observances intended to raise awareness about access to water and water security issues for people around the world.

Clean Water and Sanitation is also one of the UN’s 17 Sustainable Development Goals (SDG) – calls to action from the UN that acknowledge the need to address many facets of research and social strategies required by all countries to help address poverty, inequality, health-care issues, our environment and climate change.

Dr. Corinne Schuster-Wallace (PhD), the executive director of the Global Institute for Water Security (GIWS) and an associate professor in USask’s Department of Geography and Planning in the College of Arts and Science, said recognizing World Water Day is critical for a forward-thinking research institute like GIWS at USask.

“It really is a celebration, but also a recognition of the challenges that the world faces around water and obviously those challenges differ from place to place,” she said. “So, bringing the focus down to Saskatchewan and the University of Saskatchewan, we're in a unique ecosystem here, with unique waterscapes and an opportunity to generate and share solutions.”

The World Water Day event at USask will bring together key speakers from the Prairies who play a vital role in how we use and manage our water resources. Representatives from universities, independent research institutions, government bodies, nonprofits and environmental groups will be attending the presentation and roundtable discussion Friday afternoon in USask’s Convocation Hall. Following presentations, there will also be a poster session highlighting the ongoing water research of USask students.

The event’s keynote speaker is Dr. Melissa McCracken (PhD) from Tufts University, and six experts will be involved in the panel discussion chaired by Schuster Wallace titled: “Challenges and opportunities related to drought and water co-operation in Saskatchewan.”

Schuster-Wallace emphasized the importance of collaboration across multiple fronts, noting it will be a requirement to create the most effective strategies for the challenge ahead.

“Our keynote speaker is really going to focus on her research around global water collaboration and the fact that it’s in times of potential crisis that we come together. That’s when the collaboration is stronger,” she said.

The theme for this year’s World Water Day is “Water for Peace.” Schuster-Wallace said the theme addresses issues of water collaboration for both Canada and other countries.

The topic of water scarcity has been at the forefront throughout Western Canada this year, as talk of a drought has circulated widely due to a number of factors, including a limited snowpack in the Rockies and on the Prairies.

Schuster-Wallace said discussions of water security and management are not meant to be a cause for panic, but rather suggestions to help us be better prepared for the future.

“We are in a catch-up (situation),” she said. “Even with Lake Diefenbaker, we do need to replenish the storage in the soils, in the groundwater, in the sloughs as well as kind of get ahead for the spring and the summer, particularly for the crops.”

It’s that kind of research that’s taking place at GIWS, where world-class researchers are delving deeply into what’s next for managing our water resources and what’s happening on the cutting edge of water sciences.

As Schuster–Wallace puts it, the water community at USask is not only undertaking research but also training the next level of leaders in water and climate science – and the World Water Day event is another element of GIWS’ ongoing goals.

“The institute, I see as an amplifier and a magnifier of the water research going on at USask,” she said. “We’re a way to bring people together to generate solutions and move research into practice, and really bridge the research-implementation-impact gap.”

 

cross-continental-bird-tracking-network-receives-3.1-million-boosttrue1718730911095imj129Cross-continental bird tracking network receives $3.1-million boostA Canadian-led project involving University of Saskatchewan (USask) researchers to track birds, bats and insects across North and South America has received funding from the Canadian Foundation for Innovation (CFI). research, College of Arts and Science,1711031400000/articles/research/2024/cross-continental-bird-tracking-network-receives-3.1-million-boostnewssite://news/articles/research/2024/cross-continental-bird-tracking-network-receives-3.1-million-boostccm0461711030298998ccm0461711031182875show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/img_0956_bird_crop.jpgsite://news/images/2024/img_0956_bird_crop.jpgnewsimg_0956_bird_crop.jpg572081080714A small grey, black, and blue bird being held in the palm of a hand. A thin, black thread extends from its tail feathers.A nestling barn swallow equipped with a miniature nanotag that can be detected by the Motus tracking network. (Photo: Dr. Christy Morrisey)NoNonesupport-critical-researchNo/
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More than $3.1 million from the CFI Innovation Fund will help a network of animal tracking stations across the Americas take flight.

The Motus Wildlife Tracking System spearheaded by Birds Canada uses a series of tracking stations set up across countries in North and South America to record the movements of various birds, bats and insects. Tiny tags allow researchers to track individuals and groups of animals as they enter and exit the range of different receiver towers – giving a unique snapshot of travel and migratory patterns. USask is one of several Canadian universities involved with the Motus system.

Over the past decade, the Motus network has grown to include nearly 2,000 receiver towers managed by collaborators across 34 countries. The new CFI funding will help expand Motus, building new towers, upgrading capabilities and filling in gaps across Western Canada and other countries.

“This funding will be the single greatest expansion of the Motus initiative, filling critical research infrastructure needs across Canada and elsewhere in the hemisphere,” stated Stuart Mackenzie, director of strategic assets with Birds Canada. “This will give us the ability to track and monitor migratory animals throughout their lives ensuring we have more scientific evidence available to inform conservation decisions.”

Dr. Christy Morrissey (PhD), a professor in USask’s Department of Biology in the College of Arts and Science, is one of the two co-principal investigators on the project. Together with Dr. Chris Guglielmo (PhD) at Western University, they will lead the expansion of Motus further west and strengthen research collaborations across the country.

Morrissey said the funding for this second phase of the Motus system is one of the most “ambitious” projects she’s been involved with.

“There are thousands of stations now that exist, and it started with CFI support, that’s how it got off the ground, then people all bought into it,” she said. “For us to ensure the network has its maximum capability and functionality, we need to have a concerted effort to fill in holes and put towers in strategic places ... benefiting the whole collective for decades of future research.”

The Motus system operates in a decentralized format. Individual receiver towers around the world are operated by various schools, industry partners, non-profits, and independent researchers. Morrissey said it’s “remarkable” that this level of scientific initiative has been carried out by dedicated individuals who in many cases are not being paid to maintain the towers.

Morrissey’s expertise is in the field of ecotoxicology and will use Motus to track songbirds and waterfowl that are exposed to pollutants. Using the network gives researchers like Morrissey unique insights, such as the ability to determine how pesticide use and other threats affect migratory timing and flight patterns for grassland and farmland birds.

Information from Motus can help researchers potentially mitigate those threats to various wildlife species and learn what can be done by humans to conserve biodiversity.

“Motus opens doors to understand more about these smaller-bodied species,” Morrissey said. “Many small songbirds are experiencing really severe population declines, but they’re also really hard to track because other technology is too large or heavy.  Now we have these miniature nanotags and Motus towers across the continent.”

Morrissey and USask’s Dr. Mitch Weegman (PhD) in the Department of Biology are both involved with the Motus project.

 

pharmacy-nutrition-dairy-farmers-of-canada-fundingtrue1718730911095imj129Research team awarded $900,000 to study effects of milk and yogurt consumption on healthAn interdisciplinary University of Saskatchewan (USask) research collaboration may provide a basis for developing targeted health initiatives for Canadians and advancing knowledge on potential disease prevention strategiesJason BelhumeurCollege of Pharmacy and Nutrition, Research, 1710839580000/articles/research/2024/pharmacy-nutrition-dairy-farmers-of-canada-fundingnewssite://news/articles/research/2024/pharmacy-nutrition-dairy-farmers-of-canada-fundingnews_ws1710961583009ccm0461711399084401show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/milk-yogurt.jpgsite://pharmacy-nutrition/images/milk-yogurt.jpgpharmacy-nutritionmilk-yogurt.jpg49062700415Two glass containers filled with white milk. One container has a green straw. Image courtesy of PixabayNoNonesupport-critical-researchYesYesYesMatching keywordsYesImage/images/milk-yogurt.jpgsite://pharmacy-nutrition/images/milk-yogurt.jpgpharmacy-nutritionmilk-yogurt.jpg49062700415Image courtesy of PixabayNoNoneNoneNo/
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USask researchers have been awarded $900,000 by Dairy Farmers of Canada (Dairy Research Cluster 4) and Agriculture and Agri-Foods Canada (AAFC) to investigate the role of milk and yogurt supplementation in the development of osteoporosis and obesity.

The research team, co-led by Dr. Hassan Vatanparast (College of Pharmacy and Nutrition; School of Public Health), Dr. Phil Chilibeck, PhD, (College of Kinesiology), and Dr. Sandra Clarke, PhD, (AAFC) along with co-investigators Dr. Adam Baxter-Jones, PhD, (College of Kinesiology), Dr. Marta Erlandson, PhD, (College of Kinesiology), Dr. Walter Siqueira, PhD, (College of Dentistry), and Dr. Ginny Lane, PhD, (University of Idaho; Family and Consumer Sciences), will conduct a two-year randomized controlled trial where Canadian adults aged 19-30 years old will be asked to consume either 1.5 daily servings of milk, two daily servings of yogurt, or be part of the control group.

The research team will assess bone health by measuring parameters and hormonal indices related to bone metabolism through blood and saliva tests; examine body composition; and analyze the number and composition of bacteria in the gastrointestinal tract. 

This research is expected to yield valuable insights into the effects of milk and yogurt consumption on health, providing a basis for developing targeted health initiatives for Canadians and advancing knowledge on potential disease prevention strategies.

Hassan


Dr. Hassan Vatanparast has made substantial contributions to health research, significantly impacting health status in Saskatchewan and extending his influence beyond. Since 2009, he has maintained joint appointments in the University of Saskatchewan College of Pharmacy and Nutrition and the School of Public Health. His extensive and varied research portfolio not only includes nutritional epidemiology studies based on national survey datasets and research on migration health but also encompasses a keen interest in bone health. Dr. Vatanparast's studies are mainly focused on populations at risk such as immigrants, refugees, and indigenous people. (Photographer: Debra Marshall)

Examples of his work in this area include the Pediatric Bone Mineral Accrual Study (PBMAS), which assesses bone accrual and explores the influence of physical activity and nutrition on the development of bone mass throughout the lifespan. These studies started in 1990-1991 and the last round of data collection ended in 2018. Dr. Adam Baxter Jones is the director of that study, and Dr. Vatanparast was involved in that study from 2002 as a PhD student, and PI for the last round of data collection. 

Vatanparast was the nominated PI for the Nutrition and Growth Study (NGS), focusing on the role of dairy food consumption in the optimal growth and development of Canadian children, with Dr. Adam Baxter Jones as the co-PI using a unique mixed-method longitudinal study. Dr. Marta Erlandson is also a co-PI for the project, along with team members Dr. Walter Siqueira and Dr. Ginny Lane. 

Beyond these, Dr. Vatanparast has been instrumental in building health research collaborations with universities in 13 countries and working towards improving the food offerings available in Saskatchewan’s recreation facilities. His dedication and diverse research endeavors have been pivotal in advancing the field of health research, showcasing a profound commitment to enhancing health outcomes both locally and internationally.

Dairy products can provide numerous important nutrients, such as calcium, vitamin D, and high-quality protein, which contribute to optimal health. However, the impact of long-term supplementation with fermented (e.g., yogurt) and non-fermented (e.g., milk) dairy product consumption on bone health, body composition (e.g., fat and muscle mass), and gut health in young adults remains unknown. Furthermore, the recent declines in dairy product consumption among many Canadians and the recent controversies surrounding dairy consumption motivated the researchers to pursue this line of work.

Agriculture and Agri-Food Canada supports the Canadian agriculture and agri-food sector through initiatives that promote innovation and competitiveness. 

Dairy Farmers of Canada (DFC) is a non-profit organization, funded by dairy farmers across Canada and representing Canada’s dairy farms. DFC plays a leadership role on behalf of the industry in several important areas, including funding and support of research in dairy production and in human nutrition and health. DFC has a long-standing commitment (over 30 years) of investing in research to drive innovation and ensure a sustainable future for the dairy sector.

/news/2024/dairy-farmers-of-canada-fundingshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://pharmacy-nutrition/news/2024/dairy-farmers-of-canada-fundingpharmacy-nutritiondairy-farmers-of-canada-fundingArticle headlineUSask research team awarded $900,000 to study effects of milk and yogurt consumption on healthAn interdisciplinary University of Saskatchewan (USask) research collaboration may provide a basis for developing targeted health initiatives for Canadians and advancing knowledge on potential disease prevention strategies faculty, research, nutritionJason BelhumeurMar 19, 2024 9:13 AM
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métis-cancer-survivor-experiences-documented-in-digital-storytelling-projecttrue1718730911095imj129Métis cancer survivor experiences documented in digital storytelling projectA project led by the Saskatchewan Network Environments for Indigenous Health Research (SK-NEIHR) with University of Saskatchewan (USask) researchers puts Metis stories front and centre.Matt Olson, Research Profile and Impact1710777300000/articles/research/2024/métis-cancer-survivor-experiences-documented-in-digital-storytelling-projectnewssite://news/articles/research/2024/métis-cancer-survivor-experiences-documented-in-digital-storytelling-projectbpk4551710777715297ccm0461715888707778show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/digital-storytelling.jpgsite://news/images/2024/digital-storytelling.jpgnewsdigital-storytelling.jpg1388381080720Photos of Dr. Robert Henry (PhD), an associate professor in USask’s Department of Indigenous Studies in the College of Arts and Science, and Terri Hansen-Gardiner, a Knowledge Keeper with SK-NEIHR and a cancer survivor and support worker. (Photos: Submitted)L-R: Dr. Robert Henry (PhD), an associate professor in USask’s Department of Indigenous Studies in the College of Arts and Science, and Terri Hansen-Gardiner, a Knowledge Keeper with SK-NEIHR and a cancer survivor and support worker. (Photos: Submitted)NoNonesupport-critical-researchNo/
TextVideo/https://www.youtube.com/watch?v=oH2IRCPVaR4In a remote Cree community, Terri-Hansen Gardiner embarked on a mission to break the silence around cancer, advocating for awareness and education.Align right

A storytelling project supported by USask and SK-NEIHR is sharing powerful stories of survival in the hopes of raising awareness for healthcare access among Métis communities.

Dr. Robert Henry (PhD), an associate professor in USask’s Department of Indigenous Studies in the College of Arts and Science who holds a Canada Research Chair in Indigenous Justice and Wellbeing, co-led this project with Dr. Chelsea Gabel (PhD) from McMaster University that highlighted stories of Métis cancer survivors in Saskatchewan.

They worked with Terri Hansen-Gardiner, a Knowledge Keeper with SK-NEIHR and a cancer survivor and support worker, to help bring the project to life. Henry, SK-NEIHR’s Nominated Principal Investigator for the project, said it was important to approach this project through the community, to help ensure the people sharing their stories also kept ownership of those stories.

“They’re finding ways to get their treatment and also keep the relationships they have in their community,” he said. “They’re not stories about hardship. They’re stories about how people have had to persevere through a very difficult time.”

The goals of the project were threefold: to look at health and wellness in Northern communities in a new light, to explore and share the experiences of Métis patients navigating the Saskatchewan health-care system and dealing with the diagnosis and treatment of cancer, and to work with SK-NEIHR to give those survivors a piece of legacy storytelling to share far into the future.

The project resulted in a series of digital stories featuring first-person accounts of cancer survivors or their family members detailing the most important moments of what Hansen-Gardiner referred to as the “cancer journey.”

Henry said the participants in the digital stories – and following focus group discussions – were very open about their struggles to leave home to deal with their diagnosis.

“Some of the stories talk about what individuals had to give up to get treatment ... We don’t normally think about that, and the impact that has,” he said.

Hansen-Gardiner said her hope is these stories can help people understand more about cancer, and not go through the same difficult circumstances she did.

"When I first saw the video, I was very proud,” she said. “If people see this, they’ll say ‘look at her. She made it.’ I’m proud to say that I make a difference for a lot of people.”

After being diagnosed with cancer in 2014, Hansen-Gardiner said one of her lasting memories of her treatment was seeing Elders in waiting rooms, sad and afraid because they often didn’t speak English and didn’t understand what was happening to them.

It’s one of the many reasons Hansen-Gardiner works with the Saskatchewan Cancer Agency’s Northern Health Bus, which travels through more than two dozen communities in Saskatchewan to help with education and awareness of major health issues. Hansen-Gardiner, who speaks Cree, can interact with the community in what is the first or only language for many.

“It’s so important that you’re hearing it from me, you’re seeing me,” Hansen-Gardiner said. “I’m so grateful. That’s how people learn – seeing other people telling their journey, what they went through, the challenges they faced and how they overcame those challenges.”

There are some resources to support Métis cancer patients living in Northern Saskatchewan, provided by entities like Métis Nation–Saskatchewan and the Saskatchewan Health Authority, but Hansen-Gardiner said too many people aren’t aware that they exist or don’t know how to access them.

Henry said the project highlighted the policy gaps and barriers for Métis cancer patients, whether that be finances, insurance, travel, language, or any other hurdle.

Hansen-Gardiner lauded Henry, USask, and SK-NEIHR for their support and for their work with cancer patients.

Henry said creating a space for “ethical digital storytelling” – gathering these stories alongside the community and giving them ownership – was crucial for making this project happen.

As USask and SK-NEIHR continue working with First Nations and Métis communities on wellness and policy-focused projects, Henry said establishing USask as a safe place for these stories to be told and housed will set the university up for success in the future.

“It’s not just researchers doing research, but communities developing the research program themselves, and we support them to make sure they get the outcomes they want,” Henry said. “It’s done in a good way, to improve relations between USask and our communities.”

Learn more about the project and explore the videos here.

usasks-vido-selected-to-join-diana-innovation-acceleratortrue1718730911095imj129USask’s VIDO selected to join DIANA innovation acceleratorThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has been selected to join the North Atlantic Treaty Organization’s (NATO) Defence Innovation Accelerator for the North Atlantic (DIANA) program. VIDO is one of 13 new Canadian test centres chosen to be part of the network—and the only centre with biotechnology as its main focus.research, VIDO1710433800000/articles/research/2024/usasks-vido-selected-to-join-diana-innovation-acceleratornewssite://news/articles/research/2024/usasks-vido-selected-to-join-diana-innovation-acceleratorccm0461710434566481ccm0461710434602565show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/diana1.jpgsite://news/images/2024/diana1.jpgnewsdiana1.jpg1514491080720A person wearing protective equipment working in a VIDO lab.VIDO is one of 13 new Canadian test centres chosen to be part of the network—and the only centre with biotechnology as its main focus. (Photo: VIDO)NoNonesupport-critical-researchNo/
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NATO is an Alliance of 32 countries with a purpose to guarantee the freedom and security of its members. Canada joined NATO in 1949. DIANA supports companies working on solutions in key sectors to de-risk and validate their technologies by using its test centre network. Test centres are selected as the very best venues for innovators to develop and evaluate their concepts and technologies. 

As a test centre in biotechnology, VIDO will use its specialized containment and manufacturing facilities to help DIANA innovators advance new technologies to protect human and animal health. VIDO was recommended to NATO by Canada’s Defence Research and Development Canada, Department of National Defence, after an internal selection process.

Announced today, the expanded DIANA network includes 182 test centres focused in key areas including biotechnology, artificial intelligence, advanced manufacturing, and space.

Quotes:

“Part of DIANA’s strength is our unique transatlantic network of talent centres and innovation leaders working toward a common purpose. The breadth and diversity of partners in DIANA’s network will accelerate the development and deployment of ground-breaking solutions for defence, security and peace.”
- Prof. Deeph Chana, Managing Director DIANA

“NATO’s DIANA gives innovators the opportunity to solve the defence and security challenges facing the NATO Alliance, ensuring that Canada and the Alliance are technologically ahead of the game as we move into a new defence era. Being part of the NATO DIANA network will be a great opportunity for Canadian accelerators and test centres to work with innovators from across the Alliance.”
- Philippe Hebert, Director General R&D Innovation | DIANA Board of Directors Representative – Canada

“Canada is a hub for defence innovation, and Canadian innovators have a great deal to offer our NATO Allies. Today, I congratulate all the Canadian accelerators and test centres for being selected to join NATO’s defence innovation network. The integration of our domestic experts with NATO’s network will strengthen our capacity to develop cutting-edge solutions to the security challenges faced by Canada and our NATO allies.” - The Honourable Bill Blair, Minister of National Defence

“Global collaborations are needed for global solutions. The partnership announced today is another example of USask’s VIDO continuing to use its research infrastructure and expertise to drive research and development world-wide.”
- Peter Stoicheff, President, University of Saskatchewan

“VIDO is excited to play a key role in the DIANA network by using our infrastructure to advance critical innovations that help protect NATO’s one billion citizens.”
- Volker Gerdts, VIDO Director and CEO

 

usask-and-métis-nationsaskatchewan-collaborate-on-climate-change-mitigation-researchtrue1718730911095imj129USask and Métis Nation–Saskatchewan collaborate on climate change mitigation researchThe multi-faceted project involved experiential learning for local high school and University of Saskatchewan (USask) students.Brett MakulowichCollege of Agriculture and Bioresources, research, planet,1710439200000/articles/research/2024/usask-and-métis-nationsaskatchewan-collaborate-on-climate-change-mitigation-researchnewssite://news/articles/research/2024/usask-and-métis-nationsaskatchewan-collaborate-on-climate-change-mitigation-researchccm0461710428326939ccm0461711401818158show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/peat-sampling.jpgsite://news/images/2024/peat-sampling.jpgnewspeat-sampling.jpg3269431080720Students received hands-on learning experience by collecting peat samples to measure how much carbon was stored. (Photo: Submitted) Students received hands-on learning experience by collecting peat samples to measure how much carbon was stored. (Photo: Submitted) NoNonesupport-critical-researchNo/
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USask and Métis Nation–Saskatchewan (MN–S) have partnered together on a project that involves the environment, the community, experiential learning, and carbon storage data.   

The project started with MN–S reaching out to USask to see if it would be interested in taking peat samples from local muskegs (also known as treed wetlands or peatlands) in the Nisbet Community Forest, to see how much carbon was stored there.

“The peat within muskegs stores an incredible amount of carbon, but this carbon sequestration is dependent on the peat being saturated with water,” said MN–S Environment Director Brent Laroque. “As the water table drops the peat begins to decompose, or burn during wildfires, releasing its stored carbon. What happens to these southern examples of muskeg may be the fate of more northern muskegs and so it is critical to establish monitoring procedures quickly.”

MN–S Vice-President and Environment Minister Michelle LeClair agreed carbon storage is an important aspect of this project but said beyond that, “It is a critical ecosystem to the traditional ways of Métis, Cree, and Dene peoples, especially in the north. It is an underappreciated landscape that holds many traditional medicines, provides habitat for many species, and creates fire breaks that prevent wider scale fires. What we learn from this partnership will be invaluable shared knowledge for future generations.”

Hillary Kyplain, the conservation co-ordinator for MN–S, is an alumna of the Renewable Resource Management (RRM) program in the College of Agriculture and Bioresources (AgBio) at USask. She recommended MN–S connect with the college and its RRM program for undergraduate students.

“One of our goals is to build capacity across MN–S and collaborate with non-governmental organizations, universities, and other Indigenous organizations to identify partners interested in advancing wetland conservation by providing technical and research capacity,” said Kyplain.

Collaborating with Dr. Bryan Mood (PhD), Renewable Resource Management program co-ordinator and lecturer for AgBio, a strategy was developed to obtain peat samples while providing experiential learning for students.

The sample peatlands were identified with help from MN–S Elders Ben and Debbie Smith in summer 2023.

In September 2023, USask students majoring in Resource Science, conducted sampling in the selected peatlands. High school students from Stobart Community School in Duck Lake, Sask., joined the USask students for a day of experiential learning.

“There is nothing better or more tangible that getting out of the classroom and seeing what you’ve been learning about,” said Mood.

The students received hands-on learning experience by conducting peat sampling using a peat corer. The students also learned from Laroque and Mood about wetland plant communities, traditional herbs and medicines, and the importance of peat and how it is formed. 

“Experiential learning, especially field-based courses, can help develop a more realistic and tangible understanding of how everything interacts together in the environment,” said Mood. “Students can achieve an appreciation and understanding of different concepts beyond its description in a textbook.”

“The high school students were able to get a better understanding of what a career in the renewable resource management field could look like,” said Laroque. “I believe that exposure for Indigenous students to STEM careers in a comfortable space that seeks to ‘meet them where they are’ in non-institutional settings and with practical exercises is critical to creating greater engagement and understanding in the value of exploring these types of careers.”

After the students collected the peat samples, the carbon in the samples was measured using the USask Department of Soil Science’s new soil carbon analyzer, Elementar soli TOC® cube. In February 2024, the USask students presented the results of the research to MN–S and community members.

“The research showed that there is a significant amount of carbon being stored in the muskeg, which was similar to plant matter ranging from 30-40 per cent,” said Mood. “This is higher than expected and significantly more than what we see from agricultural surface soils which tend to be 1-2 per cent (and much lower in mineral soils).”

These research results are beneficial to both the environment and the community. 

“This research gave us valuable insight on where MN–S can go further in terms of monitoring and research that will benefit our carbon modelling goals,” said Kyplain.

“Understanding how much carbon is in the muskeg has a direct impact on the community. Voluntary carbon standards currently exist as an economic incentive to maintain these valuable ecosystems and prevent them from being commercially developed,” said Mood.

With both USask and MN–S working together towards the common goals of environment conservation, climate change mitigation, and experiential learning, an exchange of unique ideas and perspectives happened that wouldn’t have been possible with just one party working on the project.

“The collaboration has been a great success and I believe it has had positive outcomes for everyone involved, said Laroque. “The openness of USask staff in working alongside the Métis Nation has been greatly appreciated.”

national-usask-led-satellite-science-mission-receives-17-million-in-fundingtrue1718730911095imj129National USask-led satellite science mission receives $17 million in fundingUniversity of Saskatchewan (USask) researchers have received $17 million from the Canada Foundation for Innovation (CFI) fund in support of the HAWC (High-altitude Aerosols, Water vapour and Clouds) mission. This will place USask at the forefront of space innovation and has the potential to revolutionize the way we understand and address climate change.College of Arts and Science, research,1710340800000/articles/research/2024/national-usask-led-satellite-science-mission-receives-17-million-in-fundingnewssite://news/articles/research/2024/national-usask-led-satellite-science-mission-receives-17-million-in-fundingccm0461710341202580ccm0461710968846715show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/test-aircraft.jpgsite://news/images/2024/test-aircraft.jpgnewstest-aircraft.jpg1279251080720A test aircraft at the Armstrong Flight Research Center. (Photo: Paul Loewen)A test aircraft at the Armstrong Flight Research Center. (Photo: Paul Loewen)NoNonesupport-critical-researchNo/
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HAWC is the Canadian contribution to an international, NASA-led four-satellite Atmosphere Observing System (AOS) mission. The climate satellite instruments supported by USask researchers for the AOS mission will provide new data for scientists to better analyze, interpret and understand factors contributing to climate change.

“USask is leading the way in so many areas of important research,” USask President Peter Stoicheff said. “Our researchers are leading national and international endeavours into space with the potential to redefine how we study the causes and effects of climate change.”

The HAWC team is a Canada-wide group of researchers from 14 universities and numerous industry partners working in collaboration with the Canadian Space Agency (CSA) with funding from the Government of Canada, as well as Environment and Climate Change Canada, and the National Research Council of Canada.

“This funding speaks to the international-calibre research, scholarly and artistic work taking place at USask,” said Dr. Baljit Singh (PhD), USask’s vice-president, research. “Our researchers are both being and building what the world needs as we step further into the future of space and climate science.”

TextImage/images/2024/1.jpgsite://news/images/2024/1.jpgnews1.jpg2255671080811From left: Dr. Adam Bourassa (PhD), a professor in the Department of Physics and Engineering Physics in USask’s College of Arts and Science, and PhD student Daniel Letros. (Photo: Paul Loewen)Align right

Dr. Adam Bourassa (PhD), a professor in the Department of Physics and Engineering Physics in USask’s College of Arts and Science and part of USask’s Institute of Space and Atmospheric Studies (ISAS), said the CFI funding helps USask establish the scientific leadership and the research of developing the HAWC technologies.

“It definitely is a real sense of satisfaction that (HAWC) seems to resonate across the country, and that the importance of the project is recognized,” Bourassa said. “It is a strong sense of validation for what we’ve done and what we believe in, what we’re proposing to do.”

Supported by the CSA, part of the HAWC mission consists of three cutting-edge climate science satellite instruments designed and developed by Canadian universities: the Aerosol Limb Imager (ALI), Spatial Heterodyne Observations of Water (SHOW), and TICFIRE (Thin Ice Cloud in Far Infrared Emissions).

The HAWC instruments are unique because they will take never-before-seen simultaneous measurements of aerosols, water vapour and cloud formations – like a “CAT scan of the atmosphere,” as Bourassa puts it.

Bourassa is the principal investigator leading work on the ALI instrument, while fellow USask researcher Dr. Doug Degenstein (PhD) in the Department of Physics and Engineering Physics in USask’s College of Arts and Science acts as the principal investigator for the SHOW instrument. Dr. Jean-Pierre Blanchet (PhD) with the Université du Québec à Montréal is the principal investigator of the TICFIRE instrument.

Degenstein said one of the strengths of the Canadian team is its broad and talented group of researchers, as well as the uniquely trained team at USask. 

TextImage/images/2024/2.jpgsite://news/images/2024/2.jpgnews2.jpg2142771080810From left: PhD student Daniel Letros and research assistant Paul Loewen. (Photo: Paul Loewen)Align left

“We are primarily involved in the instrumentation and the development of the data products, but we also contribute to climate modelling and the understanding of the measurements and the interpretation of the results. Our own engineering physics students and staff are ideally suited to contribute to HAWC over the entire mission lifetime,” he said.

Bourassa said the better the data from aerospace missions like these, the better understanding scientists will have of how climate-changing phenomena occur in Earth’s atmosphere – and that data will hopefully lead to more advancements in addressing climate change in the future.

“It’s really satisfying and exciting to see some of these ideas that we developed in Saskatchewan becoming part of a high-profile Canadian mission, with the CSA, NASA and all the international partners,” Bourassa said. “I feel like this is a chance for us to make really important measurements for the future that can help climate models to help the world with a challenging problem.”

innovative-new-crop-protection-developed-with-usask-researchtrue1718730911095imj129Innovative new crop protection developed with USask researchUniversity of Saskatchewan (USask) researchers are helping protect crops using biologicals as an ecofriendly alternative to synthetic chemicals and GMO solutions.research, College of Agriculture and Bioresources, 1710254820000/articles/research/2024/innovative-new-crop-protection-developed-with-usask-researchnewssite://news/articles/research/2024/innovative-new-crop-protection-developed-with-usask-researchccm0461710255730027ccm0461710256450889show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/lentil-plant.jpgsite://news/images/2024/lentil-plant.jpgnewslentil-plant.jpg1766441080720A photo of a lentil plant growing. Two USask scientists were instrumental in developing an innovative, biological crop protection that will be used by growers for the first time this spring. (Photo: Gloria Gingera)NoNonesupport-critical-researchNo/
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Two USask scientists were instrumental in developing an innovative, biological crop protection that will be used by growers for the first time this spring.

Professors emeritus Dr. Vladimir Vujanovic (PhD) and Dr. James Germida (PhD) with the College of Agriculture and Bioresources worked with USask to patent and license their invention based on the recent discovery of using microbes for protecting crops and promoting growth at the seed stage.

Germida and Vujanovic’s research into biological-based defences for crops has led to the creation of a new bionematicide – a pesticide created from biological sources for battling plant parasitic nematodes and protecting crops.  

“Living micro-organisms can target an insect or a microbial pathogen in a number of different ways,” Germida said. “With biologicals, because they become associated with the plant and the plant’s microbiome, they become a member of that community during the life cycle of the host plant ... The biological is there and ready to react.”

Building on the academic research started at USask, scientists at Indigo Ag have developed and launched a new bionematicide product to support growers and protect their crops.

Indigo Ag’s biotrinsic® Z15 was commercially launched in August 2023 and is available for farmers to begin using in the 2024 planting season on soybeans and corn. Per Indigo Ag’s press release, the new bionematicide not only helps defend plants from harmful nematodes but also improved the yields of row crops including soybean, corn, cereals, and legumes in testing.

Z15 is applied to crop seeds before they are planted and works to fend off problematic nematodes and reduce their ability to reproduce.

“Despite the fact that there are several nematicide products available – both synthetic and biological – soybean cyst nematodes continue to spread geographically, and the economic losses are increasing. Soybean cyst nematodes alone cause an estimated $1.5 billion in crop losses in the U.S. Farmers need new products that are effective in combating these pests. biotrinsic® Z15 combines multiple defense and protective actions, providing an effective new choice for farmers,” said Georg Goeres, global head of biologicals for Indigo Ag.

Vujanovic said his research focuses on micro-organisms that have the potential to increase the vitality of seeds. He stressed the value of using naturally occurring biologicals to defend crops and said research into beneficial plant micro-organisms continues to bear fruit as new biological protections are discovered.

He highlighted the importance of collaboration combining different areas of research – Vujanovic with more of a focus on plant and food microbiology and Germida on soil microbiology – to develop new ways to protect crops.

“It is so critical that we should not just continue to combine our traditional with modern approaches in science ... we have to discover integrative scientific strategies to meet sustainable agriculture standards that are more safe, secure, and more efficient,” Vujanovic said.

According to Germida, using microbial inoculants is a solution that has existed for many decades. But researchers continue to find new organisms with new applications, and Germida said that can lead to the possibility of new and better products like biotrinsic® Z15.

“Some of the newer technologies are focused on organisms that are yet to be discovered, and their benefits are yet to be identified,” Germida said. “Anything that we can do to increase food production and protect plants ... is just a real benefit for society.”

As Indigo Ag provides growers with biotrinsic® Z15 to go into the ground this spring, Vujanovic said he is “extremely pleased” to see the results of their research going to the farmers.

“The role of academia is to ensure the future,” he said. “When we are talking about the future we are talking about food security, we are talking about climate change ... if we have more safety products and as human beings we continue to do something for the well-being of society, it definitely is our role, and it’s rewarding for any scientist, including myself.”

This research was supported with funding from the Genome Prairie – Genome Canada Genomic Applications Partnership Program (GAPP) and the Agricultural Development Fund (ADF).

government-of-saskatchewan-commits-15-million-to-global-institute-for-food-security-at-usasktrue1718730911095imj129Government of Saskatchewan commits $15 million to Global Institute for Food Security at USaskSaskatchewan Minister of Agriculture David Marit announced a funding commitment today of $15 million over five years to the Global Institute for Food Security (GIFS) at the University of Saskatchewan.research, GIFs1710169920000/articles/research/2024/government-of-saskatchewan-commits-15-million-to-global-institute-for-food-security-at-usasknewssite://news/articles/research/2024/government-of-saskatchewan-commits-15-million-to-global-institute-for-food-security-at-usaskccm0461710170163244ccm0461710171672776show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/gifs-mar-11-announcement-stobbe.jpgsite://news/images/2024/gifs-mar-11-announcement-stobbe.jpgnewsgifs-mar-11-announcement-stobbe.jpg2268241080720From left: USask's VP Research Dr. Baljit Singh, Saskatchewan Minister of Agriculture David Marit, and GIFS CEO Steven Webb. (Photo: David Stobbe)From left: USask's VP Research Dr. Baljit Singh, Saskatchewan Minister of Agriculture David Marit, and GIFS CEO Steven Webb. (Photo: David Stobbe)NoNonesupport-critical-researchNo/
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Founded in 2012 as part of the University of Saskatchewan’s world-class agri-science hub, GIFS works with its partners to provide expertise and leadership in the discovery, development and delivery of innovative solutions to produce globally sustainable food.

“This kind of substantial commitment is fundamental to keeping our agriculture industry a global leader in technology, production and best practices, and the track record GIFS has established proves it,” said Minister Marit. “Investing in research activities undertaken by GIFS and similar institutions is the first step toward enabling Saskatchewan’s producers to not only stay competitive, but proving that they remain among the most productive, innovative and sustainable in the world.”

In January, GIFS released the results of a two-year study providing evidence that Saskatchewan’s production of five major field crops has a significantly smaller carbon footprint in comparison to regions that export the same products, including Australia, France, Germany, Italy and the United States. The conclusions of the study have become a fundamental aspect of Saskatchewan’s sustainability story and the sector’s increasingly important role in global food production.

“GIFS is grateful for this funding from the Government of Saskatchewan which is an investment in agricultural innovation for the entire sector and will support our operations and mission as we work with partners to deliver innovation for sustainable agriculture and food production,” said GIFS CEO Steve Webb. “The investment will enable collaboration with partners on our market-facing programs, including accelerated breeding, biomanufacturing and policy and regulatory—maximizing Saskatchewan and Canada’s sustainable production of safe and nutritious food for a growing world.” 

The funding for GIFS will provide $3 million each year from 2023-2027 to support its ongoing operations, contributing to Saskatchewan’s agriculture sector through work such as supporting crop breeding through sequencing, bioinformatics and data analytics services or technology development that facilitates commercialization of new products. 

"This announcement reinforces our province’s commitment to sustainable agricultural practices,” said Peter Stoicheff, President, University of Saskatchewan. “USask has a storied history of leading agriculture advancements and the funding announced today will allow us to continue our world-leading agricultural research and development."

The Government of Saskatchewan’s commitment to strategic, long-term investments in research and innovation is essential for continued progress toward the agriculture-related targets in the province’s Growth Plan economic goals for 2030. These include increasing Saskatchewan’s crop production to 45 million metric tonnes and livestock cash receipts to $3 billion, tripling the growth of technology sector, and growing the value of agri-food exports to $20 billion.

usask-breast-cancer-research-targets-post-treatment-function-rehabilitationtrue1718730911095imj129USask breast cancer research targets post-treatment function, rehabilitationResearchers with the Canadian Centre for Rural and Agricultural Health (CCRAH) at the University of Saskatchewan (USask) are testing movement and functional abilities for patients’ post-surgical treatment of breast cancer.research, College of Medicine, 1709908200000/articles/research/2024/usask-breast-cancer-research-targets-post-treatment-function-rehabilitationnewssite://news/articles/research/2024/usask-breast-cancer-research-targets-post-treatment-function-rehabilitationccm0461709910370413ccm0461709910769062show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/lang.jpgsite://news/images/2024/lang.jpgnewslang.jpg1639091080720Dr. Angelica Lang (PhD) (left) with the Canadian Centre for Rural and Agricultural Health works with MD student Vivian Heinrichs. (Photo by Christina Weese)Dr. Angelica Lang (PhD) (left) with the Canadian Centre for Rural and Agricultural Health works with MD student Vivian Heinrichs. (Photo by Christina Weese)NoNonesupport-critical-researchNo/
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Dr. Angelica Lang (PhD), an assistant professor in the USask College of Medicine in the Department of Medicine and the CCRAH, said patients who have had surgical treatment for breast cancer can experience issues with pain, range-of-motion and secondary injuries afterwards.

Lang’s research explores relationships between types of surgeries and subsequent movement pattern alterations, as well as their implications for post-surgery rehabilitation.

“Hopefully what we’re able to get at is to better connect movement patterns to treatment types, to understand which treatments may be more likely to lead to a secondary injury,” she said. “That can help us better rehab the problems, or prevent them.”

The project recently received $348,076 over four years from the Canadian Institutes of Health Research (CIHR) Project Grant program.

According to the Canadian Cancer Society, one in eight women will be diagnosed with breast cancer during their lifetime. The five-year net survival rate for breast cancer in women in 89 per cent.

Because diagnosis and treatment of breast cancer – particularly through surgical intervention – is so successful, Lang said it’s important to examine health issues for breast cancer survivors.

Using state-of-the-art motion capture technology, Lang and her team will study the range of motion and movement patterns of the upper limbs during functional tasks – such hair care, reaching upward or lifting overhead – for individuals who have received a mastectomy or two common types of breast reconstruction.

Lang believes by better understanding which treatments lead to which injuries or functional issues, and which treatments might make a patient more susceptible to those issues, a more precise plan for rehabilitation and pain management can be put in place.

“By looking at function and movement specifically by surgery type, we can hopefully give more refined recommendations for recovery, rehab and prevention,” she said. “If we can define some sort of association between specific surgeries and musculoskeletal dysfunction, I think that’s valuable information for patients.”

Another outcome Lang hopes to pull from this study is improved pre-surgery decision-making. If more information can be provided to patients regarding possible musculoskeletal outcomes, it can lead to better communication between doctors and patients through the surgery process.

“If we can better describe what the potential outcomes are down the line [after] surgery, the patients and the surgeons can have more informed and shared decision-making,” Lang said. “A mastectomy is curative. Reconstruction is not curative but is so beneficial in so many other ways... we’re trying to help patients understand what happens after these procedures.”

This project is an extension of post-doctoral research conducted by Lang. She said working with breast cancer survivors in this work has been “so encouraging” and looks forward to continuing this project with new support.

Lang credited CIHR for supporting the project, noting that moving forward with the research would not happen without the grant funding.

usask-research-for-water-in-western-canada-forget-the-old-normaltrue1718730911095imj129USask research: For water in Western Canada, forget the old normalUniversity of Saskatchewan researcher Dr. John Pomeroy (PhD) says the ways we’re managing water resources will no longer cut it.Chris PutnamCollege of Arts and Science, water, hydrology, featured,1709818200000/articles/research/2024/usask-research-for-water-in-western-canada-forget-the-old-normalnewssite://news/articles/research/2024/usask-research-for-water-in-western-canada-forget-the-old-normalccm0461709757392840ccm0461712772383614show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/john-pomeroy-1080-glacier.jpgsite://news/images/2024/john-pomeroy-1080-glacier.jpgnewsjohn-pomeroy-1080-glacier.jpg3177501080720Dr. John Pomeroy (PhD) inspects a monitoring station near the Global Water Futures Observatories site on the Athabasca Glacier in the Canadian Rockies. Dr. John Pomeroy (PhD) inspects a monitoring station near the Global Water Futures Observatories site on the Athabasca Glacier in the Canadian Rockies. (Photo: Sam Baardman)NoNonesupport-critical-researchNo/
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As World Water Day approaches, Dr. John Pomeroy (PhD) is warning of a spring unlike any he’s seen in Western Canada.

The Prairies are entering another year of a multi-year drought, with soil moisture, snowpacks and streamflows at levels far below normal in many areas. An exceptional early-March snowstorm lessened the drought but was not nearly enough to overcome it.

Climate change has arrived, and water is where it reveals itself.

“We’re seeing new climates emerging in Western Canada and we don’t fully understand them yet and what they’ll mean. We will have to adapt very quickly in how we manage water and manage every aspect of our lives,” said Pomeroy, the Canada Research Chair in Water Resources and Climate Change and Director of the Global Water Futures program at the University of Saskatchewan (USask).

The drought in Saskatchewan isn’t the worst on record, but the scale of it is exceptional; drought persists from the Prairies to the North, and through the boreal forest across much of Canada.

“Having a northern drought associated with a prairie drought is quite rare. That didn’t happen back in 2001. And even in the Dirty Thirties, farmers were able to move up into the Peace River District or Northern Saskatchewan and find areas with adequate moisture. They wouldn’t be able to now,” said Pomeroy.

The Prairies and the Rockies rarely share a drought, so rivers tend to be high when the land is dry. But in 2024, critically low snowpacks in the mountains foretell a spring trickle instead of a torrent.

“We have to realize that for the South Saskatchewan River, 99 per cent of the water that reaches Saskatoon comes from Alberta, and anywhere from 60 to 80 per cent of that water is mountain snowmelt coming through. So what happens in those mountains completely determines our water availability for Saskatchewan,” Pomeroy said.

The glaciers, whose meltwater provides a safety net in times of drought, continue to shrink.

“They can’t carry on like that forever. So we just have a few decades left of that glacier contribution on the North Saskatchewan and it's pretty well minimal now on the South Saskatchewan,” Pomeroy said.

Pomeroy—director of the USask Centre for Hydrology and a distinguished professor in the College of Arts and Science’s Department of Geography and Planning—is one of the world’s most accomplished snow hydrologists.

TextPullquote“The university is absolutely committed and devoted to finding solutions to these problems. We’re working on all these issues and I think that will provide tremendous benefits to Saskatchewan.”Dr. John Pomeroy /Align left

The USask water scientist expects that this drought, like all droughts, will end. In fact, climate models predict an increase in precipitation for the Prairies and the Rockies over the long term. The Saskatchewan River will continue to flow, even if it sometimes runs low in late summer.

But in a Western Canada coping with climate change, droughts will be more severe, rainstorms will be more intense, and plentiful water will no longer be taken for granted.

Water resources in Saskatchewan are crucial not only for households and agriculture, but for mining, electricity generation and maintaining ecosystems such as the Saskatchewan River Delta—along with the livelihoods of the Indigenous communities who depend on them.

That means we need to start having difficult discussions at the provincial, national and international levels about how water resources are managed and about who gets water when there isn’t enough to go around, Pomeroy insists. It will take federal leadership to ensure that all voices are brought to the table, including Indigenous communities whose water rights have frequently been disregarded.

“We’re going to have to co-operate much more on water because we have shared water resources,” said Pomeroy.

Scientific research like that underway at USask will be essential. Improved water predictions will give decision-makers lead time on water management decisions. A better understanding of the needs of ecosystems will inform how much water is needed to sustain fish, muskrat and other animal populations.

The new USask-led Global Water Futures Observatories is providing much-needed scientific data. This network of early warning observation stations gathers and organizes sophisticated information on prairie soil moisture, lakes, ponds, forests and snowpacks, and on upstream mountain snowmelt and glacier water supplies using state-of-the-art hydrometeorological and water quality sensors.

As Pomeroy sounds the alarm, he is also resolute that there is a way forward.

Canada’s dams and reservoirs could be used in a co-ordinated way as valves to adjust river flows. Crop irrigation can be made more efficient and new crop varieties can be developed to grow in drier conditions. With some changes in practice, snow and evaporation on farmers’ fields can be better managed.

“The university is absolutely committed and devoted to finding solutions to these problems,” said Pomeroy. “We’re working on all these issues and I think that will provide tremendous benefits to Saskatchewan.”

where-water-meets-the-fieldtrue1718730911095imj129Where water meets the fieldAs the United Nations prepares to spotlight World Water Day on March 22, irrigation and livestock water quality remain among the leading research topics at the University of Saskatchewan (USask).Joanne PaulsonCollege of Agriculture and Bioresources, Water,1709731800000/articles/research/2024/where-water-meets-the-fieldnewssite://news/articles/research/2024/where-water-meets-the-fieldccm0461709673525872ccm0461709736934269show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/broderick-reservoir.jpgsite://news/images/2024/broderick-reservoir.jpgnewsbroderick-reservoir.jpg2342181080719A canal connecting to the Broderick Reservoir, built in 1967, and located approximately 82 kilometres south of Saskatoon. (Photo: Phillip Harder)A canal connecting to the Broderick Reservoir, built in 1967, and located approximately 82 kilometres south of Saskatoon. (Photo: Phillip Harder)NoNonesupport-critical-researchNo/
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Can you think of anything more important to agriculture than water?

No?

Neither can researchers in the College of Agriculture and Bioresources at the University of Saskatchewan (USask).

Whether it’s growing crops or hydrating livestock, water comes into almost every conversation about food.

Now, new research projects are getting underway to investigate two important elements of water management.

TextMaking the irrigation decisionNone/Align right

Irrigation is the focus of a project led by Dr. Patrick Lloyd-Smith (PhD), associate professor in the Department of Agricultural and Resource Economics and a member of the Global Institute for Water Security at USask.

TextImage/images/2024/patrick-lloyd-smith1.jpgsite://news/images/2024/patrick-lloyd-smith1.jpgnewspatrick-lloyd-smith1.jpg88283651732Dr. Patrick Lloyd-Smith (PhD), associate professor in the Department of Agricultural and Resource Economics and a member of the Global Institute for Water Security at USask. (Photo: Submitted)Align right

Funding of $200,000 for the three-year project, which will ramp up this summer, comes from the provincial Ministry of Agriculture through the Agriculture Development Fund.

The project is motivated in part by the provincial government’s announcement in 2020 to spend $4 billion on expanding irrigation to capitalize on irrigation potential. The project will focus on guiding agricultural producers through decisions around whether to adopt irrigation while evaluating potential profits and the capital costs of installing a system.

Lloyd-Smith said irrigation is a big decision, not just a crop choice change.

“This is a wholesale transformation of your operation, starting with a big capital outlay,” he said.

For example, going from dryland farming to irrigation expands cropping opportunities, and not just switching from “canola dryland to canola irrigated, but canola dryland to potatoes irrigated or other specialty crops.”

The project will evaluate existing crop choices, with or without irrigation, from data compiled by the Ministry of Agriculture, the Saskatchewan Water Security Agency, and other sources.

Lloyd-Smith and his team will also engage producers through interviews, focus groups and a large-scale survey, to gather information “and also some of the behavioural factors that may influence the decision whether to irrigate or not.”

The research will also look at the policy side, he said.

“What sort of management changes or water allocation rules could be or should be implemented?”

Lloyd-Smith has seen an interest in moving to flexible allocation mechanisms for Saskatchewan.

“As an economist, I’m interested in different water market allocation systems and water pricing systems that can ensure there’s enough water to go around as well as facilitate water being allocated to areas or producers or sectors that value it the highest,” Lloyd-Smith said.

He added that he is “lucky to be working with” Dr. Dionne Pohler (PhD), associate professor at the Edwards School of Business, along with Jillian Brown, a PhD student in the Johnson-Shoyama Graduate School of Public Policy “who has considerable experience in the irrigation industry in the province.”

Also on the irrigation front, the College of AgBio is offering a new micro-credential sustainable irrigation program under its continuing education arm.

The non-credit community-level program introduces learners to the foundational knowledge required for sound decision-making in irrigated agriculture.

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Dr. Greg Penner (PhD), a professor in the Department of Animal and Poultry Science, and USask Centennial Enhancement Chair in Ruminant Nutritional Physiology, is starting a new project—the fourth in a series—to evaluate the impact of high-sulfate water on cattle and sheep.

TextImage/images/2024/greg-penner1.jpgsite://news/images/2024/greg-penner1.jpgnewsgreg-penner1.jpg224345800846Dr. Greg Penner (PhD), professor in the Department of Animal and Poultry Science, and USask Centennial Enhancement Chair in Ruminant Nutritional Physiology. (Photo: Submitted)Align right

The project was recently funded for $699,000 by the Agriculture Development Fund, the Sustainable Canadian Agricultural Partnership, and the Saskatchewan Cattlemen’s Association.

“In Saskatchewan, we’re very favourable in terms of having lots of water availability,” Penner said.

“The problem is some of that water is not suitable for human consumption and in fact some of it is not suitable for livestock consumption.”

Through a testing program run by Saskatchewan’s Ministry of Agriculture, “we’ve realized that water sulfate is a very major challenge for our livestock producers.”

When cattle drink water with high sulfate concentrations, two major problems can arise.

The first one, which Penner calls chronic, is a depletion of trace minerals in the cattle. In particular, sulfate can drastically reduce the amount of copper in an animal because it binds with the mineral.

Copper is important to reproduction, hoof and hair growth, the immune system and a component in enzymes and antioxidant systems, he said.

The other issue is that microorganisms in the animal’s rumen can convert sulfate into hydrogen sulfide, which can induce polio, a neurological disorder.

“Cattle can lose vision; they start to stargaze or head press. It’s a symptom of the challenges happening in the brain, and if it’s too severe, death can occur,” he said.

“What we’re looking for are the strategies that we can use, not on the acute side but on chronic sulfur exposure, to help cattle maintain adequate trace mineral status.”

It would be preferable, of course, to remove sulfate from the water; but that is difficult.

Filtration is an option, but these systems don’t work in areas where there is no power—such as in pastures far from the farm home quarter—and produce effluent that requires disposal.

Penner is involved with another option now being evaluated in a College of Engineering project led by Dr. Won Jae Chang (PhD) that is looking at passive filtration using various absorbent materials. These are showing promise but must be tested for scale-up and are early in their development.

And so, Penner is seeking to refine farm management tools to minimize risk and optimize the ability of cattle to maintain their trace mineral status. He is also hoping to expand knowledge on this topic for sheep, on which he is not aware of any sulfate research.

“When cattle are consuming high-sulfate water antagonistic effects occur between minerals in water and trace minerals in the diet. In these cases, even though we’re providing a diet that might be expected to meet requirements, sulfate interacts with the minerals and makes them unavailable. What we thought was adequate no longer is.

“I hope I can develop solutions that mean we can turn the page on this.”

usask-researchers-seek-to-develop-new-breast-cancer-treatmentstrue1718730911095imj129USask researchers seek to develop new breast cancer treatmentsImproving patient’s cancer treatments and minimizing side effects is the focus of new research at the University of Saskatchewan (USask) which aims to explore an innovative and potentially life-changing treatment targeting the most aggressive form of breast cancer.research, College of Medicine, 1709221500000/articles/research/2024/usask-researchers-seek-to-develop-new-breast-cancer-treatmentsnewssite://news/articles/research/2024/usask-researchers-seek-to-develop-new-breast-cancer-treatmentsccm0461709223108572ccm0461712336147452show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/deb_comm_canceragency_0167-1080.jpgsite://news/images/2024/deb_comm_canceragency_0167-1080.jpgnewsdeb_comm_canceragency_0167-1080.jpg3714081080864Photo of Dr. Deborah Anderson, wearing a lab coat, in a laboratory at the University of Saskatchewan campus. Dr. Deborah Anderson (PhD), the director of research for the Saskatchewan Cancer Agency and a professor in USask’s College of Medicine (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Deborah Anderson (PhD), the director of research for the Saskatchewan Cancer Agency and a professor in USask’s College of Medicine, is working with other scientists at USask and across Canada to develop a new drug treatment for metastatic breast cancer.  

Previous work done by Anderson and other cancer researchers identified a different marker, the CLIC3 protein, as a new area target for pharmaceuticals to target and battle triple-negative breast cancer. 

The research conducted by Anderson and her team is working towards developing the first-ever drugs to target CLIC3. By focusing on the CLIC3 protein, Anderson said the hope is the new drug will prevent the cancer from growing and spreading.  

“We have a lead compound and will work to modify it so that it binds tighter, is more effective at inhibiting the CLIC3 target ... and to make sure that not only is it a compound that inhibits the metastatic cell properties, but it’s also a good and safe drug for patients to take,” Anderson said.  

Anderson said there are three major types of breast cancer, and chemotherapy is typically used to battle “triple-negative” breast cancer – one of the most aggressive and difficult to treat, as it does not possess any of the three common receptors targeted for drug or hormone treatments. 

If Anderson and her team continue to have success developing this new treatment drug, they could give patients an option for fighting breast cancer that has far fewer side effects than chemotherapy. 

“(Chemotherapy) is typically quite harsh for patients,” she said. “This would be more targeted, and potentially be given to patients early on to prevent new metastasis from happening. So, once you know you have cancer, it could be given to try to block the cancer cells from forming new metastasis.” 

The goal for this potential new drug would be to provide an additive therapy that can be used alongside other treatment methods. The research is still in the early stages, but the potential for a chemotherapy alternative could be game-changing for breast cancer patients.  

“I’m a fundamental researcher. This is the first time we’ve ventured into something that might make a change in a patient’s life,” she said. “That’s very exciting for anybody, that they think they might actually have a positive impact on healthcare, on the ability of patients to have better quality-of-life.” 

Anderson credited the CIHR for funding this ongoing project, and also thanked the USask College of Medicine for providing support while looking for additional funding to support the project. 

 

innovative-usask-health-research-projects-receive-4.86-million-from-cihrtrue1718730911095imj129Innovative USask health research projects receive $4.86 million from CIHRHealth care research projects at the University of Saskatchewan (USask) ranging from breast cancer treatments to pandemic preparedness have been awarded funding in the latest round of Canadian Institutes of Health Research (CIHR) grants.research, College of Medicine, VIDO,1709219160000/articles/research/2024/innovative-usask-health-research-projects-receive-4.86-million-from-cihrnewssite://news/articles/research/2024/innovative-usask-health-research-projects-receive-4.86-million-from-cihrccm0461709222692903ccm0461710345322293show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/Aerial-USask-2-OCN.jpgsite://news/images/2019/Aerial-USask-2-OCN.jpgnewsAerial-USask-2-OCN.jpg3567131080720Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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Thirteen projects led by USask researchers and research teams were awarded funding through the CIHR Project Grant from the Fall 2023 competition. The projects received a total of $4,862,701 in funding.

The CIHR Project Grant program is intended to support ideas to advance health research across all potential subject areas, led by individual researchers or research teams at any stage of their careers.

Researchers from the USask College of Medicine, the Saskatchewan Cancer Agency, the Western College of Veterinary Medicine (WCVM), the Vaccine and Infections Disease Organization (VIDO), and the Canadian Centre for Rural and Agricultural Health (CCRAH) received funding.

USask had a 42 per cent success rate for this competition, compared to the national success rate of 24.3 per cent.

USask’s 13 awarded projects also mark the most successful projects in a single round of the CIHR Project Grant competition in at least the last 15 rounds, as well as the second-highest amount of funding received in a single round.


“USask continues to achieve high levels of success in the field of health research. USask researchers are advancing new and innovative health projects that are recognized across Canada and around the world.”

Peter Stoicheff, USask President

“It is heartening to see the work of so many excellent USask researchers recognized and supported by the CIHR. The many recipients of this funding shows how USask researchers are continually finding ways to be what the world needs in the areas of health care and health research.”

Baljit Singh (PhD), USask Vice-President Research

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  • Dr. Deborah Anderson (PhD), Saskatchewan Cancer Agency – $ 504,900 for two-year project – Targeting metastatic breast cancer
  • Dr. Arinjay Banerjee (PhD), Vaccine and Infections Disease Organization (VIDO) – $300,000 for three-year project - Characterizing bat interferon stimulated genes as novel next generation therapy against highly pathogenic coronaviruses
  • Dr. Arinjay Banerjee (PhD), VIDO – $ 100,000 for a one-year project – Investigating the role of SARS-CoV-2 and MERS-CoV transcription regulatory sequence (TRS) in viral gene expression and virulence
  • Dr. Jeffrey Chen (PhD), VIDO – $100,000 for a one-year project – Characterizing the novel virulence functions of Mycobacterium tuberculosis Type-7 secretion system ESX-1 effectors
  • Dr. Neeraj Dhar (PhD), VIDO – Pending – $100,000 for a one-year project – Role of phenotypic heterogeneity in mycobacterial persistence to antibiotics: Prospects for more effective treatment regimens
  • Dr. Andrew Freywald (PhD) et al., College of Medicine – $100,00 for a one-year project –Targeting the EGFR/EphA2 crosstalk in triple negative breast cancer
  • Dr. Angelica Lang (PhD), Canadian Centre for Rural and Agricultural Health – $348,076 for four-year project – Shoulder dysfunction and breast cancer treatment: biomechanical analysis of the impact of reconstruction and mastectomy
  • Dr. Adelaine Leung (PhD), Western College of Veterinary Medicine (WCVM) – $627,300 for five-year project – Elucidating the Molecular Mechanisms Underlying Sex-Specific Regulation of Energy Metabolism through NUCB1 in Drosophila melanogaster
  • Dr. Antonio Ruzzini (PhD), WCVM – $841,500 for five-year project – Discovery and characterization of overlooked antimicrobial resistance genes and mechanisms
  • Dr. Jessica Sheldon (PhD), College of Medicine – $868,275 for five-year project – Defining key players at the host-pathogen interface during Acinetobacter baumannii infection
  • Dr. Joyce Wilson (PhD) et al., College of Medicine – $100,000 for a one-year project –Unraveling the Evolution of COVID-19: The Impact of Variant Mutations and ORF8 on Virus Replication and Pathogenesis to Enhance Pandemic Preparedness
  • Dr. Changting Xiao (PhD), College of Medicine – $ 772,650 for five-year project – Regulation of intestinal lipid storage and release in metabolic health and disease
  • Dr. Yan Zhou (PhD), VIDO – $100,000 for a one-year project – Regulation of RIG-I mediated antiviral response upon influenza A virus infection

 

tsunami-on-the-plains-usask-researchers-find-sea-waves-once-swept-prairie-provincestrue1718730911095imj129Tsunami on the plains: USask researchers find sea waves once swept Prairie ProvincesHundreds of millions of years ago, an earthquake sent a series of massive waves across the ancient sea that covered part of Western Canada and the northern United States.Chris Putnamresearch, College of Arts and Science,1709047560000/articles/research/2024/tsunami-on-the-plains-usask-researchers-find-sea-waves-once-swept-prairie-provincesnewssite://news/articles/research/2024/tsunami-on-the-plains-usask-researchers-find-sea-waves-once-swept-prairie-provincesccm0461709054268211ccm0461709054620980show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/quarry_wall.jpgsite://news/images/2024/quarry_wall.jpgnewsquarry_wall.jpg4852831280850A man in a red shirt and Tilley hat stands next to a beige, rock quarry wall.USask assistant professor Colin Sproat stands by a wall of a quarry north of The Pas, Man., one of the sites where the researchers found evidence of an ancient tsunami. (Photo: Brian Pratt)NoNonesupport-critical-researchNo/
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That is the conclusion of a new paper by two University of Saskatchewan (USask) researchers who have found the strongest-ever evidence of a tsunami in a shallow inland sea.

The research by Dr. Brian Pratt (PhD) and Dr. Colin Sproat (PhD) of USask’s College of Arts and Science is published in the November 2023 issue of Sedimentary Geology.

Saskatchewan and its neighbouring areas are not known for their coastal views—or for their seismic activity. But 445 million years ago, in the period called the Ordovician, the region looked very different. Much of what is now Saskatchewan, Manitoba, Montana, and the Dakotas was covered by a sea known as the Williston Basin.

“It was a completely different environment, completely different geography. Back then, we were much closer to the equator than we are today and the sea level was high, so we would have been in a tropical, shallow inland sea rather than a temperate grassland like today,” said Sproat, an assistant professor in the USask Department of Geological Sciences.

TextVideo/https://www.youtube.com/watch?v=g_2Ot6RXMnkAbove content

Pratt and Sproat visited three sites north of The Pas, Man., where they found evidence of a short, high-energy event in this ancient sea that had gone unnoticed by geologists until now.

Certain beds of sediment at the locations had been torn into pebbles and mixed with clay. The floor beneath the deeper waters of the basin contained no clay, so it could only have come from the land.

“We realized we needed an event that rips up the sea bottom and then somehow comes back again with all this clay, and does it a few times,” said Pratt, a professor in the Department of Geological Sciences.

The answer could only be a tsunami.

No animal life and almost no plant life existed on land to witness that day nearly half a billion years ago, but if an observer had been around, they would have seen a dramatic event.

Faults in the region’s crust, quiet now for thousands of millennia, were then still active. One of these faults somewhere in the northern half of the Williston Basin suddenly slipped, sending violent shockwaves through the sea.

The water at the shore would have briefly dropped, then rushed back in a relentless surge. The wave might have pushed a kilometre or more across the gently sloping land, scouring the rocky surface. When it finally receded, it washed clay back into the sea. More waves followed.

A tsunami is a “radical interpretation” of the evidence, acknowledges Pratt, but the USask researchers had an advantage. The strata of the Williston Basin in Canada are almost entirely hidden under Manitoba and Saskatchewan’s flat landscapes, which limited past geologists to studying only a few natural outcrops, core samples and roadway cuts.

In the last decade, several new quarries have been dug in Northern Manitoba and revealed more of the basin’s secrets.

“It was checking out the quarries that opened our eyes. We go into these quarries and we can see the layering extending laterally for 100 metres or more, and we can find the same bed in more than one place. And so that gave us sort of the 3D perspective that nobody had before,” said Pratt.

Similar deposits can be made by major storms, but Sproat and Pratt ruled out a storm as the cause due to a lack of other telltale signs of regular storm activity. Furthermore, the region was too close to the ancient equator to have experienced hurricanes.

TextImage/images/2024/ed_pratt-and-sproat_1080.jpgsite://news/images/2024/ed_pratt-and-sproat_1080.jpgnewsed_pratt-and-sproat_1080.jpg4396081080720Colin Sproat (left) and Brian Pratt are faculty members in the College of Arts and Science at USask. (Photo: Chris Putnam)Above content

The new paper gives a clearer picture of the forces that shaped an environment lost to history: one in which early marine life flourished and diversified.

The Williston Basin was covered by this really unusual sea on top of the continent, an environment we don’t have a good modern analogue for. Given that, we have a unique opportunity here to study geological processes and their impact on ancient ecosystems in a setting unlike anywhere on the planet today,” said Sproat.

The USask researchers plan to visit sites elsewhere in Canada to see if other beds show overlooked evidence of seismic sea waves—and if tsunamis might have been a bigger part of Earth’s history than is commonly believed.

“It’s a subject you won’t find in the geology textbooks,” said Pratt. “I think it’s time for a paradigm shift.”

TextImage/images/2024/williston_map.jpgsite://news/images/2024/williston_map.jpgnewswilliston_map.jpg217047690673An outline of the Williston Basin in the Late Ordovician period. (Photo: Brian Pratt / Colin Sproat)Above content
usask-pulse-research-part-of-11-million-federal-investmenttrue1718730911095imj129USask pulse research part of $11 million federal investmentThe federal government has announced an investment of up to $11,017,979 to Pulse Canada to support key pulse crop research at institutions across the country — including the University of Saskatchewan (USask) — and to drive the pulse industry forward.research, College of Agriculture and Bioresources,1708615740000/articles/research/2024/usask-pulse-research-part-of-11-million-federal-investmentnewssite://news/articles/research/2024/usask-pulse-research-part-of-11-million-federal-investmentccm0461708618030198ccm0461708618094299show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/usask_labs_oct2021_0177.jpgsite://news/images/2024/usask_labs_oct2021_0177.jpgnewsusask_labs_oct2021_0177.jpg4801131080720Pulses being studied at the University of Saskatchewan College of Agriculture and Bioresources in Oct. 2021. Pulses being studied at the University of Saskatchewan College of Agriculture and Bioresources in Oct. 2021. (Photo: Carey Shaw/USask)NoNonesupport-critical-researchNo/
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The announcement was made on Friday, Feb. 9 by Ben Carr, Member of Parliament for Winnipeg South Centre, on behalf of the Honourable Lawrence MacAulay, Minister of Agriculture and Agri-Food.

The funding is provided through the AgriScience Program – Clusters Component, which is part of the Sustainable Canadian Agricultural Partnership (CAP). The Sustainable CAP is a five-year, $3.5 billion agreement between federal, provincial, and territorial governments to continue building up Canada’s agricultural and agri-food sectors.

“Canadian pulse farmers are vitally important to our economy. This investment will bring together the top experts in pulse growing and research from across the Prairies to improve the competitiveness and sustainability of the sector for generations to come,” MacAulay said in a statement.

Research projects supported by this cluster will target issues of sustainability, disease prevention, and greater yields and profits for pulse growers.

“Canada is a world leader in sustainable pulse production and exportation. These investments in research from the Government of Canada, matched by our sector, will help enhance our resiliency to meet the growing global demand for sustainably grown, high quality pulses and ingredients while making a positive impact on our environment and economy,” Kevin Auch, the chair of Pulse Canada, said in a statement.

USask-led projects that have received support from this funding include:

  • Large Root Systems in Pulses for Drought Tolerance, Carbon Sequestration, and Root Rot Resistance – Dr. Maryse Bourgault (PhD), College of Agriculture and Bioresources
  • Identifying Potential Resistance to Pea Aphids and Aphid Transmitted Viruses in Lentil – Dr. Sean Prager (PhD), College of Agriculture and Bioresources
  • Phenotyping Pulse Crops for Improved Performance Under Climate Change – Dr. Steve Shirtliffe (PhD), College of Agriculture and Bioresources
  • An Integrated Approach for Accelerating Genetic Improvement of Yield and Agronomic Characteristics of Chickpea – Dr. Bunyamin Tar’an (PhD), College of Agriculture and Bioresources
  • Development of Improved Pea Cultivars to Enhance Canada’s Leading Role in International Pea Markets – Dr. Tom Warkentin (PhD), College of Agriculture and Bioresources

 

usask-greystone-singers-partner-with-quantum-researchers-for-concerttrue1718730911095imj129USask Greystone Singers partner with quantum researchers for concertThe University of Saskatchewan (USask) Greystone Singers and the Aurora Voce alumni choir will be performing a concert that includes a unique light show created by USask Quantum Innovation researchers.College of Arts and Science, research, 1706885700000/articles/research/2024/usask-greystone-singers-partner-with-quantum-researchers-for-concertnewssite://news/articles/research/2024/usask-greystone-singers-partner-with-quantum-researchers-for-concertccm0461706886506155ccm0461708102102206show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/greystone_singers.jpgsite://news/images/2024/greystone_singers.jpgnewsgreystone_singers.jpg1145471080720The Greystone Singers, led by Dr. Jennifer Lang (PhD), sing in Convocation Hall on the USask campus.The Greystone Singers, led by Dr. Jennifer Lang (PhD), sing in Convocation Hall on the USask campus. (Photo: Samuel Dymterko)NoNonesupport-studentsNo/
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The concert – titled “Illuminare” after the Elaine Hagenberg composition of the same name – will feature performances by the Greystone Singers and Aurora Voce conducted by Dr. Jennifer Lang (PhD), associate professor of choral and music education and the director of both choirs, along with a light display titled “The Projection Project” created by Master of Science student Anna Elliott, the co-lead of the Quantum Experiences theme within Quantum Innovation at USask, and Dr. Steven Rayan (PhD), director of the Centre for Quantum Topology and Its Applications (quanTA) and professor of mathematics and statistics in the College of Arts and Science.

The concert is scheduled for Sunday night at 7:30 at Saskatoon’s St. John’s Cathedral.

Lang, also the acting vice-dean academic for the College of Arts and Science, said the project is a unique opportunity to combine artistic and scientific mediums.

“We often think that art can only be one sense, but it really is multisensory, multimodal,” Lang said. “It’s a journey through light. And when we think about how light has different dimensions to it, different shades and tones to it, that complements the sonic experience of light as well and how we can express our voices and our music in different timbral ways as well.”

“One of the missions of the Quantum Innovation Signature Area of Research and the associated quanTA Centre is to find new ways to involve the community in quantum science and technologies,” Rayan said. “Science is most often communicated in numbers, symbols, and equations. Those serve us well in our everyday work but can be limiting in our communication to wider audiences, and so we strive to utilize other ways of thinking. One way is through visual representation and art, which is why we started the Projection Project.”

The choral concert will serve as a preview of the Greystone Singers’ upcoming trip to perform at Carnegie Hall in New York City on June 1, 2024. Lang will be featured as a guest conductor with the New England Symphonic Ensemble, leading the Greystone Singers in a performance of Hagenberg’s composition “Illuminare.”

The concert will also include musicians from the Saskatoon Symphony Orchestra (SSO) and guest composer Dr. Hussein Janmohamed (PhD) performing his composition "Nur: Reflections on Light.”

The Projection Project, a light installation developed by Elliott and Rayan for Nuit Blanche Eve in 2023, will also make a unique appearance in the choral concert. The display uses light projections to visually represent higher-dimensional geometry and give a tangible form to ideas of quantum science.

Elliott, who developed the project with Rayan and her Quantum Experiences co-lead Dr. Erica Bird (PhD), said The Projection Project was intended to merge areas of interest in mathematics and fine arts.

“While this project was rooted in the hyperbolic geometry research done at quanTA, I wanted to create an experience for those viewing it that embodied a fascination for quantum innovation, through styles, colours, patterns, and mathematical surfaces that felt familiar to me and the rest of my artistic work,” she said.  

Lang said every chance at performing ahead of their trip to New York will add another level of polish to their Carnegie Hall performance, and being able to combine this performance with a return of The Projection Project was a tremendous bonus.

“We see so many connections between music and science and art,” Lang said. “People often associate the arts with being creative, but there’s so much creativity required in science and math to dream and envision and imagine what certain principles and constructs can look like.”

Lang and Rayan both emphasized the knowledge mobilization between USask’s Signature Areas of Research as being critical to the final product at the concert – Lang is the co-lead of the Health & Wellness Signature Area, and Rayan is the lead of the Quantum Innovation Signature Area.

“I'm so very grateful that we will have another showing of The Projection Project, thanks to Dr. Jennifer Lang and the choirs that she so expertly directs,” Rayan said. “The fact that the installation will be featured alongside such enthralling choral music, with each medium reinforcing the other, is something beyond words."

Proceeds from ticket sales will help support the Greystone Singers’ international tour to Carnegie Hall in New York.

usask-health-researchers-recognized-for-achievement-impact-and-excellencetrue1718730911095imj129USask health researchers recognized for achievement, impact and excellenceDr. Hassan Vatanparast (PhD) and other University of Saskatchewan (USask) researchers were honoured for their contributions to health research at the Saskatchewan Health Research Foundation (SHRF) Santé Awards on Jan. 25.research, featured,1706286780000/articles/research/2024/usask-health-researchers-recognized-for-achievement-impact-and-excellencenewssite://news/articles/research/2024/usask-health-researchers-recognized-for-achievement-impact-and-excellencebpk4551706287130532ccm0461710882189373show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/sante-awards.jpgsite://news/images/2024/sante-awards.jpgnewssante-awards.jpg926951080721Dr. Robert Laprairie (Impact Award winner), Dr. Hassan Vatanparast (Career Achievement Award winner), and many other USask researchers were honoured at the Saskatchewan Health Research Foundation Santé Awards on Jan. 25. (Photo: Submitted)Dr. Robert Laprairie (Impact Award winner), Dr. Hassan Vatanparast (Career Achievement Award winner), and many other USask researchers were honoured at the Saskatchewan Health Research Foundation Santé Awards on Jan. 25. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Hassan Vatanparast (PhD), professor in the School of Public Health and the College of Pharmacy and Nutrition, is this year’s recipient of the SHRF Career Achievement Award. The award honours a Saskatchewan-based researcher who has made significant contributions to the health of the province, advanced knowledge, informed decision-making, and built local capacity across their career. 

Vatanparast was celebrated for his impactful nutrition and public health research that has informed local, national and international dietary recommendations, bone health and osteoporosis interventions, empowerment-focused Indigenous community health practices, and immigrant and refugee nutrition programming. 

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Dr. Robert Laprairie (PhD), associate professor in the College of Pharmacy and Nutrition, was recognized with a SHRF Impact Award. The award recognizes a Saskatchewan health researcher who received a SHRF Establishment Grant five years prior, and celebrates their role in building capacity, advancing knowledge, and making health, economic and social impacts in Saskatchewan.   

Laprairie received the award in recognition of his 2018 SHRF-funded research, Modulation of the Endocannabinoid System in the GAERS Rat Model of Absence Epilepsy, and the collaborations, additional grants, and knowledge translation that he has led since.  

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SHRF’s Excellence Awards recognize researchers and their teams who held the top-scored grant applications in the previous year’s funding cycle. USask researchers achieved the top-scored applications and associated Excellence Awards in all four grant categories. These include:  

Dr. Justin Botterill (PhD), College of Medicine  
Exploring Hippocampal Circuits that Cause and Prevent Temporal Lobe Epilepsy  

Dr. Stacey Lovo (PhD), School of Rehabilitation Science 
Expanding Pediatric Rehabilitation in Northern First Nation Communities 

Dr. Ivar Mendez (MD, PhD), Rachel Johnson, Dr. Scott Adams (MD, PhD), College of Medicine;  
Dr. Stacey Lovo (PhD), School of Rehabilitation Science  
Enhancing Access to Ultrasound Services Using a Telerobotic Ultrasonography System in Rural Southern Saskatchewan 

Dr. Stacey Lovo (PhD), School of Rehabilitation Science; Dr. Gary Linassi (MD), College of Medicine  
Community-Directed Virtual Care Strategies for the Management of Neuropathic Pain in Remote Indigenous Communities 

usask-livestock-and-forage-research-receives-nearly-6-milliontrue1718730911095imj129USask livestock and forage research receives nearly $6 millionLivestock-focused research projects spearheaded by researchers at the University of Saskatchewan (USask) and USask-affiliated centres received almost $6 million from the Agriculture Development Fund (ADF) and are supported by industry co-funders.Matt Olson, Research Profile and Impactresearch,1706025960000/articles/research/2024/usask-livestock-and-forage-research-receives-nearly-6-millionnewssite://news/articles/research/2024/usask-livestock-and-forage-research-receives-nearly-6-millionbpk4551706026172610ccm0461708102117386show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/asai-coakwell-erickson.jpgsite://news/images/2024/asai-coakwell-erickson.jpgnewsasai-coakwell-erickson.jpg1276311080720Livestock research projects led by researchers at USask, including Dr. Mika Asai-Coakwell (L) and Dr. Nathan Erickson (R), and affiliated institutions received nearly $6 million from the Agriculture Development Fund (ADF) in 2024. (Credit: Christina Weese)NoNoneNoneNo/
TextNone/Above contentNineteen USask-led and four VIDO-led projects were provided funding by the ADF, which receives support from both the federal and provincial governments. Two additional projects at USask’s Prairie Swine Centre (PSC) also received funding.  

The ADF is supported through the Sustainable Canadian Agriculture Partnership (CAP), an investment of $3.5 billion over five years from federal, provincial and territorial governments with the goal of supporting the agri-food and agri-product sectors across Canada. The Sustainable CAP includes $1 billion in federal programs and activities and a $2.5 billion commitment for programs designed by provinces and territories that is cost-shared 60 per cent by the federal government and 40 per cent by provincial/territorial governments.   

Projects supported by this round of ADF feature research in areas including livestock management strategies, innovative animal vaccination and disease prevention techniques, behavioural analyses, genomic development of feed, and more.  

“The cutting-edge research conducted at USask, VIDO and our affiliated centres is changing the way the world approaches agriculture,” said USask’s Vice-President Research Dr. Baljit Singh (PhD). “Our skilled and accomplished researchers continue to create formidable change; exploring new techniques and technologies so we can continue to be what the world needs in our critical agricultural industry.” 

Industry co-funders for this round of ADF funding include the Saskatchewan Canola Development Commission, the Saskatchewan Cattlemen’s Association, the Saskatchewan Forage Seed Development Commission, Saskatchewan Pulse Growers, and the Saskatchewan Wheat Development Commission.
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A USask researcher hopes to discover a genomic connection for what makes an “efficient” cow. 

Dr. Mika Asai-Coakwell (PhD) with the College of Agriculture and Bioresources is using a newly developed ranking system to identify efficient cows from among large populations.  

From there, Asai-Coakwell will look to identify genomic regions that separate efficient cows from less efficient cows – and expressions that link efficient cows together.  

As Asai-Coakwell puts it, an “efficient” animal is traditionally measured as one that reaches peak growth with least required supplementation, whether that be food or other inputs. For mature beef cows, the focus is not on growth, rather the cow’s ability to carry and wean a healthy calf. Asai-Coakwell’s new research will look at more specific traits to measure efficiency – and find genomic links between those traits.  

“That end goal, really, is if we can identify the different genomic variations in these cattle that are associated with that trait, you can eventually select for that trait,” she said. “That would be ideal for our cattle industry.” 

Asai-Coakwell received $147,992 for this project, as well as co-funding from the Saskatchewan Cattlemen’s Association. 

She said her research is built off a previous ADF-funded project which developed a new ranking for determining efficient cows, focusing more on a cow’s ability to reproduce while maintaining a healthy weight.  

Asai-Coakwell’s new research will use the new ranking to identify efficient cows across a much larger population, and then single out genomic regions associated with traits that could be selected to continue raising more efficient cows.  

“If we can identify portions of the genome involved, then you can start to breed for a more efficient cow, and at least you can select for the best cows genome-wise,” she said. “The aim is to identify genes. We do want to associate areas of the genome (with efficient cows), and those can give us clues to discover which genes are involved.” 

The benefits of raising more efficient or productive cows extend to all levels of the farming process. Asai-Coakwell said more efficient cows mean less cost and less environmental impact as the industry moves more and more towards increased sustainable agriculture.  

Asai-Coakwell praised the ADF and the Saskatchewan Cattlemen’s Association for continuing to support cutting-edge genomic research and helping her establish herself as a researcher in this field.  

“They have helped me and been really supportive ... it has been the backbone of building this research lab,” she said. 

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New research spearheaded by Dr. Nathan Erickson (DVM) at USask’s Western College of Veterinary Medicine (WCVM), Dr. Nilusha Malmuthuge (PhD) with Agriculture and Agri-Food Canada in Lethbridge, and Dr. John Ellis (PhD) of the WCVM is looking to control bovine respiratory disease in calves.  

As Erickson puts it, the beef industry is very “segmented.” He said the goal of this project is to help maintain the health of calves as they transition from the earliest stage of birth and growth into the second stage, or the “feedlot” stage. The project is receiving $157,672 from the ADF.  

“That transition from cow-calf to feedlot is where we really see a large prevalence of respiratory disease,” Erickson said. “There’s a lot of different stresses that precipitate respiratory disease ... Our goal is to figure out the best (vaccination) priming and boosting of these animals to have robust immunity all the way out to that high-risk phase.” 

Erickson said this project is a continuation of research that has been ongoing since at least 2016. He praised the collaborative efforts of researchers throughout the WCVM and industry partners in supporting ongoing research to protect calves from disease. 

Erickson’s team is working with vaccine protocols in which calves receive a vaccine delivered nasally through mucosal membranes, and then receive a booster further down the line. Because of high concentrations of maternal antibodies in newborn calves, Erickson said early injection vaccines aren’t as effective because the maternal antibodies interfere with the vaccine response by partially neutralizing the vaccine antigen. 

The new strategy involves priming calves with mucosal vaccines that can be given almost immediately after birth and bypass the maternal antibody issue. However, mucosal vaccines do not have the same duration as an injected vaccine, which means finding the optimal time to later provide a booster becomes critical.  

Erickson and his team hope to develop the best immunization protocols for calves to ensure they are protected as long and as comprehensively as possible.  

“It’s really about creating memory in the immune response so when we get to the high-risk phase, they’ll hopefully have that memory established,” he said. “Previous to this prime-boost idea, we haven’t had a good way of establishing memory well in young calves.” 

Erickson said their hope is to provide the most accurate information to veterinarians and the producers they are working for to vaccinate calves against a disease that is a rampant issue among feeder calves. 

The full list of ADF funding recipients from USask, VIDO and PSC, is below.

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art-gallery-springs-from-usask-dog-human-relationship-researchtrue1718730911095imj129Art exhibition springs from USask dog-human relationship researchAn art exhibition featuring representations of the bond between dogs and humans, and based on work led by a University of Saskatchewan (USask) researcher, will be unveiled at Wanuskewin before touring the province for two years. Matt Olson, Research Profile and Impactresearch, Western College of Veterinary Medicine1705676160000/articles/research/2024/art-gallery-springs-from-usask-dog-human-relationship-researchnewssite://news/articles/research/2024/art-gallery-springs-from-usask-dog-human-relationship-researchccm0461705677363170ccm0461706204493495show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/dogmedicinegallery_12b_sm.jpgsite://news/images/2024/dogmedicinegallery_12b_sm.jpgnewsdogmedicinegallery_12b_sm.jpg2138241086808Heading Home by Elder John Halkett is one of 20 pieces of art in the Dog Medicine art exhibition inspired by the research of Dr. Jordan Woodsworth (DVM, PhD).NoNonesupport-critical-researchNo/
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Paintings, beadwork, digital illustrations, a story skirt – when Dr. Jordan Woodsworth (DVM, PhD) was completing her graduate studies focused on the dog-human relationship in Northern Saskatchewan and Indigenous communities, a touring art exhibition wasn’t initially in the cards. 

“I honestly never would have come up with the idea of integrating art,” Woodsworth said. “It’s a really fabulous opportunity, and unique, in my experience.” 

TextImage/images/2024/jordan-woodsworth-profile.jpgsite://news/images/2024/jordan-woodsworth-profile.jpgnewsjordan-woodsworth-profile.jpg109538600750USask veterinarian Dr. Jordan Woodsworth. (Photo: WCVM)Align right

Named Atim Maskikhiy – Cree for “Dog Medicine” – the art exhibition developed from Woodsworth’s research is making an appearance at Wanuskewin on Jan. 20 for three months before touring across Saskatchewan with the support of the Organization of Saskatchewan Art Councils (OSAC). The exhibition serves as the first public event supported through the Wanuskewin Institute, which is a partnership between USask and Wanuskewin Heritage Park. 

Funding to support Cree translations of artist vignettes and the gallery launch event at Wanuskewin has been provided through Knowledge Translation funding from the Saskatchewan Network Environments for Indigenous Health Research (SK-NEIHR).

Woodsworth, who is also the director of Northern Engagement and Community Outreach with the dean’s office at the Western College of Veterinary Medicine (WCVM), wanted her PhD research to focus on dogs in the La Ronge area where she had built strong relationships while providing biannual veterinary clinics since 2014.

Titled “Healthy Dogs Healthy Communities,” Woodsworth and Dr. Tasha Epp’s (PhD, DVM) research grew after a meeting with Elder John Halkett, who suggested to her a project that focused on educating people both in and outside of the community on what dog-human relationships have been in the past and what they still can be now. Part of their project, Woodsworth said, was to challenge misconceptions about how dogs in Northern Saskatchewan are treated – or mistreated. 

“The team really wanted to know, how do people think about their dogs? How do people regard that relationship? How do they define it? What are the things that make that relationship healthy and safe, or don’t?” Woodsworth said. “What are the systemic things in place that are either supporting or challenging the healthy and safety of the dog-human relationship?”  

Woodsworth and team members from the Tri-communities collaborated to conduct interviews with area residents on the topic of dogs and the dog-human relationship – dog owners, humane society members, animal protection officers, dog mushers, people with historical knowledge of how dogs were used on traplines, and many more.  

It wasn’t until after the preliminary findings were developed that a research team member offered the idea of enlisting local artists to create pieces of art reflecting results of the research. This innovative idea inspired 17 community artists to create 20 art pieces in a variety of mediums that are now touring as part of the Atim Maskikhiy / Dog Medicine exhibition. 

Woodsworth lauded OSAC and the numerous community artists for adding another dimension to this project, and said she was excited for people around the province to learn more about the dog-human relationship through the educational tools provided alongside the exhibition.  

“I hope we get invited to come and talk about the research, and I hope we can get the conversation going, get people putting their thinking caps on and start to consider what it might look like for community care to be incorporated into how dogs get cared for and managed in Northern Indigenous communities,” she said.  

Tickets for the event can be found at the link here. 

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usask-researcher-awarded-4.2-million-to-battle-root-rottrue1718730911095imj129USask researcher awarded $4.2 million to battle root rotThe Governments of Saskatchewan and Canada, as well as numerous partners in the agriculture and agri-food industries, have contributed to a multidisciplinary USask-led research project to fight root rot in pea and lentil.Matt Olson, Research Profile and Impact research, Crop Development Centre, 1705502520000/articles/research/2024/usask-researcher-awarded-4.2-million-to-battle-root-rotnewssite://news/articles/research/2024/usask-researcher-awarded-4.2-million-to-battle-root-rotccm0461705503241392ccm0461705504871853show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/crdc2021-5572-1080.jpgsite://news/images/2024/crdc2021-5572-1080.jpgnewscrdc2021-5572-1080.jpg2090071080721Dr. Sabine Banniza (PhD) of USask’s Crop Development Centre. (Photo: Submitted)USask Crop Development Centre researcher Dr. Sabine Banniza crouches between her research crops (Photo: Christina Weese)NoNonesupport-critical-researchNo/
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Root rot in pulse crops has grown to be a devastating issue for growers across Saskatchewan and Western Canada, so a team of University of Saskatchewan (USask) researchers and colleagues at Agriculture and Agri-Food Canada (AAFC) and the National Research Council (NRC) led by Dr. Sabine Banniza (PhD) of USask’s Crop Development Centre (CDC) is comprehensively searching for ways to beat it.

“We try to have a good balance with solutions that farmers can use now, but then also by generating knowledge feeding into future solutions,” Banniza said. 

Banniza, a professor with the College of Agriculture and Bioresources and the CDC, and the Government of Saskatchewan Ministry of Agriculture Strategic Research Program Chair in Pulse Crop Pathology, received more than $4.2 million from the Strategic Research Initiative (SRI) to uncover solutions for root rot in pea and lentil crops.  

The funding from the SRI includes about $2.5 million contributed through the Sustainable Canadian Agricultural Partnership (Sustainable CAP) and around $1.7 million from industry partners. The Saskatchewan Pulse Growers, the Western Grains Research Foundation, the Alberta Pulse Growers Commission, Results Driven Agriculture Research, and the Manitoba Pulse and Soybean Growers all contributed to the project.  

As Banniza puts it, root rot in pea and lentil has become so prevalent in Western Canada it has caused growers to stop planting the crops in some areas. Because of the importance of pea and lentil crops as a food source, as a nitrogen-fixing plant in crop rotations, and a cash crop for farmers, Banniza said tackling the root rot disease is of paramount importance. 

“If you talk to growers and ask what is your biggest disease problem in pulse crops, they will almost all say root rot,” she said. “The longer and more often you grow a crop, the more these crops then select inadvertently for pathogens, and that is what we are witnessing here with the root rots.” 

Banniza and her research team will be using the funding from the SRI to investigate solutions to root rot disease at every level – from genetics and breeding in the lab and in field nurseries, studying pathogen biology and host-pathogen interactions, to management strategies for growers in the field.  

One of the cutting-edge strategies for in-field management of root rots that will be explored is called RNA interference – a method which involves directly targeting the root rot pathogens themselves at the genetic level to interfere with their ability to infect and spread in the plants.  

Breeding peas and lentils for root rot resistance will be a cornerstone of this project, and use of such root rot resistant varieties will be an important and the least expensive tool for farmers. However, it takes time to develop new crop varieties with good disease resistance, so Banniza said RNA interference has the potential to be a powerful solution in the meantime. 

“RNA interference is a novel approach to in-field disease management, which makes it very exciting and promising,” she said. “It could be a very, very potent method, but it’s very novel so we have to see how it works ... I’m quite excited about it because that is really thinking outside the box.” 

Banniza and her team are highly appreciative of the funding provided by the Saskatchewan Ministry of Agriculture and the industry groups for such a large, focused and critical venture, and of the confidence they have put into the team and their home institutions with the CDC, USask, AAFC, and NRC to bring this collaborative project to fruition.   

She said the strength of the SRI was how it encouraged and supported a multidisciplinary approach to the problem of root rot, allowing researchers to tackle this pervasive issue on so many fronts.  

“Output from one sub-project feeds into another. There is certainly much, much more communication,” she said. “As you develop the proposal, sometimes lightbulbs go on and people say, ‘I hadn’t thought about it that way,’ and so I think that makes a project like this SRI much more productive and creative.” 

The SRI and the Agriculture Development Fund (ADF) are supported through the Sustainable CAP, an investment of $3.5 billion over five years from federal, provincial and territorial governments, with the goal of supporting the agri-food and agri-product sectors across Canada. The Sustainable CAP includes $1 billion in federal programs and activities and a $2.5 billion commitment for programs designed by provinces and territories that is cost-shared 60 per cent by the federal government and 40 per cent by provincial/territorial governments. 

joint-efforts-by-usask-research-team-simulate-canadas-cannabis-consumptiontrue1718730911095imj129Joint efforts by USask research team simulate Canada’s cannabis consumptionUniversity of Saskatchewan (USask) researchers are developing models to more accurately determine the effects of cannabis on consumers.Lindsay Herman, Research Profile and Impact research,1704985020000/articles/research/2024/joint-efforts-by-usask-research-team-simulate-canadas-cannabis-consumptionnewssite://news/articles/research/2024/joint-efforts-by-usask-research-team-simulate-canadas-cannabis-consumptionccm0461704984642624ccm0461704984713785show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/howland-barnard-black-laprairie.jpgsite://news/images/2024/howland-barnard-black-laprairie.jpgnewshowland-barnard-black-laprairie.jpg910691086724USask researchers Dr. John Howland (PhD), Ilne Barnard, Tallan Black, and Dr. Robert Laprairie (PhD). USask researchers Dr. John Howland (PhD), Ilne Barnard, Tallan Black, and Dr. Robert Laprairie (PhD). (Photo: Submitted.)NoNoneNoneNo/
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The legalization of cannabis in Canada is driving the demand for scientifically backed insights to inform public health messaging. Until recently, pre-clinical cannabis research – done without the use of human participants to determine preliminary information such as substance safety and toxicity – has largely involved the injection of cannabinoids in rodent models. To develop a pre-clinical rodent model that more accurately reflects Canadian cannabis use, USask researchers Drs. John Howland (PhD) and Robert Laprairie (PhD), and their graduate students Tallan Black and Ilne Barnard have conducted studies that utilize a novel cannabis smoke delivery system by burning commercially available strains. 

“You can buy the strains we used in stores as a consumer in Canada,” said Howland, professor in the College of Medicine’s Department of Anatomy, Physiology and Pharmacology. “Scientists in Canada are now able to easily use these products in research.” 

The smoke chambers used in their research are the first of their kind in Canada to be adapted to burn cannabis buds, replacing the conventional use of injected cannabinoids. This generates physiological and pharmacological data that provides a more accurate window into the human experience. Using smoke inhalation – the administration method most common among Canadian high-THC cannabis users – and cannabis products available at local dispensaries, the findings draw closer parallels to the physiological and molecular functions of human use and inform important next steps in the team’s work.  

“Pre-clinical models give us insight,” said Barnard, a PhD student in the Department of Anatomy, Physiology and Pharmacology. “Having a pre-clinical model to understand what’s going on in the brain [following cannabis use] can really enlighten the clinical research as well.” 

Approaching the subject from the perspectives of both basic science and public health, this research takes an interdisciplinary approach to a pressing public health discussion regarding the safe consumption of cannabis. The team’s projects are funded by the Canadian Institutes of Health Research (CIHR), Natural Sciences and Engineering Research Council of Canada (NSERC), Saskatchewan Health Research Foundation (SHRF), Brain Canada, and the USask College of Medicine. 

Using the team’s smoke exposure method, Barnard modelled and evaluated the impact of acute high-THC cannabis exposure on the working memory function of young adults. The findings were published in ENeuro in late 2023. 

“We were able to look at a more nuanced behavioural effect following cannabis exposure,” she said. “What we saw was that following acute cannabis exposure, there is an increased deficit in working memory when the task is harder.” 

Working memory plays an important role in daily functioning and human disorders such as schizophrenia, and will be further evaluated in the coming research of the team. 

Black, a PhD student in USask’s College of Pharmacy and Nutrition, and the College of Medicine, modelled the impact of repeated cannabis exposure in pregnant rodents, comparing the effects of exposure via smoke versus injection, and between high-CBD and high-THC strains. 

“This smoke exposure model in utero is the first of its kind,” she said. “That’s key, because the understanding of what cannabis smoke exposure is doing in utero is so new … we just don’t have the information.” 

Recently published in Scientific Reports, Black’s findings confirm notable physiological differences following smoke exposure, compared to the use of injected cannabinoids. Accordingly, these findings validate the importance of using smoke in future research regarding the impacts of cannabis use during pregnancy. 

As this research continues to unfold, Black warns that “in a country where cannabis is legalized, it’s really important to take everything slow and realize that we just don’t know [the full impacts of cannabis exposure].” 

After validating the smoke-exposure model and identifying preliminary cautionary findings, the team has its sights set on continuing to build an understanding of the functions and risks of Canadian cannabis use. This includes investigating which behaviours are most sensitive to disruption following cannabis exposures, what behavioural outcomes to watch for in the children of a mother who used cannabis during pregnancy, and how different experiences (positive or negative) following a cannabis exposure can impact outcomes. 

Ultimately, the team aims to enhance and refine public health messaging to the benefit of Canadian cannabis users.  

“We believe that further education of the general public regarding cannabis will allow individuals to make informed decisions about their use, and the type of cannabis they may use,” Howland said. “These studies may also lead to the development of evidence-based interventions to alleviate the negative effects of cannabis use.” 

Research was done with approval by the University of Saskatchewan Animal Care Committee and in accordance with all national and University guidelines and standards. 

 

sask-farmers-produce-some-of-the-worlds-most-sustainable-crops-gifs-at-usask-studytrue1718730911095imj129Sask. farmers produce some of the world’s most sustainable crops: GIFS at USask studySaskatchewan farmers are producing some of the least carbon-intensive crops in Canada and the world, as highlighted in a carbon life cycle analysis commissioned by the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask).GIFS, research, sustainability, 1704912900000/articles/research/2024/sask-farmers-produce-some-of-the-worlds-most-sustainable-crops-gifs-at-usask-studynewssite://news/articles/research/2024/sask-farmers-produce-some-of-the-worlds-most-sustainable-crops-gifs-at-usask-studyccm0461704914333858ccm0461707943816068show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/canola-field.jpgsite://news/images/2024/canola-field.jpgnewscanola-field.jpg1749801086611A yellow canola field stretches out under a crisp blue sky, dotted with fluffy, white clouds.A canola field (credit: iStock)NoNonesupport-critical-researchNo/
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The two-part study commissioned in 2022 examined the carbon footprint from the production of five Canadian field crops – canola, non-durum wheat, field peas, durum wheat, and lentils. It compared these footprints, including their supply chain emissions, to some globally competitive regions across the world that export the same products, including Australia, France, Germany, Italy, and the United States. The results demonstrate that Canadian producers, particularly in Saskatchewan and Western Canada, are producing crops with the least amount of greenhouse gas emissions or carbon dioxide equivalents among regions compared.

“These impressive results are driven by the widespread adoption in Saskatchewan of agricultural innovations and sustainable farming practices that have significantly reduced the amount of inputs and emissions needed to farm each acre of land,” said GIFS Chief Executive Officer Dr. Steve Webb (PhD). “The sustainable practices include reduced tillage, the adoption of herbicide-tolerant canola, the variable-rate application of fertilizer, a robust crop rotation system, and the production of nitrogen-fixing pulse crops.”

The study, conducted in partnership with the Food Systems PRISM Lab in the University of British Columbia, followed established protocol for measuring the carbon life cycle of agricultural production. It compiled and reviewed data on the carbon dioxide equivalent emissions for the various activities that go into crop production including transportation, seed, fertilizer and manure inputs, crop inputs, field activities, energy emissions, and post-harvest work.

The carbon life cycle analysis also considered and reviewed important data about the ability of the agricultural landscape to support soil-based carbon sequestration and showed Saskatchewan has the smallest carbon footprint across all crop types and regions studied – when soil carbon sequestration is accounted for.

Some highlights of the study’s results show that Saskatchewan’s carbon footprint to produce one tonne of canola is 67 per cent lower than the global weighted average. As well, Canadian growers, led by Saskatchewan farmers, are shown to be the most sustainable producers of non-durum wheat. The results of the carbon life cycle analysis also show that no-till farming and reduced fertilizer applications in Saskatchewan field peas result in a carbon footprint that is more than 95 per cent lower than any other region studied. For lentils, the carbon footprint is 130 per cent lower.

“We are not surprised by the results of this study as we have always known Saskatchewan is one of the most sustainable producers of the safe and nutritious food the world needs,” said Saskatchewan Minister of Agriculture David Marit. “The world-leading agronomic and sustainable farming practices being adopted by our world-class producers are the driving force behind these results.”

USask, founded as an agricultural university, has long been dedicated to developing crops, processes, and education to strengthen the province's agriculture and food sectors. This study demonstrates how USask has been supporting ag producers through research and discovery for more than a century.

“USask has empowered Saskatchewan researchers and ag producers for over 100 years through new science, technology, and policies that sustainably feed the world. We are very pleased with the results of this study, and I know our faculty, students, and researchers will continue to lead and create innovative solutions for the environmental and agricultural challenges the future will bring,” said Baljit Singh, vice-president, research, at USask.

The extensive carbon life cycle analysis and comparison to regions across the world provide a detailed understanding of the contributions and impacts of agronomic practices and innovation to sustainable food production. By analyzing crop production, sequestration, and emissions, it helps provide a more holistic picture of the sustainability of Canadian agriculture. The data points can be used to inform the creation of science-based regulations for the sector.

“While these results are remarkable, there is always room for growth and to scale sustainable farming practices even further. However, it’s important to understand that one size does not fit all, and regenerative farming practices must always be suited to regions,” said Webb. “Our regulatory landscape should also recognize differences at the regional level. We hope that the insights gleaned from this study, which are a win for Canada, will inform science-based decisions at the national and international level for Canadian agriculture and the producers involved.”

 

more-than-10-million-awarded-to-usask-crop-research-projectstrue1718730911095imj129More than $10 million awarded to USask crop research projectsTwenty-nine crop science projects from researchers at the University of Saskatchewan (USask) have received a total of close to $7.5 million from the Governments of Canada and Saskatchewan and more than $2.5 million in co-funding from industry partners.Matt Olson, Research Profile and Impact research, College of Agriculture and Bioresources, 1704900600000/articles/research/2024/more-than-10-million-awarded-to-usask-crop-research-projectsnewssite://news/articles/research/2024/more-than-10-million-awarded-to-usask-crop-research-projectsccm0461704904873274ccm0461708528809513show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/adf-2024.jpgsite://news/images/2024/adf-2024.jpgnewsadf-2024.jpg2997381080720Group photo Clockwise from left: Dr. Steve Shirtliffe (PhD), Dr. Kate Congreves (PhD), Dr. Bunyamin Tar’an (PhD), Dr. Kirstin Bett (PhD) and Dr. Curtis Pozniak (PhD). (Photo credits: Submitted/University of Saskatchewan)Clockwise from left: Dr. Steve Shirtliffe (PhD), Dr. Kate Congreves (PhD), Dr. Bunyamin Tar’an (PhD), Dr. Kirstin Bett (PhD) and Dr. Curtis Pozniak (PhD). (Photo credits: Submitted/University of Saskatchewan)NoNonesupport-critical-researchNo/
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The USask crop research projects received support from Saskatchewan’s Agriculture Development Fund (ADF), meant to aid the growth and advancement of the agricultural industry in the province through innovative work solving modern questions in agricultural science. 

The ADF is supported through the Sustainable Canadian Agriculture Partnership (CAP), an investment of $3.5 billion over five years from federal, provincial and territorial governments with the goal of supporting the agri-food and agri-product sectors across Canada. The Sustainable CAP includes $1 billion in federal programs and activities and a $2.5 billion commitment for programs designed by provinces and territories that is cost-shared 60 per cent by the federal government and 40 per cent by provincial/territorial governments. 

Twenty-nine USask-led projects received nearly $7.5 million from the ADF. Of those 29 projects, 12 received a total of more than $2.5 million from key agricultural industry and research partners including Alberta Grains, the Manitoba Crop Alliance, the Saskatchewan Barley Development Commission, the Saskatchewan Canola Development Commission, the Saskatchewan Flax Development Commission, the Saskatchewan Forage Seed Development Commission, Saskatchewan Pulse Growers, and the Western Grains Research Foundation. 

Research funded by the ADF ranges in scope from genomic analysis of crop species, to the reduction of greenhouse gas emissions through crop rotation, to methods for improving crop yields through changing climate conditions. 

“USask has a long-standing tradition of excellence in agriculture research. This significant funding is reinforcement of our leadership in this field,” said USask Vice-President Research Baljit Singh. “We appreciate the support from the the provincial and federal government and our industry partners. Using state-of-the-art technologies and innovative methods, USask researchers will continue to sustainably feed a hungry world.” 

TextUsing drones and spectral imaging to predict best crops Image/images/2024/shirtliffe.jpgsite://news/images/2024/shirtliffe.jpgnewsshirtliffe.jpg128296769769Dr. Steve Shirtliffe (PhD), professor in USask’s College of Agriculture and Bioresources. (Photo: Submitted)Align left

Dr. Steve Shirtliffe (PhD), a professor in USask’s College of Agriculture and Bioresources, received $315,353 from the ADF for his work using digital tools to identify the ideal traits in early generation wheat plants to help breeders accelerate their breeding and growing process.  

He is collaborating with Dr. Adam Carter (PhD) of the Crop Development Centre (CDC). The project is co-funded by Alberta Grains, the Manitoba Crop Alliance, the Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation.  

By utilizing drones armed with multi-spectral imaging cameras, Shirtliffe and his collaborators hope to identify the best phenotypes – representative physical characteristics – which signify superior genotypes of wheat for breeders to target.  

Researchers can use digital imaging to more accurately estimate the harvest index, which is the ratio of seed to crop biomass. By targeting this in early-generation plants, breeders will be able to select the best-yielding crop varieties to breed superior strains of wheat.  

“One of things we’re trying to quantify using digital imagery is some estimate of crop yield and harvest index at very early generations of wheat, before it even goes into small plots,” Shirtliffe said. “We’re going to explore methodologies to estimate the yield.” 

The research team will test various phenotyping techniques to identify the best tools for predicting future crop yields and how they relate to different phenotypes. 

Shirtliffe said he was grateful and excited to receive support from the ADF and numerous other industry partners to push this project forward. Crop phenotyping, he said, didn’t really exist as a discipline as recently as a few years ago, so to receive the funding to continue developing these new techniques is an exciting prospect.  

“It keeps the University of Saskatchewan at the cutting edge of digital agriculture, and we have such strength in the CDC in crop breeding, it’s such a symbiosis,” he said. “The good thing is we’ve spent the last seven years figuring out how to do this work.” 

Shirtliffe also received funding from the Western Grains Research Foundation for a separate project using satellite imaging to map spatial variation in crop yields across fields in Western Canada. 

TextAnalyzing and reducing crop greenhouse gas emissions Image/images/2024/agb009.jpgsite://news/images/2024/agb009.jpgnewsagb009.jpg140922800800Dr. Kate Congreves (PhD), associate professor in the Department of Plant Sciences in the College of Agriculture and Bioresources. (Photo: Submitted/Weese)Align right

As considerations of greenhouse gas emissions (GHGs) grow in all industries, including agriculture, Dr. Kate Congreves (PhD) is developing new techniques for growers to reduce their emissions.   

Congreves, an associate professor in the Department of Plant Sciences in the College of Agriculture and Bioresources, received $421,246 from the ADF to research how different crop rotations affect GHGs released by soils. The project was co-funded by the Saskatchewan Pulse Growers.   

By using micrometeorological techniques on a 12-hectare field, Congreves and her team can measure the GHG dynamics consistently over prolonged periods of time.   

“Soils are by far the main anthropogenic source of nitrous oxide. We can get measurements of nitrous oxide released from soils year-round,” she said. “We can also get measurements of carbon dioxide, which captures both soil respiration as well as plant sequestration. So, we can see the whole picture.”  

Congreves said the goal is to build a better understanding of soil ecosystem services in relation to different crop rotations. Pulse crops help to fix nitrogen into the soil and can reduce the reliance on nitrogen-based fertilizer in the long term, when considering the full rotation.    

By introducing a nitrogen-fixing pulse crop such as peas into a wheat-canola rotation, Congreves believes less nitrogen (as nitrous oxide) will be released into the atmosphere.   

The USask micrometeorological site is one of only a few in Canada and was established in Saskatoon with the assistance of University of Guelph researchers in 2018, as well as colleagues in the Department of Soil Science at USask. Congreves said the support received not only provides her project the funding to continue innovative agricultural research, but also furthers opportunities for USask to train future researchers on these advanced technologies.   

“This funding provides an amazing platform for training students,” she said. “It’s a really rich resource for training the next generation to be able to not only understand GHG dynamics, but to be competent in measurement, using the technology, synthesizing the data, and in interpreting what the data means.” 

TextCreating efficient, climate-resilient and high-yield chickpea and flax strains Image/images/2024/taran-in-flax-field-2022.jpgsite://news/images/2024/taran-in-flax-field-2022.jpgnewstaran-in-flax-field-2022.jpg121242742742Dr. Bunyamin Tar’an (PhD), professor with the College of Agriculture and Bioresources. (Photo: Submitted)Align left

USask’s Dr. Bunyamin Tar’an (PhD), a professor with the College of Agriculture and Bioresources and a plant breeder with the CDC, received more than $800,000 from the ADF for projects looking to create superior strains of two crucial crops.  

Tar’an received $489,613 for a project to use genetics to create a hardier type of chickpea that will still produce strong yields with fewer resources contributed – a “more efficient” strain. He also received $317,371 to develop more genetic variability in flax strains that will resist changes in weather and climate. The flax project is co-funded by the Manitoba Crop Alliance, the Saskatchewan Flax Development Commission, and the Western Grains Research Foundation.  

“What we want is to make the new varieties in the future have increased nutrient use efficiency – nutrient meaning the nutrition that plants need from the soil and the environment – how we can breed new lines in the future that can afford a minimum input for the plant yet still deliver the yield we are expecting to have,” Tar’an said.  

Tar’an said crop breeders wouldn’t have the same concerns around genetically selecting for hardier, high temperature-resistant crop strains as recently as 10 or 15 years ago. But with some of the extreme weather conditions of the past few years, that has now become a necessity for producers.  

“As we go through this kind of a year, you see erratic climate conditions, dry climate conditions ... we noted plants need the ability to withstand more erratic conditions,” he said. “We need to add into the mainstream breeding program these additional factors.” 

As Tar’an puts it, USask and the CDC are “unique” in that research can be carried through from the laboratory stage with plant breeders directly into the applied research of creating viable strains for growers.

Tar’an leads both the flax and the chickpea breeding programs at the CDC, and there are many opportunities to share results and for research opportunities with students. 

“That’s what I’m really enjoying here – we do the research, we deliver to the farmers, and we do the training of future scientists, future breeders,” he said. 

TextBreeding mutually supportive wheat and lentilsImage/images/2024/kirstin-bett.jpgsite://news/images/2024/kirstin-bett.jpgnewskirstin-bett.jpg247036800800Dr. Kirstin Bett (PhD) with USask’s College of Agriculture and Bioresources. (Photo: Submitted)Align right

While it is a commonly accepted practice to rotate crops in a field, Dr. Kirstin Bett (PhD) with USask’s College of Agriculture and Bioresources believes more can be done at the crop breeding level to give scientists and growers an advantage.  

Bett is working with Dr. Curtis Pozniak (PhD), a professor in the College of Agriculture and Bioresources and director of the CDC, and with Congreves on a project which will examine the advantages of breeding lentils and wheat with the targeted purpose of assisting each other in a crop rotation. The project received $625,000 in funding from the ADF. 

“We want to develop lentils that will work well in rotation, and wheats that will respond well to lentils in rotation, while at the same time still breeding for high yield in both,” she said. “So, a farmer would be able to plant a high-yielding lentil that will also leave behind something good ... to make them feel like they’ve made the most of growing the crop in rotation.” 

Unlike other crops, pulse crops like lentils have the ability to fix nitrogen, and Bett said some of that nitrogen can be left behind for the subsequent cereal crops – which could lead to less synthetic nitrogen use and more environmentally conscious growing.   

TextImage/images/2024/pozniak.jpgsite://news/images/2024/pozniak.jpgnewspozniak.jpg206161892892Dr. Curtis Pozniak (PhD), a professor in the College of Agriculture and Bioresources. (Photo: Submitted)Align left

Bett said there is evidence that different varieties of lentils grown in a crop rotation will affect the yields of the rotated-in wheat crop. The goal of this ADF-funded research is to interconnect the lentil-breeding and wheat-breeding program at USask to identify at the genomic level how to best select and breed lentil and wheat plants that will more directly support each other.  

 A second target is to develop wheat crops that more efficiently utilize the nitrogen applied or left behind.   

“An exciting objective of our work is to characterize a novel DNA segment in wheat that has been shown to reduce nitrogen losses from wheat production. The funding provided by ADF will support our collaborative efforts to maximize producer profitability,” Pozniak said.  

This ADF-funded project is an additional facet of a larger project funded by Genome Canada’s Climate-Smart Agriculture and Food Systems initiative spearheaded by Bett and Pozniak. With the support of the ADF, matching funds for the Genome Canada project are also coming from the Western Grains Research Foundation, the Saskatchewan Pulse Growers, the Saskatchewan Wheat Development Commission, the Manitoba Crop Alliance, and Results Driven Agriculture Research (RDAR). 

TextThe full list of USask’s January 2024 ADF funding recipients in crop research:None/Above content
  • Dr. Bishnu Acharya (PhD), College of Engineering - Valorization of oat hulls for materials, chemicals and functional food ingredients - $292,500 
  • Dr. Sabine Banniza (PhD), College of Agriculture and Bioresources - Development of a rapid screening technique for Aphanomyces root rot in pea and lentil - $65,733 - Co-funded by the Saskatchewan Pulse Growers and the Western Grains Research Foundation 
    • Banniza - Development of advanced lentil lines with partially resistance against race 0 of Colletotrichum lentis causing anthracnose - $316,494 - Co-funded by the Saskatchewan Pulse Growers 
  • Dr. Kirstin Bett (PhD), College of Agriculture and Bioresources - Crop rotation: Using selection targets to improve lentil and wheat performance in a changing climate - $625,000 
  • Dr. Rosalind Bueckert (PhD), College of Agriculture and Bioresources - Temperature, soybean protein and seed filling - $20,125 
    • Bueckert - Soybean leaf area and leaf nitrogen - $165,485 
    • Bueckert - Building a better nitrogen pantry in pea - $195,385 
  • Dr. Kate Congreves (PhD), College of Agriculture and Bioresources - Crops with benefits: using rotations to reduce greenhouse gas emissions - $421,246 - Co-funded by the Saskatchewan Pulse Growers  
  • Dr. Ajay Dalai (PhD), College of Engineering - Production of fuel pellets from agricultural residues as bio-coal for conversion to biofuels using gasification and combustion - $385,000 
  • Dr. Supratim Ghosh (PhD), College of Agriculture and Bioresources - Improving food application of prairie crop-based oleosomes by modifying their structure and functionality - $235,000 
  • Dr. Randy Kutcher (PhD), College of Agriculture and Bioresources - Assessing seed to seedling transmission of Xanthomonas translucens causing BLS of cereals to establish inoculum thresholds - $179,457 - Co-funded by Alberta Grains, the Manitoba Crop Alliance, the Saskatchewan Barley Development Commission, the Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation  
  • Dr. Patrick Lloyd-Smith (PhD), College of Agriculture and Bioresources - Developing irrigation economic models to improve producer outcomes and sustainable agricultural water management in Saskatchewan - $200,000 
  • Dr. Venkatesh Meda (PhD), College of Engineering - Sustainable agricultural waste management through the development of fire-resistant ducts using natural fibers - $150,000 
  • Dr. Rex Newkirk (PhD), College of Agriculture and Bioresources - Total utilization of canola by-products after oil extraction - $225,000 
  • Dr. Michael Nickerson (PhD), College of Agriculture and Bioresources - Development of a commercial wet fractionation process for producing novel oat protein ingredients - $244,000 
  • Nickerson - Development of faba bean and oat-based texturized vegetable proteins as meat analogues - $210,000 
  • Dr. Curtis Pozniak (PhD), College of Agriculture and Bioresources - Improving accessibility of FHB resistance in wheat - $242,501 - Co-funded by the Manitoba Crop Alliance, the Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation  
    • Pozniak (PhD) - Genomic assisted breeding for heat and drought tolerance in wheat - $355,000 - Co-funded by the Manitoba Crop Alliance, the Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation  
  • Dr. Randall Purves (PhD), College of Pharmacy and Nutrition - Exploring biochemical diversity in faba beans and their seed coats for added value potential - $209,000 
  • Dr. Martin Reaney (PhD), College of Agriculture and Bioresources - Total utilization of oilseed hull: Canola, flaxseed, and borage - $360,000 
  • Dr. Jeff Schoenau (PhD), College of Agriculture and Bioresources - Land application of spent filtration earth from canola oil production to improve soil properties - $118,200 - Co-funded by the Saskatchewan Canola Development Commission  
    • Schoenau - Effect of calcium containing soil amendments on soil conditions, plant growth and greenhouse gas emissions - $55,500 - Co-funded by the Saskatchewan Forage Seed Development Commission and the Western Grains Research Foundation
  • Dr. Steve Shirtliffe (PhD), College of Agriculture and Bioresources – Digital phenotyping to accelerate wheat breeding - $315,353 - Co-funded by the Alberta Grains, the Manitoba Crop Alliance, the Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation 
  • Dr. Bunyamin Tar’an (PhD), College of Agriculture and Bioresources - Improvement of phosphorus use efficiency and abiotic stress tolerance in chickpea - $489,613 
    Tar’an (PhD) - Enhancing genetic gain for yield, biotic and abiotic stress tolerance in flax - $317,371 - Co-funded by the Manitoba Crop Alliance, the Saskatchewan Flax Development Commission, and the Western Grains Research Foundation 
  • Dr. Tom Warkentin (PhD), College of Agriculture and Bioresources - PeaTILL – A TILLING population for improvement of yield, seed protein concentration and resistance to root rots in pea - $294,113 - Co-funded by the Saskatchewan Pulse Growers
  • James Wasserman, Canadian Centre for Rural and Agricultural Health – Implementing a low-cost ROPS program to reduce Saskatchewan farm fatalities - $50,800
  • Dr. Christian Willenborg (PhD), College of Agriculture and Bioresources - Improving weed management for Saskatchewan growers - $492,683 
  • Dr. Lifeng Zhang (PhD), College of Engineering - Develop a green, non-thermal and sustainable process for improving functionalities of pulse proteins - $217,500 - Co-funded by the Saskatchewan Pulse Growers 
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For more information, contact: 
Daniel Hallen 
USask Media Relations 
daniel.hallen@usask.ca 
306-966-6922 
 

usask-cybersecurity-expert-weighs-in-on-ai-benefits-and-riskstrue1718730911095imj129USask cybersecurity expert weighs in on AI benefits and risksA University of Saskatchewan (USask) cybersecurity researcher and expert says that while artificial intelligence (AI) has been around for a while and is definitely here to stay, there are risks but also many benefits to the world’s adoption of this type of technology.BROOKE KLEIBOERCollege of Arts and Science, research, 1704377400000/articles/research/2024/usask-cybersecurity-expert-weighs-in-on-ai-benefits-and-risksnewssite://news/articles/research/2024/usask-cybersecurity-expert-weighs-in-on-ai-benefits-and-risksccm0461704304695136ccm0461704304695136show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/natalia-stakhanova.jpgsite://news/images/2024/natalia-stakhanova.jpgnewsnatalia-stakhanova.jpg1682531080720Dr. Natalia Stakhanova (PhD), a cybersecurity expert and researcher at USask, focuses her work on developing practical security solutions for everyday problems. (Photo: Submitted)Dr. Natalia Stakhanova (PhD), a cybersecurity expert and researcher at USask, focuses her work on developing practical security solutions for everyday problems. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Artificial intelligence has been taking the world by storm as the powers of tools such as ChatGPT and others have become available to the public.

A security researcher, Dr. Natalia Stakhanova (PhD) is the Canada Research Chair in Security and Privacy and an associate professor of computer science in the USask College of Arts and Science, whose research work has been focused on practical security solutions to everyday problems. One of them is making computer systems secure. She has published numerous articles on software and network security and more recently on how to leverage AI in security. She is the holder of four patents in the field of computer security and is a member of the Canadian Cross-Cultural Roundtable on Security (CCRS).

As the public continues to gain an interest and adopts AI into everyday use, Stakhanova said it’s important to recognize that AI technology has been around for a long time. Now, it is embedded in our daily lives, even though it is not always recognized.

“For example, banks’ phone support is often powered by AI which helps you navigate through various options and provide answers you’re looking for,” said Stakhanova. “Something like this is a simple use of AI.”

AI has also been under scrutiny in the cybersecurity world for a wide range of applications in which it could possibly contribute to issues surrounding cybercrime.

In a world where data collection and exploitation are becoming increasing threats as digital products that store personal and financial information—such as social media platforms—have taken over the world, safety and understanding of AI is paramount to combating fears of its use.

“From a security standpoint, there are two ways to look at AI,” said Stakhanova. “On the one hand, AI seems to enable more efficient exploitation of data and users. However, on the other side, AI has a great potential to be used for defence.”

When people store data through a social media account, this data becomes stored on the company’s computer systems, most of which are designed to be secure. But most of these computer systems are not immune to clever hacks that could put data security at risk.

If AI can be used to find ways to attack secure systems on one side, the opposite should also be true – that AI can potentially provide a way for individuals or companies to test and defend the security of their computer systems.

“The question is, how effective are your defences against AI?” she said. “I can envision in the future we would use AI to both attack a system and defend a system, taking the human out of the picture completely.”

Stakhanova said that the ability of AI to build and test security systems can be great news for those who work in the field of creating a more secure cyberspace, where important data and information are exchanged billions of times per day around the planet.

“Somehow we tend to think of the negatives, but we should also think of the positives,” she said. “If AI is leveraged by cyber criminals to attack, the defenders can also use it to continuously test the security of their systems. This provides us with a significant advantage allowing to test at scale impossible for a human and test for threats that may seem infeasible now, but potentially quite realistic in a very near future.”

Although there are benefits to what AI can accomplish—such as searching for information, writing coherent communications, creating code, providing information, and analyzing data at a pace impossible for humans—there are still limitations that restrict its usefulness and reliability that should be considered when using an AI tool.

“AI has limited capabilities for complex reasoning,” said Stakhanova. “There are a lot of limitations when we’re talking about the chain of thought that humans can generate easily and make conclusions based on. It’s not just our immediate knowledge, but also the experiences, the ‘baggage’ we have and something that we’ve seen or read [that can influence our actions], and AI is still not able to use that chain of thought effectively.”

There is much hesitancy around introducing AI capabilities in workplaces, schools, and other locales that could potentially change job structures and workflows.

“This is understandable. Right now, it’s a Wild West and really there’s almost no regulations in place,” she said.

Even with limitations, the rise of AI is an innovation that Stakhanova thinks is worth embracing.

“I believe AI adoption will continue and probably more rapidly than we would like it to happen,” she said.

Stakhanova has been involved in creating educational resources for youth about cybersecurity and staying safe online. In her opinion, cybersecurity is an important subject to bring up to kids who are growing up in a largely digital world.

The important next steps will be to develop safety guidelines and recommendations around AI and its use to help protect people and guide usage as much as possible.

“Having conversations around AI is a good first step but we are definitely behind regulating this technology. [Using] AI will bring us huge benefits but without controls, it can also be destructive.”

medsask-pharmacy-guidelines-gaining-nationwide-reachtrue1718730911095imj129medSask pharmacy guidelines gaining nationwide reachA Saskatchewan-developed tool to support pharmacists with prescribing for various minor ailments and self-care conditions is now used by thousands of students and professionals in every province across Canada. College of Pharmacy and Nutrition1704295980000/articles/research/2024/medsask-pharmacy-guidelines-gaining-nationwide-reachnewssite://news/articles/research/2024/medsask-pharmacy-guidelines-gaining-nationwide-reachccm0461704298401581ccm0461704298590434show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/evans-larocque.jpgsite://news/images/2024/evans-larocque.jpgnewsevans-larocque.jpg1379751080720Dr. Charity Evans (PhD), the director of medSask, and Danielle Larocque, the associate director of medSask. (Photos: Submitted)NoNonesupport-critical-researchNo/
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More than 19,000 pharmacists in Canada are using a University of Saskatchewan (USask)-developed tool in their daily practice to assist with prescribing medicines to patients.  

The pharmacy prescribing guidelines developed by medSask, a non-profit organization to support pharmacists that operates out of USask’s College of Pharmacy and Nutrition, were established more than a decade ago to provide protocols and support for Saskatchewan pharmacists to prescribe medications for certain minor ailments and self-care conditions without needing to visit a doctor’s office. 

The guidelines gained widespread use not only in Saskatchewan but across Canada. In September 2020, medSask moved to a subscription-based model for non-Saskatchewan practitioners in order to support the work of medSask to maintain and evolve the guidelines. Since moving to a subscription and licensing-based model, more than 19,000 individual pharmacists and students are now accessing the guidelines through businesses, universities, or independently. 

Dr. Charity Evans (PhD), the director of medSask, said the guidelines are one example of how Saskatchewan is leading the way for pharmacists in Canada.  

“It grew to succeed more than we ever thought,” she said. “As more provinces have started allowing their pharmacists to prescribe, we’ve seen a lot of uptake.” 

Danielle Larocque, the associate director of medSask, said the organization is thrilled with how much uptake they have received from industry partners and other universities to license and use the guidelines. 

“medSask is very established with these prescribing guidelines. We are unique in already having these guidelines in place a decade ago, and now other provinces have used them and continue to use them. We’re starting to tailor them to the needs of other provinces,” she said.  

The prescribing guidelines web page has become one of the most frequented for USask as the number of users and licenses continues to grow across the country.  

John Mapletoft, a tech transfer manager in the Innovation Mobilization and Partnerships unit at USask, worked with medSask to help take the prescribing guidelines to a licensing model in 2020.  

He said the guidelines are an example of a “real, meaningful, impactful” creation developed at the university and brought to the rest of the world.  

“How many people is this going to help across Canada?” Mapletoft said. “It serves the double purpose of helping pharmacists through the process of prescribing, and then also documenting it.” 

As Larocque puts it, pharmacists are being asked to do “more and more” every day as frontline health-care professionals. The list of conditions that pharmacists can prescribe for grows every year, and more responsibilities fall to pharmacists to fill that gap – especially as so many people throughout Saskatchewan and the rest of Canada lack a regular family doctor. 

The medSask team is now also able to do more with partners who are seeking to license the guidelines. Beyond creating customized guidelines for pharmacists in different regions, Larocque said some partners have sought to adapt the guidelines for different software to make them more accessible for their pharmacists.  

Even after more than 10 years in existence, three years in a license and subscription model and distribution to thousands of pharmacists in every province in Canada, the medSask team continues to evolve the prescribing guidelines to be the best resource possible for health-care professionals.  

“The conditions that are being approved for pharmacists to prescribe for are constantly expanding,” Larocque said. “We are constantly creating new guidelines and supports. We are in a very busy mode … these guidelines help to support pharmacists who are stepping up to meet the urgent needs of our health care system in Canada.” 

camelids-help-usask-researchers-explore-reproductive-health-mysteries-in-mammalstrue1718730911095imj129Camelids help USask researchers explore reproductive health mysteries in mammalsThe United Nations has declared 2024 as the International Year of the Camelid in recognition of the animals’ contributions to maintaining healthy ecosystems around the world. Cat ZensWCVM, research, 1704290400000/articles/research/2024/camelids-help-usask-researchers-explore-reproductive-health-mysteries-in-mammalsnewssite://news/articles/research/2024/camelids-help-usask-researchers-explore-reproductive-health-mysteries-in-mammalsccm0461704227808077ccm0461704227808077show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2024/wcvm-main-photo.jpgsite://news/images/2024/wcvm-main-photo.jpgnewswcvm-main-photo.jpg2990971080720Left to right: In 2012, Drs. Roger Pierson, Gregg Adams and Karin van Straaten of USask discovered the identify of an ovulation-inducing factor in semen using llamas as research models. (Photo: Liam Richards)Left to right: In 2012, Drs. Roger Pierson, Gregg Adams and Karin van Straaten of USask discovered the identify of an ovulation-inducing factor in semen using llamas as research models. (Photo: Liam Richards)NoNonesupport-critical-researchNo/
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But for two University of Saskatchewan (USask) scientists, members of the Camelid family have earned their place in the spotlight for another reason: they’re fascinating models for reproductive research.

The Camelid family of species, which includes camels, guanacos, vicuñas, alpacas and llamas, are even-toed, ruminant mammals with three-chambered stomachs. These animals are a valuable source of milk, meat, wool, and transportation for people throughout North Africa, South-West and Central Asia, Oceania, and South America. 

Camelids initially originated from North America, but they died out during the height of the last Ice Age, after survivors had migrated to South America (New World camelids) and Asia (Old World camelids). Thousands of years later, alpaca and llama populations are growing again in North America because of an increased interest in using their wool fibres for creating textiles. More people are also purchasing these camelid species as companion animals for humans, horses, sheep, and other mammals.

“The camelids are back in North America to stay,” said Dr. Gregg Adams (DVM, PhD), a veterinarian and reproductive biology professor at the Western College of Veterinary Medicine (WCVM). “But how they will find their niche in the livestock economy versus companion animals remains to be seen.” 

Besides their value as sources of wool fibre, meat and companionship, camelids are helping researchers learn more about reproduction in mammals—including humans. Adams and his WCVM colleague, Dr. Jaswant Singh (BVSc&AH, PhD), are part of the USask One Reproductive Health Group. Its members include a diverse group of scientists from veterinary medicine, human medicine, animal science, mathematics, and other disciplines to better understand reproductive health in animals and people.

Adams and Singh have conducted numerous One Health studies related to reproductive health and are among a very small handful of scientists in Canada whose reproductive work includes llamas and alpacas. Camelids are unique reproductive research subjects because they’re considered “induced ovulators,” meaning that the females only ovulate (release eggs from their ovaries) in response to mating. In comparison, mammals such as dogs, cattle, horses and humans are categorized as “spontaneous ovulators” in which females ovulate at regular intervals regardless of mating. 

Many smaller mammals, such as cats, rabbits, koalas, skunks, and weasels are induced ovulators, but the evolution of this mechanism of ovulation remains a mystery. As the largest of species belonging to the induced ovulator category, the camelids’ size, their ease of handling and their availability combine to make them an ideal model for studying this biological phenomenon.

“It’s really just an interesting new model where I could actually understand the induced ovulating mechanism, which we didn’t understand very well [before],” Adams said.

TextImage/images/2024/wcvm-2nd-photo.jpgsite://news/images/2024/wcvm-2nd-photo.jpgnewswcvm-2nd-photo.jpg1872741080721Student volunteer Reanne Dziendzielowski helps in the annual trek to move the University of Saskatchewan’s llama research herd to summer pasture. (Photo: Dr. Gregg Adams)Above content

Working with alpacas and llamas in Canada and South America, Adams and Singh have conducted numerous studies exploring the camelid’s role as an induced ovulator and its relationship to how females ovulate.

Their focus is ovarian follicles: these tiny sacs within the ovary contain the eggs and secrete hormones that influence fertility cycles in mammals. In camelids, Adams discovered that these follicles grow in a wave-like pattern within the ovaries. Adams and Singh then set out to understand why these patterns occur and how they could synchronize ovarian function so it can be easier to use reproductive technologies such as artificial insemination and embryo collection in camelids.

As they gained more insight about ovarian follicular patterns, the researchers discovered a chemical component in the semen of male camelids that affects the female camelid’s brain.

“We found out that a component of the semen gets absorbed through the uterus into the circulation and goes to the brain of the female and causes the release of hormones that are required for ovulation. The protein we found (nerve growth factor) is well conserved among species, and it’s in the seminal plasma of all species including humans,” said Adams, whose recent research has focused on how this newly discovered function of semen actually works.

Since the researchers found high levels of NGF in the semen of every species examined, their conclusion is that the categories of spontaneous and induced ovulators are not as distinct as once thought. These observations raise new questions about how the ovarian cycle works and how it can be controlled—the “Holy Grail” for any scientist, veterinarian, or human physician interested in fertility and contraception, said Adams.

Singh’s research focuses on controlling ovarian function using the alpaca as a research model. He’s the principal investigator of several research projects that examine if a specific hormone treatment will synchronize follicle dynamics and ovulation. 

“We are looking at the ovarian effects of the drugs we develop,” Singh said. “How does this drug affect their ovarian function?” 

TextImage/images/2024/wcvm-3rd-photo.jpgsite://news/images/2024/wcvm-3rd-photo.jpgnewswcvm-3rd-photo.jpg2549131080720Dr. Gregg Adams (DVM, PhD) and his USask research team were the first to derive a cria (newborn llama) from embryo transfer in Canada in 2012. (Photo: Liam Richards)Above content

Singh’s work on how reproductive drugs affect ovulation in camelids can help researchers learn more about reproductive therapies for humans and other mammals. As well, Singh points out that using induced ovulators such as alpacas and llamas as models for human reproductive studies is less complicated compared to spontaneous ovulating species. These studies have led to a recent patent for a treatment protocol that will enable scientists to synchronize ovarian function among a group or herd that will essentially enable “insemination by appointment” with a set ovulation date.

Research focused on camelids’ reproductive patterns has helped both Adams and Singh better understand the species’ health, and it has also benefited local alpaca and llama breeders.

“Our work has allowed us to apply clinical techniques and services to diagnose and treat [reproductive health] management problems in llamas and alpacas, and it has raised intriguing questions about whether the ovulation-inducing stimulus of semen is present in other species, including humans,” Adams said.  

As the camelid population grows in North America, the two researchers hope to conduct more reproductive studies targeting alpacas and llamas that will help to build the knowledge base.

“We’re hoping to recruit a new faculty member who has interest in camelids to continue research on the mystery of the ovulation inducing factor [of reproduction],” said Adams. “We hope that our research program continues to flourish.”

Cat Zens of North Battleford, Sask., is a fourth-year student in the University of Regina’s School of Journalism. She worked as a research communications intern at the Western College of Veterinary Medicine (WCVM) in 2023.

usask-student-works-to-crack-the-code-of-long-covidtrue1718730911095imj129USask student works to crack the code of Long COVID University of Saskatchewan (USask) graduate student Ethan Jansen is on a mission to help those affected by emerging global viruses and has joined a team of Canadian researchers leading the charge to discover more about the long-term effects of COVID-19. BROOKE KLEIBOERresearch, VIDO, 1704137220000/articles/research/2024/usask-student-works-to-crack-the-code-of-long-covidnewssite://news/articles/research/2024/usask-student-works-to-crack-the-code-of-long-covidccm0461704223863951ccm0461704223863951show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/photo-1_ethan-jansen.jpgsite://news/images/2023/photo-1_ethan-jansen.jpgnewsphoto-1_ethan-jansen.jpg3133211080720USask graduate student Ethan Jansen “jumped at the opportunity” to work with virology experts at VIDO to help investigate the mysteries of Long COVID in Saskatchewan. (Photo: Submitted)USask graduate student Ethan Jansen “jumped at the opportunity” to work with virology experts at VIDO to help investigate the mysteries of Long COVID in Saskatchewan. (Photo: Submitted)NoNoneNoneNo/
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Having started his master’s program during the height of the pandemic, Jansen “jumped at the opportunity” to join a research team that studied SARS-CoV-2 – the virus that causes COVID-19 – at the university’s world-class Vaccine and Infection Disease Organization (VIDO). 

“I am particularly interested in emerging viruses and global health,” said Jansen. “I knew people experiencing Long COVID and was lucky enough to be working with top researchers in virology as well as public health in Saskatchewan.” 

Long COVID is characterized by causing long-term symptoms in those previously infected with the virus. Symptoms can include shortness of breath, chronic cough, headaches, brain fog, and fatigue, which can “greatly impact the quality of life of those inflicted,” Jansen said. 

He has been a key member of a VIDO research team looking to understand how immune responses can be different in those who suffer from Long COVID, which could help researchers understand why some people get Long COVID in the first place. 

“There are many potential causes for the symptoms of Long COVID, including the lingering of virus well past initial infection, continued inflammation, virus-induced autoimmunity (when the virus causes your body to attack itself), micro blood clots, and poor antibody responses, to name a few,” said Jansen.  

Under the expert supervision of VIDO virologist Dr. Alyson Kelvin (PhD), Jansen was involved in the creation of the Sask Long COVID app that was built to collect the experiences of people in Saskatchewan with Long COVID symptoms. Jansen said the project helped to demonstrate the need for more supports and a better understanding of post-viral disease. 

“We first wanted to understand the clinical impact of Long COVID in Saskatchewan, and then [focus on] potential differences in the immune response of those experiencing prolonged symptoms,” he said. 

To kick off the next phase of the research, Jansen – under the leadership of Dr. Kelvin – collected health information and blood samples from a group of volunteer study participants. He then conducted experiments using the SARS-CoV-2 virus in VIDO’s high-containment facilities to determine how antibodies function when exposed to the virus. 

“These experiments look at the ability of someone’s antibodies to prevent entry of the virus into cells,” he said. “Virus neutralization is an essential function of antibodies when fighting a virus.” 

TextImage/images/2023/photo-2_ethan-jansen.jpgsite://news/images/2023/photo-2_ethan-jansen.jpgnewsphoto-2_ethan-jansen.jpg2263701080720USask graduate student Ethan Jansen “jumped at the opportunity” to work with virology experts at VIDO to help investigate the mysteries of Long COVID in Saskatchewan. (Photo: Submitted)Above content

Their study identified differences in the immune response in people with Long COVID compared to individuals recovered from COVID-19. First, and most notably, those with Long COVID had lower levels of virus neutralization antibodies and a weaker immune response to SARS-CoV-2. They also noticed female participants with Long COVID had higher and sustained levels of certain proteins that induce inflammation. These proteins, called cytokines, may be driving the symptoms experienced by females with Long COVID. 

Findings from the team’s new study that assess these important immune system characteristics have been sent to an academic journal for review and will provide new insights into immune system responses in those with Long COVID. 

“This work contributes to the growing body of knowledge about Long COVID and the complexities behind the diverse nature of the disease,” said Jansen. “We show some key features of the immune response of people recovering from COVID-19, and/or experiencing Long COVID that should be taken into consideration when designing therapeutics, supportive therapies, and even vaccine dose regimens.” 

Jansen said that in total, around 200 people volunteered to participate in the study, many suffering from debilitating symptoms, and offered up their time to share their experiences with Long COVID and supply a blood sample. 

“Overall, we have tried to go about this research from the patient’s perspective,” he said. “We are hoping to follow up with people in this study to measure changes in their health and immune response over a longer period of recovery as well.” 

Jansen hopes to continue his career in the field of virology by helping to understand the biological mechanisms behind conditions like Long COVID, and to help support those who are impacted by such conditions. 

“So many of our participants shared how they wanted to help other people by contributing to the understanding of Long COVID so that in the future there are effective therapies and supports available,” he said. “I am planning to continue to work in global health and emerging pathogen research and policy.” 

The research is supported by the Canadian Institutes of Health Research and the Saskatchewan Health Research Foundation. VIDO receives operational funding from the Canada Foundation for Innovation through the Major Science Initiative Fund, and from the Government of Saskatchewan through Innovation Saskatchewan and the Saskatchewan Ministry of Agriculture. 

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix. 

determining-the-carbon-cost-of-cattle-forage-production-usask-researchtrue1718730911095imj129Determining the carbon cost of cattle forage production: USask research Raising a healthy cattle herd involves providing healthy and abundant plants for cattle to eat, a process called forage production. BROOKE KLEIBOERresearch, College of Agriculture and Bioresources, sustainability1704215040000/articles/research/2024/determining-the-carbon-cost-of-cattle-forage-production-usask-researchnewssite://news/articles/research/2024/determining-the-carbon-cost-of-cattle-forage-production-usask-researchccm0461704217333395ccm0461707943771398show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/judson-christopherson-1.jpgsite://news/images/2023/judson-christopherson-1.jpgnewsjudson-christopherson-1.jpg1593891080720USask graduate student Judson Christopherson is working on a project that will assign an economic value to the carbon emissions caused by forage production in the beef industry. (Photo: Submitted)USask graduate student Judson Christopherson is working on a project that will assign an economic value to the carbon emissions caused by forage production in the beef industry. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Judson Christopherson, a graduate student at the University of Saskatchewan (USask), is investigating the levels of carbon emissions from the forage production process and how it affects the environment and economy. His research aims to develop better policies that support beef producers in their industry.

For the cattle industry, the world’s changing climate has become a major consideration for producers and consumers alike. Concerns about greenhouse gas emissions are often a topic of discussion in the Saskatchewan agricultural sector, especially as it relates to environmentally friendly and sustainable production practices.  

Christopherson has dedicated his master’s project to determining the amount of carbon emissions produced in Saskatchewan from growing forage crops, and to developing an economic indicator of this impact for practical use in policy development. The project is supervised by College of Agriculture and Bioresources professor and Agri-Food Innovation and Sustainability Enhancement Chair, Dr. Stuart Smyth (PhD). 

“A growing narrative amongst some academics and political figures has negatively portrayed beef production regarding environmental sustainability,” said Christopherson, who is pursuing his master’s degree in Agricultural and Resource Economics through the USask College of Agriculture and Bioresources. “Recent research discusses the importance that these emissions be viewed as a natural cycle, with methane being converted to carbon dioxide and then returned to soils via plant growth.” 

Christopherson is in the early stages of his research, but initial results from reviewing recent research demonstrate that the soils used in forage production have high carbon storage potential – good news in that storing carbon in soil can lead to healthier plant production and keeps carbon dioxide out of the atmosphere. 

Christopherson said his research is applicable to consumers, the general public, and to policy groups that seek to understand the environmental impact of beef production. The research will also serve as a great tool to help producers recognize how production autonomy, sustainability, and financial stability fit into their production processes.  

“Paired with the limited use of agricultural inputs, tillage, and machinery, the carbon emissions from forage production appear to be low,” said Christopherson. “The net [carbon] emissions from the forage production cycle represent a large portion of the total emissions of beef production, and furthering the understanding of this topic will add to the information available to consumers.”  

Right now, Christopherson is focused on administering surveys to producers and gathering data that will document their forage production processes.  

“This survey will gather information on every operation a producer performs in establishing, growing, maintaining, harvesting, and transporting a forage crop,” said Christopherson. “Additionally, the research focus on forage production as a standalone practice in a single province is a new step forward in the literature.”  

Christopherson notes that his research is unique in that it involves surveying beef producers directly and focuses on actual forage production, instead of relying on simulation models that are often inaccurate when compared to real-world production practices. He hopes that demonstrating how forage production relates to the economics and sustainability of the beef industry will help policymakers to develop a better understanding of this piece of the beef production puzzle in a way that benefits all. 

After the survey portion of the research concludes in late 2023, next steps include “carbon modelling, correlating emission changes with changes in production practices, and providing an economic value” of the carbon stored and emitted from soils during forage production. 

“As a cattle producer, I am driven to ensure the practices implemented on our operation uphold environmental sustainability while driving economic success,” said Christopherson. “Beyond this, I strive to tell the story of our ranch and operations like it to uphold the reputation of Saskatchewan’s agriculture industry and foster the growth of the most sustainable agriculture sectors across the globe.” 

The research has been supported by the Saskatchewan Cattlemen’s Association. 

This article first ran as part of the 2024 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix. 

indextrue1718730911095imj129Section titlerename me/articles/research/2024/indexnewssite://news/articles/research/2024/indeximj1291704210986717imj1291704210986717show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2023true1718296393441imj1292023/articles/research/2023newssite://news/articles/research/2023ccm0461672759601607ccm0461672759601607show-in-navYesusask-researchers-explore-untold-history-of-psychedelicstrue1718730911095imj129USask researchers explore untold history of psychedelicsA University of Saskatchewan (USask) researcher has led the creation of a new book which compiles stories of the history of psychedelic drugs around the world, both clinically and culturally.research, College of Arts and Science,1703083500000/articles/research/2023/usask-researchers-explore-untold-history-of-psychedelicsnewssite://news/articles/research/2023/usask-researchers-explore-untold-history-of-psychedelicsccm0461703080668735ccm0461703080725967show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/erika-dyck-zoe-dubus.jpgsite://news/images/2023/erika-dyck-zoe-dubus.jpgnewserika-dyck-zoe-dubus.jpg2438471086639USask historian Prof. Erika Dyck, Canada Research Chair in the History of Health and Social Justice, and Dr. Zoë Dubus, 2023 USask Banting Postdoctoral Fellow USask historian Prof. Erika Dyck, Canada Research Chair in the History of Health and Social Justice, and Dr. Zoë Dubus, 2023 USask Banting Postdoctoral Fellow (Photo: Submitted)NoNonesupport-critical-researchNo/
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In the worlds of medicine and history, there is plenty the public doesn’t know or understand about the use of psychedelics – which is one of the reasons Dr. Erika Dyck (PhD) chose to assemble a book cataloguing research and essays on precisely that.  

“Over the last 10 years we’ve seen a resurgence in interest in the potential benefits of psychedelics,” she said. “We wanted to look at not only the clinical context … but different ways psychedelics got out of that clinical context.” 

Published by MIT Press, Expanding Mindscapes: A Global History of Psychedelics is a compilation of the discovery, use and cultural impact of various psychedelic medicines such as LSD and psilocybin (the compound found in “magic mushrooms”) throughout the 20th century.  

While much of the accepted history and understanding of psychedelics comes from a North American – and primarily United States – perspective, the new book edited by Dyck and historian Chris Elcock includes analyses from around the world.  

Dyck, a professor of history in the College of Arts and Science and Canada Research Chair in the History of Health and Social Justice, said psychedelic drugs have a “distinctive” place in medical history due to their role in medical contexts and widespread cultural movements.  

“We’ve now got 20 articles that really showcase a dynamic and exciting history of psychedelics that takes place outside of Harvard, outside of Berkely, outside of San Francisco,” Dyck said. “We’re excited to put forward this innovative and novel way of understanding the depth and dynamism of psychedelics as it stretches around the globe.” 

In an effort to explore the role of psychedelics around the world, Dyck put out a call for papers on the role of psychedelics in different cultures, which formed the basis for the book. 

Dr. Zoë Dubus (PhD), USask’s Banting Postdoctoral Fellowship recipient in 2023, penned a chapter of the new book which focuses on the role gender played for both doctors and patients for the use of psychedelics in a clinical context in France during the mid-1900s.  

Dubus said women were prescribed psychedelics much more often as part of different therapies, and women in France did not have the same ability to refuse them as men – because attempts to refuse medication were seen as “aggravations” of their illness. 

“My research is an example of … how the cultural contexts in which psychedelics are taken impacts the way we use them,” she said.  

Dubus said including non-North American perspectives in the book was important to show the diversity of research.  

“Today, we have the ‘psychedelic renaissance’, we study the benefits of psychedelics again and we use the techniques of psychedelic therapy … But in Europe in the ’50s and ’60s there was another kind of therapy called ‘psycholytic therapy,’” she said. “Many psychedelic therapists don’t know much about it. I think it’s important for historians and actual medical practitioners to know there were different ways of using psychedelics at that time.” 

Psychedelics have emerged as an “attractive” topic to research because of the way the drugs have been used clinically, dropped out of favour and then resurfaced, Dyck said. Both she and Dubus said they hoped the new book would highlight the diversity of influence psychedelics have had in communities and cultures around the world.  

“We hope that this book shows that not only are ideas about psychedelics changing, but ideas about psychedelics are being drawn from different parts of the world and have different impacts,” Dyck said.  

Some little-known facts about psychedelics: 

  • Psychedelics are not addictive – Dubus said most people don’t really understand that psychedelics are not inherently addictive. Many of the substances that are government-regulated alongside psychedelics are much more dangerous than psychedelics, and Dubus said there are barriers preventing them from sharing more information about safe consumption of psychedelics.  
     
  • Psychedelics are not toxic – According to both Dyck and Dubus, there has been no recorded “upper limit” of psychedelic use that will result in fatal toxicity for humans – though that doesn’t mean the drugs should be used carelessly. 
  • The term “psychedelic” was coined in Saskatchewan – Though the origin story of LSD comes from Switzerland, Dyck said the term “psychedelic” was first used by British psychiatrist Humphry Osmond while working to reform the psychiatric hospital in Weyburn in the 1950s.  
     
  • “Trance music” was a result of the United States’ war on drugs – The evidence is circumstantial, but Dyck said the United States’ prohibition on drugs led many dealers and suppliers to flee the country – with some ending up as far as Goa, India, where psychedelics and the evolution of psychedelic rock is credited with inspiring the earliest trance musicians in the 1980s and ’90s.  

 

usask-appoints-new-lentil-and-faba-bean-breedertrue1718730911095imj129USask appoints new lentil and faba bean breederDr. Ana Vargas (PhD) has been appointed as the new lentil and faba bean breeder and an Agri-Food Innovation Fund Chair at the University of Saskatchewan (USask).research,1702997700000/articles/research/2023/usask-appoints-new-lentil-and-faba-bean-breedernewssite://news/articles/research/2023/usask-appoints-new-lentil-and-faba-bean-breederccm0461702998177506ccm0461702998266400show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ana_vargas_cropped.jpgsite://news/images/2023/ana_vargas_cropped.jpgnewsana_vargas_cropped.jpg1964611086776Dr. Ana Vargas headshot, on light blue backgroundStarting Jan. 2, 2024, Dr. Ana Vargas (PhD) will lead the lentil and faba bean breeding program at the Crop Development Centre in USask's College of Agriculture and Bioresources (credit: submitted).NoNoneNoneNo/
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“Pulses play an important role in sustainable agriculture and food security. We are excited for Dr. Vargas to join our team of researchers that are committed to tackling the great challenges facing society today, particularly those at the interface of agriculture and environment, and that are critical in ensuring a safe and sustainable food supply,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources. 

Starting January 2, 2024, Vargas will lead the successful lentil and faba bean breeding program at the Crop Development Centre (CDC) in the College of Agriculture and Bioresources. To date, the program has released 40 lentil and five faba bean varieties. 

“The Crop Development Centre has been instrumental in developing new lentil and faba bean varieties that contribute to diverse and sustainable agriculture production systems. We are thrilled to welcome Dr. Vargas to her new role. Her passion for crop breeding, research, and innovation will contribute to our vision to be a world-class crop improvement centre that delivers crop genetics for society,” said Dr. Curtis Pozniak (PhD), director of USask’s CDC. 

Vargas said she looks forward to developing lentil and faba bean varieties that will positively impact farmers and western Canadian agriculture. 

“The Crop Development Centre and the University of Saskatchewan have a great history of excellence, innovation and collaboration that make our institution the best place to work. I look forward to building upon this great history through my experience and passion for pulses and crop improvement,” said Vargas, who grew up in Central America and worked in common bean and corn breeding before coming to USask for her PhD. 

She received a master’s degree in agronomy from the University of Puerto Rico – Mayaguez and a Bachelor of Science in Agronomy from the Zamorano Pan-American Agricultural School in Tegucigalpa, Honduras. 

Vargas obtained a PhD in plant breeding and genetics from USask in 2021, exploring genetic resources for improving nitrogen fixation and dissecting the genetics of nodulation among Lens species.  

“I first got interested in crop improvement as a child, living on a small farm and having a deep understanding of the challenges farmers face. It was always clear to me that I wanted to be a pulse breeder and I am grateful to have had great opportunities working with different pulses, as a researcher and graduate student since then,” said Vargas. 

Prior to her appointment, Vargas was a post-doctoral fellow in the Department of Plant Sciences, working in lentils and common beans under the supervision of Dr. Kirstin Bett (PhD). Vargas’ research areas in lentil include micronutrients, seed quality and colour stability, nitrogen fixation, and protein and disease resistance. 

Vargas will also hold an assistant professor appointment in the Department of Plant Sciences. 

The endowed chair was established under the Canada-Saskatchewan Agri-Food Innovation Agreement through the Agri-Food Innovation Fund (AFIF). This is one of four AFIF chairs that were created at USask to complement and strengthen expertise at the university. 

“The growth of lentil acres in Saskatchewan is a tremendous success story in our province, and faba beans also present significant opportunity with the arrival of new varieties. We look forward to continued advancements through the work of the Crop Development Centre that will contribute to the sustainability story of Saskatchewan,” said Saskatchewan Agriculture Minister David Marit.

For Vargas, pulses are key for food security, sustainable agriculture, human health, and agriculture and food innovation. 

“Pulses are finally getting the recognition they deserve, and I aim to fully take advantage of it. The future is very bright for lentils and faba beans,” said Vargas. 

 

usask-research-tackles-food-insecurity-in-the-communitytrue1718730911095imj129USask research tackles food insecurity in the communityResearchers at the University of Saskatchewan (USask) have cooked up a new way to fight local food insecurity in Saskatchewan: a dry soup mix product to be distributed by the Regina Food Bank and the Saskatoon Food Bank & Learning Centre.research, College of Agriculture and Bioresources, GIFs, global institute for food security,1702917000000/articles/research/2023/usask-research-tackles-food-insecurity-in-the-communitynewssite://news/articles/research/2023/usask-research-tackles-food-insecurity-in-the-communityccm0461702917464894ccm0461702918318751show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/soupmix_mz2_0772.jpgsite://news/images/2023/soupmix_mz2_0772.jpgnewssoupmix_mz2_0772.jpg1730741080768Image of lentils and grainsFarm2Kitchen soup mix is packed with protein and nutrients from lentils and oats--each soup packet makes four to five cups of soup when mixed with water. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The Farm2Kitchen soup mix product is a collaboration between the USask College of Agriculture and Bioresources, the Global Institute for Food Security (GIFS), Saskatchewan Food Industry Development Centre Inc. (Food Centre), and the Regina Food Bank and the Saskatoon Food Bank & Learning Centre.

To address issues of food insecurity in Saskatchewan, USask researcher Dr. Michael Nickerson (PhD) partnered with the Food Centre to develop an affordable, easy to make and nourishing soup, using crops grown in Saskatchewan.

The science behind the soup mix is based on a research project led by Nickerson, acting head of the Department of Food and Bioproduct Sciences in the College of Agriculture and Bioresources. Funded by GIFS, the goal of the project was to produce therapeutic food products made primarily from pulses and cereals that could respond to moderate to acute malnutrition within high-risk communities.

In the original project, researchers investigated the protein quality of pulse and cereal crops and how to process them into food aid products for use in Ethiopia. The research team investigated blending ratios to maximize the nutritional benefits of the protein.

One product developed was a fortified cereal-based product with all the micronutrients that children would need to maintain growth nutrition. The other product was a lipid-based supplement that could be prescribed by a community health clinic to address nutritional needs of children six months and older.

Nickerson has now expanded the notable health benefits from the research project into Saskatchewan by partnering with the Food Centre and local foods banks, bringing this nutritious soup to families in need.

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According to Food Banks Canada, the increasing cost of food and housing, as well as high inflation and low social assistance rates, have contributed to the rise in food bank usage across the country. The Regina Food Bank states that one in five Saskatchewan children are food insecure. The soup mix product will help Saskatchewan food banks control food cost and feed more families, using cereals and pulses grown in the province. The food banks hope to expand the product across Saskatchewan and Canada to address supply demands.

Packed with protein and nutrients from lentils and oats, each soup packet makes four to five cups of soup when mixed with water. A total of 15,000 packages have been produced at the Food Centre and will be shared in food hampers by the Regina Food Bank and the Saskatoon Food Bank & Learning Centre.

TextVideo/https://www.youtube.com/watch?v=WHtpRZqqplQAbove content

Quotes:

“The Food Centre is pleased to partner with the University of Saskatchewan and GIFS on this initiative to provide a healthy food option for patrons of the Regina Food Bank and the Saskatoon Food Bank & Learning Centre. In collaboration with Dr. Nickerson, this dry soup mix was developed at the Food Centre to meet the daily nutritional needs of families and is easy to prepare. The Food Banks in Saskatchewan are important community supports and we are happy to have collaborated on this to address food insecurity and support their mission.”

  • Mehmet Tulbek (PhD), president, Saskatchewan Food Industry Development Centre Inc.

“In proud Prairie tradition we take care of our neighbours. At a time of record food insecurity, we need innovation, collaboration, and our agriculture and food sector. We are grateful for our partners, and excited to expand the program across the country, so that more families can benefit from the most powerful form of nourishment, care.”

  • David Froh, vice-president, Regina Food Bank

“USask researchers are committed to advancing knowledge that will better the lives of people in our communities. Producing innovative food and bioproducts for a sustainable future is a key priority within our Agriculture signature area of research. This innovative new product is an example of how research, strategic partnerships, and industry can all come together to make a substantial difference and address food insecurity in Saskatchewan and around the world."  

  • Baljit Singh (PhD), vice-president research, USask

“Saskatchewan is known for its rich agricultural resources and for producing high quality crops to feed the world and for coming together to support our communities. Food security is a worldwide issue and there are families in Canada and in Saskatchewan that face significant challenges to put food on the table. Pulses and cereals represent significant nutritional powerhouses, particularly as it relates to providing protein to support growth and nutrition. Our research into blending and enhancing the nutritional profiles of lentils and oats provided an opportunity to collaborate and develop a nutritious meal option to support families in Saskatchewan.”

  • Michael Nickerson (PhD), acting department head, Department of Food and Bioproduct Sciences, College of Agriculture and Bioresources, USask

“The Global Institute for Food Security (GIFS) is very pleased to support this project, which aligns with our vision of a world where everyone has access to safe and nutritious food and our approach to working with partners to achieve that vision at home and abroad. GIFS is grateful for the partnership with USask’s College of Agriculture and Bioresources, the Saskatchewan Food Industry Development Centre, and the Regina Food Bank and the Saskatoon Food Bank & Learning Centre, and their different and valuable contributions to help make this happen.”

  • Steven Webb (PhD), chief executive officer, Global Institute for Food Security
mitigating-rural-poverty-through-sustainable-biomass-production-usask-researchtrue1718730911095imj129Mitigating rural poverty through sustainable biomass production: USask researchA recently published paper by University of Saskatchewan (USask) researchers explores the nexus between climate change, biomass production, and rural poverty, and outlines a hopeful path to a future where environmentally sustainable practices advance the economic and social well-being of vulnerable people around the globe.Sarath Peiris for Research Profile and Impactresearch, sustainability1702650600000/articles/research/2023/mitigating-rural-poverty-through-sustainable-biomass-production-usask-researchnewssite://news/articles/research/2023/mitigating-rural-poverty-through-sustainable-biomass-production-usask-researchccm0461702652834324ccm0461702653278909show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/hassan-vatanparast.jpgsite://news/images/2023/hassan-vatanparast.jpgnewshassan-vatanparast.jpg2009801080720Prof. Hassan Vatanparast, researcher at USask’s College of Pharmacy and Nutrition and School of Public HealthProf. Hassan Vatanparast, researcher at USask’s College of Pharmacy and Nutrition and School of Public Health (Photo: Submitted)NoNonesupport-critical-researchNo/
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The paper, featured on the Biofuel Research Journal’s December cover, is the first of its kind to delve into the critical interconnections between biofuel innovations and sustainable development, environmental impacts of climate dynamics and biomass, and rural poverty and energy challenges.

“When I learned that 1.2 billion people could be displaced by climate-related issues by 2050, and that the reason has changed from war, civil unrest and those kinds of issues to climate change, it opened my eyes to what is happening,” said Dr. Hassan Vatanparast (PhD), professor at USask’s College of Pharmacy and Nutrition and School of Public Health, an author of the study.

“It was a warning for me and my team to look into the nexus of how climate change, biomass production (the cultivation of organic matter such as crops, forests and livestock) and rural poverty issues are interconnected,” he said.

“Usually you only hear negative things about climate change, biomass production, biofuels and so on, but we took a look at the holistic picture including positive aspects on how to adapt with climate change. That’s the uniqueness of this paper.”

For the study, researchers conducted a thorough search of peer-reviewed English language journal articles on the intersections of biomass production and climate change, climate change and rural poverty, and biomass production and rural poverty, and conducted a bibliometric analysis of the results.

The paper synthesizes the conclusions of the journal articles—which separately cover one of the three bi-directional relationships, such as between biomass production and rural poverty—into a holistic new look at the issue.

Team members who contributed to the paper, which drew international attention during the recent COP28 meeting, were: Mojtaba Shafiee, PhD candidate in Nutrition, Zoe Longworth, project manager at Vatanparast’s Nutritional Epidemiology Lab, and Dr. Zemichael Gizaw (PhD), a USask post-doctoral researcher from Ethiopia.

Vatanparast, known for research projects that focus on food security, poverty, and the challenges faced by immigrants, refugees, and marginalized populations, collaborates with communities across Canada, Central America, and Asia. He has witnessed first-hand the significant changes brought about by climate change, observing their impact from one year to the next in impoverished communities.

“In Guatemala, I have seen how the landscape is changing, how agricultural production is going down, how people need to cope and adapt to new situations and food insecurity, and how they move to the cities, where they are further marginalized,” he said.

But climate change doesn’t affect only the rural economies in developing countries, Vatanparast noted. Even in Canada, climate change-related hazards such as wildfires displace northerners, especially susceptible Indigenous communities, to flee for safety. Such impacts are felt rurally around the globe.

For rural communities, biomass production provides sustenance, fuel, and income, and is key to the well-being of millions of people. Such communities are highly vulnerable to changes in temperature and precipitation patterns that come with climate change.

Vatanparast said it’s important to look beyond the negatives associated with climate change and its impacts on biomass production to also consider the opportunities that it provides.

Sound forest management practices, such as standardized and evidence-based approaches in harvesting trees for energy production and other commercial uses can reduce biomass density and mitigate fire risks.

As a renewable energy source, biomass is a primary energy source in many rural areas of developing countries for cooking, lighting and heating. New technologies, such as those being developed at USask, are paving the way to transform biomass into advanced bioenergy such as biodiesel, bioethanol, biogas, and hold the potential to provide heating sources with prices that don’t fluctuate with world markets, boosting impoverished local rural economies and reducing poverty.

Vatanparast also notes how rural women and girls in developing countries would benefit from the transition to modern bioenergy solutions such as cooking stoves, relieving their burden of collecting wood for cooking fires and the health impacts of inhaling indoor smoke, opening the way for education opportunities, accessing health services, or income-generating activities.

The paper is a call for international financial backing and capacity building in rural communities to alleviate poverty while addressing the need to combat climate change through sustainable biomass production.

“This is human life, this is our planet, these are our people,” said Vatanparast. Through empowerment and transdisciplinary and multi-sectoral partnership to have local people come up with solutions that work for them, we can use the opportunities that exist to tackle the concerning trend of migration out of rural communities to urban areas and to poverty.”

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award-recognizes-usask-researchers-commitment-to-the-public-goodtrue1718730911095imj129Award recognizes USask researcher’s commitment to the public goodDr. Markus Brinkmann’s (PhD) internationally celebrated investigations into the compounds found in public waterways tell an important story about the health of humans and the environment, and are in-part why he has been awarded the James J. Morgan Early Career Award by the American Chemical Society (ACS) in the ACS Journal of Environmental Science & Technology (ES&T).Lindsay Herman, Research Profile and Impact research, Toxicology, 1702393200000/articles/research/2023/award-recognizes-usask-researchers-commitment-to-the-public-goodnewssite://news/articles/research/2023/award-recognizes-usask-researchers-commitment-to-the-public-goodccm0461702393157439ccm0461702586754221show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/markus-2.jpgsite://news/images/2022/markus-2.jpgnewsmarkus-2.jpg2563201080720Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. (Photo: Gord Waldner)Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. (Photo: Gord Waldner)NoNonesupport-critical-researchNo/
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From a top journal in the field of environmental toxicology, this prestigious international award marks a significant accomplishment for Brinkmann, whose early career research is characterized by creative approaches, new ideas, and significant public impact.

Brinkmann was born and raised in Germany, where he completed his undergraduate and graduate degrees at RWTH Aachen University with a focus on aquatic toxicology. In 2009, he visited Canada on an undergraduate research trip to the University of Saskatchewan’s (USask) Toxicology Centre. Little did he know at the time, he would later lead groundbreaking research garnering significant public attention and receive one of the top international awards in his field.

TextImage/images/2023/challis_jonathan-1.jpgsite://news/images/2023/challis_jonathan-1.jpgnewschallis_jonathan-1.jpg127340800996Dr. Jonathan Challis, research scientist at Agriculture and Agri-Food Canada. (Photo: Submitted)Align right

Brinkmann now serves as the director of USask’s Toxicology Centre, an associate professor and the Centennial Enhancement Chair in Mechanistic Environmental Toxicology in the School of Environment and Sustainability (SENS), a faculty member in the Global Water Futures program, a member of USask’s Global Institute for Water Security, and the special advisor to the Vice-President Research on strategic partnerships with Germany.

Dr. Jonathan Challis (PhD), research scientist at Agriculture and Agri-Food Canada and past NSERC Banting Fellow at USask’s Toxicology Centre, was Brinkmann’s primary nominator for the award.

“His research interests are so vast and impressive. I don’t know where he finds the time, but his enthusiasm for the science only seems to grow,” said Challis. “He’s very deserving.”

Among Brinkmann’s many publications and contributions, the award honours two significant bodies of work that stand out for their scope of impact and commitment to the public good.

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For over a decade, researchers, environmentalists, and locals were equally puzzled and disturbed by the mass deaths of spawning coho salmon following rainstorms in the Pacific Northwest. Then, in 2020, researchers from the University of Washington published the discovery of a completely novel – and highly toxic – compound called 6PPD-Quinone. Examining an otherwise safe compound added to vehicle tires as an antioxidant, the researchers identified and detailed the specific transformations that occurred as tires wore down and created a uniquely toxic transformation product. During rainstorms, the chemical contained in this microscopic dust would spill into stormwater systems, significantly harming populations of local salmon.

Immediately following the publication of this groundbreaking study, Brinkmann and his colleagues from the USask Toxicology Centre revisited existing data analyzed from Saskatoon stormwater samples using a process known as ‘non-target chemical analysis’, or ‘high-resolution mass spectrometry.’ Brinkmann and colleagues were able to identify that 6PPD-Quinone was in fact present in all of their local samples. Brinkmann, with his team of collaborators and students, then worked to understand the mechanisms through which 6PPD-Quinone causes toxicity, and to evaluate its toxicity in other fish species.

“It’s one of the most toxic compounds that we’ve ever discovered,” said Challis. “There was no doubt in my mind that Markus was going to run with this. It’s a testament to how enthusiastic and dedicated he is to the science and the field.”

In the months that followed, Brinkmann and his team challenged notions by industry stakeholders that 6PPD-Quinone was a localized problem specific to select ecosystems and fish populations.

“We were the first to ever identify another species that is sensitive to 6PPD-Quinone beyond coho salmon, and now this has triggered a plethora of other papers that have done the same thing,” Brinkmann said. “Ours was the first study to show that, yes, this is more widespread and that there is inland relevance to this.”

Harnessing the infrastructure of USask’s Aquatic Toxicology Research Centre, Brinkmann and his colleagues identified the impact of 6PPD-Quinone on large-bodied and cold-water fish species such as rainbow trout, laying the foundation for similar research around the globe in the years to follow.

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Earlier that year, the COVID-19 pandemic was impacting communities around the world. While the novel virus swept across Saskatchewan, a lack of comprehensive public health data and infection rates further muddied the waters of public health messaging and policy.

“We sat at home during those lockdowns and thought, ‘Hey, how can we actually make ourselves useful?’” recalled Brinkmann.

Citing existing literature demonstrating that municipal wastewater could paint a picture of the health of the community from which it was sampled, Brinkmann and USask’s Drs. John Giesy (PhD) and Kerry McPhedran (PhD) leveraged connections with the City of Saskatoon and the wastewater treatment plant to collect and analyze local samples. By the fall of that year, with their methods and lab established, they began publishing weekly data sets on the presence of COVID-19 in local wastewater samples that were used to inform both public health measures and individual decision-making.

“I think we are oftentimes very hesitant to make decisions or implement tools under uncertainty,” said Brinkmann. “We had just started to get familiar with a method, and it takes quite a bit of courage to go out there and say, ‘You know what folks, we think we have a tool here. We think we have something that can help the community understand what’s going on with COVID, in the absence of good clinical testing data.’”

“The data really did have real-world implications. The amount of effort that went into creating the data and ensuring that the data was high quality and reliable was really, really critical,” recalled Challis. “It was an excellent example of Markus’ dedication to public good research. He’s a fantastic researcher, but he is also really effective at, and understands the importance of, communicating his research to the general public.”

In the years that followed, the team published weekly datasets to an online dashboard, engaged in over 300 media interviews and segments, and assisted in the roll-out of similar testing methods in municipalities and First Nations communities across Saskatchewan.  

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Brinkmann’s work, as celebrated by the James J. Morgan Early Career Award, is underscored by a deep commitment to bettering the health of the environment and society. Beyond discoveries and publications that contribute to the knowledge of those within his field, Challis noted that “[Brinkmann’s] engagement and his understanding of how important it is to communicate science to the general public is unique among academics.”

“He really understands the need to communicate this science to the public. He’s not just doing this for publications, he’s doing it because he cares about the environment and wants to protect it.”

Recognizing that his accomplishments were also the product of many supporting colleagues, post-doctoral fellows, and students, Brinkmann reflected that, as director of the USask Toxicology Centre, it’s now his turn to support the next generation of toxicologists.

“My perspective now … is to try and pay it forward. To make sure that we build the careers and the programs at USask to really help others achieve similar things.”

the-pearl-harbor-raid-radar-roots-of-usask-researchtrue1718730911095imj129The Pearl Harbor raid radar: Roots of USask researchEighty-two years ago today, in a moment of time frozen in history, the Japanese surprise attack on Pearl Harbor was detected—but rejected—by radar technology that would later help the University of Saskatchewan (USask) become a national and international leader in space and atmospheric studies.James Shewagaresearch,1701957900000/articles/research/2023/the-pearl-harbor-raid-radar-roots-of-usask-researchnewssite://news/articles/research/2023/the-pearl-harbor-raid-radar-roots-of-usask-researchccm0461701896807594ccm0461705443072791show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/scr-270-radar-1948.jpgsite://news/images/2023/scr-270-radar-1948.jpgnewsscr-270-radar-1948.jpg2835491080720The SCR-270 mobile radar as it appeared on the USask campus in 1948. (Photo: Archive Collection S-118)The SCR-270 mobile radar as it appeared on the USask campus in 1948. (Photo: Archive Collection S-118)NoNonesupport-critical-researchNo/
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“Yesterday, December 7, 1941—a date which will live in infamy—the United States of America was suddenly and deliberately attacked by naval and air forces of the Empire of Japan,” President Franklin D. Rosevelt stated in his address to congress the day after the Japanese attack that brought the U.S. into the Second World War. The incoming Japanese aircraft were discovered by the latest in radar technology at the time—an SCR-270 unit—but were mistaken for a scheduled flight of American bombers heading to Hawaii.

“Those SCR-270 was the best radar at that time and that’s why it was used in Hawaii for the purposes of detecting attacks and that radar did indeed detect the Japanese attack, but it was misinterpreted,” said USask professor emeritus of physics and engineering physics Dr. George Sofko (PhD). “The problem was the Americans were expecting a flight of their own aircraft coming in to Pearl Harbor that day and when the radar operator of the SCR-270 that discovered the Japanese attack phoned over to Pearl Harbor, they said it must be our planes coming in from the U.S. They had an argument about that, but by the time they realized what was happening, they were already being bombed.”

TextImage/images/2023/george-sofko-1.jpgsite://news/images/2023/george-sofko-1.jpgnewsgeorge-sofko-1.jpg189014994674Dr. George Sofko (PhD) is a professor emeritus in physics and engineering physics at the University of Saskatchewan. (Photo: Chris Putnam)Align right

Built by the Westinghouse Electric Corporation, the SCR-270 radar continued to be used throughout the Second World War, with many of the units from Hawaii and other Pacific bases shipped back to the mainland after the war. One of the American SCR-270 units later found a home at USask when former physics department head Dr. Balfour Currie (PhD) arranged to pay to transport it by rail from the Westinghouse manufacturing centre in Baltimore to Saskatoon in 1948, to employ the radar in the university’s study of the aurora borealis—the Northern Lights.

The historic radar unit—cutting edge technology at the time—helped USask researchers conduct some of world’s earliest radar research into the aurora as the university quickly become a leader in atmospheric research, a tradition that continues to this day through work in the Canadian SuperDARN (Super Dual Auroral Radar Network) national research centre led by USask.

“When I first came to the University of Saskatchewan in 1960 to do my PhD, there were several researchers who used that radar at the site just over the railway tracks where Preston Crossing now is,” said Sofko, who later became the original principal investigator of the Canadian component of SuperDARN at USask in 1993. “One use was to measure radiation coming in from the sun. The radiation has to pass through the Earth’s ionosphere, so by measuring the signal, you can tell a lot about what was going on in the ionosphere.”

In addition to academic research, the SCR-270 model also continued to be important for military purposes immediately following the Second World War, particularly with Cold War tensions rising and fears that the Northern Lights could potentially help hide another air attack from radar—this time from the Soviet Union.

“That was a major worry at the time and that was what made the SCR-270 radar so important,” said Sofko.

TextImage/images/2023/archive-collection-a-8784.jpgsite://news/images/2023/archive-collection-a-8784.jpgnewsarchive-collection-a-8784.jpg2583718011077In 1990, the USask campus radar was disassembled and shipped to the United States. By this time, the original “bedspring” antenna had been replaced with a dish antenna. (Photo: Archive Collection A-8784)Align left

USask’s early exploration of the aurora, the ionosphere, and solar activity, through radar technology like the SCR-270 helped the university’s Institute of Upper Atmospheric Physics—established in 1956 and later renamed the Institute of Space and Atmospheric Studies—become a world leader in the field to this day. USask currently features the largest solar terrestrial physics institute in the country, with the Saskatoon SuperDARN installation of 20 radar antennas set up in 1993 part of a network that now includes 36 locations in 11 countries around the world.

“Our institute in general has done a lot of work into research into the aurora, and this SuperDARN project is one of the largest and most successful collaborative international scientific projects in the world,” said Sofko, who built his own radar system for his PhD dissertation at USask in the 1960s, designed for his unique studies of the polarization state of signals bouncing back from the Northern Lights.

Amazingly, after officially “retiring” in 2007, Sofko continues his research at USask to this day, at the age of 85 years young. And he looks back fondly at his time spent with some of the other early pioneers of radar research into the aurora, from Currie—the brilliant mind behind the foundation of the USask institute—to Dr. Alex Kavadas (PhD)—the charismatic former fighter with the Greek underground who lost an arm in the Second World War and went on to become a leading research scientist and physics department head at USask.

A professor at USask from 1960-78, Kavadas passed away in 1997 but his contributions to the university continue through the Alex Kavadas Memorial Scholarship for applied research, while his impact on the field of space and atmospheric studies lives on through his former satellite communications company SED Systems in Saskatoon, now a division of Calian Advanced Technologies.

TextImage/images/2023/northern-lights.jpgsite://news/images/2023/northern-lights.jpgnewsnorthern-lights.jpg1968551080720A stunning sky at sunset over the Saskatoon SuperDARN radar site. (Photo: SuperDARN Canada)Above content

“I came here in 1960 to do a PhD with Alex Kavadas, who went on to found SED Systems—which is now Calian technologies—over at Innovation Place Research Park,” said Sofko. “So he was a very important man in this department and in the university because he was one of the first researchers at the university to spin off a major business in Saskatoon. It was originally called the Space Engineering Division, and now it is Calian technologies. He took with him some of the top technical people that we had here at the university to build that company. And that was one of the biggest corporate spinoffs of this university ever.”

For his part, Sofko’s remarkable career at USask has spanned more than half a century. With the SuperDARN centre now under the direction of his highly regarded former graduate student Dr. Kathryn McWilliams (PhD), Sofko has continued his own research in retirement.

“All these magnetic storms start when the solar wind hits the Earth’s magnetosphere, so I am studying that,” said Sofko.

And what became of that old SCR-270 radar unit that helped USask researchers become world leaders in atmospheric and aurora research? After 40 years on campus, the historic—and now rare—radar unit was returned to the United States after a decades-long global search for one of the original pieces of equipment, in time for a 50th anniversary commemoration of the Pearl Harbor Attack on Dec. 7, 1991. That radar unit that served the U.S. military and USask research for decades, remains on display at the National Electronics Museum in Maryland where it can be seen to this day.

usask-researcher-leading-charge-in-the-fight-against-aidstrue1718730911095imj129USask researcher leading charge in the fight against AIDSAs the global fight against HIV and AIDS continues, this challenge is particularly evident in Saskatchewan, where HIV infection rates are more than five times the national average. Amanda Woroniukresearch, College of Medicine, sustainability1701957600000/articles/research/2023/usask-researcher-leading-charge-in-the-fight-against-aidsnewssite://news/articles/research/2023/usask-researcher-leading-charge-in-the-fight-against-aidsccm0461701895829839ccm0461702501595736show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/kerry-lavende-1080.jpgsite://news/images/2023/kerry-lavende-1080.jpgnewskerry-lavende-1080.jpg3082891080720USask researcher Dr. Kerry Lavender (PhD) received a $879,750, five-year grant from the Canadian Institutes of Health Research in August 2022. (Photo: Submitted)USask researcher Dr. Kerry Lavender (PhD) received a $879,750, five-year grant from the Canadian Institutes of Health Research in August 2022. (Photo: Submitted)NoNonesupport-critical-researchNo/
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According to the Public Health Agency of Canada’s 2021 surveillance data, there was an 11.3 per cent increase in cases nationwide over one year. As the United Nations and World Health Organization highlighted the importance of new research on World AIDS Day on Dec. 1, University of Saskatchewan (USask) researcher Dr. Kerry Lavender (PhD) has her sights on eradicating the disease completely.

Lavender is working on a targeted treatment towards curing AIDS caused by HIV infections, with a goal of finding new strategies to eliminate the virus rather than suppress the effects of HIV. She received an $879,750, five-year grant for this work from the Canadian Institutes of Health Research (CIHR) in August 2022.

Lavender is investigating the role that interferon (IFN) – a type of protein that our bodies release to fight infection – plays in treating diseases such as HIV. Specifically, she is looking at an IFN subtype called IFN-alpha14.

“With HIV, it’s the type of virus that can actually insert itself into our genetic material and that’s why we can’t cure it yet,” said Lavender, an assistant professor in the College of Medicine’s Department of Biochemistry, Microbiology and Immunology. “All the drugs we have just make it stay asleep in our genetic material. What we’re trying to do – and a lot of people are trying to do – is actually figure out how to purge that (HIV) to get it to go away so that people are cured.”

Currently, HIV treatment involves medication known as antiretroviral therapy (ART), which is a combination of drugs that suppress the symptoms of HIV. However, there are downsides to ART including high cost, adverse side effects, and a reduced quality of life for patients.

The consensus in the research world was that all IFN subtypes fought infections the same way. Researchers have since discovered that certain IFN subtypes are more effective at treating some infections better than others. In HIV research, the IFN-alpha14 subtype shows promise to purge the reservoir of HIV-infected cells from the body.

“With HIV, we had found that alpha14 is the one that seemed to be most effective in suppressing the infection and we wanted to follow up on that,” said Lavender. “And not only is it good at suppressing the infection, but it also actually seems to have the ability to do a purge to get rid of the virus that is stuck in your genetic material.”

While the team isn’t quite sure how IFN-alpha14 is doing that, they have some clues on why it might be happening, explains Lavender. Our bodies produce something called a natural killer (NK) cell that attacks cells where infection is present. Lavender said that her team is further investigating how NK cells function in the context of HIV.

“It really seems that this IFN-alpha14 has a strong effect on NK cells,” said Lavender. “Maybe it’s helping them go find the cells that are harbouring the HIV and then to actually get rid of those cells instead of just trying to suppress the infection.”

Lavender goes on to describe the work the team has done in this area, specifically with an animal model they use to study these different immune cells and HIV. They are creating a new model where NK cells are even more well-developed so that the team can study how they can kill HIV with IFN-alpha14.

“We’re just about ready to go where we can really home in and understand what our NK cells are doing when they interact with alpha14 – how they may purge this virus, and then we could come up with all sorts of tricks to harness that and get them to kill even better. “

She said they want to understand the impact of these NK cells and alpha14 both in the short term and in the long term, since a person might not realize they have HIV right away.

“Once we have the proof of principle that during short-term infection that alpha14 can help NK cells to clear HIV. Then we will test it over a much longer term,” said Lavender. “After an established infection, which would be much more difficult to clear, ‘what if we give those NK cells alpha14’? Can they still purge it?”

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“We will probably start looking at the impact on replication – the amount of virus that’s produced, the effect on the reservoir. Are we getting rid of some of those viruses that are hiding out? What are the effects on the NK cells? How are they changing?” said Lavender. “We do know there are some people who are just kind of naturally resistant to HIV infection or don’t get as sick so fast. We want to see if the addition of interferon making our NK cells look more like those protective ones.”

Lavender added they want to better understand the impact on the NK cell. From there, the team will examine more strategies focused on producing something that would go to clinical trials, which are still further down the road.

“I don’t think it’ll be as straightforward as just giving people alpha14. I think we’re going to have to couple it with some other tricks we’ve learned along the way on how to both purge HIV, but also how to harness these NK cells,” she said. “We might couple the NK cell with an antibody that’s specific for HIV. The antibody will search out the HIV and help the NK cell find and kill the infected cells. Adding this antibody component is just one strategy. We need to complete the animal model first.”

usask-cattle-feed-innovations-good-for-the-planet-and-our-pocketstrue1718730911095imj129USask cattle feed innovations good for the planet and our pocketsBy exploring novel treatments to existing agricultural byproducts, University of Saskatchewan (USask) researchers are working to establish environmentally sustainable and economically feasible feed alternatives to benefit Saskatchewan producers and consumers alike. Lindsay Herman, Research Profile and ImpactCollege of Agriculture and Bioresources, research, sustainability,1701876600000/articles/research/2023/usask-cattle-feed-innovations-good-for-the-planet-and-our-pocketsnewssite://news/articles/research/2023/usask-cattle-feed-innovations-good-for-the-planet-and-our-pocketsccm0461701881970782ccm0461702501664074show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cattle-feed.jpgsite://news/images/2023/cattle-feed.jpgnewscattle-feed.jpg1700041080720cows feeding at the Livestock and Forage Centre of ExcellenceCows feeding at the Livestock and Forage Centre of Excellence at USask. (Photo: Submitted)NoNonesupport-critical-researchNo/
TextImage/images/2023/gabriel-ribeiro.jpgsite://news/images/2023/gabriel-ribeiro.jpgnewsgabriel-ribeiro.jpg25655624003600Dr. Gabriel Ribeiro (PhD) is an assistant professor in the Department of Animal and Poultry Science at the College of Agriculture and Bioresources. (Photo: Submitted)Align left

With winter upon them, Canadian beef and cattle producers are facing a familiar challenge: keeping their herds fed outside of grazing season. The reality of cold-climate cattle production relies heavily on the storage and use of feed crops, such as hay and other cereal grains. As Dr. Gabriel Ribeiro (PhD), assistant professor in the Department of Animal and Poultry Science at the College of Agriculture and Bioresources notes, climate change has caused drier growing seasons that make these traditional feed sources less available and more costly.

“In the last few years, the price of feed has skyrocketed. The price of grain was the highest we’ve ever seen. This really puts producers in a situation where many of them are questioning whether they will stay in business,” said Ribeiro.

These increased production costs have also impacted the price of meat and dairy products in Saskatchewan supermarkets.

In response, Ribeiro is leading a study with USask’s Drs. Gregory Penner (PhD) and Bart Lardner (PhD) to explore how the application of alkali treatments to agricultural byproducts such as straw, in addition to oilseed screenings supplementation, can provide more affordable and sustainable alternatives to traditional feeds.

With funding from the Government of Saskatchewan’s 2023 Agriculture Development Fund, this multi-year project will engage a large team of USask researchers and industry partners to innovate towards more reliable, affordable, and environmentally friendly cattle feed options.

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Straw is an abundantly available agricultural byproduct that has been traditionally considered low-quality, and because of that is underutilized. The fibre in straw – a residue of cereal crop production – is hard to digest, and lacks the protein needed to sustain healthy cattle. Ribeiro and his team are working to increase the digestibility of straw by treating it with alkali – such as calcium oxide and calcium hydroxide – and supplementing it with screenings of oilseeds like canola and flax, to help the microbes in the digestive tracts of cattle break down this tough fibre.

Ribeiro’s team will also explore how the addition of oilseed screenings can provide essential protein and amino acids to cattle gut microbes, further supporting the breakdown of fibre and increasing the overall nutrient profile of the diet.

“What we’re trying to do here is make sure that we improve the chances that cattle will have to make the most [of these feeds],” Ribeiro said.

For Western Canadian beef and dairy producers, improving the quality of these agricultural byproducts and crop residues as cattle feed would boast a significant impact, particularly when the costs of more common feed options are high.

“Finding ways to promote economic sustainability is essential,” said Ribeiro. “If producers can’t keep producing because it’s too expensive, then consumers will feel that.”

As two sides of the same coin, the economic viability of Canadian beef and dairy will also help ensure a consistent and affordable supply to Canadian consumers.

Environmental sustainability – a key priority of the innovative agricultural research taking place across USask – is also central to the potential impact of this research. By giving new life to existing agricultural byproducts, these alkali treatments can have a significant impact on the land, energy and water used to grow traditional feed crops.

“By using these crop residues and using some of those oilseed screenings, we have a huge potential to reduce the carbon footprint of beef and dairy cattle production in Western Canada,” Ribeiro said. “We feel that this project is a win-win for both the producers and society in general.”

usask-climbs-worldwide-sustainability-rankingstrue1718730911095imj129USask climbs worldwide sustainability rankingsThe University of Saskatchewan (USask) has risen in the QS World University Rankings: Sustainability, cementing its position as a top-100 institution globally taking on the world’s greatest environmental, social and governance issues.research, international, PEC, sustainability,1701791280000/articles/research/2023/usask-climbs-worldwide-sustainability-rankingsnewssite://news/articles/research/2023/usask-climbs-worldwide-sustainability-rankingsccm0461701796172216ccm0461706211923937show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/campus-aerial-10.jpgsite://news/images/2023/campus-aerial-10.jpgnewscampus-aerial-10.jpg2310731080720An aerial view of the USask campus.In the second-ever QS world sustainability rankings, USask has risen to 89th in the world from a rank of 91 in the inaugural rankings in 2022. (Photo: USask)NoNonesupport-critical-researchNo/
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In the second-ever QS world sustainability rankings, USask has risen to 89th in the world from a rank of 91 in the inaugural rankings in 2022.

USask also maintained its position in the top 100 in the rankings, despite the pool of participating institutions more than doubling from 700 to 1,403 in 2023.

“We are very proud of the concerted efforts and continued commitment our community has made to achieving the goals within our sustainability strategy. This excellent work deserves to be celebrated and recognized, and these rankings play a part in that recognition,” said Janelle Hutchinson, USask’s chief sustainability officer.

The QS sustainability rankings are intended to highlight the action being taken by institutions around the globe which “demonstrate a commitment to a more sustainable existence,” per the QS website. Those actions include factors like how universities are addressing climate change and conducting research in support of the United Nations’ Sustainable Development Goals (SDGs).

The sustainability rankings are determined by an institution’s performance in various indicators parsed into three categories: Environmental Impact, Social Impact, and Governance. The indicators in each category include research, educational and policy factors that determine each institution’s overall rank.

The highest-performing category for USask was Environmental Impact, where USask was ranked in the top 50 globally.

USask’s position of 89th overall also places it 24th out of 342 participating institutions in the Americas, and 12th of 31 participating Canadian universities.

“Over the last decade, universities have become increasingly aware of the impact they have both in the discovery of solutions to real-world sustainability challenges but also in the vital role we play in educating the leaders of tomorrow so they can continue to transform our society to a sustainable future,” Hutchinson said. “USask is taking a clear role as a leader in addressing sustainability challenges around the world.”

This is not USask’s only marked success in the QS rankings this year – the university also jumped more than 100 spots to a best-ever ranking of 345th in the QS World University Rankings released in the summer.

As Hutchinson puts it, the dedication from USask staff and faculty is reflected in the Signature Areas of Research – one of which specifically focuses on Communities and Sustainability – and she noted the UN’s SDGs are supported by the work from all nine of the university's Signature Areas.

gifs-at-usask-partnership-receives-56-million-commitment-for-bangladesh-agtech-centretrue1718730911095imj129GIFS at USask partnership receives $56 million commitment for Bangladesh agtech centreA research and training initiative launched by the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) and the Bangladesh Agricultural Research Council (BARC) of the Ministry of Agriculture in Bangladesh has received a $56.2 million commitment from the Government of the People’s Republic of Bangladesh. GIFS, research, international1701263700000/articles/research/2023/gifs-at-usask-partnership-receives-56-million-commitment-for-bangladesh-agtech-centrenewssite://news/articles/research/2023/gifs-at-usask-partnership-receives-56-million-commitment-for-bangladesh-agtech-centreccm0461701272008896ccm0461701272407456show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/gifs-bangladesh-2.jpgsite://news/images/2023/gifs-bangladesh-2.jpgnewsgifs-bangladesh-2.jpg1439941086724Earlier this year, Bangladesh Prime Minister Sheikh Hasina participated in an event at the Bangladesh Rice Research Institute where officials, including GIFS CEO Steven Webb, celebrated the inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre. Earlier this year, Bangladesh Prime Minister Sheikh Hasina participated in an event at the Bangladesh Rice Research Institute where officials, including GIFS CEO Steven Webb, celebrated the inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The funding, to be invested over five years, will support the establishment of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre (BP-ATC) as a centre of excellence at the Bangladesh Rice Research Institute in Gazipur, Bangladesh.

The commitment to the BP-ATC will support the development of research infrastructure and help GIFS, BARC, and other partners to purchase equipment, train more than 30 graduate students and post-doctoral fellows, and lead research enhancing wheat, rice, lentils, canola, and other crops.

Approximately $9.8 million will support research and training occurring within Saskatchewan through activities at GIFS and other partners, including the Global Institute for Water Security, USask College of Agriculture and Bioresources, the Saskatchewan Food Industry Development Centre, the Prairie Agricultural Machinery Institute, and the National Research Council of Canada.

GIFS’ partnership with BARC was established in 2020 to promote sustainable food security. Bangladesh has experienced food security and production challenges resulting from rapid population growth, loss of agricultural land to urbanization, post-harvest losses and climate-induced stresses, including drought, heat, and soil salinity.

Research and innovation have driven Canada’s and Saskatchewan’s agriculture success and GIFS’ partnership with BARC is designed to use these assets to deliver joint programs that enhance farmer incomes, address the effects of climate change, and provide valuable research information for Saskatchewan and Canadian agriculture.

Through the BP-ATC, partners in Saskatchewan and Canada will contribute to programs pursuing the following research objectives within Bangladesh: 

  • Enhance crop breeding and plant improvement using genomics and phenomics;
  • Advance soil health and quality;
  • Improve soil water regime and adaptation;
  • Deliver innovations for post-harvest food handling and processing; and
  • Increase data management and analytics in agricultural research.

Since the establishment of the GIFS-BARC partnership, GIFS has opened its regional office in Dhaka, Bangladesh, and established two research chairs in food security — one at USask, held by Dr. Andrew Sharpe of GIFS, and a second in Bangladesh — who are already working with graduate students and post-doctoral fellows researching plant genomics and postharvest traits.

The BP-ATC’s name recognizes the longstanding ties between Canada and Bangladesh. Bangabandhu Sheikh Mujibur Rahman was the first Prime Minister of Bangladesh, and Canada – led by Prime Minister Pierre Elliott Trudeau at the time – was one of the first countries to recognize Bangladesh’s independence in 1971.

The GIFS-BARC partnership also builds on the history of collaboration and trade between Saskatchewan and Bangladesh, which is one of the province’s Top 10 trading partners.

For more information on the GIFS-BARC partnership and the BP-ATC, see gifs.ca/Bangladesh.


Quotes

“The Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre is an exciting, collaborative initiative that will deliver tangible results for all stakeholders. With the expertise of Saskatchewan’s agri-food sector, we are building capacity and infrastructure to support advanced research in Bangladesh that can inform sustainable, climate-resilient agriculture in that country, as well as Canada. As part of this partnership, crop research into wheat, canola, and lentils will generate important data about growing crops in high-stress environments that will benefit Canada and other regions across the world. We are grateful for the continued support of the Government of the People’s Republic of Bangladesh, Prime Minister Sheikh Hasina and our partners in Canada and Bangladesh who share our vision of a world where everyone has access to safe and nutritious food.”

– Dr. Steven Webb, Chief Executive Officer, Global Institute for Food Security

“The establishment of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre is a significant accomplishment and a key component of our ambitious partnership with the Global Institute for Food Security that will have a long-lasting, positive impact on research and development in Bangladesh. The infrastructure we are building, scientists we are training and research we are conducting will support enhanced and sustainable agriculture for future generations in Bangladesh.”

– Dr. Shaikh Mohammad Bokhtiar, Executive Chairman, Bangladesh Agricultural Research Council

“The Government of the People’s Republic of Bangladesh has embarked on a strategic initiative to enhance the production of safe and nutritious food within Bangladesh — an effort that’s supported through important initiatives like Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre. Saskatchewan is a leader in innovative agricultural research and development, and the knowledge and technology transfer facilitated by the Global Institute for Food Security and other partners are contributing to these goals and promoting a resilient and sustainable food system within Bangladesh.”

–  Wahida Akter, Secretary, Ministry of Agriculture, Government of the People’s Republic of Bangladesh

“The continued development of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre strengthens the important and growing relationship between Bangladesh and Saskatchewan. We look forward to the insights and innovations this research and training initiative will deliver and the advancement of agricultural production and trade in both countries.”

– Dr. Muhammad Abdur Razzaque, Minister of Agriculture, Government of the People’s Republic of Bangladesh

“USask researchers are committed to discovering the most sustainable and innovative methods to address the world's complex food security issues. The Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre combines state-of-the-art technologies and some of the brightest minds in the field to tackle these urgent challenges. This valuable work will help people around the world and right here in Saskatchewan.”

– Dr. Peter Stoicheff, President, USask

“The growth and expansion of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre is a testament to USask's ongoing commitment to collaboration, international partnerships and being the university the world needs. USask’s agriculture researchers at GIFS and our College of Agriculture and Bioresources have been at the forefront of novel methods that have shaped the way people approach agriculture and food security across the world. By working in partnership with agriculture scientists in Bangladesh, we can aptly harness our knowledge and resource the next generation of researchers who will continue to combat the global food security crisis. This collaboration will make a difference not only for the people of Bangladesh but also for Canada and the world.”

– Dr. Baljit Singh, Vice-President Research, USask

 

usask-pioneering-wearable-kidney-and-other-patient-centric-solutionstrue1718730911095imj129USask pioneering wearable kidney and other patient-centric solutionsLosing a close family member to kidney failure inspired Dr. Amira Abdelrasoul (PhD) to pivot her research direction and use her expertise in membrane science and nanotechnology to pursue a life-saving innovation: a wearable kidney.EXCELLENCE IN RESEARCH AND INNOVATION REPORT via GLOBE AND MAILresearch, College of Engineering1700843220000/articles/research/2023/usask-pioneering-wearable-kidney-and-other-patient-centric-solutionsnewssite://news/articles/research/2023/usask-pioneering-wearable-kidney-and-other-patient-centric-solutionsccm0461700843407813ccm0461700845591293show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/2-amira-abdelrasoul-at-canadian-light-source-1.jpegsite://news/images/2023/2-amira-abdelrasoul-at-canadian-light-source-1.jpegnews2-amira-abdelrasoul-at-canadian-light-source-1.jpeg2962371080720Amira Abdelrasoul, an associate professor in the College of Engineering at the University of Saskatchewan (USask), leads investigations into membrane technology that can improve outcomes for people with kidney disease.Amira Abdelrasoul, an associate professor in the College of Engineering at the University of Saskatchewan (USask), leads investigations into membrane technology that can improve outcomes for people with kidney disease. (Photo: Supplied)NoNonesupport-critical-researchNo/
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Losing a close family member to kidney failure inspired Amira Abdelrasoul to pivot her research direction and use her expertise in membrane science and nanotechnology to pursue a life-saving innovation: a wearable kidney.

Kidney disease affects 10 per cent of the world’s population and more than three million Canadians, says Dr. Abdelrasoul, an associate professor in the College of Engineering at the University of Saskatchewan (USask) and the leader of the USask Hemodialysis Membrane Science and Technology Laboratory. “I observed my dad suffering during dialysis sessions, and then we lost him to complications. At the time, I was already a membrane science researcher, and this experience ignited my passion to help patients and solve dialysis problems.”

TextImage/images/2023/abdelrasoul-sq.jpgsite://news/images/2023/abdelrasoul-sq.jpgnewsabdelrasoul-sq.jpg87093656699USask researcher Dr. Amira Abdelrasoul (PhD) is an associate professor in USask’s College of Engineering. (Photo: Submitted) Align right

Patients with kidney disease or kidney failure currently rely on hemodialysis machines in hospitals and dialysis centres. Based on the life-sustaining process of healthy kidneys, these machines clean the blood by passing it through blood filters. On average, dialysis patients spend four hours three times per week on hemodialyzers.

While dialysis represents the only treatment option when a kidney transplant is not available, it also comes with risks. “When blood interacts with material outside the body, this can create complications,” says Dr. Abdelrasoul. “Using better materials for the process would mean less toxins, less risk of infection, less physical and psychological symptoms. It would mean patients feeling better, with fewer complications and living longer.”

Joining Dr. Abdelrasoul in the quest for better dialysis membranes are a wide range of partners – from Canada and around the world – with expertise in chemical and bioengineering, material science, nanotechnology, synchrotron science, nephrology and health care.

“For this complex research topic, interdisciplinary collaboration is crucial,” she says. “We’re also working with nurses, social workers, psychologists and patient advisers. We need all these perspectives to move forward in an innovative and patient-centric way.”

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The University of Saskatchewan is dedicated to “maintaining a competitive advantage for Canadian scientists in the global race to find solutions to today’s very complex problems,” says Baljit Singh, vice-president, research, USask. “Researchers are often amazed by the quality of our research infrastructure and our interdisciplinary excellence.”

Due to an intentional culture supporting collaboration across disciplines, researchers like Dr. Abdelrasoul, for example, can draw on biomedical engineering expertise, consult with researchers working with unique animal models and bring in technologists and other scientists, says Dr. Singh. “[USask] is the only university in Canada that has every health science discipline, including veterinary medicine, represented.”

The resulting clustering of experts allows them to join forces in tackling “these very complex and interdisciplinary challenges with the goal to make a difference in the lives of Canadians and across the globe,” he says. “Dr. Abdelrasoul’s research, for example, is going to have a major impact on people who suffer from kidney failure and need dialysis regularly.”

Text‘The ideal home’ for this researchImage/images/2019/cls-synchrotron.jpgsite://news/images/2019/cls-synchrotron.jpgnewscls-synchrotron.jpg4413801080720The Canadian Light Source, Canada’s only synchrotron facility, is among the world-leading research infrastructure located at USask. (Photo: Supplied)Above content

Dr. Abdelrasoul and her team started with a comprehensive study of the physical and chemical characteristics of dialysis membranes currently used in Canadian hospitals. “We learned how different membranes interact with patients’ blood and explored the circumstances that lead to adverse outcomes and the reasons behind the side-effects that patients experience,” she explains. “These first-of-a-kind analyses gave us valuable insights for designing better membranes.”

For investigating how proteins in human blood travel inside membrane channels during dialysis sessions, Dr. Abdelrasoul and her team used the synchrotron facilities of the Canadian Light Source. “Other imaging techniques only show the top of the membrane and the end of the filtration process, but synchrotron imaging allows us to monitor blood proteins in real time,” she says. “This enabled us to conduct these cutting-edge experiments and advance this research.”

Combined with other key infrastructure, including the Saskatchewan Structural Sciences Centre, the Saskatchewan Centre for Patient-Oriented Research, advanced health laboratories and the high-performance computing research cluster, access to synchrotron facilities meant that “the University of Saskatchewan is the ideal home for our research,” says Dr. Abdelrasoul.

TextPullquote"There is this sense that what we currently have for dialysis patients is good enough. But when these people are suffering and dying, we need to do more. The goal is to improve the quality of life for those who currently have to spend a lot of their time hooked up to a machine in a hospital."Dr. Amira Abdelrasoul /Align left

The university has now reached an “inflection point due to the work that has gone on for many years,” states Dr. Singh. “Our focused efforts on developing unique and cutting-edge facilities have been critical for attracting scholars and students – and for creating a place where researchers from across Canada and around the globe come together.”

Examples are the Canadian Light Source (CLS), the Vaccine and Infectious Disease Organization (VIDO), the global institutes for food security and water security, and the Sylvia Fedoruk Canadian Centre for Nuclear Innovation, which “all represent suites of highly advanced – and in some cases one-of-a-kind – research infrastructure in Canada,” he says. “These world-class facilities come out of our distinguished history of research excellence.”

Consider, for example, the groundbreaking discoveries of Gerhard Herzberg, who worked at USask for a decade and won the Nobel Prize in 1971. Known as the father of modern spectrometry, his research fundamentally changed scientific understanding of how molecules absorb and emit light, and Dr. Singh notes that this legacy continues at the CLS, “where researchers use light to investigate the structure of matter.”

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Being associated with award-winning researchers like Dr. Herzberg, Dr. Abdelrasoul and many others bolsters the reputation of USask, and Dr. Singh sees such examples as sources of inspiration.

“When we see Dr. Abdelrasoul, who is originally from Egypt, pushing the frontiers of knowledge and being so passionate about improving the lives of so many people, that is quite inspirational,” he says. “We believe role modelling can be a powerful tool to encourage more participation, especially from people who have historically been under-represented in academic fields, including women, racialized groups and Indigenous people.”

TextPullquote"Our focused efforts on developing unique and cutting-edge facilities have been critical for attracting scholars and students – and for creating a place where researchers from across Canada and around the globe come together."Dr. Baljit Singh/Align left

Dr. Singh himself is assuming a mentorship role in a newly launched program at USask to support early and mid-career researchers with the goal to grow current and future academic teams. “Our aim is to welcome those who are new to the university and set them up for success in their scholarly or artistic endeavours through a variety of mechanisms,” he explains. “We also know that when multiple perspectives come into an organization, this creates better outcomes for knowledge creation, science and technology, and the arts.”

In addition, USask is working closely with elected leaders at federal and provincial levels to ensure “innovations can get to the point where they can really make a difference in the lives of people here in Saskatchewan, in Canada and around the globe,” he adds.

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Dr. Abdelrasoul’s primary motivation is to help patients – and to raise awareness about the importance of kidney health in the process. “There is this sense that what we currently have for dialysis patients is good enough,” she says. “But when these people are suffering and dying, we need to do more. The goal is to improve the quality of life for those who currently have to spend a lot of their time hooked up to a machine in a hospital.”

A wearable kidney, which would work on the same principle as the portable pancreas (a portable insulin pump used by diabetics and worn discreetly on the body), would allow patients the freedom to engage in daily activities while receiving their life-saving treatment.

“While this can make life easier for everyone, it is especially impactful for someone living in a rural area who faces limited access to dialysis units, the burden of transportation costs, and risks related to travelling in hard weather,” she says. “My research program aims to enhance the quality of life for all patients across different backgrounds with different ages, biological sexes and races. We’re working with St. Paul’s Hospital in Saskatoon, a provincial leader in renal disease, and we’re also establishing collaborations with Indigenous communities to better support Indigenous patients.”

Dr. Abdelrasoul and her team have already filed a patent for innovative membrane material that promises better patient outcomes in terms of reducing inflammation and complications. While taking such innovation to impact can mean “expensive research and materials,” she insists that “this will not only reduce undesirable symptoms but will also help save health-care costs in the long run by reducing required frequency of dialysis sessions and reducing the need for other medical interventions and hospital stays.”

Earlier this year, the team – together with Push Interactions – launched an app that allows a patient-centred environment for dialysis patients and to raise awareness. Named Abdelrasoul Dialysis, the app aims to bring the “experiences of a community of patients, including their physical and psychological symptoms and concerns, to bear on research,” she adds.

In addition to the research progress towards a wearable kidney, Dr. Abdelrasoul is also working to advance tools for physicians treating kidney disease. “I found that prescribing the type of module that is right for an individual patient can be challenging for doctors,” she says. “That’s why we’re developing mathematical models that can predict inflammation based on what membranes and clinical practices are used. This, in turn, will allow physicians to choose the therapies that carry the lowest risk for each patient.”

Both efforts – computational models for reducing negative outfall of therapies and membrane research for improving the dialysis process – aim to address the same challenge “from different angles,” she says. “We are getting closer, step by step, and I’m really proud of all that has been achieved.”

Original article published at the Globe and Mail.

TextVideo/https://www.youtube.com/watch?v=rYfgCiMCXLM&feature=youtu.beAbove content
vido-awarded-u.s-contract-for-its-vaccine-development-centretrue1718730911095imj129VIDO awarded U.S. contract for its Vaccine Development CentreThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) in Canada has been awarded an Indefinite Delivery/Indefinite Quantity (IDIQ) contract, 75N93023D00013, by the United States’ National Institute of Allergy and Infectious Diseases (NIAID), part of the National Institutes of Health (NIH). research, VIDO, international, pec, leadership,1700578140000/articles/research/2023/vido-awarded-u.s-contract-for-its-vaccine-development-centrenewssite://news/articles/research/2023/vido-awarded-u.s-contract-for-its-vaccine-development-centreccm0461700578888381ccm0461702324772318show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/vido-resize-nih.jpgsite://news/images/2023/vido-resize-nih.jpgnewsvido-resize-nih.jpg1352491086724A scientist in a containment suit working in a laboratory at the University of Saskatchewan Saskatoon campusNoNonesupport-critical-researchNo/
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The University of Saskatchewan's VIDO Vaccine Development Centre is one of only seven organizations selected as a member in the NIAID service provider pool. It is also the only non-U.S. organization and the only university-based organization selected. VIDO can participate in providing NIAID’s Preclinical Services for Biopharmaceutical Produce Development in two main areas: Process Development and Related Activities and cGMP Manufacture and Related Activities. The seven-year IDIQ contract is valued up to US$30 million.

VIDO’s Vaccine Development Centre will play an important role in providing services that will help a wide variety of researchers obtain the critical data needed to advance products, partnerships, and complete studies needed to enter clinical trials.

The completion of VIDO’s Vaccine Development Centre was the first step in establishing the organization as Canada’s Centre for Pandemic Research. Other key aspects of the development include an expanded scientific team, establishing containment Level 4 capacity, and building a new animal facility that can house a variety of species.

Funding for the Vaccine Development Centre was provided by the Government of Canada, Government of Saskatchewan, founding corporate partners, and private donors through the Friends of VIDO campaign.

Quotes:

“This is a vote of confidence in VIDO’s capabilities and international recognition of their status as a world-class hub of research, development, and vaccine manufacturing capacity. This contract marks an important step in Canada’s Biomanufacturing and Life Sciences Strategy – generating economic growth, a strong biomanufacturing ecosystem, and ensuring Canada can lead the response to global infectious disease emergencies.”

  • Honourable Dan Vandal, Minister for PrairiesCan

“Our government is proud to invest in VIDO to better protect the health and safety of Canadians by giving them access to vaccines that protect against future infectious disease outbreaks. VIDO’s crucial work is putting a spotlight on Canadian scientists while contributing to our efforts to rebuild a strong domestic biomanufacturing and life sciences sector.”

  • Honourable Francois-Philippe Champagne, Minister of Innovation, Science and Industry

 “VIDO continues to be at the forefront of vaccine research and development in Canada, impacting lives here and abroad. This opportunity will provide critical product advancements and new prospects for economic growth in our province.”

  • Jeremy Harrison, Minister Responsible for Innovation Saskatchewan, Government of Saskatchewan

“The opportunity to engage agencies like the NIAID to use our Vaccine Development Centre ties directly into VIDO’s international engagement strategy. Infectious diseases are a global issue and VIDO is making an increasingly broad and global impact on vaccine development.”

  • Volker Gerdts, Director and CEO, VIDO

"Our scientists at VIDO are developing vaccines and treatments to help us prepare for the next pandemic. This contract with the NIAID reinforces our commitment to being the university the world needs."

  • Peter Stoicheff, President, University of Saskatchewan
usask-strengthens-research-partnerships-with-university-of-bonntrue1718730911095imj129USask strengthens research partnerships with University of BonnA delegation from the University of Saskatchewan (USask) travelled to the University of Bonn (UBonn) in Germany as part of an ongoing commitment to develop joint research projects between the institutions. Matt Olson, Research Profile and Impactresearch, international,1700492340000/articles/research/2023/usask-strengthens-research-partnerships-with-university-of-bonnnewssite://news/articles/research/2023/usask-strengthens-research-partnerships-with-university-of-bonnccm0461700492464394ccm0461700492594224show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bonn-1080-copy.jpgsite://news/images/2023/bonn-1080-copy.jpgnewsbonn-1080-copy.jpg2411071080720University of Bonn (UBonn) Rector Professor Michael Hoch and Vice-Rector of International Affairs Professor Birgit Ulrike Münch stand for a photo with the delegation from USask during a trip to UBonn in October 2023. (Supplied Photo)University of Bonn (UBonn) Rector Professor Michael Hoch and Vice-Rector of International Affairs Professor Birgit Ulrike Münch stand for a photo with the delegation from USask during a trip to UBonn in October 2023. (Supplied Photo)NoNonesupport-critical-researchNo/
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Members of USask’s senior leadership team took part in a “research summit” during a recent trip to Frankfurt, Bonn and Berlin, with the goal of fostering and reaffirming USask’s commitment to Germany in both research and education.

The summit also emphasized the connection between USask, UBonn and the Government of Saskatchewan’s international ties to Germany, while also identifying shared areas of research expertise on which to collaborate.

UBonn Rector Professor Michael Hoch expressed in a statement satisfaction with the summit and the potential it promised for future research.

“Our partnership with the University of Saskatchewan is greatly important to us as a substantial element within our international network,” Hoch said. “At this third meeting held between us this year, we initiated highly concrete steps that we will be taking in our collaborative research efforts. Within this framework our researchers will be jointly addressing topics of global impact, and I could not be more pleased at this very positive and dynamic development."

As part of the summit, members of the USask delegation participated in targeted research roundtables with counterparts from the UBonn to delve further into possible research partnerships and strategies for the future. The theme of the research summit and the roundtables that took place was titled “Planetary health: facing future challenges” – a theme which aligns strongly with USask’s research priorities.

Dr. Markus Brinkmann (PhD), the director of the Toxicology Centre and USask’s Special Advisor to the Vice-President Research on Strategic Research Partnerships with Germany, said the summit was beneficial for the top-quality researchers from both Canada and Germany.

“Being able to sit at a table, brainstorm, stick your heads together and freely chat is really rewarding. You can build important personal relationships … It’s easier to do that in person,” Brinkmann said.

Brinkmann pointed to a series of core “excellence clusters” laid out by the University of Bonn – focused research topics similar to USask’s Signature Areas of research – as key places where the two institutions could overlap and share knowledge. He said the UBonn’s focus in areas like water science and security, agriculture, Indigenous engagement, and more overlap well with USask’s research strengths.

Not only will the combined research strengths of two international institutions create more opportunities for groundbreaking research, Brinkmann said it will also generate more avenues to find support and funding as researchers target topics with worldwide implications.

“Those topic areas, they are all globally important. Think about sustainability, water security – those are intricately linked with climate change. Think about food security, sustainable food production – our food systems are global and interconnected. Think about vaccines and therapeutics – COVID-19 was one of those examples where you could see how easily a public health issue in one part of the globe can affect all of the planet,” he said. “Solutions to any and all of those problems need to be global, as well.”

UBonn Vice-Rector of International Affairs Professor Birgit Ulrike Münch was also excited to have concrete plans in place for future connections between the UBonn and USask.

“These steps include jointly taught classes, networking events and colloquia via Zoom, and specific projects within the framework of German-Canadian grant programs,” Münch said in a statement from UBonn. “In August the rector and I attended a meeting of the German U15 with our Canadian counterpart alliance in Ottawa, representing the first bilateral meeting of its kind as an effort to permanently increase German-Canadian partnership across the board, as set out in an official joint statement by the two countries. These latest developments in our relationship with our partners in Saskatchewan, and the timing thereof, are thus most favorable and welcome.”

The USask delegation included:

  • Peter Stoicheff (PhD), president
  • Grit McCreath, chancellor
  • Kathryn Warden, special advisor
  • Baljit Singh (PhD), vice-president Research
  • Markus Brinkmann (PhD), director, Toxicology Centre
  • Maureen Reed (PhD), professor, School of Environment and Sustainability
  • Volker Gerdts (DVM, PhD), director and CEO, Vaccine and Infectious Disease Organization (VIDO)*
  • Steven Rayan (PhD), director, Centre for Quantum Topology and Its Applications*
  • Corinne Schuster-Wallace (PhD), executive director, Global Institute for Water Security
  • Robert Henry (PhD), scientific director, nātawihowin & mamawiikikayaahk Research, Training and Mentorship Networks (SK-NEIHR)
  • Meghna Ramaswamy (PhD), director, International Office
  • Dr Angela Bedard-Haughn (PhD), dean, College of Agriculture and Bioresources

*not included in photo

usask-part-of-sshrc-funded-nationwide-theatre-school-research-projecttrue1718730911095imj129USask part of SSHRC-funded nationwide theatre school research projectIn a one-of-a-kind national theatre research project, the University of Saskatchewan (USask) is involved in a Canada-wide collaboration of post-secondary theatre schools to create more diverse, equitable and inclusive theatre education across the country.research,1700231460000/articles/research/2023/usask-part-of-sshrc-funded-nationwide-theatre-school-research-projectnewssite://news/articles/research/2023/usask-part-of-sshrc-funded-nationwide-theatre-school-research-projectccm0461700233893079ccm0461700233938614show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/denehcho-carla.jpgsite://news/images/2023/denehcho-carla.jpgnewsdenehcho-carla.jpg3050661086720Deneh’Cho Thompson and Carla Orosz with the USask Department of Drama in the College of Arts and Science are involved in the Staging Better Futures project targeted at revolutionizing theatre training across Canada. Deneh’Cho Thompson and Carla Orosz with the USask Department of Drama in the College of Arts and Science are involved in the Staging Better Futures project targeted at revolutionizing theatre training across Canada. (Photos: Supplied)NoNonesupport-critical-researchNo/
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The Staging Better Futures/Mettre en scène de meilleurs avenirs project is co-led by Brock University’s Dr. Jennifer Roberts-Smith (PhD) and University of Waterloo’s Dr. Nicole Nolette (PhD) and is aimed at diversifying and modernizing post-secondary theatre pedagogy across Canada.

The project received $2.5 million from a Social Sciences and Humanities Research Council (SSHRC) Partnership Grant, one of the largest grants offered by SSHRC, as well as additional funding from numerous organizational partners in both the academic and professional community.

Deneh’Cho Thompson, an assistant professor and the co-ordinator of the wîcêhtowin Theatre Program in USask’s Department of Drama in the College of Arts and Science, is on the governance committee for the Staging Better Futures project.

Thompson said there is an opportunity for “a lot of knowledge exchange” through Staging Better Futures, adding that one of his goals with the project is creating an inclusive space for the progressive theatre movement that has started to take place across Canada.

“After the Black Lives Matter movement was very prominent in the public, a lot of theatre institutions started to look at themselves,” he said. “I think that reckoning is still part of the conversation. The reality is institutional change is very, very slow … in some way, you can say Staging Better Futures is part of that conversation.”

Carla Orosz, a co-applicant and Prairie region research cluster chair for the Staging Better Futures project and head of the USask Department of Drama in the College of Arts and Science, said the COVID-19 pandemic gave everyone – particularly the theatre industry – a chance to reflect.

Orosz said many materials used in modern theatre education, such as the plays and pedagogy pored over in the classroom, are “white male oriented” and come from a Eurocentric understanding of theatre.

Moving forward, Orosz said this project is an opportunity to make shifts in that model for a more inclusive education and theatre space.

“It's the same thing when you go into an acting class, or a theatre design or technical class: you bring all of yourself into that room,” she said. “We’re asked to be so vulnerable and sensitive to issues … that’s going to affect how I’m teaching you; it’s going to affect what we’re bringing in to a rehearsal hall.”

Thompson and Orosz both emphasized the need for a changing dynamic in the theatre industry to start in the classroom. For professional companies to continue addressing issues of equity and decolonization, the upcoming theatre artists need to have that training and understanding.

Beyond the push for more equity, Thompson said he hopes the Staging Better Futures project will address other issues in the professional theatre space – such as intense scheduling and uneven power dynamics – that can lead to burnout or other harm for artists.

He said USask being involved in such wide-ranging conversations is important for the future of theatre education.

“I think there has been a sense in the theatre community, and the theatre education community, that there are practices that could be refined, practices that need to be interrogated as to their usefulness,” Thompson said. “It’s something of an in-industry secret that theatre training can be at times harmful to the students, very emotionally and physically strenuous. It’s worth questioning if we need to change how we do it.”

 

usask-city-of-saskatoon-partner-to-fight-housing-insecuritytrue1718730911095imj129USask, City of Saskatoon partner to fight housing insecurityA joint project between USask researchers and members of the Saskatoon Fire Department is looking to develop top-down solutions to issues of housing insecurity and homelessness for Saskatoon residents. research, pec, leadership,1700058660000/articles/research/2023/usask-city-of-saskatoon-partner-to-fight-housing-insecuritynewssite://news/articles/research/2023/usask-city-of-saskatoon-partner-to-fight-housing-insecurityccm0461700057867888ccm0461702324805768show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mchale-sari.jpgsite://news/images/2023/mchale-sari.jpgnewsmchale-sari.jpg1732941080720City of Saskatoon Fire Department's Melissa McHale and USask researcher Dr. Nazmi Sari (PhD), department head of Economics in USask’s College of Arts and Science (credit: courtesy of Saskatoon Fire Department, and submitted)City of Saskatoon Fire Department's Melissa McHale and USask researcher Dr. Nazmi Sari (PhD), department head of Economics in USask’s College of Arts and Science (credit: courtesy of Saskatoon Fire Department, and submitted)NoNonesupport-critical-researchNo/
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Dr. Nazmi Sari (PhD), the department head of Economics in USask’s College of Arts and Science, is working with Melissa McHale from the Saskatoon Fire Department’s Fire Bylaw Enforcement division on this project. Their aim is to learn more about any gaps in social services provided and the bylaws enacted by the city in order to create more preventative systems to fight housing insecurity and homelessness in the future.  

McHale said the fire department is responsible for enforcing bylaws to close unsafe buildings for a variety of reasons. And while closing buildings is done for safety reasons, the result can still mean displacing residents from their homes. 

“If we deem a house to be uninhabitable, as a last resort, we’ll issue a notice of closure on a house. We’ve had to do that where there’s people, family, pets living in the houses,” McHale said. “With this research project, we thought it would be beneficial … looking into why was this house closed in the first place? Often when we’re stepping in and closing a house, the problem didn’t appear overnight.” 

Sari echoed those sentiments, noting there are a number of “good-willed” policies in municipalities that inadvertently have unintended and undesired consequences.  

In addition to addressing frontline policies, this research will also examine economic policies – or lack thereof – around housing supports. With the COVID-19 pandemic contributing to high inflation and instability in the labour market, Sari said it’s more important than ever to address the factors contributing to homelessness.  

“If you look at financial policies by the local, provincial, or federal government, there are not enough of those things. They are inadequate,” he said. “There are policies out there I hope that this project will help us to identify the right type of policies, or go over the policies we have and identify which are the best ones, or which are somewhat working and how we need to modify them.” 

Sari and McHale will survey fire inspectors, investigators and bylaw enforcement inspectors, as well as examine currently existing policies, to gain a better understanding of how current bylaws are helping or hindering housing and homelessness in the city.  

McHale said most of the services in place for assisting with homeless in Saskatoon tend to be “reactionary,” and her hope with this research is to develop tools that will be more proactive.  

Understanding more of the circumstances that lead to homelessness, McHale said, could help city workers and associated services find ways to intervene before the final result of homelessness.  

If this project leads to more resources and training for the city’s inspectors, McHale said it would be a success.  

“Even just more organizations collaborating together," McHale said. “Just identifying some of those gaps or maybe how people fall through the cracks, anything that we could do or recommendations we could make to other agencies to prevent this problem before it gets there.” 

Sari said working with McHale and the fire department on this research has been a rewarding experience. He lauded the city and the fire department for taking ownership of the issue of homelessness in Saskatoon.  

“Having the city on the same page, interested and willing to work with and consider revising their policies, it’s a great experience because you feel your research has some potential to contribute to policy,” Sari said. “That means giving back to the community, and that is the most important thing as a researcher, as a (USask) member.” 

This project is one of three recently awarded funding by the Research Junction initiative. Research Junction is a collaboration between the City of Saskatoon and USask’s Research Acceleration and Strategic Initiatives “to support the development of joint research projects that address contemporary urban issues for the benefit of Saskatoon residents.” 

other-ways-of-knowing-and-being-that-enrich-our-livestrue1718730911095imj129‘Other ways of knowing and being’ that enrich our livesWhen Xavier met Anna-Belle, his posture suggested he wasn’t ready for a relationship. His eyes obscured by sunglasses, his arms crossed, his skin hidden under extensive tattoos: all suggested he was unapproachable. Yet Anna-Belle was undeterred, and after a day and a half, Xavier (not his real name) considered her family.HUMAN-ANIMAL CONNECTIONS REPORT via GLOBE AND MAILCollege of Arts and Science, 1699973700000/articles/research/2023/other-ways-of-knowing-and-being-that-enrich-our-livesnewssite://news/articles/research/2023/other-ways-of-knowing-and-being-that-enrich-our-livesccm0461699974030401ccm0461699974471471show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/anna-belle.jpgsite://news/images/2023/anna-belle.jpgnewsanna-belle.jpg2228771080720Bulldog Anna-BelleBulldog Anna-Belle inspired a prisoner to give his life a new direction. (Photo: Supplied)NoNonesupport-critical-researchNo/
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It may sound like an unlikely bond – between an inmate serving time in a Canadian prison and an exuberant bulldog – but Colleen Dell has seen such scenarios repeated over and over again in a number of settings, from prisons and addiction treatment centres to psychiatric institutions, emergency wards and hospices.

As a leading Canadian public sociologist, animal-assisted intervention practitioner and professor in One Health and Wellness at the University of Saskatchewan, Dr. Dell conducts research aimed at advancing our understanding of the human-animal connection.

“We met Xavier as part of a canine-assisted intervention for prisoners,” says Dr. Dell, who explains that the program started with a call from the warden, who said, “People are dying in here; we need to do something more. Can you come with the dogs?”

Learning that a number of prisoners had overdosed, Dr. Dell and her colleague Darlene Chalmers developed a five-day program that resulted in Anna-Belle becoming what Xavier called “his little sister.”

Then, in one of the visits, “we were alarmed to learn that Xavier was in solitary confinement and wouldn’t be able to see Anna-Belle,” says Dr. Dell. “We asked the assistant warden and he agreed that they could have 10 minutes together.”

After Anna-Belle was led away by her colleague to see Xavier, 10 minutes passed, then 20, returning only an hour later, she recalls. “Seeing them together – with Xavier in shackles and Anna-Belle soaking up the attention – the guard couldn’t bring himself to separate them after only 10 minutes.”

Can such powerful yet fleeting encounters lead to lasting life changes? “Absolutely. When this kind of bond happens, especially to those who are the most disconnected in our society, that is so beautiful and pure – and very real,” says Dr. Dell. “Prisoners have told me that their connection with the dogs stays with them always. One inmate, who always keeps a photo of the dog close by, told me, ‘Every day, I look at that picture, so I won’t take my life.’”

Beyond helping marginalized community members, human-animal connections can benefit almost everyone, and Dr. Dell learned this through personal experience. “I was working in social justice, including mental health and addiction, a field that can be very difficult, especially when you don’t see a lot of movement,” she says. “Then I got a dog, and then another, and I gained this clear awareness of what they bring to our lives.”

TextImage/images/2023/dr-dell-1080.jpgsite://news/images/2023/dr-dell-1080.jpgnewsdr-dell-1080.jpg3427011080720Dr. Colleen Anne Dell, Department of Sociology and School of Public Health at the University of Saskatchewan. (Photo: Supplied)Above content

This transformative impact on her own well-being inspired Dr. Dell to pivot her research direction. The goal? To learn how such powerful benefits can be realized without detrimental consequences and, at the same time, bring hope to vulnerable community members.

“Back then, there weren’t many studies on the human-animal bond available, and we learned a lot through experience,” says Dr. Dell, adding that while she and her colleagues in the PAWSitive Connections Lab made considerable progress in studying the dynamic relationship between people and animals, one important tenet has stayed the same: the focus on animal welfare.

“The more we acknowledge that dogs are important to our health and happiness, the more we’ll want to reciprocate by taking good care of them,” she says. “We, as a society, need to recognize that dogs are not objects to be used for our wellness; they are sentient beings.”

Dr. Dell pays close attention when she brings program dogs into environments that may be stressful for them. “At the hospice, for example, the setting can be very sad, but it can also be peaceful and beautiful,” she says. “Just like people, there are particular dogs who can do this kind of work.”

Encountering new people happens frequently during the twice-a-month visits. Recently, Dr. Dell decided to leave the itinerary up to Molly, another bulldog, who headed straight for the room housing one person who was still here from her previous time.

What followed was a joyful reunion and a renewed sense, for Dr. Dell, “that there are other ways of knowing and being. When we recognize this, it can enrich our lives.

“Every single day, I learn something from my dogs,” she says, and the insights can be surprising. Take the bond between Xavier and Anna-Belle, for example. Many years after their first meeting, the team was pleased to hear that Xavier had finished high school.

“We stay in regular contact with the participants through letters and photos. Just last month, we got an email from his parole officer asking for a video conference. We learned that Xavier went out on a work release and did really well,” says Dr. Dell. “That’s quite a change from the beginning, when everyone said he would never, ever see the outside of the prison.”

When Xavier was asked about the catalyst for this change, he said, without hesitation, “It’s because of the patience I learned from Anna-Belle.”

Dr. Dell laughs. “Patience? From Anna-Belle? Indeed, I have always seen her as full of love but also strong-willed at times. Somehow, she just seemed to know exactly what was needed.”

TextResearchers join forces to advance both theory and practice in support of animal-assisted interventions None/Above content

About the initiative:

Bringing together Dr. Colleen Anne Dell, Department of Sociology and School of Public Health at the University of Saskatchewan (USask); Dr. Darlene Chalmers, Faculty of Social Work at the University of Regina; and Dr. Linzi Williamson, Department of Psychology and Health Studies at USask, the PAWSitive Connections Lab is dedicated to exploring interactions between animals and people, with particular emphasis on the power of connection between animals and individuals recovering from addiction and mental health.

pawsitiveconnectionslab.com

Original article published at the Globe and Mail.

usask-researcher-explores-value-of-service-dogs-for-veteranstrue1718730911095imj129USask researcher explores value of service dogs for veterans Dr. Linzi Williamson (PhD) knows the benefits service dogs can have for veterans – and she hopes she can show the public those benefits, too. College of Arts and Science, research, 1699456560000/articles/research/2023/usask-researcher-explores-value-of-service-dogs-for-veteransnewssite://news/articles/research/2023/usask-researcher-explores-value-of-service-dogs-for-veteransccm0461699457105860bpk4551700083051275show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/williamson-service-dogs.jpgsite://news/images/2023/williamson-service-dogs.jpgnewswilliamson-service-dogs.jpg4272061200800Left to right in the photo are Dr. Colleen Dell (PhD) with Molly, and E-Jay, URegina’s Dr. Darlene Chalmers (PhD) with Ruby and Reina, and Dr. Linzi Williamson (PhD) with Steve Irwin. Left to right in the photo are Dr. Colleen Dell (PhD) with Molly, and E-Jay, URegina’s Dr. Darlene Chalmers (PhD) with Ruby and Reina, and Dr. Linzi Williamson (PhD) with Steve Irwin. (Photo: Distantides Photography)NoNonesupport-critical-researchNo/
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“We’re not asking the question anymore – at least my team isn’t – if the dogs work, because we already have very strong evidence,” she said. “It’s about trying to figure out how do we optimize and figure out the best path forward, not just for the veterans but for the dogs as well.” 

Williamson, an assistant professor in the Department of Psychology and Health Studies in the College of Arts and Science at the University of Saskatchewan (USask), received more than $340,000 from the Canadian Institutes of Health Research (CIHR) for her project titled, “Supporting Canadian Veterans with Service Dogs.” The funding is part of the Patient-Oriented Research – Transition to Leadership stream designed to support the careers of the “next generation” of patient-oriented researchers.  

The project, which is a continuation of earlier work by Williamson and her team of patient partners, is a multifaceted exploration of how service dogs can provide support to Canadian veterans struggling with post-traumatic stress disorder (PTSD) and how organizations can better educate and communicate with the public as to how to interact with them.  

“We’ve come to recognize there’s a lot people don’t understand about companion and service dogs,” Williamson said. “So, part of my team’s work is really going to be about developing different ways to teach people about the human-animal bond.” 

The new project is divided into three studies. The first will examine different methods for improving communication with the public about interacting with service dog teams, the second will explore how to maximize the human-animal bond between the service dog and their partner, and the third is a feasibility study for a “social return-on-investment" for service dogs for veterans – or what Williamson calls a “cost-benefit analysis” attempting to quantify the value of service dogs for veterans. 

Williamson said she has seen first-hand the usefulness of service dogs in working with veterans, but there is not enough published data for many organizations to commit to supporting service dogs.  

“The bottom line is not clear at this point. Many funding organizations don’t understand fully whether or not the money is worth putting into these programs,” Williamson said. “They want more research evidence … so my contribution to this will be this project.” 

Williamson said her research to this point has shown service dogs improve outcomes for veterans suffering from PTSD. She has seen men and women who previously would not want to leave their homes, and working with service dogs would have a visible impact on their lives. 

“They were coming out of their shells, coming out of their homes and reintegrating into society. And that gives me goosebumps, just thinking about that. It’s something we take for granted, especially if we don’t experience PTSD symptoms,” she said.  

Williamson said the dogs have also shown a positive impact regarding harm reduction and substance use. The Canadian Centre on Substance Use and Addiction (CCSA) has also provided support for this project, matching CIHR’s funding.  

As Williamson puts it, it’s not a matter of if service dogs work – it’s a matter of displaying exactly how and why.  

“When you see veterans or ex-military working with these dogs and all of a sudden there’s just this complete change in who they are and what their lives are about, how can you not be into that? And I want to know, how did that happen?” she said.  

the-toxin-detectives-at-the-university-of-saskatchewantrue1718730911095imj129The toxin detectives at the University of SaskatchewanWhen coho salmon in the Pacific Northwest came floating downstream belly up after waiting for rainfall that would enable them to swim to their spawning grounds, scientists were puzzled. The cause for this mass mortality event was not immediately obvious – and the resulting uncertainty hampered mitigation efforts.Western Schools Report via Globe and Mailresearch, College of Arts and Science, Toxicology1699369080000/articles/research/2023/the-toxin-detectives-at-the-university-of-saskatchewannewssite://news/articles/research/2023/the-toxin-detectives-at-the-university-of-saskatchewanccm0461699369430342ccm0461699369519597show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/natacha-and-markus.jpgsite://news/images/2023/natacha-and-markus.jpgnewsnatacha-and-markus.jpg2355091080720Natacha Hogan and Markus Brinkmann study the human impacts on water quality and fish health at USask’s Aquatic Toxicology Research Facility.Natacha Hogan and Markus Brinkmann study the human impacts on water quality and fish health at USask’s Aquatic Toxicology Research Facility. (Photo: USask)NoNonesupport-critical-researchNo/
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Similar to a good detective story, a decade-long search for answers started with casting a wide net for potential suspects – and ended with the positive ID of the culprit: a chemical called 6PPD, says Dr. Markus Brinkmann (PhD), associate professor in the School of Environment and Sustainability and director of the Toxicology Centre at the University of Saskatchewan (USask), whose team examined the toxicological workings and impacts of 6PPD.

Aiding the investigation was a process called high-resolution mass spectrometry, which enables scientists to look at the entire lineup of chemicals present in a particular environment. “Using a set of chemical tools allows us to study complex samples and mixtures and identify the chemicals responsible for specific events,” says Dr. Brinkmann. “In this case, 6PPD, which is used in tires to protect them from becoming brittle, was shed on the road and became oxidized to form 6PPD-quinone.”

When this compound enters waterways as roadway runoff, it is “super toxic to salmon,” he says. “It’s one of the most toxic chemicals known to kill salmon in the nanogram-per-litre range. Just picture throwing a couple grains of salt into an Olympic-sized pool.”

While these findings were “eye-opening for everyone,” the detective work was far from done, as stakeholders needed to understand why the molecule was so toxic – and whether it affected other fish species as well, Dr. Brinkmann says. “Through follow-up studies, our group determined that other common test species, such as rainbow trout and brook trout, are also strongly affected. However, other species, including white sturgeon, fathead minnows and white suckers, didn’t show any sensitivity to this chemical, which is really puzzling.”

Toxicology research at USask includes a unique blend of methods ranging from molecular and chemical analyses to studies on how organisms respond to chemical exposure on a cellular level. This is complemented by going into the field to look at populations of fish and other aquatic animals – as well as identifying the pathways by which chemicals enter aquatic systems, for example, through municipal or industrial wastewater.

“We’re interested in human impacts on water systems,” says Dr. Natacha Hogan (PhD), associate professor in the Department of Animal and Poultry Science at USask’s College of Agriculture and Bioresources and a member of the Toxicology Centre. “We look at what is put into our water systems – either intentionally or inadvertently – and how this affects the dynamics in freshwater systems, including fish health.”

TextImage/images/2023/arts-and-science-lab-toxicology2.jpgsite://news/images/2023/arts-and-science-lab-toxicology2.jpgnewsarts-and-science-lab-toxicology2.jpg2601651080720An impressive range of world-class research infrastructure at the University of Saskatchewan (USask) enables insights that support community health and well-being. (Photo: USask)Above content

End-of-pipe effluent coming from industry or households often represents “a complex mix that could contain pharmaceuticals, chemicals from personal care products, cleaning agents, detergents and other compounds, plus roadway runoff like road salts and pesticides,” says Dr. Hogan. “Mixture toxicity is often highly complex. You need to become a detective to identify what groups or chemicals cause toxicity so you can devise treatments or measures for reducing this toxicity.”

What can make such investigations challenging are “events we don’t anticipate,” she notes. “For example, our use of chemicals changed significantly with the COVID-19 pandemic. As we started to rely much more on sanitizers and cleaning agents, this was reflected in the composition of our wastewater.”

Changes in human activities, in this case aimed at creating better health outcomes by reducing microbial pathogens, can lead to unintended downstream effects, and Dr. Hogan cautions that increases in volumes of – or even substitutions for – certain substances can affect the overall balance of chemicals in water systems, leading to “emerging contaminants of concern, where we don’t know their toxicity to fish and other organisms.”

Dr. Hogan’s group is currently examining whether “emerging antimicrobial compounds” that have seen increased use during the COVID-19 pandemic have similar toxicity to fish and other aquatic organisms as compared to the well-known antimicrobial triclosan. This chemical has been either banned or significantly limited in its use worldwide, due to concerns over its toxicity and potential for antimicrobial resistance. While antimicrobials usually do not cause rapid mortality in fish, they can upset the delicate balance of important microbes on their gills and body as well in their intestine, which can negatively impact the health of fish.

Enabling the study of such complex and dynamic systems – from human and veterinary toxicology to environmental toxicology – is an impressive research infrastructure at USask, which Dr. Brinkmann refers to as “toxicology wonderland.

“Most labs don’t have the capacity to work on cold-water native fish species of relevance to Canada since this requires big tanks with lots of cold clean water,” he notes. “Our Aquatic Toxicology Research Facility [ATRF] is unique in terms of equipment, infrastructure and talent, making it a top destination for toxicology research globally. We also have a fleet of research vessels for going into the field.”

TextWorld-class infrastructure and interdisciplinary collaborationImage/images/2023/president-peter-stoicheff-07.jpgsite://news/images/2023/president-peter-stoicheff-07.jpgnewspresident-peter-stoicheff-07.jpg1402098001200University of Saskatchewan President Peter Stoicheff. (Photo: USask)Align left

The ATRF is part of the university’s “unparalleled science infrastructure,” says USask President Peter Stoicheff. “We have a range of world-class labs and facilities, such as Canada’s only synchrotron facility, the Canadian Light Source, and the Vaccine and Infectious Disease Organization [VIDO]. Other leading research centres include the global institutes for food and water security, which bring together teams from different disciplines, different organizations and even different countries to look for solutions to some of today’s most pressing challenges.”

Another leading endeavour hosted at USask is Global Water Futures, the biggest university-led water research program in Canada – and one of the biggest in the world.

“All these efforts have been inspired by the realization that the larger challenges that face the world aren’t going to be solved by a single discipline. And they’re not going to be solved by a single university,” says Dr. Stoicheff. “They can only be solved by people from a variety of disciplines and backgrounds working together.”

Research hubs allow faculty and researchers to come together and “discuss new solutions or novel strategies for approaching big challenges, such as environmental water quality issues,” says Dr. Hogan. “There is an important knowledge spillover effect for our students. It means the next generation of scientists gets exposed to people working in their core area as well as experts across different disciplines.

“Students not only get the benefit of gaining a wider perspective on their project – they also learn valuable competencies that allow them to communicate and collaborate effectively,” she adds. “This makes them sought-after candidates in the job market later on.”

USask’s research infrastructure – paired with an impressive convening power – have helped to attract researchers and students from over 130 countries around the world, Dr. Stoicheff explains. “They are all converging here because of our excellent facilities and interdisciplinary environment.”

TextImage/images/2023/arts-and-science-lab-toxicology.jpgsite://news/images/2023/arts-and-science-lab-toxicology.jpgnewsarts-and-science-lab-toxicology.jpg1946971080720Toxicology research at USask includes a unique blend of methods ranging from molecular and chemical analyses to studies on how organisms respond to chemical exposure on a cellular level. (Photo: USask)Above content

While the focus on cross-disciplinary collaboration is intentional, certain conditions work in the university’s favour. For example, “with 17 colleges and schools, there is a high number of disciplines represented on campus,” he says. “We’re one of the top 15 research-intensive Canadian universities. And we’re the smallest in this group – so coming across potential partners from a variety of different disciplines happens quite naturally for our researchers.”

USask also encourages collaboration among colleges and schools through its nine signature areas of research, which include Agriculture, Communities and Sustainability, Indigenous Peoples, One Health, Water Security, and more, says Dr. Brinkmann. “These fields have been identified by the campus community to be of strategic importance – and there are concerted efforts to bring teams together to collaborate on research related to these topics, including in toxicology.”

Tangible results reach well beyond the university’s campus, according to Dr. Stoicheff. “Among the recent list of the 425 fastest growing companies in Canada, seven are located in Saskatoon, and five of these were started by USask graduates,” he says. “There is a very close connection between our research and the dynamic innovation ecosystem in Saskatoon.”

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Translating knowledge into concrete outcomes is also an important focus for the Toxicology Centre team, says Dr. Hogan. “For our results to have an impact, they need to be communicated to a range of stakeholders, including industry, government and regulators so that laws, regulations – and interventions – are based on solid scientific data.”

That’s why “we are not seeing ourselves as academics sitting in ivory towers anymore,” notes Dr. Brinkmann. “We actually need to be connecting with communities and actively seeking [outreach] opportunities.”

The detective work that helped identify 6PPD-quinone, for example, was just the beginning, since it led to the big question on how to solve the problem. Dr. Brinkmann and his colleagues propose two potential avenues for moving forward.

“One, you can address 6PPD at the source: the tire. We recently had meetings with the tire industry and researchers to help identify steps for replacing this chemical without impacting passenger vehicle safety and while avoiding regrettable substitutions,” he says. “The other option is to work with stormwater utilities to prevent untreated roadway runoff from entering streams.”

The team works closely with municipalities to protect fish from harm and – by extension – protect the economy, says Dr. Brinkmann. “These species are important for commercial, recreational and Indigenous fisheries. Salmon are also culturally significant to many First Nations people.”

First Nations in the Columbia River area have used the concept of Wy-Kan-Ush-Pum – “we are all salmon people” – as a rallying call to all coastal people in the Pacific Northwest to protect and restore salmon stocks.

The toxicology detectives at the University of Saskatchewan have provided important insights and pathways to action for one of the many challenges affecting salmon populations, which have declined dramatically due to the complex issues affecting their habitat in both freshwater and marine environments.

“We have to approach such challenges with a systems-thinking mindset so we can solve one problem without creating another,” says Dr. Brinkmann. “And toxicology obviously has a role to play in that.”

Original article published at the Globe and Mail.

usask-moving-up-in-international-subject-rankingstrue1718730911095imj129USask moving up in international subject rankings USask achieved high rankings in multiple areas in both the Times Higher Education (THE) World University Rankings by Subject and the ShanghaiRanking Global Ranking of Academic Subjects. research, international, hp-articles, pec, leadership,1698850320000/articles/research/2023/usask-moving-up-in-international-subject-rankingsnewssite://news/articles/research/2023/usask-moving-up-in-international-subject-rankingsccm0461698851236803ccm0461709818994310show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/small-campus-fall-morning-014.jpegsite://news/images/2023/small-campus-fall-morning-014.jpegnewssmall-campus-fall-morning-014.jpeg1730661024683A view of campus, including the Peter MacKinnon Building on the USask Saskatoon campus. NoNonesupport-critical-researchNo/
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The University of Saskatchewan (USask) has placed among the best universities in the world in two newly released international subject rankings.

After increasing its ranking in the 2023 THE and ShanghaiRanking university tier list to the 351-400 tier and the 301-400 tier respectively, USask has also made strides in the ranking of key individual subjects.

Significant leaps in THE subject rankings in science, engineering

USask ranked in all 11 of the possible subjects in the THE list, making significant moves up in multiple science and engineering subject areas.

The university improved in five subject areas: Clinical and Health, Engineering, Life Sciences, Psychology, and Physical Sciences. USask made its greatest leaps in the areas of Clinical Health and Engineering, moving up to the 301-400 tier from the 501-600 tier in Clinical Health and up to the 201-250 tier from 301-400 in Engineering.

“USask continues to make significant strides on the international stage through our successes in research,” said USask Vice-President Research Dr. Baljit Singh (PhD). “To be recognized so highly alongside fellow institutions for our ongoing dedication to excellence in research, scholarly and artistic works is a remarkable achievement.”

USask’s highest rankings came in Education (151-175), Engineering (201-250), Physical Sciences (201-250), and Law (201-250).

“We are thrilled to see both a continued high ranking and a continued upward trend for subject rankings across USask colleges,” said USask Provost and Vice-President Academic Dr. Airini (PhD). “USask continues to cement its status as a world-class university in numerous fields of research and education.”

USask reaches top 100 worldwide in two ShanghaiRankings subjects

USask achieved a ranking of 17th in the world in Water Resources and placed in the 51-75 tier in Veterinary Sciences. Those rankings correlate to first and third, respectively, across participating Canadian institutions.

The university also achieved a top 150 rank in the areas of Agricultural Sciences, Energy Science & Engineering, and Environmental Science & Engineering.

Overall, USask ranked in 23 out of 55 subject areas, an increase from 22 last year.

“USask’s ongoing success across so many areas of learning and scholarship is a tremendous achievement,” Airini said. “Placing in the top 100 in any subjects, as well as so many other top-tier rankings, shows how we are setting a high standard for the work that takes place at USask.”

USask performed well alongside other U15 universities, earning a top five rank among U15 schools in 12 different subject areas laid out in the ShanghaiRankings list.

USask also appeared in the rankings for the first time in Biomedical Engineering and Dentistry & Oral Sciences, tied for 4th and 6th in the U15, respectively.

“It is always gratifying to see USask standing tall amongst its fellow U15 universities,” Singh said. “The increasing international profile of USask allows us to show we are the university the world needs.”

talking-taxes-new-usask-city-of-saskatoon-research-projecttrue1718730911095imj129Talking taxes: New USask-City of Saskatoon research project University of Saskatchewan (USask) researchers are working with City of Saskatoon officials to identify potential avenues for property tax reform, as well as developing strategies to communicate these changes to city residents. research,1698772440000/articles/research/2023/talking-taxes-new-usask-city-of-saskatoon-research-projectnewssite://news/articles/research/2023/talking-taxes-new-usask-city-of-saskatoon-research-projectccm0461698773133567ccm0461698773473393show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/rj2-yang-jordan-1080.jpgsite://news/images/2023/rj2-yang-jordan-1080.jpgnewsrj2-yang-jordan-1080.jpg2692341080720Prof. Yang Yang with USask’s Johnson Shoyama Graduate School of Public Policy (JSGS), and Mike Jordan, chief of public policy and government relations for the City of Saskatoon (Credit: submitted and courtesy of the City of Saskatoon)Prof. Yang Yang with USask’s Johnson Shoyama Graduate School of Public Policy (JSGS), and Mike Jordan, chief of public policy and government relations for the City of Saskatoon (Credit: submitted and courtesy of the City of Saskatoon)NoNonesupport-critical-researchNo/
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A joint University of Saskatchewan and City of Saskatoon research project funded by the Research Junction initiative will delve into potential property tax reforms and how to communicate them to the public.

Mike Jordan, chief of public policy and government relations for the city, said he can already see the direct applications this project could have.  

“This research is really going to give us some insight into what may be possible going forward, and what may not be possible in terms of what the (public) tolerance and barriers are around using different revenue instruments,” he said.  

Jordan and Dr. Yang Yang (PhD), an assistant professor with USask’s Johnson Shoyama Graduate School of Public Policy (JSGS), are receiving support for this research from the Research Junction initiative, which provides funding to joint City of Saskatoon-USask projects aimed at bettering the lives of Saskatoon residents.  

Yang said that since the city receives “nearly half” of its operating revenue from property taxes, it’s important for residents to understand them as fully as possible. 

And as the services that municipalities support and supply change over time — with added pressures including addressing climate change, keeping up with inflation, and funding essential services in a continually-expanding city — municipalities must adjust their revenue strategies to meet these new demands, Yang said. 

“We think tax policy reforms are necessary to ensure that municipalities can meet all these new demands and challenges,” she said. “We’re hoping to use this project to provide a timely assessment of the public acceptance and support for proposed property tax policy changes.” 

The research project will be conducted using surveys distributed to Saskatoon residents and other municipalities to gauge opinions regarding property tax and potential tax reforms.  

Drawing on behavioural insights, this project will also create a communication plan to mitigate some of the challenges that come with these changes.   

“We’re hoping to inform the development of targeted and effective communication strategies that could resonate better with residents about what our rationales are, and what could be missed opportunities, without reforming property tax policy,” she said. 

Jordan said studying how to communicate any city tax changes to residents is critical to educate residents on where their tax is allocated.  

 Transparency on how any government spends income from residents is important, he said.  

“I think we spend a lot of time communicating now on property tax … but are there any other insights we’re missing, that we haven’t really thought about?” he said.  

Jordan lauded Yang and the JSGS researchers for tackling the issue from multiple angles and said the Research Junction projects have significant benefits for the City of Saskatoon. 

“That’s what’s special about the JSGS school, is that they understand the research and the academic side, but also then what’s the implementation side of it? That’s sometimes where policy fails — there might be good ideas, but if you can’t implement them that’s where the roadblock comes in,” Jordan said.  “(JSGS researchers) understand some of those implementation barriers we’re trying to overcome.” 
 
This project is one of three recently awarded funding by the Research Junction initiative. Research Junction is a collaboration between the City of Saskatoon and USask’s Research Acceleration and Strategic Initiatives “to support the development of joint research projects that address contemporary urban issues for the benefit of Saskatoon residents.”  

usasks-vido-and-pirbright-expand-collaboration-to-advance-vaccine-manufacturingtrue1718730911095imj129USask’s VIDO signs agreement with Pirbright to advance vaccine manufacturingThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has signed a memorandum of understanding (MOU) with the Centre for Veterinary Vaccine Innovation and Manufacturing (CVIM) at The Pirbright Institute (Pirbright). The MOU allows for expanded collaborations and training around vaccine manufacturing to drive innovations for animal health.research, VIDO, international, 1698417780000/articles/research/2023/usasks-vido-and-pirbright-expand-collaboration-to-advance-vaccine-manufacturingnewssite://news/articles/research/2023/usasks-vido-and-pirbright-expand-collaboration-to-advance-vaccine-manufacturingccm0461698419005926ccm0461698700472752show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pirbright.jpgsite://news/images/2023/pirbright.jpgnewspirbright.jpg1415591200867Left to right, USask President Peter Stoicheff, VIDO Director and CEO Volker Gerdts, and Pirbright Institute Director Bryan Charleston Left to right, USask President Peter Stoicheff, VIDO Director and CEO Volker Gerdts, and Pirbright Institute Director Bryan Charleston. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The collaboration, signed yesterday in Pirbright, U.K., will contribute to global animal health, including process development and vaccine manufacturing for emerging infectious diseases of livestock, specifically those that affect primarily low-and-middle-income countries.

“Collaborating with the CVIM is a vital step towards establishing a global network of key groups with the capacity to drive discovery innovations to commercial readiness,” said VIDO Director and CEO, Dr. Volker Gerdts. “This MOU reinforces VIDO’s commitment to addressing infectious diseases of global importance and foster vaccine commercialization as Canada’s Centre for Pandemic Research.”

VIDO has close to five decades of expertise developing vaccines against emerging infectious diseases and is one of the largest and most advanced containment Level 3-agriculture (CL3-Ag) research facilities in the world. The new Vaccine Development Centre (VDC) at VIDO builds on VIDO’s roots in veterinary medicine and expertise in developing animal models of disease. This is important as most new and emerging human infectious diseases originate in animals.

The CVIM based at Pirbright was established with funding from the Foreign Commonwealth and Development Office, Biotechnology and Biological Sciences Research Council (BBSRC) and the Bill and Melinda Gates Foundation (BMGF). It was established to help answer an unmet global need to develop vaccines to control disease in livestock. Both the VDC and CVIM have been established to accelerate commercial development, with a recognized effort to prioritize neglected livestock diseases and urgent emerging zoonotic diseases.

“The growing collaboration between these two institutes is a testament of our partnership to address some of the major global challenges related to food security for the world, particularly for low-and-middle-income countries,” said Professor Bryan Charleston, FRS, director of The Pirbright Institute. Both organizations expect this collaboration to expand to groups in low-and-middle-income countries.  

“VIDO’s research efforts address diseases that have the potential to inflict profound impacts on both humans and animals. These diseases pose a risk to the well-being and welfare of everyone,” said USask President Peter Stoicheff, who was in the U.K. in October as part of a delegation with several other members of the campus’ leadership team to expand USask's international influence abroad. “Together, the VDC and CVIM are working towards combating this problem and creating solutions that will benefit people around the world.” 

gifs-laboratory-at-usask-brings-latest-sequencing-technology-to-western-canadatrue1718730911095imj129GIFS laboratory at USask brings latest sequencing technology to Western CanadaWorld-class talent and sequencing technology at the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is enabling researchers in agriculture and other disciplines to more quickly — and cost effectively — explore the genomes of plants, animals, and microbes. GIFS, research, pec, leadership,1698157800000/articles/research/2023/gifs-laboratory-at-usask-brings-latest-sequencing-technology-to-western-canadanewssite://news/articles/research/2023/gifs-laboratory-at-usask-brings-latest-sequencing-technology-to-western-canadaccm0461698157841210ccm0461702324827540show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/1a_m8a6398.jpgsite://news/images/2023/1a_m8a6398.jpgnews1a_m8a6398.jpg1363871200692Scientists in white lab coats work around a black lab bench.The Omics and Precision Agriculture Laboratory at the Global Institute for Food Security at the University of Saskatchewan is a premier platform for omics technology, providing genomics, phenomics and informatics services to a broad range of clients.NoNonesupport-critical-researchNo/
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GIFS’ Omics and Precision Agriculture Laboratory (OPAL) is the first lab in Western Canada to offer genomics analyses services using PacBio’s new Revio DNA sequencer, the highest-capacity instrument the manufacturer has produced.

The addition of Revio and other investments in high-throughput infrastructure and automation have significantly expanded OPAL’s scale and efficiency, increasing its ability to provide high-quality, lower-cost services. These at-scale analytics will help accelerate research in the agriculture, food, and health fields.

“At GIFS, we are committed to accelerating research, development, and commercialization within agri-food and providing impactful services that enhance the entire innovation ecosystem. Our investments in PacBio’s Revio system and other advanced sequencing instruments are bringing leading-edge technologies to Saskatchewan and Western Canada and supporting our research community’s position at the forefront of discovery,” said Steve Webb, chief executive officer of GIFS.

“OPAL’s capacity and complete suite of long- and short-read DNA sequencing technology is unique in Canada and comparable to large national laboratories in the United States. With these tools, our team of experts are providing high-quality data to help advance the discovery, development, and delivery of new innovations within agri-food and other industries.”

Since its launch in 2021, OPAL has established itself as a premier platform for omics technology with a reputation for scientific excellence and innovation.

OPAL was previously the first laboratory in Western Canada to offer long, highly accurate HiFi reads from PacBio’s Sequel IIe DNA sequencing system. The new Revio system features several enhancements over the earlier generation of single-molecule real-time sequencing (SMRT) technology, including shorter run times and the ability to sequence up to 15 times more genomic data per day.

“The Global Institute for Food Security is a state-of-the-art facility providing genomics, phenomics, and bioinformatics services to researchers around the world in a variety of applications. We are honoured that this trusted service provider has chosen to add the Revio sequencing system to their world-class core lab,” said Lara Toerien, vice-president and general manager for the Americas at PacBio.

“The game-changing Revio system is a giant leap forward that enables customers to dramatically scale their use of PacBio’s celebrated HiFi sequencing technology at an extremely competitive price. This will allow more customers access to the most complete and accurate sequencing data on the market today and benefit the scientific community as a whole. I’m excited to see what researchers can discover using the power of HiFi sequencing on Revio.”

With a unique specialty in agri-food research, the OPAL team has become a trusted partner to researchers in Western Canada and around the world, contributing to hundreds of projects examining microbial, plant and animal genes and traits.

The laboratory has contributed sequencing work to many large initiatives, including the international, USask-led effort that sequenced the genomes for 15 wheat varieties — a significant accomplishment that is supporting the development of new higher-yielding, more resilient wheat varieties.

The technology and expertise at OPAL, however, provide the laboratory with the capacity to analyze samples from other sources — everything from bacteria to humans.

TextImage/images/2023/2-opal-revio.jpgsite://news/images/2023/2-opal-revio.jpgnews2-opal-revio.jpg890561200826OPAL is the first lab in Western Canada equipped with PacBio’s new Revio DNA sequencer. (Photo: Submitted)Above content

Today, the laboratory is now serving a growing number of researchers outside of agriculture who are benefiting from OPAL’s services, including genomics to analyze DNA, transcriptomics to analyze gene expression and bioinformatics to analyze these and other biological data. These services also include PacBio’s Iso-Seq technique for sequencing RNA molecules with long reads to achieve greater resolution than was possible using older methods.

“We’re incredibly proud of the partnerships we’ve made within the agri-food sector and the exciting research that we are supporting — and we’re just getting started,” said Carla Protsko, OPAL business lead at GIFS.

“Today, we are equipped to support more partners across the value chain than ever before. Whether you’re in agriculture or health, natural or environmental sciences, you don’t have to send samples across the country for analysis. We have the leading-edge omics technology and talented team in Saskatoon’s thriving biotechnology industry. From here in Western Canada, we have a national and global reach and can assist your research at scale.”

For more on OPAL and the comprehensive genomics, transcriptomics, and bioinformatics services it provides, see opal.gifs.ca.

usask-city-of-saskatoon-explore-merits-of-sustainable-transportation-strategiestrue1718730911095imj129USask, City of Saskatoon explore merits of sustainable transportation strategiesA joint project co-led by University of Saskatchewan (USask) researchers and City of Saskatoon officials will use data-driven assessment tools to create “healthy, sustainable transportation” strategies in Saskatoon.research, sustainability1697553120000/articles/research/2023/usask-city-of-saskatoon-explore-merits-of-sustainable-transportation-strategiesnewssite://news/articles/research/2023/usask-city-of-saskatoon-explore-merits-of-sustainable-transportation-strategiesccm0461697553292950ccm0461697553331455show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/research-junction-sustainable-transport.jpgsite://news/images/2023/research-junction-sustainable-transport.jpgnewsresearch-junction-sustainable-transport.jpg2937291200800A blue city bus with the words 'Stonebridge' waits for the passenger to embark.A City of Saskatoon bus stops in front of Place Riel on the USask campus (Photo courtesy of the City of Saskatoon)NoNonesupport-critical-researchNo/
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Experts with the University of Saskatchewan and the City of Saskatoon are investigating benefits of sustainable transportation with support and funding from the Research Junction program.

Dr. Daniel Fuller (PhD), an associate professor in Community Health and Epidemiology with the College of Medicine, and his team are working with Chris Schulz, the manager of the City of Saskatoon’s Planning Project Services, on this research. Their work is aimed at developing evidence-informed methods of assessing sustainable transportation options to improve health and address climate change in an economically beneficial manner.  

The co-operative project is part of the Research Junction initiative between USask and the City of Saskatoon to address contemporary urban issues for the betterment of Saskatoon’s residents. 

Fuller said concepts of transportation – such as using private versus public modes of transport, or how much one walks or bikes – play a much deeper role in an individual’s health than most people understand.  

“Let’s say you walk 10 minutes to your bus stop and then you walk 10 minutes to get to work, you’ve done 20 minutes of walking. There’s a very significant health benefit to that,” Fuller said.  

“Physical activity is associated with helping all kinds of diseases, from heart disease to diabetes to depression, and those diseases are exceptionally expensive to the health-care system … So as soon as you can reduce the burden of those diseases, you have major health-care savings.” 

By using a series of pre-existing tools such as the Health Economic Assessment Tool (HEAT), Fuller said they can create modeling that will predict the health, economic, and climate outcomes based on the investment put into a project.  

Fuller and Schulz are using these tools to assess the development of the Bus Rapid Transit (BRT) system and the redesign of some of Saskatoon’s major public transit corridors.  

“How can we try to tell a big picture kind of story about why health is important, transit is important, climate is important, and support the city doing this work and support the evidence base for ‘how much impact does this actually have?’” Fuller said. 

Schulz said this kind of research can have direct, actionable results for the city to consider when implementing infrastructure projects — particularly when exploring ideas of sustainability. 

“What we’re envisioning getting out of this is information that’s hard for us to pinpoint when it comes to benefits and costs … that goes beyond the dollars and cents,” he said. “We get data that we can use to help sell projects that make our city better.” 

Schulz said joint projects like this are “all upside” from the city’s perspective. While Fuller and his team are conducting the research, Schulz said the city is able to provide context and data for that research – giving researchers the benefit of using the most up-to-date information possible for building their models.  

Cities that are better for their citizens tend to be more complicated, Schulz said. Understanding how parts of public infrastructure interact — and being able to put data to ideas like “livability” — can inform new projects in the future.  

"That’s what’s kind of exciting for me about this. Health, I think, is a great proxy for a place being livable. It ties into a place you want to be in,” Schulz said. “We don’t have a way to quantify a lot of things we’re trying to achieve when it comes to livable environments, and this is taking steps in that direction for us.” 
 
This project is one of three recently awarded funding by the Research Junction initiative. Research Junction is a collaboration between the City of Saskatoon and USask’s Research Acceleration and Strategic Initiatives “to support the development of joint research projects that address contemporary urban issues for the benefit of Saskatoon residents.”

usask-researcher-says-learning-from-saskatchewans-safest-intersections-can-improve-road-safetytrue1718730911095imj129USask researcher says learning from Saskatchewan’s safest intersections can improve road safetyA University of Saskatchewan (USask) graduate student is on a mission to make Saskatchewan roads safer for pedestrians and drivers. BROOKE KLEIBOERresearch, College of Engineering1697043480000/articles/research/2023/usask-researcher-says-learning-from-saskatchewans-safest-intersections-can-improve-road-safetynewssite://news/articles/research/2023/usask-researcher-says-learning-from-saskatchewans-safest-intersections-can-improve-road-safetyccm0461697043742751ccm0461697043742751show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/shaheli-senanayake300-1.jpgsite://news/images/2023/shaheli-senanayake300-1.jpgnewsshaheli-senanayake300-1.jpg2531561080720USask College of Engineering graduate student Shaheli Senanayake is hoping to make Saskatchewan roads safer by studying low-collision intersections. USask College of Engineering graduate student Shaheli Senanayake is hoping to make Saskatchewan roads safer by studying low-collision intersections. (Photo: Submitted)NoNonesupport-studentsNo/
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A College of Engineering master’s student, Shaheli Senanayake’s project takes a unique approach to road safety research. It offers an original perspective that focuses on what Saskatchewan’s best-performing intersections are doing right to help improve safety.

“A roadway network’s intersections are among the riskiest locations because they serve as a convergence point for pedestrians and vehicles, and are a common location for serious side-impact crashes and a source of traffic congestion,” she said. “In Canada, about 30 per cent of all traffic crashes happen at or near intersections, and they cause serious injuries and even death.”

She said the goal of the research is to identify what makes these well-performing intersections safe and use that knowledge to design safer intersections in the future.

“Traditionally, efforts to improve road safety have concentrated on places with a history of many accidents,” Senanayake said. “However, this research takes a different approach. It focuses on intersections that are doing well in terms of safety.”

About 200 intersections in Saskatoon and Regina will be studied by Senanayake over a three-year period. She will analyze things such as the geometric design of the intersections, and how safety features such as a protected left turn lane or a channelized lane are used effectively in intersections with low-collision rates.

Senanayake has many goals for her project, including improving road safety, reducing traffic congestion, increasing social awareness of traffic safety and being careful on roadways while in the driver’s seat or as a pedestrian.

She said the project can also lend interesting insights into how intersection safety can provide economic and environmental benefits as well – two areas of major concern for cities in urban planning.

“Fewer collisions mean less vehicle damage, which can lead to reduced emissions from the production of replacement vehicles,” said Senanayake. “Smoother traffic flow can also potentially result in reduced fuel consumption and lower greenhouse gas emissions overall.”

Economically, traffic accidents impose a substantial economic burden on society in terms of medical costs, property damage, lost productivity, and increased insurance premiums, Senanayake said. By reducing the number of accidents and their severity, research findings have potential to help alleviate these costs for the public and individuals.

The expertise of her research supervisor, Dr. Emanuele Sacchi (PhD), an associate professor in the Department of Civil, Geological and Environmental Engineering at USask, along with intersection data collected from satellite images and local traffic accident data, will help Senanayake analyze which geometric elements of intersections appear to make them a low-collision site.

“This [research] approach allows for the discovery of factors that contribute to road safety excellence, which may have been overlooked in traditional blackspot-oriented studies,” she said. “These factors can then be used when building new intersections to make them safer for everyone on the road.”

Senanayake is still in the process of analyzing the data collected from the study and plans to present her results in 2024. She recently competed in USask’s Three Minute Thesis competition, an academic contest where she placed second for successfully presenting her research project to a non-scientific audience in only three minutes.

“In the long term, I aim to take on leadership roles that allow me to influence transportation policy and advocate for strategies that can save lives,” said Senanayake. “The potential to improve road safety and prevent injuries and fatalities can be a powerful driving force.”

The research is supported by the Natural Sciences and Engineering Research Council of Canada.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

video-game-installation-at-usask-provides-unique-view-of-climate-change-challengestrue1718730911095imj129Video game installation at USask provides unique view of climate change challengesIn June, the University of Saskatchewan (USask) community could pay a visit to an art installation featuring an interactive video game that engages players in a simulated world where gameplay decisions directly and irreversibly affect the environment – even if the player didn’t know it.BROOKE KLEIBOERresearch, College of Arts and Science,1696611000000/articles/research/2023/video-game-installation-at-usask-provides-unique-view-of-climate-change-challengesnewssite://news/articles/research/2023/video-game-installation-at-usask-provides-unique-view-of-climate-change-challengesccm0461696611137626ccm0461696611137626show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/qihang-liang.jpgsite://news/images/2023/qihang-liang.jpgnewsqihang-liang.jpg1676881080720: USask graduate student Qihang LiangUSask graduate student Qihang Liang is blurring the lines between art, video games and digital worlds with his dynamic research project – a video game installation designed to have people interact directly with the effects of climate change. (Photo: Submitted)NoNonesupport-studentsNo/
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USask College of Arts and Science graduate student Qihang Liang built the multi-channel video installation (MVI) called Inter-Play, designed to explore the interconnections between people, water, food and energy systems. The project was also testing a technique to see if an MVI could lead to higher attention and engagement with an audience than a traditional video game or static art installation.

“Unlike traditional art forms, I am interested in video games as art,” said Liang, who has completed an Interdisciplinary Studies Master of Arts degree, a program that melds elements of Master of Fine Arts and Computer Science degrees. “I view video games as artwork but with the advantage of being a type of material technology that allows for interaction and real-time communication potential. I grew up playing video games, and I strongly believe in their unique ability to bring people together and foster relationships.”

TextImage/images/2023/53134851109_3187f2326a_h.jpgsite://news/images/2023/53134851109_3187f2326a_h.jpgnews53134851109_3187f2326a_h.jpg1631501080709USask graduate student Qihang Liang is blurring the lines between art, video games and digital worlds with his dynamic research project – a video game installation designed to have people interact directly with the effects of climate change. (Photo: Submitted)Above content

The game in Liang’s project presented unique challenges and opportunities for players and audience members to actively participate and observe as players make decisions in gameplay that impact the environment.

“Through the interactive nature of our installation, players are fully engaged in the gameplay and may overlook the broader impact of their actions,” said Liang. “In our game, we have intentionally inverted the unspoken rules where players typically act as heroes or bring goodness to the world.”

As players achieve more points in the game, the environment is more negatively impacted with physical damage, extreme weather and deterioration over time. But Liang’s game only shows the player one side of the story. Only the audience – with the advantage of being able to see all three screens in the installation simultaneously – can see the damage caused by the player.

Liang notes that this unique way of displaying interactive art allows observers to engage with and more fully understand the meaning and purpose behind the piece, and have multiple experiences simultaneously.

The work is designed to raise awareness and inspire us to embrace a more balanced and sustainable lifestyle,” said Liang of the work’s importance. “Artistic creation came together with a more scientific method of inquiry.”

The Inter-Play exhibition was publicly installed at the Gordon Snelgrove Gallery from June 19-30, 2023.  An earlier version of the work was presented at the Nuit Blanche Saskatoon public art festival in 2022. The project was overseen under the expert supervision of Department of Art and Art History associate professor Lisa Birke and Department of Computer Science assistant professor Dr. Madison Klarkowski (PhD).

Although Liang has submitted his final work to complete his graduate studies, he is still looking for opportunities to showcase his research in unique and innovative ways and to provide alternative ways for artists to present their work in a digital world.

Liang said his study serves as an example of how MVI displays and using methods of human-computer interaction – such as integrating eye tracking analysis – can have significant benefits for artists and designers who are looking to direct viewer attention in a way that is effective and engaging. In Liang’s case, combining these methods allowed people to explore how their actions could affect planet health in multiple ways.

“[The study] provides a scientific approach to understanding the dynamics of viewer interaction, and this can allow for the development of more engaging and immersive experiences in the future,” Liang said.

With an undergraduate degree in Interactive Systems Design and now with a graduate degree under his belt, Liang plans to take what he has learned about 3D modelling, animation, game development, and gallery installation at USask into his future endeavours as he continues to blur the lines between art and computer science.

“The researchers in Art and Art History at USask actively showcase their work in renowned galleries, international art events, and festivals, solidifying their presence in the global art community,” said Liang. “Similarly, the human-computer interaction lab boasts cutting-edge technology and regularly presents research papers at international conferences, demonstrating its expertise in the field. One significant advantage of pursuing an interdisciplinary program like mine is the ability to apply knowledge, methodologies, and technologies from one discipline to another.”

The research was supported by the USask Interdisciplinary Studies Graduate Devolved Scholarship and through funding from the research programs of Dr. David Natcher (PhD), Birke and Klarkowski.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

vital-multiple-sclerosis-research-at-usask-to-continue-with-750,000-donation-from-saskatoon-city-hospital-foundationtrue1718730911095imj129Vital multiple sclerosis research at USask to continue with $750,000 donation from Saskatoon City Hospital FoundationA new gift of $750,000 from the Saskatoon City Hospital Foundation (SCHF) will provide funding to the University of Saskatchewan (USask) College of Medicine to support the Saskatchewan Multiple Sclerosis (MS) Clinical Research Chair for the next three years.research, College of Medicine, 1696433580000/articles/research/2023/vital-multiple-sclerosis-research-at-usask-to-continue-with-750,000-donation-from-saskatoon-city-hospital-foundationnewssite://news/articles/research/2023/vital-multiple-sclerosis-research-at-usask-to-continue-with-750,000-donation-from-saskatoon-city-hospital-foundationccm0461696435479248ccm0461710881924581show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/michael-levin.jpgsite://news/images/2023/michael-levin.jpgnewsmichael-levin.jpg911081080720Chairholder, Dr. Michael C. Levin (MD), along with his team of researchers have been working to develop medications that can inhibit the nerve cell damage that occurs due to diseases such as MS. Chairholder, Dr. Michael C. Levin (MD), along with his team of researchers have been working to develop medications that can inhibit the nerve cell damage that occurs due to diseases such as MS. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Chairholder, Dr. Michael C. Levin (MD), along with his team of researchers have been working to develop medications that can inhibit the nerve cell damage that occurs due to diseases such as MS. 

Saskatchewan has one of the highest rates of MS in the world, with an estimated 3,700 people in the province living with the disease and there is no known cure. 

“Funding is a crucial part of continued research and discovery for MS research and the commitment from our partners at the Saskatoon City Hospital Foundation will help us get closer to positive outcomes for MS patients everywhere,” said Dean of the College of Medicine, Dr. Preston Smith (MD). “Because of their generosity, Dr. Levin and his team can continue their ground-breaking work to find treatments for this devastating disease.”

MS is a disorder of the central nervous system affecting the ability of the brain and spinal cord to communicate. This results in muscle weakness, a lack of muscle control, problems with vision and other neurological symptoms. 

Since the chair was first established in 2017, Dr. Levin and his team have made incredible progress and discovered that a protein in nerve cells, named A1, is abnormal in the brains of MS patients. Specifically, that A1 gets stuck in the wrong part of nerve cells and triggers their death. 

Using state-of-the-art drug design, Dr. Levin’s team has studied drug therapies and discovered a drug treatment that return A1 to its normal location, not only preventing nerve cell death, but promoting nerve cell regeneration. By blocking nerve cell death, these innovative drugs can prevent a lifetime of disability with MS. 

The SCHF’s latest commitment of $750,000 over three years will support the chair’s greatest needs, including infrastructure, research support and necessary equipment as part of the vision to advance treatment for and ultimately end MS.

“We have one of the best, most celebrated MS researchers on the planet here in Saskatoon, with an amazing team that’s working to find a cure to benefit people of Saskatchewan and people of the world,” said Steve Shannon, CEO of SCHF.

SCHF has a decades-long history of supporting MS research in Saskatchewan. In 2010, the foundation joined the USask College of Medicine and the Saskatchewan Health Research Foundation to raise $5 million toward the creation of the chair position.

To learn more about the exciting breakthroughs in MS research happening at the University of Saskatchewan, visit https://research-groups.usask.ca/skms-office/

This gift is part of the University of Saskatchewan’s Be What the World Needs Campaign.

usask-researchers-aim-to-make-cancer-fertility-preservation-program-a-realitytrue1718730911095imj129USask researchers aim to make cancer fertility preservation program a realityDr. James Benson (PhD) and Dr. Laura Hopkins (MD) believe the University of Saskatchewan (USask) has the tools to provide groundbreaking cancer treatment services to women across Canada.Matt Olsonresearch, College of Medicine1696349100000/articles/research/2023/usask-researchers-aim-to-make-cancer-fertility-preservation-program-a-realitynewssite://news/articles/research/2023/usask-researchers-aim-to-make-cancer-fertility-preservation-program-a-realitybpk4551696349317058ccm0461710881903439show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cryopreservation-lab.jpgsite://news/images/2023/cryopreservation-lab.jpgnewscryopreservation-lab.jpg1742621080720Dr. Atefeh Najafi (PhD) gives a tour of the Benson Cryobiology Lab to a group of high school students. (Photo: Royal University Hospital Foundation)NoNonesupport-critical-researchNo/
TextPullquote“We’re really providing a service for women, but especially girls in need at a particularly vulnerable time. And the fact that we’ve got the infrastructure in place means that USask can be a beacon of hope.” Dr. James Benson (PhD)/Align right

Dr. James Benson (PhD) is one of the world’s leading experts in cryobiology – research surrounding biological samples in lower-than-normal temperatures. 

And in Canada, he’s one of a select few doing research in reproductive cryobiology. 

Benson is an associate professor in USask’s Department of Biology in the College of Arts and Science. He is also part of a cohort of researchers attempting to establish a one-of-a-kind cryobiology research program at USask to support women and girls diagnosed with cancer. 

“I think it hits on a lot of different levels,” he said. “We’re really providing a service for women, but especially girls in need at a particularly vulnerable time. And the fact that we’ve got the infrastructure in place means that USask can be a beacon of hope.” 

Ovarian tissue cryopreservation is a relatively newer medical procedure that can give women and especially girls diagnosed with cancer the opportunity to have their own children in the future. Ovarian tissue cryopreservation involves removing and preserving unaffected tissue before the ovaries are damaged by cancer treatments including chemotherapy, radiation and surgery. 

Later in life, after cancer has been cured, the preserved ovarian tissue can be re-implanted to allow for a biological child to be born. Benson said the process has been proven to help children, adolescents and women of reproductive age have healthy babies. 

As Benson puts it, ovarian tissue cryopreservation has recently moved past the non-experimental phase and into public use. Facilities in Europe and the United States have clinical and research programs for ovarian tissue cryopreservation in place, but it’s not widely available in Canada. 

“There is no option in Saskatchewan for some women and most girls with cancer that want to have fertility preservation,” Benson said. “Some women can preserve their egg cells before treatment, but girls don’t have any mature egg cells. The only option they have is to freeze this tissue. There’s been a number of successes around the world. It’s a great program that just needs to be offered here.” 

Dr. Laura Hopkins (MD), a professor in the Division of Oncology in USask’s College of Medicine and the provincial lead for gynecologic oncology, said this kind of service could give women back a choice taken away from them by cancer. Per Hopkins, pediatric ovarian tissue is particularly vulnerable to the effects of cancer treatments and the only way to salvage function for girls under 13 is with ovarian tissue cryopreservation technology. 

“Being treated for cancer, whether it’s surgery, chemo or radiation, is isolating for everyone, and I think there’s a real loss of confidence and hope for the future,” she said. “These kids also face a loss of fertility and a loss of potential to have normal hormone production for sustaining health. Fortunately, most children nowadays are cured of their cancer. They are cancer survivors, and we need this program to give them their lives back.” 

TextPullquote“We’ve got the scientific expertise, and we also have the need to make this ovarian tissue cryopreservation available to patients in Saskatchewan.” Dr. Laura Hopkins (MD)/Align left

Hopkins also noted that implementing a cryopreservation program would help Saskatchewan meet the guidelines of care and fertility preservation as laid out by the Canadian Fertility and Andrology Society, a nonprofit organization dedicated to advancing reproductive sciences in Canada. 

Both Benson and Hopkins believe USask could pioneer this sort of program throughout Western Canada due to the unique expertise of USask faculty and the facilities that already exist at the university. 

Hopkins received funding in 2021 for the furthering of ovarian cancer pharmaceutical and diagnostic research, as well as to establish a tumour bank at USask to safely store and study removed cancerous tissue. In addition, Benson said there are many researchers with cryobiology experience at USask including those at the Western College of Veterinary Medicine (WCVM). 

“By building this program, we could be modeling what the future state of a program in ovarian cryopreservation should look like,” Hopkins said. “We happen to have James Benson here and I feel like all of us should do everything to support unique talent within the institution.” 

Krysta Hawryluk is a patient of Hopkins, and a prime example of a fertility preservation program is more important than a hypothetical. In early 2020, Hawryluk believed she had endometriosis until testing diagnosed her with ovarian cancer. She received her diagnosis in early July, and before the end of the month she had surgery to remove her ovaries. 

When she was diagnosed in Saskatchewan, the option of cryopreservation was never an option. Hawryluk had the surgery to save her from her cancer at the age of 28, and was left without the ability to have her own children.  

“During that time, I would have taken any chance, I would have taken a two per cent chance to have a baby,” Hawryluk said. “Any kind of hope is just enough when you’re dealing with something as serious as your health.” 

Hawryluk has since been a strong advocate for this service to be available in Saskatchewan and throughout Canada. When she learned from Hopkins that this kind of treatment exists but wasn’t available to her in her home province, Hawryluk admitted it made her angry – which is the reason she’s become so dedicated to assisting Benson and Hopkins make this program a reality. 

“I think that everyone should have that opportunity to make the choice to have their own children. Having that choice taken away from me was the hardest because … whether you can have a child or not shouldn’t be fate’s decision,” she said. 

Both Hopkins and Benson are hopeful that a program can be established with the support of institutions and health-care professionals to provide the best possible care to patients like Hawryluk. 

“This is an evolving science where the success rates are going up every year as the technology advances,” Hopkins said. “We’ve got the scientific expertise, and we also have the need to make this ovarian tissue cryopreservation available to patients in Saskatchewan.” 

usask-climbs-higher-than-ever-in-times-higher-education-rankingstrue1718730911095imj129USask climbs higher than ever in Times Higher Education rankingsThe University of Saskatchewan (USask) has reached its highest-ever position in the Times Higher Education (THE) World University Rankings, an indicator that gauges university performances at an international level.hp-articles, research, international, pec, leadership,1695836640000/articles/research/2023/usask-climbs-higher-than-ever-in-times-higher-education-rankingsnewssite://news/articles/research/2023/usask-climbs-higher-than-ever-in-times-higher-education-rankingsccm0461695837963812ccm0461702324748645show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/campus-aerial-2.jpgsite://news/images/2023/campus-aerial-2.jpgnewscampus-aerial-2.jpg3069991080720Aerial view of the University of Saskatchewan. (Photo: USask)YesNonesupport-critical-researchNo/
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THE World University Rankings measure the overall performance of higher learning institutions based on 17 key indicators across five pillars of teaching, research environment, research quality, industry, and international outlook, per the THE website.

USask leapt more than 100 spots in the rankings to enter the 351-400 tier this year, after reaching an overall rank in the 501-600 tier of universities in the prior year’s rankings.

In addition to the remarkable rise in the rankings, the placement in the 351-400 tier is the highest USask has achieved in these rankings to date.

It marks the second time this year that USask has reached its best-ever placement on an international ranking scale, as USask jumped 128 positions to reach a previously unprecedented placement of 345th in the 2024 QS World University Rankings announced in June.

“These incredible results are a testament to USask’s unwavering commitment to excellence in research, scholarly and artistic works,” said USask Vice-President Research Dr. Baljit Singh (PhD). “To achieve an unprecedented high placement in an international ranking for the second time this year reflects USask’s ongoing commitment to be a university recognized for its contributions on the world stage.”

Of the five pillars of the THE rankings, USask greatly improved its rank in the research environment, research quality, and industry areas.

USask scored highly in the “research excellence” indicator – which measures the amount of “world-leading researchers” in an institution by examining research publications and how often they are cited. USask also scored favourably in the “research influence” indicator, which acts as a “broader look at excellence and considers the importance of citing publications.”

USask  jumped to 109th in the world in the industry pillar, which includes measures in the area of industry income as well as the number of patents that cite a university’s research.

“As an institution, we are so pleased to see USask’s significant rise in the THE World University Rankings to reach our university’s best-ever performance,” said USask Provost and Vice-President Academic Dr. Airini (PhD). “This achievement reflects our bold ambition to be the university the world needs, for Saskatchewan and from Saskatchewan. We are a world-class university that aims to set the standard for learning, research, scholarly, and artistic works, and community engagement.”

The 2024 THE World University Rankings include 1,904 universities from around the world in the placement system, which is an increase from 1,799 last year.

usask-researcher-developing-stronger-understanding-of-soil-nutrientstrue1718730911095imj129USask researcher developing stronger understanding of soil nutrientsJust like humans, plants need nutrients to survive and grow, and many of these nutrients are important compounds found in soil. A University of Saskatchewan (USask) researcher is exploring how phosphorus, an important nutrient for humans and plants, reacts with mineral compounds and how these reactions can impact how well phosphorus is used in soil.BROOKE KLEIBOERresearch,1695833760000/articles/research/2023/usask-researcher-developing-stronger-understanding-of-soil-nutrientsnewssite://news/articles/research/2023/usask-researcher-developing-stronger-understanding-of-soil-nutrientsccm0461695833877155ccm0461695833877155show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/catherine-chavez300.jpgsite://news/images/2023/catherine-chavez300.jpgnewscatherine-chavez300.jpg2435981080722USask master’s student Catherine Chavez is investigating how phosphorus, an important nutrient for plant growth, reacts with mineral compounds in plant growth environments. USask master’s student Catherine Chavez is investigating how phosphorus, an important nutrient for plant growth, reacts with mineral compounds in plant growth environments. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Although phosphorus is required for the growth of plants, USask master’s student Catherine Chavez said it is important to use it efficiently in soil because there is only a finite amount to go around.

“Phosphorus is a required nutrient for all living organisms, and its availability is controlled by adsorption processes,” said Chavez.

Adsorption describes a process where particles of one substance adhere to the surface of another. Her research project is exploring how a wide range of phosphorus compounds react with iron oxide minerals.

“Understanding this [outcome] is important to incorporate into the phosphorus cycle in the soil, as well as generally understanding the bioavailability, mobility, and fate of P in the environment,” she said.

Chavez notes that understanding these types of reactions can lead to better fertilizers and more efficient management of phosphorus already present in soil.

“Adsorption of phosphate compounds is not a new research topic,” said Chavez. “However, my flow through [a unique] spectroscopic experimental setup for the collection of real time adsorption data is quite novel.”

Under the supervision of College of Agriculture and Bioresources Department of Soil Science professor Dr. Derek Peak (PhD), Chavez is using Attenuated Total Reflectance Fourier Transform Infrared Spectroscopy to collect her experimental data. This type of spectroscopy uses infrared radiation to measure the amount and type of chemicals present in a sample.

After collecting results from the spectroscopy analysis, Chavez uses specialized software to conduct statistical analyses that bring insight into the relationship created when phosphates adhere to mineral surfaces.

Results have indicated that organic phosphate compounds adhere to minerals slower than polyphosphates and that the adsorption process takes place through two main mechanisms.

Chavez said pH affects how phosphate is adsorbed, and that if acidity levels are higher, phosphorus compounds tend to attach to mineral compounds faster.

This information sheds light on how this interesting chemical relationship could be leveraged when developing soil fertility programs or new phosphorus fertilizers when designing sustainable sources of plant growth.

Chavez has had the opportunity to present her research at the Soil Science Societies of America conference in Baltimore last year, and at the Canadian Soil Science Society conference this past summer.

Her next plans for the experiment are to continue to examine the specifics of how these phosphate complexes form and how other factors might affect their formation. She plans to finish her graduate degree in the spring of 2024.

Originally from the state of New Mexico in the United States, Chavez credits her dreams of working in a research laboratory and the uniqueness of the USask agricultural education programs for her successes in research so far.

“The University of Saskatchewan is well known for the College of Agriculture and Bioresources and has one of the very few Soil Science departments in Canada,” said Chavez. “Moving away from my home for new opportunities was a goal of mine. I have always been interested in soil chemistry and the wide area of research topics it covers.”

The research has been supported by the Natural Sciences and Engineering Research Council of Canada.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-rural-health-centre-announces-two-distinct-milestones-a-new-name-and-a-transformative-1.5-million-gift-to-develop-a-mobile-unit-for-rural-health-and-wellness1true1718730911095imj129USask rural health centre announces two distinct milestones: a new name, and a ‘transformative’ $1.5 million gift to develop a mobile unit for rural health and wellnessThe newly renamed Canadian Centre for Rural and Agricultural Health (CCRAH) is celebrating its new name along with a $1.5 million gift that will help ensure the safety and health of rural people and their families.Canadian Centre for Rural and Agricultural Health1695760620000/articles/research/2023/usask-rural-health-centre-announces-two-distinct-milestones-a-new-name-and-a-transformative-1.5-million-gift-to-develop-a-mobile-unit-for-rural-health-and-wellness1newssite://news/articles/research/2023/usask-rural-health-centre-announces-two-distinct-milestones-a-new-name-and-a-transformative-1.5-million-gift-to-develop-a-mobile-unit-for-rural-health-and-wellness1ccm0461695762186388ccm0461695762234880show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/shelley-kirychuk.jpgsite://news/images/2023/shelley-kirychuk.jpgnewsshelley-kirychuk.jpg1905571080720Dr. Shelley Kirychuk (PhD), the director of the CCRAH, said the gift was an incredible boost for the centre as it takes its next steps into the future. Dr. Shelley Kirychuk (PhD), the director of the CCRAH, said the gift was an incredible boost for the centre as it takes its next steps into the future. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Shelley Kirychuk (PhD), the director of the CCRAH, said the gift was an incredible boost for the centre as it takes its next steps into the future.  

“This is transformative,” she said. “It makes a big statement.” 

The $1.5 million gift was given to the CCRAH by an anonymous donor for the purpose of developing a mobile unit for the CCRAH. The new unit will give the centre speed and flexibility to travel to rural areas in Saskatchewan to support residents as well as enable more nimble and reactive field research teams.  

The mobile unit will be a new addition to the capabilities of the CCRAH, which regularly operates in rural Saskatchewan but has never had its own mobile service centre before. This unit will serve rural communities, bringing services to those communities and improving the well-being of rural residents throughout the province. 

Kirychuk said this added capability would never have been possible without the generosity and vision of the anonymous donor.  

“It’s about having this unit where we can do pulmonary function testing, where we can do hearing testing, where we can provide these rural supports, where we can do knowledge mobilization activities and we can do some of our research activities, but also showcasing ‘we’re here,’” Kirychuk said. “The mobile unit will help us increase our visibility in rural areas, serve more people, and draw in even more partners.” 

The gift announcement and celebration of the centre’s new name are separate initiatives announced at the same time in conjunction with today’s CCRAH open house. The Canadian Centre for Rural and Agricultural Health became official on June 1, 2023. 

The centre was established by USask in 1986 as the Centre for Agricultural Medicine, working alongside the Lung Association of Saskatchewan with a focus on agricultural environmental exposures and lung health.  

Kirychuk, who was named director of the CCRAH in early 2023, said the name change emphasizes the work that the centre conducts in rural Saskatchewan.  

“We do have a very strong agricultural focus, the health and safety of those who live and work in agriculture areas, but we also work in the broader rural space, around dementia care, around ergonomics and injury prevention, around access to care, and with Indigenous communities,” Kirychuk said. “We felt ‘rural’ was a very necessary component to include in our name. (The new name) reflects all the work we do in the rural space.” 

Over its nearly 38 years of existence, the centre has continually grown and expanded its research programs and services. The newly announced gift will also significantly impact and expand the Agricultural Health and Safety Network (AHSN), one of the centre’s key programs. This program connects close to 200 rural municipalities in Saskatchewan with services and knowledge mobilization for farmers and their families. 

Kirychuk lauded the tremendous partnerships that have been built between the CCRAH and organizations like the provincial government’s Ministries of Agriculture, Health and Rural and Remote Health, and the Saskatchewan Association of Rural Municipalities (SARM) to continue providing health services and research for rural populations. 

As someone who grew up in and has a farm in rural Saskatchewan, Kirychuk said she has seen a change in the landscape when it comes to rural living. She said she hopes the CCRAH can continue providing support to rural populations moving forward. 

“I want our centre to be part of that process to support people to continue to live and work safely and happily in rural Saskatchewan,” she said. 

usasks-vido-selected-for-cepis-international-research-networktrue1718730911095imj129USask’s VIDO selected for CEPI’s international research networkThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has signed an agreement today to join the Coalition for Epidemic Preparedness Innovations’ (CEPI) preclinical research network. VIDO is the only organization in Canada and the ninth in the world selected for this research network to date. research, VIDO, international, 1695758040000/articles/research/2023/usasks-vido-selected-for-cepis-international-research-networknewssite://news/articles/research/2023/usasks-vido-selected-for-cepis-international-research-networkccm0461695758570250ccm0461695760990693show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cepi-vido-signing.jpgsite://news/images/2023/cepi-vido-signing.jpgnewscepi-vido-signing.jpg1484241080720The USask Vaccine and Infectious Disease Organization (VIDO) has signed an agreement today to join the Coalition for Epidemic Preparedness Innovations’ (CEPI) preclinical research network. The USask Vaccine and Infectious Disease Organization (VIDO) has signed an agreement today to join the Coalition for Epidemic Preparedness Innovations’ (CEPI) preclinical research network. (Photo: Submitted)NoNonesupport-critical-researchNo/
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CEPI is a leading global partnership launched in 2017 with the mission to accelerate the development of vaccines and other countermeasures against epidemic and pandemic threats so they can be accessible to all people in need. CEPI’s global membership includes public, private, philanthropic, and civil society organizations. The Government of Canada provides financial support to CEPI. 

The agreement establishes a formal partnership between the two organizations for preclinical research model development and testing innovations for human health. Saskatchewan Minister Responsible for Innovation Saskatchewan, Jeremy Harrison, was on hand in London, U.K., to participate in the signing ceremony with CEPI’s Executive Director of Vaccine Research and Development, Melanie Saville, and VIDO’s Director, Dr. Volker Gerdts. VIDO receives operating support from Innovation Saskatchewan. 

This network is an important part of CEPI’s pandemic preparedness plan which aims to accelerate the development of vaccines against priority pathogens with epidemic or pandemic potential—including “Disease X” or a pathogen currently unknown to cause human disease—in pursuit of the 100 Days Mission. Backed by Canada and other members of the G7 and G20, the 100 Days Mission aims to compress the time taken to develop safe, effective, globally accessible vaccines against emerging disease outbreaks to within 100 days. 

CEPI-supported vaccine developers can access this research network to advance preclinical testing of their vaccine candidates, with the data from such trials informing the developer as to whether the candidate can move into clinical testing. Regulatory approval of these vaccines will rely on the preclinical efficacy studies conducted in high containment facilities, such as VIDO. 

VIDO was selected as part of CEPI’s network based on their scientific excellence, their robust quality systems, and their strong ethical research practices. Today’s agreement further builds on a collaboration started in 2021 with CEPI providing up to $6 million (CAD) award to VIDO for vaccine development. It was CEPI’s first ever award to a Canadian university as part of a $200-million program to advance the development of vaccines that provide broad protection against COVID-19 variants and other coronaviruses. 

This announcement aligns with VIDO’s strategic efforts to increase its global presence as part of its mission to protect the world from infectious diseases. 

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“I am delighted to expand our partnership with VIDO and the University of Saskatchewan as we better prepare the world for future epidemics and pandemics. Faster vaccine candidate data readouts, supported by our preclinical model network, could give the world a head start in generating evidence on potential vaccine candidates to drive forward the 100 Days Mission. If the world can achieve this, we could prevent a future emerging infectious disease outbreak turning into another COVID-19-like scenario.” 

  • Dr. Melanie Saville, Executive Director of Vaccine Research & Development, CEPI 

“Today’s signing with CEPI demonstrates the growing influence of Saskatchewan around the world. The leadership of VIDO, and its expanding list of world-class international partners are making a difference to the health of the world.” 

  • Jeremy Harrison, Minister Responsible for Innovation Saskatchewan, Government of Saskatchewan 

“USask is committed to collaboratively advancing our vaccine research. We are thrilled that our state-of-the-art facilities and innovative researchers at VIDO can work with CEPI in developing effective solutions for international health-related issues such as infectious disease.” 

  • Dr. Baljit Singh, Vice-President Research, University of Saskatchewan 

“Developing solutions to high consequence pathogens requires a coordinated international effort. VIDO is proud to continue our work with CEPI and provide our disease modelling expertise and world-class facilities to this network.”   

  • Dr. Volker Gerdts, Director and CEO, VIDO 

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CEPI has established a network of high containment laboratories (BSL-3 and -4) for testing of vaccines against their priority pathogens in preclinical models. The laboratory partners have been selected based on their scientific excellence in biocontainment work and innovations, their robust quality systems for data collection, and their strong ethical research practices. To date, CEPI have established partnership agreements with UK Health Security Agency (formerly Public Health England), UK Medicines and Healthcare products Regulatory Agency (formerly National Institute of Biological Standards and Control), Defence Science Technology Laboratory, Wageningen Bioveterinary Research, University of Pittsburgh, University of Texas Medical Branch, National Emerging Infectious Diseases Laboratory, and Commonwealth Scientific and Industrial Research Organisation. 

CEPI commissions the laboratories to establish preclinical models of infection/disease. These preclinical models are made available to CEPI-supported vaccine developers to test their vaccine candidates. This will allow vaccine developers to have their candidates rapidly assessed. It also allows CEPI and potential future vaccine regulators to be sure that the vaccine has been assessed in its early stages under rigorous quality standards. 

The majority of the work by CEPI’s network has to date focused on preclinical models for COVID-19, but has also commissioned work on Nipah, Lassa fever, and Chikungunya, and will look to start work on MERS, and Rift Valley fever preclinical models in the near future. 

 

usask-law-graduate-earns-prestigious-royal-society-of-canada-awardtrue1718730911095imj129USask law graduate earns prestigious Royal Society of Canada awardDarian Lonechild, who graduated from the Juris Doctor degree program in the University of Saskatchewan’s (USask) College of Law earlier this year, received the Justice Rosalie Silberman Abella Prize from the Royal Society of Canada (RSC).research, indigenous, aboriginal,1695670380000/articles/research/2023/usask-law-graduate-earns-prestigious-royal-society-of-canada-awardnewssite://news/articles/research/2023/usask-law-graduate-earns-prestigious-royal-society-of-canada-awardccm0461695671446319ccm0461695671479189show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/darian-lonechild.jpgsite://news/images/2023/darian-lonechild.jpgnewsdarian-lonechild.jpg1733331080720Darian Lonechild graduated from the Juris Doctor degree program in the USask College of Law in June 2023. (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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The award is presented to the graduate of each of Canada’s 24 law schools “most likely to positively influence equity and social injustice in Canada or globally upon graduation,” according to the RSC. 

“It means a great deal,” Lonechild said. “Social justice and equity are two things that I’m really determined to dedicate my work to, my entire life to.” 

Lonechild set herself apart even before coming to law school at USask. As a member of the Assembly of First Nations National Youth Council, Lonechild had the opportunity to be involved in policy debate and discussions on a national level. 

She has also been involved closer to home, contributing to policy decisions with the Saskatoon Police Department as part of a group established with the support of police chief Troy Cooper. Lonechild said she was excited to be able to contribute to organizations that were willing to listen. 

Lonechild now works for Maurice Law out of Calgary. As she puts it, working in the area of Aboriginal law was all she ever wanted to do. 

“From a young age, my parents stressed the importance that I grew up knowing about Treaty and what that means, the spirit and intent of it,” Lonechild said. “So, I think that Treaty relationship is important for a lot of people to know. Reflecting on that, it really pushed me to use my voice and dedicate my time to building bridges and advocating for treaty implementation.” 

Lonechild spoke positively of her experience at USask in the College of Law and its commitment to reconciliation. She also lauded her time learning from Dr. Jaime Lavallee (SJD), a law professor that Lonechild felt inspired by while taking her Aboriginal Law class. 

Even among recipients of this prestigious award, Lonechild had a rather unique experience as one of this year’s award winners because the namesake of her award was present for her graduation ceremony. 

Justice Rosalie Abella was a recipient of an honorary degree at the USask Spring Convocation in 2023 in recognition of her distinguished career as a Supreme Court Justice in Canada. 

Lonechild said having Abella attend the convocation was a humbling experience. 

“I felt so much pride sitting there and listening to her speak,” she said. “I remember (Abella) talking about her life and the sacrifices her family made, and I found that really inspirational. As a person whose family are survivors of residential schools and have faced other obstacles, that’s something that was important for me to hear … It’s important to recognize your family and your community when you’re honoured with awards.” 

joint-research-team-studies-sustainable-cities-in-copenhagentrue1718730911095imj129Joint research team studies sustainable cities in CopenhagenRepresentatives from the University of Saskatchewan (USask), the City of Saskatoon, and the Saskatchewan Health Authority (SHA) are going to Copenhagen to study what goes into building healthy and sustainable cities.research, sustainability1695658380000/articles/research/2023/joint-research-team-studies-sustainable-cities-in-copenhagennewssite://news/articles/research/2023/joint-research-team-studies-sustainable-cities-in-copenhagenccm0461695658703093ccm0461695659029420show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/nazeem-muhajarine-ocn.jpgsite://news/images/2019/nazeem-muhajarine-ocn.jpgnewsnazeem-muhajarine-ocn.jpg3180741080720USask professor Dr. Nazeem Muhajarine (PhD) is a professor of community health and epidemiology with USask’s College of Medicine and the director of the Saskatchewan Population Health and Evaluation Research Unit (SPHERU). (Photo: Submitted)NoNonesupport-critical-researchNo/
TextImage/images/2023/charlieclark2023.jpgsite://news/images/2023/charlieclark2023.jpgnewscharlieclark2023.jpg21340313652048The group from Saskatchewan includes City of Saskatoon Mayor Charlie Clark (pictured), head of planning and development Lesley Anderson and head of transportation Jay Magus, along with SHA senior population health promotion practitioner Cora Janzen and USask professor Dr. Nazeem Muhajarine (PhD). Align right

A “knowledge translation” grant from the Canadian Institutes of Health Research (CIHR) is providing funding for the Saskatchewan team to take part in a Healthy Urban Policy Implementation Workshop in Copenhagen.

The workshop is supported by the CIHR and organized by 8 80 Cities, a non-profit organization based in Toronto dedicated to “challenge the status quo to create healthier, more equitable, and sustainable cities for all people,” according to its website.

The group from Saskatchewan includes City of Saskatoon Mayor Charlie Clark, head of planning and development Lesley Anderson and head of transportation Jay Magus, along with SHA senior population health promotion practitioner Cora Janzen and USask professor Dr. Nazeem Muhajarine (PhD).

Muhajarine, a professor of community health and epidemiology with USask’s College of Medicine and the director of the Saskatchewan Population Health and Evaluation Research Unit (SPHERU), said he was excited to see the combination of three major players in Saskatchewan taking part in this journey.

“We have a nice tripartite of the City of Saskatoon, the University of Saskatchewan and the Saskatchewan Health Authority coming together on a matter that needs to be tackled as a complex multidimensional problem,” he said. “It is not only about building roads and bridges and public spaces … but we need to build livable cities where we get the mix of built infrastructure, people and communities and sustainability just right. Just like Copenhagen seems to have.”

Clark said this kind of initiative is an affirmation of the memorandum of understanding (MOU) between the City of Saskatoon and USask signed in 2018 to deepen explorations surrounding urban planning, land development, reconciliation, transit and future research collaborations.

As Saskatoon continues to increase in size, Clark pointed to the need for practical and “implementable” solutions and ideas to create safe and sustainable spaces for city residents.

“We’re continuing to grow quite rapidly as a city, and every year we make a lot of investment in our parks, in our public spaces, in our streets and our sidewalks,” Clark said. “We want to know we’re making those investments in a way that’s using the best practices and helping to build cities that people love, the kind of places that bring people together and that ensure safety ... for all the different ways people get around the city.”

The workshop in Copenhagen will run from September 23-28 and features a number of presentations from local city officials, planners and architects as well as CIHR and 8 80 Cities facilitators. City tours throughout the week will give the visiting officials the opportunity to see different elements of Copenhagen’s sustainable city initiatives firsthand.

Both Clark and Muhajarine emphasized transportation as a key area of focus at the workshop. As Muhajarine puts it, Copenhagen transformed from being an automobile traffic-first city in the mid-20th century to a “model city” for all different kinds of transportation — including walking, cycling, and human-powered vehicles.

It’s the sort of developmental model the Saskatchewan team hopes to be able to learn from.

“A lot of people think, when they think about Copenhagen, they have been doing this forever — this bikeable, walkable, livable city has always been that way. Not so,” Muhajarine said. “They have only been this way since the ’80s or ’90s. So how did that transformation happen, going from a car-centric city … to a vibrant biking and walking city? How do we shift people’s minds and attitudes? And I think that is one of the most important lessons for us to learn.”

Clark lauded the value of having city, university, and provincial representation involved in this workshop. With the City of Saskatoon developing a new outdoor festival space and continuing to revamp downtown and commercial areas, Clark said he was looking forward to taking a deep dive into creating healthy and sustainable spaces that will last for years to come in Saskatoon.

“I think of things like River Landing and the Meewasin Valley Authority and the river trails as these legacies that were done because decision makers in the past and present really wanted to create excellent space for people," Clark said. “This trip is a chance for us to find and put the pieces in place for the next great spaces for our city that generations of the future will be able to really enjoy.” 

world-leading-quantum-computer-will-give-usask-quantum-boosttrue1718730911095imj129World-leading quantum computer will give USask ‘Quantum Boost’The inauguration of the ‘Quantum System One’ quantum computer by the Platform for Digital and Quantum Innovation of Quebec (PINQ²) and IBM Canada is making waves for research, scholarly and artistic works (RSAW) at the University of Saskatchewan (USask).Lindsay HermanCollege of Arts and Science, research1695410640000/articles/research/2023/world-leading-quantum-computer-will-give-usask-quantum-boostnewssite://news/articles/research/2023/world-leading-quantum-computer-will-give-usask-quantum-boostccm0461695411295564ccm0461695411670886show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/steve-rayan-usask.jpgsite://news/images/2023/steve-rayan-usask.jpgnewssteve-rayan-usask.jpg1033351080720Dr. Steven Rayan (PhD) is the director of USask’s Centre for Quantum Topology and its Applications (quanTA), and lead of USask’s Quantum Innovation Signature Area of Research. Dr. Steven Rayan (PhD) is the director of USask’s Centre for Quantum Topology and its Applications (quanTA), and lead of USask’s Quantum Innovation Signature Area of Research. (Photo: Submitted)NoNonesupport-critical-researchNo/
TextImage/images/2023/steven-rayan_quantum-system-one-1.jpgsite://news/images/2023/steven-rayan_quantum-system-one-1.jpgnewssteven-rayan_quantum-system-one-1.jpg1037461080720Dr. Steven Rayan, who is also the director of USask’s Centre for Quantum Topology and its Applications (quanTA), and lead of USask’s Quantum Innovation Signature Area of Research, joined government representatives, industry leaders and researchers from across U15 universities in Bromont, Que., for the inauguration event on Sept. 22, 2023.Below content

“This is a really exciting moment in quantum science and quantum innovation,” said Dr. Steven Rayan (PhD), professor in USask’s College of Arts and Science’s Department of Mathematics and Statistics. “The machine being unveiled [today] is one of the fastest and most powerful quantum computers in the world It’s an incredible engineering feat ... and it’s here on Canadian soil. 

Rayan, who is also the director of USask’s Centre for Quantum Topology and its Applications (quanTA), and lead of USask’s Quantum Innovation Signature Area of Research, joined government representatives, industry leaders and researchers from across U15 universities in Bromont, Que., for the inauguration event on Sept. 22, 2023. Having worked closely with IBM Canada and PINQ² to envision and expand the ‘use applications’ for Quantum System One in institutional and industrial settings across Canada, Rayan is now championing a ‘quantum boost’ to existing and future RSAW at USask. 

While affordable and widely accessible, traditional computing relies on a binary bit system that limits its capacity to effectively manage highly complex data sets and models. By contrast, quantum computing systems use ‘qubits’ — elements that embrace the principles of quantum physics and entanglement to exist in multiple states at the same time. As a result, these highly specialized systems can compute extremely complicated data sets and produce predictive models in ways more profound than the computer you are currently reading this on. 

Though Quantum System One itself is stationed in Quebec, Rayan noted that emerging partnerships and USask’s strong relationships with both IBM Canada and PINQ² will allow use of the new quantum computer by faculty, staff and students across the university. Researchers can design quantum programs, get data in a ‘quantum-ready state,’ open a remote session with Quantum System One, then use and interpret the data in-house. This ground-breaking ‘direct access’ model reflects an exciting leap forward for the wider deployment of quantum technologies. 

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While quantum computers are the product of complex mathematics, physics and engineering, Rayan is paving the way for the integration and consideration of this technology across a broad range of disciplines. 

“I would love to hear from anyone and everyone on campus anyone who perceives they might have a quantum computing need or are looking for some sort of speed-up or new intensity to their calculations,” Rayan said. “That’s the first step in me connecting them to these wider resources. 

Rayan believes an important factor in USask’s involvement with and access to Quantum System One is the breadth and diversity of the RSAW taking place across campus. Interdisciplinary and forward-thinking approaches to agricultural innovation, vaccine development, material science, social science and the humanities are opening new and creative doorways for quantum applications. As quantum computers make the once impossible possible, the USask community is embracing this technology to help advance the world’s most pressing challenges.  

“Quantum computing is one of the things the world needs right now,” Rayan said. “I do feel like USask is playing a crucial and early role in shaping how it’s going to be used.” 

celebrated-usask-medical-researchers-named-canadian-academy-of-health-sciences-fellowstrue1718730911095imj129Celebrated USask medical researchers named Canadian Academy of Health Sciences fellowsUniversity of Saskatchewan (USask) researchers Dr. Alan Rosenberg (MD) and Dr. Nazeem Muhajarine (PhD) were named members of the Canadian Academy of Health Sciences (CAHS) in recognition of their work in the greater health sciences community. research, 1695239400000/articles/research/2023/celebrated-usask-medical-researchers-named-canadian-academy-of-health-sciences-fellowsnewssite://news/articles/research/2023/celebrated-usask-medical-researchers-named-canadian-academy-of-health-sciences-fellowsccm0461695239735711ccm0461698932044910show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cahs-fellows2023.jpgsite://news/images/2023/cahs-fellows2023.jpgnewscahs-fellows2023.jpg852191080720(USask) researchers Dr. Alan Rosenberg (MD) (left) and Dr. Nazeem Muhajarine (PhD) (right) were named members of the Canadian Academy of Health Sciences in recognition of their work in the greater health sciences community. (Photos: Submitted)NoNonesupport-critical-researchNo/
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Both Rosenberg and Muhajarine were recipients of CAHS fellowships and are now part of the organization which seeks to “provide independent, objective, evidence-based analyses of health challenges that inform both public and private sectors in decision-making about policy, practice and investment,” per the CAHS website.

TextRosenberg eager to share knowledge, push important stances on children’s healthNone/Above content

Rosenberg, a distinguished professor of rheumatology with USask’s Department of Pediatrics in the College of Medicine, said being awarded a CAHS fellowship gives him an opportunity and a platform to mobilize important medical ideas on a national stage.

Those appointed to a CAHS fellowship are able to collaboratively access and advise on issues relevant to the general public. Rosenberg has long been a champion of child health care, with many years of experience as a pediatric rheumatologist. He said looking ahead to working with other members of CAHS and connecting with health science professionals across the country would be a valuable experience.

“I think that bringing together a group of health scientists from eclectic backgrounds and varied perspectives will really be energizing,” he said.

As the health care landscape continues to change, Rosenberg said there needs to be a change in how disease modelling is done. The typical progression is detection, diagnosis and treatment, but Rosenberg believes that needs to change to increase focus on prevention instead of just post-diagnosis treatment.

“Prevention should be a priority,” Rosenberg said. “The most magnificent advances in medicine, that have had the most enduring societal benefits, have been discoveries that have resulted in preventing disease. And by understanding the earliest origins of disease, we can empower people and communities to promote their own health and guide prevention strategies.”

Accolades don’t change the way Rosenberg operates as a health-care professional, and he emphasized that an accolade like the CAHS fellowship does not happen in a vacuum. Rosenberg lauded the various colleagues and teams he’s worked with over the years and the patients and families who have inspired him, noting that those who supported him and his work are “equally deserving” of credit.

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Like Rosenberg, Muhajarine was quick to credit those he’s worked with for his continued success. He said he has had the benefit of “working with great people” over the years who have helped him grow as a researcher – and now, a CAHS member.

“This is a recognition of not just one person, it is a recognition of a lot of people who have worked with me and contributed to the work I do,” he said.

A professor of community health and epidemiology with USask’s College of Medicine and the director of the Saskatchewan Population Health and Evaluation Research Unit (SPHERU), Muhajarine has been with USask since 1997.

Muhajarine’s research areas have focused primarily on the areas of population and community-based health. Over the past few years, Muhajarine has been recognized for his work regarding COVID-19 public health measures, vaccination, testing, and more.

Because the CAHS organization is dedicated to analyzing and evaluating health challenges in the country, Muhajarine said he was looking forward to collaborating with a variety of colleagues and finding another channel to reach audiences for his research.

He said being granted a CAHS fellowship brings him into an “esteemed” group of researchers working on health care research throughout Canada.

“It’s certainly an honour,” Muhajarine said. “It inspires me to want to do more. Rather than just sit on my laurels or anything like that, I feel more inspired with the vote of confidence … I have developed some expertise and knowledge, and when (CAHS) comes calling, as certainly they will, I will respond kindly.”

 

new-usask-banting-fellow-delves-into-womens-contributions-to-medical-historytrue1718730911095imj129New USask Banting fellow delves into women’s contributions to medical historyA researcher focusing on the historic medical use of psychedelics is the University of Saskatchewan’s (USask) recipient of the Banting Postdoctoral Fellowship.College of Arts and Science, research, 1694621520000/articles/research/2023/new-usask-banting-fellow-delves-into-womens-contributions-to-medical-historynewssite://news/articles/research/2023/new-usask-banting-fellow-delves-into-womens-contributions-to-medical-historyccm0461694621976177ccm0461710881876536show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/zoedubus.jpgsite://news/images/2023/zoedubus.jpgnewszoedubus.jpg988231080720Dr. Zoë Dubus (PhD) earned her post-doctoral degree in the history of medicine at Aix-Marseille Université in Marseille, France studying the history of the use of psychotropic drugs in Europe. (Photo: Submitted)Dr. Zoë Dubus (PhD) earned her post-doctoral degree in the history of medicine at Aix-Marseille Université in Marseille, France studying the history of the use of psychotropic drugs in Europe. (Photo: Submitted)NoNonesupport-studentsNo/
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Dr. Zoë Dubus (PhD) earned her post-doctoral degree in the history of medicine at Aix-Marseille Université in Marseille, France studying the history of the use of psychotropic drugs in Europe.

Dubus said she was excited to have the support of the Banting fellowship to expand her research in Saskatchewan to include more elements of gender history.

“It’s important for me to speak about this and give other women, little girls, examples of very strong women in science and medicine,” she said.

The Banting Postdoctoral Fellowship is a federally funded program awarding funding to nearly 70 applicants each year. The program places an emphasis on pairing researchers with institutions that best synergize with their areas of study.

Dubus will be working with Dr. Erika Dyck (PhD), a professor in the Department of History in the College of Arts and Science as well as the Canada Research Chair in the History of Medicine. Dubus said it was exciting to come to USask to continue her research into new avenues with the support of a researcher of Dyck’s calibre.

“She’s someone I really admired, and I’ve worked with her for three or four years now, and we hoped that when I finished my PhD I might be able to work with her on the more specific topic of LSD,” she said. “One of my interests in medical history was women in history, gender history . . . with Erika’s interest in this domain we tried to propose a post-doc on this subject linked to LSD.”

Dubus said her work, which closely focuses on studying substances like LSD and their medical applications throughout history in France, was not a research area that garnered a lot of attention in Europe. As she puts it, the “psychedelic renaissance” – a renewed interest in how psychedelics are used medically which began only a few years ago – did not hit France the same way it did North America.

When she began studying the medical history of drugs like morphine, cocaine and LSD, the research was the first of its kind in France. During her research, Dubus said she identified a number of women in the medical field who addressed the issues with and uses of psychotropic drugs on patients in psychiatric care whose work has seemingly been “erased” by history. Her work moving forward will examine the work of these female medical professionals and how they shaped “psychedelic-assisted therapies” in the 20th century.

“My work in this post-doc is to say, OK, these women existed, and they have a strong importance in the field of psychedelics in the ’50s and ’60s, but also psychiatrists now could benefit from some of their techniques that have been forgotten today,” Dubus said.

Dubus credited the Banting fellowship for giving her the support to move from France to Saskatoon to work at USask, and said she looks forward to continuing her research in North America.

 

upcycling-canola-to-increase-cattle-health-usask-researchtrue1718730911095imj129Upcycling canola to increase cattle health: USask researchSaskatchewan summer views wouldn’t be complete without sunny yellow fields, but naturally, some canola produced can’t be used for human consumption. BROOKE KLEIBOERresearch,1694544840000/articles/research/2023/upcycling-canola-to-increase-cattle-health-usask-researchnewssite://news/articles/research/2023/upcycling-canola-to-increase-cattle-health-usask-researchccm0461694545105420ccm0461694545105420show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/erika-cornand1-1.jpgsite://news/images/2023/erika-cornand1-1.jpgnewserika-cornand1-1.jpg2603721080720USask graduate student Erika Cornand is helping to develop healthier cattle in Saskatchewan by studying the effects of a canola-based supplement on the health of cows and their calves. (Photo: Submitted)USask graduate student Erika Cornand is helping to develop healthier cattle in Saskatchewan by studying the effects of a canola-based supplement on the health of cows and their calves. (Photo: Submitted)NoNonesupport-studentsNo/
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Instead of having discarded canola go to waste, University of Saskatchewan (USask) graduate student Erika Cornand is leading an investigation into if these leftovers can be used as a diet supplement for pregnant cows to improve their health and the health of their calves.

When packaged into a pellet form, canola seeds can be used as a fat supplement easily provided to cows in their diets. Cornand is determining if providing this canola seed-based pellet can improve the body condition and reproduction rates of cattle, and at what amounts this supplement is effective.

Cornand, a master’s student in Animal and Poultry Science in the College of Agriculture and Bioresources, and her researcher supervisor Dr. Bart Lardner (PhD) are using the innovative research facilities located at the USask Livestock and Forage Excellence Centre (LFCE) in Clavet, Sask. The pastures and feeding facilities available at the LFCE have allowed the research team to monitor 72 cows during the past two years during their pregnancies.

Three groups of cattle were randomly chosen to receive differing amounts of the canola supplement at the same stage in their pregnancies. One group received no extra fat supplement, while the other two groups received 150 and 300 grams of fat per day, respectively. Body weight of the cows and the quality and volume of milk produced after calving was recorded throughout the study to track the effects of the additional fat supplement.

Cattle can typically be fed three to eight per cent fat in their total diet before any negative effects are commonly reported,” said Cornand. “We’re looking to determine if positive effects on cow and calf performance seen in previous research can be replicated here, and to determine if there is a specific level where the benefits [of a supplement] are maximized.”

The cattle received the trial canola-based supplement for 150 days before being transitioned back to a regular diet.

“Our preliminary results suggest that providing the canola seed-based pellet during the second and third trimesters of pregnancy improved their body condition scores and the pregnancy rate of the cows,” said Cornand.

TextImage/images/2023/erika-cornand2.jpgsite://news/images/2023/erika-cornand2.jpgnewserika-cornand2.jpg3176838001000USask graduate student Erika Cornand is helping to develop healthier cattle in Saskatchewan by studying the effects of a canola-based supplement on the health of cows and their calves. (Photo: Submitted)Align right

She notes that the preliminary results of the study are good news for both beef producers with cattle to raise and grain farmers who may have canola to discard.

“Rather than off-grade canola being sold at discounted rates, there is the possibility for grain producers to sell their product to cattle producers,” said Cornand. “There are potential benefits for the cow and her offspring which may carry over into economic profitability.”

The study is also planning to examine how the additional fat in the mother’s diet may cause genetic differences in her offspring.

“We are wrapping up the second year of data collection for the cow portion of this study,” said Cornand, noting that the project will now move into a phase where calves are weaned from their mothers and raised in feedlots at the LFCE according to industry guidelines. “We've collected additional data from all calves born [during the study period] that will be analyzed for genetic differences due to prenatal fat supplementation.”

Cornand is on track to finish her master’s degree by December 2023, but the study will continue on with the calf portion of the trial and a genetic analysis to follow in the next few years. So far, Cornand has been invited to present her preliminary research results at the American Society of Animal Science Conference and the Canadian Beef Industry Conference, with final results to be complete in 2026.

With previous experience working as a dairy technician and during her undergraduate studies at the University of Alberta, Cornand hopes her work helps beef producers leverage the findings of research that is ongoing to make their herds healthier.

“I want to be able to make a difference to the producer – whether in the cow-calf, dairy, or feedlot sector – so they can realize the benefits of various nutritional investigations being carried out here at the University of Saskatchewan,” said Cornand. “Part of my training in this program is preparing me to deal with challenges that producers face and working together to investigate the causes and address them by coming up with practical solutions.”

The study has received funding support from the Saskatchewan Canola Development Commission, the Beef Cattle Research Council, Alberta Beef Producers, the Saskatchewan Cattlemen’s Association, and the Natural Sciences and Engineering Research Council of Canada.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

aspiring-researchers-show-work-gain-experience-at-sure-symposiumtrue1718730911095imj129Aspiring researchers show work, gain experience at SURE symposiumThe Student Undergraduate Research Experience (SURE) Summer symposium gives undergraduate researchers, scholars, and artists a chance to both show off their summer projects and grow as young academics.Matt Olsonresearch,1694456520000/articles/research/2023/aspiring-researchers-show-work-gain-experience-at-sure-symposiumnewssite://news/articles/research/2023/aspiring-researchers-show-work-gain-experience-at-sure-symposiumccm0461694456670699ccm0461694456907863show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/sure-2023-3.jpgsite://news/images/2023/sure-2023-3.jpgnewssure-2023-3.jpg2355691080720Nearly 70 undergraduate students displayed their research, scholarly, and artistic works on Thursday, August 31 at Convocation Hall at USask. (Photo: Submitted)Nearly 70 undergraduate students displayed their research, scholarly, and artistic works on Thursday, August 31 at Convocation Hall at USask. (Photo: Submitted)NoNonesupport-studentsNo/
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Nearly 70 undergraduate students displayed their research, scholarly, and artistic works throughout the day on Thursday, August 31 at the University of Saskatchewan’s (USask) Convocation Hall. The purpose of the symposium was to give undergraduate students the opportunity to share projects undertaken in the past year. 

Elisabeth Bauman, the vice-president of academic affairs for the University of Saskatchewan Students’ Union (USSU), lauded the hard work of the students on display.  

“I feel a lot of awe and respect for the kind of research being done, and I love to see how we can all work together to make a better society,” Bauman said. “It's a lot of work, a lot of time, a lot of study … huge respect for the work they’ve done.”  

The symposium is hosted by the Research Acceleration and Strategic Initiatives (RASI), a unit in the Office of the Vice-President Research (OVPR), and is supported by the OVPR, the College of Graduate and Postdoctoral Studies (CGPS), USask Career Services, and RBC Future Launch.  

TextImage/images/2023/sure-2023-1.jpgsite://news/images/2023/sure-2023-1.jpgnewssure-2023-1.jpg2902981080720Nearly 70 undergraduate students displayed their research, scholarly, and artistic works on Thursday, August 31 at Convocation Hall at USask. (Photo: Submitted)Above content

The participating students are judged by various faculty members and graduate-level researchers for the opportunity to win awards at the end of the symposium.  

Dr. Catherine Niu (PhD) with USask’s College of Engineering was one of the judges at the SURE symposium. She said the level of work on display from the undergraduate students was extremely promising.  

“I saw some students who spent four months or more on their projects,” Niu said. “I would say it’s impressive … they’re future innovators, they’re our future researchers.” 

Work on display covered a wide variety of research areas, from students in numerous colleges throughout USask. Presentations covered health sciences, engineering, computer science, physics, fine arts and more — exemplifying work from across the university campus. 

Dr. Amin Zamiri, (PhD), who recently successfully completed his PhD defence in the field of chemical engineering at USask, said he was impressed to see the level of research coming from undergraduate students. 

As someone who recently completed their degree studies, Zamiri said the SURE symposium is a valuable opportunity for young researchers to gain experience.  

“When I was an undergraduate student, I didn’t have this chance to present my work in an environment like this,” he said. “It can definitely help undergraduate students with their research in the future.” 

TextImage/images/2023/sure-202302.jpgsite://news/images/2023/sure-202302.jpgnewssure-202302.jpg2453481080720Dr. Baljit Singh, Vice President, Research, handing an award to Ariel Tirado. (Photo: Submitted)Above content

Ariel Tirado, a fifth-year chemistry student at USask, was the recipient of the CGPS Communications Award and the OVPR Promising Future Scholar Award given out at the end of the symposium. Tirado’s research focused on developing and refining a variant of infrared spectroscopy – a technique used to “fingerprint” chemical compounds – to make the process more sensitive and specific for identifying chemicals. 

Tirado thanked his supervisor Dr. Ian Burgess (PhD) in the College of Arts and Science’s Department of Chemistry for his support and noted that while he didn’t enter the symposium to win awards, it was nonetheless exciting to know people found his work compelling.  

“It’s a great feeling,” he said. “It’s about having something to show the world … the fact that I had people looking and saying, ‘that’s interesting’, it’s way more enough. I like having my work recognized in that manner.” 

genome-canada-supports-innovative-usask-agricultural-researchtrue1718730911095imj129Genome Canada supports innovative USask agricultural researchTwo research projects led by the University of Saskatchewan (USask) have received a total of close to $12 million to enhance climate-forward research projects in the field of sustainable and resilient agriculture.research,1694098920000/articles/research/2023/genome-canada-supports-innovative-usask-agricultural-researchnewssite://news/articles/research/2023/genome-canada-supports-innovative-usask-agricultural-researchccm0461694101189808ccm0461694101224038show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/jon-bennett.jpgsite://news/images/2023/jon-bennett.jpgnewsjon-bennett.jpg1631541080720Dr. Jon Bennett (PhD), an associate professor in USask’s College of Agriculture and Bioresources, is the co-lead of one of USask’s projects. (Photo: Submitted)Dr. Jon Bennett (PhD), an associate professor in USask’s College of Agriculture and Bioresources, is the co-lead of one of USask’s projects. (Photo: Submitted)NoNoneNoneNo/
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Nine Interdisciplinary Challenge Teams (ICTs), a part of Genome Canada’s Climate-Smart Agriculture and Food Systems initiative (CSAFS), were announced on Wednesday, September 6. These projects from across Canada are meant to explore innovative and sustainable solutions for Canada’s food chain and agricultural production.

Dr. Jon Bennett (PhD), an associate professor in USask’s College of Agriculture and Bioresources, is the co-lead of one of USask’s projects, with the support of Dr. Sean Asselin (PhD) with the Agriculture and Agri-Food Canada (AAFC) Swift Current Research and Development Centre.

 The multi-pronged project spearheaded by Bennett will examine the benefits of species and genetic diversity in Canadian grasslands – more specifically the non-market benefits of integrating native plant species into pastureland used by agricultural producers.

“The idea is that native plants are a much more diverse group of plants than we currently use in forage systems for livestock, and they’ve got a lot of features that aren’t replicated in seeded pasture right now,” Bennett said. “So, if we can find some populations or species that we can use to increase the ecological goods and services provided by these agroecosystems, that is the main thrust of the project.”

Part of the research will also explore carbon sequestration in soils. As Bennett puts it, one of the greatest benefits of grassland systems is carbon storage, so the research team will measure levels of carbon in pastures and in grasslands housing native plant species.

“We’re using a variety of genomic techniques to identify the microbes associated with high carbon or low carbon environments,” he said.

Along with experts from AAFC and at the University of Manitoba, Bennett is working with researchers from across USask to further the project.

Dr. Patrick Lloyd-Smith (PhD) and Dr. Sean Prager (PhD) with the College of Agriculture and Bioresources are both involved with the project, with Prager’s work focused on the habitation of beneficial insects in pasture-use grasslands and Lloyd-Smith helping develop economic models to measure the impacts and perceived value of bringing in native plant species.

Dr. Seok-Bum Ko (PhD) with the College of Engineering is also involved, developing artificial intelligence models to better predict carbon storage in soil using the data gathered during the course of the project.

Bennett lauded the diverse team assembled to further this research, and credited Genome Canada for helping provide the funding and support to advance this important area of agricultural research.

“(The funding) is fantastic,” he said. “It’s really let me bring in experts to work with us … I’m looking forward to working with everyone on the team. There’s no way we would have been able to put this together without Genome Canada’s support.”

Other agencies supporting this project include the AAFC, Ducks Unlimited, Nature Conservancy of Canada, Saskatchewan Association of Watersheds, the Meewasin Valley Authority, the Agriculture Development Fund (ADF), and the Canadian Hub for Applied Research (CHASR).

The announcement of the ICTs on Wednesday represented a nearly $70 million dollar research investment, with approximately $27 million coming from the Government of Canada and nearly $42 million from other funding partners.

The second ICT at USask is noted below:

ACTIVATing genomics to accelerate climate-smart crop delivery
Project leaders: Dr. Kirstin Bett (PhD) and Dr. Curtis Pozniak (PhD), College of Agriculture and Bioresources.

 

gifs-researchers-at-usask-identify-protein-that-helps-tell-plants-no-when-nitrogen-is-lowtrue1718730911095imj129GIFS researchers at USask identify protein that helps tell plants ‘no’ when nitrogen is lowResearch led by a post-doctoral fellow at the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is shedding new light into how a protein helps plants acquire nitrogen and other important nutrients for growth.research, GIFs1694015520000/articles/research/2023/gifs-researchers-at-usask-identify-protein-that-helps-tell-plants-no-when-nitrogen-is-lownewssite://news/articles/research/2023/gifs-researchers-at-usask-identify-protein-that-helps-tell-plants-no-when-nitrogen-is-lowccm0461694016963079ccm0461694016992534show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mutsutomo-tokizawa.jpgsite://news/images/2023/mutsutomo-tokizawa.jpgnewsmutsutomo-tokizawa.jpg706671080720Dr. Mutsutomo Tokizawa (PhD). (Credit: David Stobbe)NoNonesupport-critical-researchNo/
TextImage/images/2023/gifs-col-0-3.jpgsite://news/images/2023/gifs-col-0-3.jpgnewsgifs-col-0-3.jpg39614828502922Tokizawa’s study shows an Arabidopsis plant root growing in nitrate-sufficient (left) and nitrate-deficient (right) media, with the latter having fewer lateral roots which are critical to help the plant acquire more nitrate in nitrate-rich growth media.Align right

Dr. Mutsutomo Tokizawa (PhD), a post-doctoral research fellow at GIFS, is the lead author of a new study with Dr. Leon Kochian (PhD), Canada Excellence Research Chair in Global Food Security at USask and research group lead at GIFS. The researchers have identified a novel regulatory mechanism that helps plant roots conserve resources in nitrogen-deficient soils and use them for enhanced growth of the tap root, which can grow deeper into the soil in search of areas with higher concentrations of the nutrient.

The findings support long-term initiatives to develop new crop varieties with root-related traits that help agricultural producers optimize fertilizer applications.

“Nitrogen is the most important nutrient for plant growth, and acquisition of nitrate from roots has a big effect on crop productivity and quality,” said Tokizawa.

“Root architecture is dramatically altered in accordance with changes in soil nitrate concentrations, and one of our goals at GIFS is to develop better roots in crops that contribute to global food security,” said Tokizawa.

Plants absorb more nitrogen than any other nutrient, which is why nitrogen-based products represent the majority of the more than 200 million tons of nitrogen, phosphorus, and potassium fertilizers that are purchased by agricultural producers around the world every year.

Tokizawa’s study, published recently in the Proceedings of the National Academy of Sciences (PNAS), examines how plants respond when nitrate, the primary form in which plants acquire nitrogen-based fertilizers like ammonia or urea, isn’t immediately available.

The project was born in the pandemic: Unable to conduct his expected laboratory work in early 2020, Tokizawa began revisiting data collected from his graduate work at Gifu University in Japan, where he worked in the laboratory that initially identified an interesting protein called STOP1 that had become associated with plant responses to phosphorous and potassium.

In the paper, Tokizawa worked with collaborators at Gifu University and other colleagues in Kochian’s Root-Soil-Microbe Interaction research group at GIFS to conduct a series of experiments in Arabidopsis plants showing STOP1 inhibits the growth of lateral plant roots—which grow from the primary plant tap root—when there is a nitrate deficiency.

The study is the first to note that STOP1 is involved in plant responses to all three major fertilizer nutrients — nitrogen, phosphorus, and potassium — that are required for plant growth.

“It was surprising to see that STOP1 is the protein involved in a number of these interactions, but as we learn more about plants, we are learning how complex they are, especially with regards to plant response to stress,” said Tokizawa, who is to receive the Japanese Society of Soil Science and Plant Nutrition’s Outstanding Young Researcher Award in September.

Tokizawa said the team’s discovery raises several questions for future research. The network of regulators that drive these interactions are extremely complicated and additional work is needed to understand exactly how plants sense an area is low in available nitrate, he explained.

Kochian’s program at GIFS examines the interaction between and among roots, the soil and the microorganisms within the soil that have a substantial effect on soil fertility and crop health. Understanding these interactions is critical to increasing yields and promoting sustainable agricultural systems within challenging—and changing—environments.

“It is clear that roots are still relatively unexplored areas of plant breeding and crop improvement, but they have critical roles to play in improving crop responses to climate change, especially drought and flooding,” said Kochian.

“Bigger roots can also sequester more carbon in the soil. From all of our work, we are finding that increasing root system size can be done without using too much plant carbon also needed for seed yield and this increases nitrogen, phosphorus, and potassium acquisition efficiency. The result is optimized fertilizer inputs and costs to farmers, as well as reduced environmental impact and costs of remediating nitrogen and phosphorus runoff.”

 

usask-helps-lead-promising-parkinsons-disease-researchtrue1718730911095imj129USask helps lead promising Parkinson’s disease researchLike many Canadians, Dr. Changiz Taghibiglou (PhD) has seen first-hand the devastating effects of Parkinson’s disease.James Shewagaresearch, College of Medicine,,1694095200000/articles/research/2023/usask-helps-lead-promising-parkinsons-disease-researchnewssite://news/articles/research/2023/usask-helps-lead-promising-parkinsons-disease-researchccm0461693951415099ccm0461695325024149show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/changiz-1.jpgsite://news/images/2023/changiz-1.jpgnewschangiz-1.jpg1979651080720Researcher Dr. Changiz Taghibiglou (PhD) of the College of Medicine in the lab in the Health Sciences Building at USask. (Photo: James Shewaga)Researcher Dr. Changiz Taghibiglou (PhD) of the College of Medicine in the lab in the Health Sciences Building at USask. (Photo: James Shewaga)NoNonesupport-critical-researchNo/
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Backed by promising new research, the University of Saskatchewan (USask) scientist is determined to help.

“My grandfather passed away from Parkinson’s and my elder brother is suffering from Parkinson’s right now, and one of my close friends who retired from here is also showing signs of Parkinson’s, so it is very common and taking care of these patients is very difficult and costly. But we can help,” said Taghibiglou, an associate professor of anatomy, physiology, and pharmacology in USask’s College of Medicine. “My ultimate goal is helping patients like my brother. If I can see that I can put a smile on a face of a patient and a caregiver, that is the reward.”

Taghibiglou’s promising new findings were recently published in the International Journal of Molecular Sciences. Building on the success of Taghibiglou’s concussion treatment technique published in 2018, his research team’s low field magnetic stimulation (LFMS) technique has now been proven effective in the fight against Parkinson’s in preliminary studies.

TextImage/images/2023/changiz-2.jpgsite://news/images/2023/changiz-2.jpgnewschangiz-2.jpg1377881080665Dr. Changiz Taghibiglou (PhD) is an associate professor of anatomy, physiology, and pharmacology in USask’s College of Medicine. (Photo: James Shewaga)Above content

“This (research study) is proof of principle,” said Taghibiglou, who worked with former USask researcher Dr. Yanbo Zhang (MD, PhD) and his team from the University of Alberta, as well as with former USask post-doctoral researcher Dr. Sathiya Sekar (PhD and graduate Dr. Hajar Miranzadeh Mahabadi (PhD), and USask undergrad honours student Buettner Benson. “Our treatment slows down the degeneration and improves the quality of life and in some aspects of the disease it restores symptoms to almost a healthy condition. Movement and cognition improves significantly in the animal model.

“There is no cure for Parkinson’s and the current drug treatment just basically reduces the symptoms and gradually loses its effectiveness. So we need new measures and that is why this low field magnetic stimulation is so important. As far as I know, this is the first report of successfully using LFMS technology in an animal model of Parkinson’s disease.”

Next to Alzheimer’s, Parkinson’s is the most common neurodegenerative disease, affecting one per cent of adults over the age of 60 worldwide. Currently in Canada, more than 100,000 people are suffering from Parkinson’s disease, with 30 new patients diagnosed each day. The disorder mostly affects adults over the age of 60, with Health Canada projecting the number of Canadians living with Parkinson’s to double from 2011 to 2030.

“The rate of aging of the population is increasing, so this is becoming a bigger and bigger problem,” said Taghibiglou. “We will have more and more Parkinson’s patients, so we need to find effective new ways to treat them.”

Noted neurologist Dr. Alex Rajput (MD) – director of the Saskatchewan Movement Disorders Program and a professor in the College of Medicine – said Taghibiglou’s team’s new research is promising.

“This is exciting work, providing proof of concept that LFMS does not simply improve the motor findings, but actually improves the underlying brain pathology and even reverses changes in the brain,” said Rajput. “There is a big leap, however, from an intervention showing benefit in a rodent model (Parkinson’s disease does not occur naturally in animals) to demonstrating comparable benefit in humans. Taking the ‘bench to bedside’ approach of trying LFMS in Parkinson’s patients would require several logistical steps. However, I would be keen to pursue clinical research applications with Dr. Taghibiglou, with the appropriate supports.”

The next crucial step in the process for Taghibiglou is applying to the university’s Research Ethics Department for testing approval and for funding from research agencies to support small-scale human trials.

“Our goal is to start a small pilot study by recruiting a few patients at small scale,” said Taghibiglou. “The technology is proven and it’s harmless and we want to see if we can duplicate the same results in humans. It can be a complementary treatment, along with drug treatment, helping physicians and patients and caretakers, because using the technology doesn’t need hospitalization, it doesn’t need any nursing, or any specialists. The device is like a small laptop and can be used by patients themselves at home. The technology is easy to use and relatively inexpensive, but we need funding to begin a small-scale trial.”

TextPullquote“We had absolutely marvelous results, so that is what I think we can call a glimmer of hope for patients and family members and caretakers of people suffering from Parkinson’s. If we can help slow down the progress of the disease and restore some functions, it can make a real difference in people’s lives.”Dr. Changiz Taghibiglou /Align left

Taghibiglou estimates he will need an initial grant of $200,000 to $300,000 to begin trials, and use that data to apply for full funding from the Canadian Institute for Health Research (CIHR) and the Natural Sciences and Engineering Research Council of Canada (NSERC), while also reaching out to the Parkinson’s Foundation and the Michael J. Fox Foundation For Parkinson’s Research.

While Taghibiglou’s newly published research focused on treating early stages of Parkinson’s, his team’s work has also proven particularly promising in treatment of chronic (advanced) stages of Parkinson’s disease, exciting new findings his team will share in the coming months.

“We are writing another study that we hope to publish within six months of an animal model of chronic disease and we show that we can improve symptoms significantly compared to our control group, so that is very exciting,” said Taghibiglou. “We had absolutely marvelous results, so that is what I think we can call a glimmer of hope for patients and family members and caretakers of people suffering from Parkinson’s. If we can help slow down the progress of the disease and restore some functions, it can make a real difference in people’s lives.”

usask-water-researcher-earns-prestigious-recognition-as-new-rsc-scholartrue1718730911095imj129USask water researcher earns prestigious recognition as new RSC scholarDr. Helen Baulch (PhD) has been announced as a new member of the Royal Society of Canada’s (RSC) College of New Scholars, Artists and Scientists — a prestigious achievement celebrating excellence in research.Matt Olsonresearch, School of Environment and Sustainability1693936860000/articles/research/2023/usask-water-researcher-earns-prestigious-recognition-as-new-rsc-scholarnewssite://news/articles/research/2023/usask-water-researcher-earns-prestigious-recognition-as-new-rsc-scholarccm0461693940405954ccm0461693940485667show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/helen-baulch-rsc.jpgsite://news/images/2023/helen-baulch-rsc.jpgnewshelen-baulch-rsc.jpg1528731080720Dr. Helen Baulch is an associate professor and the assistant director academic (internal) at the USask School of Environment and Sustainability. (Photo: Submitted)Dr. Helen Baulch is an associate professor and the assistant director academic (internal) at the USask School of Environment and Sustainability. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Baulch, an associate professor and the assistant director academic (internal) at the University of Saskatchewan (USask) School of Environment and Sustainability, said being named to the RSC College of New Scholars is a great achievement. 

“It’s a really big honour to have my work today recognized in this way,” Baulch said. “It gives an opportunity to promote and voice some of the really important issues we see as a society where it relates to our waters.” 

The RSC is a Canada-wide organization which awards membership and support to exceptional individuals in the field of research and academia, and recognizes specific high-level achievement. 

The RSC College of New Scholars, Artists and Scientists is intended to recognize researchers who have “begun demonstrating leading scholarly, research or artistic excellence within 15 years of having completed their post-doctoral program or its equivalent,” according to the RSC website. 

Baulch’s research focuses primarily on the societal tradeoffs of maintaining and using bodies of fresh water, such as lakes and wetlands in Saskatchewan. Originally from Ontario, Baulch’s self-described annual tradition for many years is floating in Lake Huron.  

It’s one of the things that first interested Baulch in water as an area of research and brought to her attention the state of Saskatchewan’s lakes.  

“We talk a lot about trying to maintain lakes as swimmable, drinkable and fishable,” she said. “And what we see — certainly in the Prairies — is a crisis around that.” 

By analyzing how lands, wetlands, and lakes are managed and utilized, Baulch’s work hopes to answer questions about better water treatment, land management, and remediation to tackle issues of water quality.  

Researchers must be nominated to be considered for a position in the College of New Scholars. Baulch credited her mentors and colleagues at USask for their support in her bid to become a member of the college. 

Now recognized as a member of the College of New Scholars, Baulch said she feels “reinvigorated” to push her research forward. 

“It’s incredible to work in an environment of such support, and I’ve had mentors who have really backed me, supported me, valued me, and I think that speaks to the team environment we have and aspire to,” she said. “That’s so important for working on interdisciplinary issues like issues of water.” 

 

usask-researchers-receive-more-than-8.7-million-in-nserc-fundingtrue1718730911095imj129USask researchers receive more than $8.7 million in NSERC fundingUniversity of Saskatchewan (USask) researchers from a variety of colleges and departments have received funding for projects through the Natural Sciences and Engineering Council of Canada (NSERC) Discovery Grants program.research, 1693413480000/articles/research/2023/usask-researchers-receive-more-than-8.7-million-in-nserc-fundingnewssite://news/articles/research/2023/usask-researchers-receive-more-than-8.7-million-in-nserc-fundingccm0461693413642052ccm0461695324976662show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/campus-aerial-07-6.jpgsite://news/images/2023/campus-aerial-07-6.jpgnewscampus-aerial-07-6.jpg3086481080721Aerial view of the University of Saskatchewan. (Photo: USask)YesNonesupport-critical-researchNo/
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NSERC Discovery Grants are intended to award funding to creative and innovative long-term research programs in instalments over a period of five years.

Below is the list of 36 USask researchers who received a total of more than $8.7 million in 2023 NSERC funding. In addition, seven researchers received a $12,500 supplement to start their projects as early-career researchers.

Bill Biligetu
Plant Sciences – College of Agriculture and Bioresources
Uncovering salt-tolerance mechanisms in alfalfa (Medicago sativa L.)
$195,000

Asmahan AbuArish
Anatomy, Physiology and Pharmacology (APP) – College of Medicine
Deciphering the molecular basis of water transport in mammalian airway epithelium using quantitative confocal imaging
$200,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

Justin Botterill
Anatomy, Physiology and Pharmacology (APP) – College of Medicine
A dentate gyrus circuit that regulates novelty, cognition, and affective behaviours
$165,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

L. Dean Chapman
Anatomy, Physiology and Pharmacology (APP) – College of Medicine
X-Ray Optics for Synchrotron Biomedical Applications
$230,000

Yifei Dong
Biochemistry, Microbiology, and Immunology (BMI) – College of Medicine
Understanding how macrophages respond to oxidized phosphatidylcholines
$165,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

James Benson
Biology – College of Arts and Science
Modeling approaches towards improved cryopreservation
$225,000

Som Niyogi
Biology – College of Arts and Science
Physiological and neurobehavioural effects of trace elements in fish
$195,000

Nicole Webster
Biology – College of Arts and Science
Development and regulation of molluscan biomineralization: a morphological novelty
$165,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

Mitch Weegman
Biology – College of Arts and Science
Unraveling demographic consequences of environmental drivers and individual decisions in migratory birds
$255,000

Yangdou Wei
Biology – College of Arts and Science
The Cellular and Molecular Basis of Penetration Resistance to Fungal Pathogens in Arabidopsis
$295,000

Ajay Dalai
Chemical and Biological Engineering – School of Environment and Sustainability
Applied Catalysis Research for Renewable Liquid Fuels and Light Olefins Production and Glycerol to Chemicals
$490,000

Jafar Soltan
Chemical and Biological Engineering – College of Engineering
Development of novel heterogeneous catalysts and processes for treatment of polluted indoor air
$250,000

Lope Tabil
Chemical and Biological Engineering – College of Engineering
Preprocessing, Pretreatment and Characterization of Biomass for Bioenergy and Bioproducts
$195,000

Michel Gravel
Chemistry – College of Arts and Science
Synthetic Studies on Medium-Sized and Large Annulenes
$260,000

David Palmer
Chemistry – College of Arts and Science
Enzyme catalysis: structure-function relationships, inhibition, and biocatalysis
$335,000

Grant Ferguson
Department of Civil, Geological and Environmental Engineering – School of Environment and Sustainability
Deep Groundwater and the Hydrologic Cycle
$250,000

Carl Gutwin
Department of Computer Science – College of Arts and Science
Improving User Performance and Expertise in Interactive Visual Workspaces
$345,000

Nathaniel Osgood
Department of Computer Science – College of Arts and Science
Stocking Hygeia’s Toolbox: Compositional Methods for Modeling Health & Infectious Disease
$205,000

Chanchal Roy
Department of Computer Science – College of Arts and Science
SciClone: A Scientific Workflow based approach for studying the change, similarity and redundancy in Software
$295,000

Safa Kasap
Electrical & Computer Engineering – College of Engineering
Amorphous Semiconductors for Optoelectronic Applications: Photodetectors & X-Ray Detectors Based on Multilayer Doped Selenium-Alloys
$295,000

Xiaodong Liang
Electrical & Computer Engineering – College of Engineering
A Multi-dimensional Framework for Distribution Grid Modernization
$295,000

Christopher Eskiw
Food and Bioproduct Sciences – College of Agriculture and Bioresources
Genome reorganization in response to cellular nutrients and nutrient sensing
$200,000

Yuanming Pan
Geological Sciences – College of Arts and Science
Trace elements and radiation-induced defects in minerals and Earth materials: From planetary evolution to sustainable development
$235,000

Carey Simonson
Mechanical Engineering – College of Engineering
Heat and moisture exchangers for energy-efficient buildings: frosting, fouling and contaminant transfer
$295,000

Wenjun Zhang
Mechanical Engineering – College of Engineering
Developing a Computational Design Approach for Soft Machines
$295,000

Angelica Lang
Canadian Centre for Rural and Agricultural Health – College of Medicine
Functional movement and scapular kinematics: exploring best practice methods from calibration to application
$165,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

Janeen Loehr
Psychology and Health Studies – College of Arts and Science
The sense of agency in joint action: Cognitive and neural mechanisms
$295,000

Timothy Jardine
Toxicology Centre – School of Environment and Sustainability
Tracing the fluxes of low- and high-quality foodweb subsidies in freshwater ecosystems
$220,000

Yanping Li
Global Institute for Water Security – School of Environment and Sustainability
Canadian Prairie croplands and wetlands under a changing climate
$235,000

Saman Razavi
Global Institute for Water Security – School of Environment and Sustainability
Modelling and Management of Water Resources Systems Under Uncertainty
$250,000

Angela Bedard-Haughn
Soil Science – College of Agriculture and Bioresources
Pedogenesis and Predictive Soil Mapping in the Prairies
$175,000

Daniel MacPhee
Department of Veterinary Biomedical Sciences – Western College of Veterinary Medicine
The Importance of the Chaperome in Uterine Smooth Muscle Function during Pregnancy
$225,000

Baljit Singh
Department of Veterinary Biomedical Sciences – Western College of Veterinary Medicine
Mechanisms of Lung Inflammation: Biology of Pulmonary Intravascular Macrophages
$255,000

Janet Hill
Department of Veterinary Microbiology – Western College of Veterinary Medicine
Defining factors affecting population dynamics of closely related bacteria in microbial communities
$225,000

Sarah Wood
Department of Veterinary Pathology – Western College of Veterinary Medicine
Mechanisms of antimicrobial resistance of foulbrood bacteria in Canadian beekeeping operations
$200,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 

Neeraj Dhar
VIDO – College of Medicine
Single-cell analysis of two-component systems in Mycobacterium tuberculosis
$165,000
Discovery Launch Supplement for Early Career Researchers recipient - $12,500

usask-researchers-improving-indoor-air-quality-and-energy-efficiencytrue1718730911095imj129USask researchers improving indoor air quality and energy efficiencyProfessors Dr. Jafar Soltan (PhD) and Dr. Carey Simonson (PhD) have received funding from the Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant program to further work into projects aiming to clean indoor air and make purification systems more efficient. Matt Olsonresearch,1693410180000/articles/research/2023/usask-researchers-improving-indoor-air-quality-and-energy-efficiencynewssite://news/articles/research/2023/usask-researchers-improving-indoor-air-quality-and-energy-efficiencyccm0461693410685508ccm0461693493076347show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/soltan-simonson.jpgsite://news/images/2023/soltan-simonson.jpgnewssoltan-simonson.jpg2732321080720From left: Professors Dr. Jafar Soltan (PhD) and Dr. Carey Simonson (PhD) from the University of SaskatchewanFrom left: Professors Dr. Jafar Soltan (PhD) and Dr. Carey Simonson (PhD) from the University of Saskatchewan (USask). (Photos: Submitted)NoNonesupport-critical-researchNo/
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USask researchers received more than $8.7 million from the NSERC Discovery Grant program in the most recent round of awards, with 36 different projects receiving funding.

TextEngineering better active air filters for pollutants and pathogensImage/images/2023/soltan-img_1905.jpgsite://news/images/2023/soltan-img_1905.jpgnewssoltan-img_1905.jpg1483418001064Dr. Jafar Soltan (PhD)Align right

Soltan, a chemical and biological engineering professor and the associate dean of research and partnerships in the College of Engineering, has been studying air quality and removing chemical pollutants from the air for well over a decade.

But Soltan said the scope and focus of his work was both highlighted and changed by the onset of the COVID-19 pandemic in 2020. The research project was started with the intent of removing chemical pollutants from the air, but pivoted to focus on viruses and bacteria.

Soltan’s current project explores the use of catalysts to clean airborne pathogens. Artificially polluted air is produced in a lab environment to track exact amounts of various pollutants in the air. By testing reactions with various catalysts and ozone gas to see how they inactivate airborne pollutants, Soltan is hoping to find an efficient, active physical filter to remove pathogens from the air.

“When COVID started, we switched the technology with the hope that we could address airborne pathogens, even a simple cold or flu,” he said. “We think these viruses that are floating in the air, if you can inactivate them with this technology, you can improve the health of the air as well as the quality.”

Soltan said the research could not have evolved the way it has without the support of interdisciplinary colleagues from USask’s College of Engineering and Department of Medicine, helping address the issues of viral and bacterial contaminants.

“Those collaborations are the difference between looking at a two-dimensional picture and a three-dimensional object,” Soltan said. “It is difficult, in a way, but the reward is much, much more than the difficulty because you have a better picture, a more realistic picture, and you get access to a lot of knowledge and facilities that your collaborator brings to the project.”

The project received $250,000 in funding from the NSERC Discovery Grant program, which awards funding to creative and innovative long-term research programs.

Soltan said because the NSERC program is peer-reviewed, receiving a Discovery Grant is a strong sign that the work being funded is both respected and appreciated by other researchers in the field.

“It’s confirmation of the quality of the work that we do,” he said. “Another aspect is the flexibility that the Discovery Grant brings in, because it allows you to follow your discovery, your curiosity. Once you see a better path, a better outcome, you can shift your research to explore that outcome.”

TextImproving energy efficiency of modern HVAC systemsImage/images/2023/simonson-img_1890.jpgsite://news/images/2023/simonson-img_1890.jpgnewssimonson-img_1890.jpg1093978001066Dr. Carey Simonson (PhD)Align right

Simonson, a professor of mechanical engineering and the newly appointed interim dean of the College of Engineering, received $295,000 for research into energy-efficient heating, ventilating and air-conditioning (HVAC) systems.

Simonson’s research is multi-pronged, exploring various ways to improve the energy efficiency of buildings through improved HVAC systems, while still keeping indoor air clean.

“As we improve the energy efficiency of buildings, we still need to bring in fresh air,” he said. “That becomes a larger piece of the energy use in buildings, just providing fresh air, air we want to breathe.”

One aspect of the research project investigates heat and moisture exchangers connected to ventilation systems. These exchangers work to transfer energy from outgoing air to “precondition” incoming air.

Simonson said there are two common types of energy exchangers in commercial buildings: one where heat and moisture transfers through a membrane which separates the incoming and outgoing air, and another where a device stores and releases heat and moisture from the air. As he puts it, a key part of the research is exploring different materials in energy exchange to capture as much energy as possible from the outgoing air without capturing any contaminants along with it.

“We want to move into testing and even material modelling – how can we control those materials so they don’t transfer aerosols or gases and then release them,” Simonson said.

Another part of the Discovery Grant proposal aims to address the frosting of heat pumps for buildings. As emphasis continues to be placed on the decarbonization of energy, Simonson said effective heat pumps will become crucial for heating in cold-weather locations like Saskatchewan – so he and his team are exploring different materials to build frost-free heat pumps to operate efficiently through cold winters.

Like Soltan, this is not Simonson’s first NSERC Discovery Grant. Simonson also said the Discovery Grant is a great benefit for exploring new and important kinds of research and to provide a springboard to seek additional funding to continue this kind of research.

“The NSERC (Discovery Grant) opens doors and creates opportunities that wouldn’t otherwise exist,” Simonson said.

new-usask-research-chair-focuses-on-improving-indigenous-childrens-wellnesstrue1718730911095imj129New USask research chair focuses on improving Indigenous children’s wellness Newly appointed Tier 2 Canada Research Chair (CRC) Dr. Wendie Marks (PhD) at the University of Saskatchewan (USask) is investigating links between obesity in Indigenous children and their exposure to environmental factors during pre-conception, prenatal, or early postpartum periods. research, indigenous, aboriginal, college of medicine,1693339020000/articles/research/2023/new-usask-research-chair-focuses-on-improving-indigenous-childrens-wellnessnewssite://news/articles/research/2023/new-usask-research-chair-focuses-on-improving-indigenous-childrens-wellnessccm0461693339949447ccm0461695324953032show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/wendie-marks.jpgsite://news/images/2023/wendie-marks.jpgnewswendie-marks.jpg1400651080715Guided by Métis and First Nations’ perspectives, Dr. Wendie Marks (PhD) will partner with Indigenous communities in Saskatchewan to create pathways rooted in traditional ways of knowing. (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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“My research program aims to identify and address potential barriers to wellness that may be passed from generation to generation in Indigenous people,” said Marks, assistant professor in pediatrics at USask’s College of Medicine. 

“As a status First Nations and member of the Anishinabe of Wauzhushk Onigum First Nation located on Treaty 3 territory, this work is also personal to me and offers me an opportunity to learn more about my own history,” she said. 

Marks is especially interested in learning the underlying factors that contribute to the high prevalence of obesity of Indigenous children on the Prairies, where obesity levels of Indigenous persons on reserves exceed the Canadian average for both off-reserve members and the non-Indigenous population. 

“Canada’s colonization policies, including the residential school system, exposed Indigenous peoples to both chronic stress and malnutrition during important developmental periods,” said Marks. “These factors play a strong determining role in the eventual or potential development of metabolic disorders such as obesity in Indigenous children.” 

Her CRC in Developmental Origins of Health and Disease in Indigenous People provides annual funding over five years and is renewable once for another five years. The CRC will contribute to the expanding research community at USask by providing training for five USask doctoral or master’s level students, and six undergraduates. 

Testimony by residential school survivors at the Truth and Reconciliation Commission consistently described—among the stressful conditions—the common experience of hunger at school due to a poor-quality diet containing minimal protein, limited fresh fruit and vegetables, and frequent food-borne infections.  

Such traumas can alter brain-gut responses that regulate the gut microbiome—the important collection of micro-organisms that colonize the gastrointestinal tract—causing modifications that lead to intergenerational metabolic disorders such as obesity and diabetes, Marks said. 

Marks’ research program will comprise interdisciplinary and multi-stakeholder team members including, Indigenous Knowledge Keepers, persons with lived experience, Indigenous and non-Indigenous scientists, researchers, and clinicians. She currently has collaborators from USask and the University of Calgary (UCalgary). 

Her USask colleagues Dr. John Howland (PhD) and Dr. Robert Laprairie (PhD) bring expertise in stress biology and biochemistry.  Drs. Sylvia Abonyi (PhD) and Sarah Oosman (PhD) have established deep-rooted relationships with both Métis and First Nations community members in Saskatchewan and will provide expertise in community-based participatory research and in investigating the effects of discrimination and residential schools on metabolic disorders. Dr. Nazeem Muhajarine (PhD) will contribute expertise in maternal and child health, as well as analytical quantitative analysis. 

From UCalgary, Dr. Jane Shearer (PhD) and Dr. Raylene Reimer (PhD) will provide expertise in gut-brain interactions and the gut microbiome, metabolites, nutrition, and intergenerational transmission of metabolic disease risk. 

With her extensive experience in working with animal models of diseases, Marks’ first goal will be to develop a preclinical rodent model. Marks’s model of stress and malnutrition is targeted to provide insight into the physiological mechanisms that could be driving the high prevalence rates of metabolic diseases, with a focus specifically on the intergenerational impacts. This preclinical work will identify pathways for clinical and translational research that will round out her second objective.  

For objective two she will use a community-based approach to investigate the association between maternal stress and nutrition, the gut microbiome, and obesity in Indigenous children using a prospective birth cohort design. That means working in partnership with Indigenous expectant mothers and following their newborns throughout childhood to look at factors such as their stress, diet, health, and social determinants of health. 

Guided by Métis and First Nations’ perspectives, Marks will partner with Indigenous communities in Saskatchewan to create pathways rooted in traditional ways of knowing. Marks and her team will explore potential strategies to improve wellness in Indigenous children. Developing strategies to address obesity and its associated factors will go well beyond five years, she said. 

“You can break down obesity to a number of underlying factors, likely linked to depression, maladapted ways of coping, and addiction-related behaviour, which are long-term impacts of intergenerational stress and trauma,” said Marks. “So, the focus for me would go from obesity to addictions to mental health, which all fall under the umbrella of the effects of intergenerational trauma.” 

 

gifs-researcher-supports-international-team-effort-to-sequence-earliest-domesticated-wheat-genometrue1718730911095imj129GIFS researcher supports international team effort to sequence earliest domesticated wheat genomeA global team of scientists is looking to wheat’s past to help it grow into the future. GIFS, research, international1693337520000/articles/research/2023/gifs-researcher-supports-international-team-effort-to-sequence-earliest-domesticated-wheat-genomenewssite://news/articles/research/2023/gifs-researcher-supports-international-team-effort-to-sequence-earliest-domesticated-wheat-genomeccm0461693337683226ccm0461693337683226show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/einkorn-2.jpgsite://news/images/2023/einkorn-2.jpgnewseinkorn-2.jpg2921481080720An initiative to sequence and characterize the genomes of wild and domesticated einkorn has found that about one per cent of modern bread wheat originates from the ancient grain.An initiative to sequence and characterize the genomes of wild and domesticated einkorn has found that about one per cent of modern bread wheat originates from the ancient grain.NoNonesupport-critical-researchNo/
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More than two dozen scientists have contributed to a project that that has sequenced and characterized genomes of wild and domesticated einkorn, the world’s first domesticated wheat species.

Dr. Raju Datla (PhD), program lead, resilient agriculture, in the Global Institute for Food Security at the University of Saskatchewan is one of the contributors to the initiative, providing molecular genetics and genomics expertise to support the analysis.

Their findings were published in Nature in early August.

“Though significant advances have been made in wheat species genomics, the species Triticum monococum (einkorn), representing the earliest domesticated wheat, was not defined yet,” said Datla.  

“The research advances and findings described in this article will open several new opportunities for global and Canadian wheat improvement efforts.”

TextImage/images/2023/tech-lead-staff11.jpgsite://news/images/2023/tech-lead-staff11.jpgnewstech-lead-staff11.jpg18067272237Dr. Raju Datla is the program lead, resilient agriculture, at the Global Institute for Food Security. Align right

Einkorn, which is still grown and consumed today, is a distant relative of modern bread wheat (Triticum aestivum). In the Nature article, the researchers find that about one per cent of modern bread wheat originates from einkorn. 

“The insights gained from genome sequencing wild and domesticated accessions allow us to reconstruct the origin and evolution of einkorn,” said Datla.

This research adds to a growing body of knowledge regarding wheat genetics that includes other significant findings from researchers at the University of Saskatchewan. In 2020, a team, led by USask’s Dr. Curtis Pozniak (PhD), sequenced the genomes for 15 different wheat varieties. That initiative included contributions from GIFS’ Dr. Andrew Sharpe (PhD) and its Omics and Precision Agriculture Laboratory (OPAL).

These, and other findings, help to improve the efficiency of wheat-breeding programs, allowing researchers and breeders to more quickly identify useful genes and traits that can enhance crop production and resiliency.

“Einkorn, the diploid wheat species, represents significant diversity and genetic reservoir for a number of useful traits for climate resiliency, disease resistance and nutritional quality for applications in wheat breeding,” said Datla.

The international team of scientists includes researchers from the King Abdullah University of Science and Technology, the UK Biotechnology and Biological Sciences Research Council, the Consejo Nacional de Ciencia y Tecnología, the European Research Council and the United States Department of Agriculture National Institute of Food and Agriculture.

usask-project-to-advance-plant-pathogen-research-receives-nearly-800,000true1718730911095imj129USask project to advance plant pathogen research receives nearly $800,000A proposal led by Dr. Chris Todd (PhD) to take the Environmental Plant Pathogen Interaction Centre (EPPICentre) to its next phase was awarded $796,910 in funding from the national John R. Evans Leaders Fund (JELF). research, College of Arts and Science,1693329360000/articles/research/2023/usask-project-to-advance-plant-pathogen-research-receives-nearly-800,000newssite://news/articles/research/2023/usask-project-to-advance-plant-pathogen-research-receives-nearly-800,000ccm0461693332104548ccm0461693332196483show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/chris-todd.jpgsite://news/images/2023/chris-todd.jpgnewschris-todd.jpg1644191079720Dr. Chris Todd poses on campusThe funding for Dr. Chris Todd (PhD) (pictured) and other USask researchers was part of more than $113 million awarded to almost 400 research infrastructure projects across the country. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The fund, run through the Canadian Foundation for Innovation (CFI), supports research and research infrastructure for innovative projects in Canada. The funding for Todd and other USask researchers was part of more than $113 million awarded to almost 400 research infrastructure projects across the country. 

USask is a consistent leader in agricultural science and biological research, with agriculture being one of the nine signature areas of research. For Todd – the head of the College of Arts and Science’s biology department – evolving the plant pathogen centre is the next step in advancing important research into crop and plant health in Canada.  

“We’re really looking at some fundamental questions of the plant-pathogen interaction,” Todd said. “It’s going to allow us to explore additional opportunities where a secure facility would be an advantage.” 

The original EPPICentre was developed to explore clubroot disease in crop plants. Because clubroot is a serious soil-borne disease and particularly threatening to important prairie crops like canola, having somewhere to closely study clubroot in an environment where it wouldn’t be a danger to other crop research was crucial.  

“Having the capacity to quickly respond is going to be really important going forward,” Todd said.  

Todd worked with a team of researchers, including co-applicants Drs. Yangdou Wei (PhD) and Randy Kutcher (PhD), to develop the proposal for the second phase of the EPPICentre, which would provide additional secure growth space for propagating plant material to continue investigating clubroot disease and other pathogens as the need arises.  

According to Todd, the research team’s needs “outgrew” the capacity of the first centre , which he considers a testament to the work being done at USask. The hope for the evolving facility is that it “outlasts” his career as a researcher.  

He said USask’s support and the CFI-JELF funding in looking to expanding the EPPICentre was an important sign of confidence in the cutting-edge work being conducted by USask researchers.  

“It’s gratifying that the university is supporting a project like this. It’s going to generate a facility that the next generation of plant biologists can get trained on and use, and potentially expand into phase three or four or beyond over time,” he said.  

Two other USask projects received funding in this round of the CFI-JELF process: 

  • Dr. Bishnu Acharya (PhD) - High Temperature and Pressure Reactors and Analytical Tools for Processing and Synthesis of Bioproducts from Biomass - $149,600 

  • Dr. Dylan Olver (PhD) - An Optical-based Microvascular Imaging Platform (mVIP): The role of the Microcirculation in One Health - $136,598

 

new-vascular-health-research-supported-by-usask-fellowshiptrue1718730911095imj129New vascular health research supported by USask fellowshipA University of Saskatchewan (USask) post-doctoral fellowship is supporting the research of vascular health in congenital heart disease. Matt Olsonkinesiology, research, Western College of Veterinary Medicine, 1693319880000/articles/research/2023/new-vascular-health-research-supported-by-usask-fellowshipnewssite://news/articles/research/2023/new-vascular-health-research-supported-by-usask-fellowshipccm0461693320183546ccm0461693320183546show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/thomas-jurrissen.jpgsite://news/images/2023/thomas-jurrissen.jpgnewsthomas-jurrissen.jpg1649951080720Dr. Thomas Jurrissen (PhD) was the successful recipient of the 2023 Misiwêskamik International Postdoctoral Fellowship awarded by USask.Dr. Thomas Jurrissen (PhD) was the successful recipient of the 2023 Misiwêskamik International Postdoctoral Fellowship awarded by USask. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Thomas Jurrissen (PhD) was the successful recipient of the 2023 Misiwêskamik International Postdoctoral Fellowship awarded by USask. The two-year fellowship aims to attract strong international researchers to USask as part of the university’s International Blueprint for Action.  

Jurrissen completed his PhD at the University of Missouri where his research focused on improving vascular health in patients with Type 2 diabetes.

“My research involved investigating the mechanisms involved with vascular dysfunction associated with obesity, insulin resistance and Type 2 diabetes,” Jurrissen said. “Individuals with Type 2 diabetes have poor vascular function, which causes an increased risk of cardiovascular disease. By better understanding the mechanisms of vascular dysfunction, new therapies can be developed to manage and treat vascular health in the setting of Type 2 diabetes.”

As Jurrissen puts it, endothelial cells, which line the inside of all blood vessels in the body, are impaired in patients with Type 2 diabetes. This impairment, called endothelial dysfunction, is a hallmark of patients with Type 2 diabetes and involves the decreased response of the vessels to dilate and protect the blood vessels from inflammation.

Most of Jurrissen’s previous experience comes from studying animal models, so he said his experiences at USask are helping him integrate more of the clinical tools to conduct research with human populations.  In his new role at USask, Jurrissen will be involved in an upcoming clinical trial funded by the Heart and Stroke Foundation of Canada. The study will involve patients performing handgrip exercise training.  Jurrissen and the rest of the research team will investigate how handgrip exercise training affects vascular health in patients with congenital heart disease.

Exercise has been well documented to improve vascular health. Given that patients with congenital heart disease often have endothelial dysfunction and an impaired tolerance to exercise, the aim of the study is to determine whether hand grip exercise will induce improvements in vascular health.

The research team will not only assess vascular health in the arm but also in the brain. Using ultrasound, Jurrissen will measure blood flow in the brachial artery in the arm and middle cerebral artery in the brain.

“[Members of the study will] work on hand grip exercises for six weeks to see if that will improve their vascular health in their arm and increase brain blood flow in patients with congenital heart disease,” Jurrissen said.

Currently, Jurrissen is learning more clinical techniques from his advisors – Dr. Dylan Olver (PhD) with the Western College of Veterinary Medicine and Dr. Corey Tomczak (PhD) with the College of Kinesiology – and improving his skills for upcoming projects.

“In coming here, the main objective was to acquire new skills and experience working with clinical human populations,” Jurrissen said. “The team here has been phenomenal. Everyone has been very friendly, eager to help, and excited to conduct the best research we can. It has been a lot of fun.”

lightsource-improved-treatment-for-patients-with-kidney-failuretrue1718730911095imj129Improved treatment for patients with kidney failureUSask researchers have developed a better membrane for dialysis machines that could lead to safer treatment, improved quality of life for patients with kidney failure.Victoria Schrammcanadian light source, can light source, research1692864000000/articles/research/2023/lightsource-improved-treatment-for-patients-with-kidney-failurenewssite://news/articles/research/2023/lightsource-improved-treatment-for-patients-with-kidney-failurenews_ws1692889747688ccm0461692890748506show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/dialysis.jpgsite://news/images/2023/dialysis.jpgnewsdialysis.jpg2046571080720Stock image of an individual in a hospital bed.Over two million people worldwide depend on dialysis or a kidney transplant, according to the National Kidney Foundation. NoNonesupport-critical-researchNo/
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Over two million people worldwide depend on dialysis or a kidney transplant, according to the National Kidney Foundation. Globally, the number of individuals facing kidney failure has climbed 35 per cent since 2009 and nearly half (46 per cent) of the new patients are under age 65.

Using the Canadian Light Source (CLS) at the University of Saskatchewan (USask), researchers have developed a better membrane for dialysis machines that could lead to safer treatment and improved quality of life for patients with kidney failure.

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A dialysis machine is used to filter toxins, waste products, salts, and excess fluid from a patient’s blood when their kidneys can no longer perform this function well. However, negative reactions between dialysis membranes and the patient’s blood can lead to serious complications like blood clots, heart conditions, anemia, blood poisoning, infections, and more.

Dr. Amira Abdelrasoul, an associate professor with USask’s College of Engineering, is an expert on membranes and is determined to help patients on dialysis. “I lost a close family member due to dialysis,” she said. “I saw all the complications he experienced and how he suffered. So, I put all my efforts, knowledge, and background into this research area because I would like to support patients and avoid anyone having to lose a loved one from this treatment.”

The new dialysis membrane developed by her team is a significant improvement over those used in hospitals today, according to Abdelrasoul. Some of the commercial membranes currently in use contain heparin, a medicine that reduces blood clots; however, they also have an intense negative charge on their surface that causes serious side effects.

TextPullquote“This achievement could lead to a reduction in physical and psychological symptoms that patients experience and improve their quality of life."Dr. Amira Abdelrasoul/Align left

In a paper recently published in the journal Membranes, Abdelrasoul and her team describe how their new membrane not only maintains a reduction in blood clotting but also has a neutral surface that is biocompatible and should lead to improved outcomes for patients.

“This will lead to less cell destruction and means that we could regulate inflammation to prevent any tissue damage,” she said. “It has a more stable hydration layer that is ten times better than commercial ones. This is the best we have ever achieved.”

The team used the CLS’s BMIT beamline to analyze and develop their membrane.

“Working at CLS was always an amazing experience for me because with advanced-control imaging we could see human serum proteins inside membrane channels during the flow like never before. Other techniques would only show us the top of the membrane and at the end of the filtration process,” she added.

The BMIT beamline enabled the team to monitor – in real time -- the flow in each layer of their membrane.

“It helped us to understand why and how proteins accumulate and block membranes under different conditions,” she shared. “I believe that the quantitative and qualitative data that we achieved at CLS will lead to a real change for dialysis patients, and of course it'll make the University of Saskatchewan and Canada leaders in dialysis membrane technology.”

Her research group recently filed a provisional patent for one of the top-performing membrane materials they developed, and they are continuing to test and develop their membrane to ensure it is safe for a variety of patients. They are hopeful that their membrane could have long-term benefits for patients on dialysis.

“This achievement could lead to a reduction in physical and psychological symptoms that patients experience and improve their quality of life,” said Abdelrasoul.

This article initially was published at Canadian Light Source.

opinion-decline-in-research-funding-in-canada-threatens-prosperitytrue1718730911095imj129Opinion: Decline in research funding in Canada threatens prosperityUniversity of Saskatchewan (USask) president Peter Stoicheff says a decrease in funding for research in Canada will have a broader economic impact.Guest column via The Saskatoon StarPhoenixpec, international, 1692806160000/articles/research/2023/opinion-decline-in-research-funding-in-canada-threatens-prosperitynewssite://news/articles/research/2023/opinion-decline-in-research-funding-in-canada-threatens-prosperityccm0461692806542837ccm0461693234584646show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/stoicheff-1080-23.jpgsite://news/images/2023/stoicheff-1080-23.jpgnewsstoicheff-1080-23.jpg1869381080720Peter Stoicheff has served as president of the University of Saskatchewan (USask) since 2015. (Photo: Submitted)Peter Stoicheff has served as president of the University of Saskatchewan (USask) since 2015. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Last week in Saskatoon, the University of Saskatchewan hosted the presidents of U15 Canada’s major research-intensive universities.

Top of mind for them is the continued decline in federal funding for university-based research to help build a better future in an increasingly challenging and competitive world. Well-funded research activities develop the highly qualified talent Canada needs to tackle pressing economic and social challenges.

Competitive scholarships and research assistantships for graduate students and post-doctoral fellows, along with well-supplied research facilities, are essential to attract and retain emerging leaders that the rest of the world also wants. 

Most worrisome for Canada are the ambitious new investments in science and research recently announced elsewhere that make us unattractive by comparison.

While Canada’s support for research is declining, the United States has committed $200 billion over the next 10 years for science funding. Japan recently announced their new $87-billion science fund.

These examples make clear that if Canada does not demonstrate similar ambition, our place in the rapidly evolving global knowledge economy will be at risk.

At the recent meeting, U15 university presidents expressed profound concern about losing top researchers in areas such as quantum computing, artificial intelligence and cutting-edge medicine, and the increasing difficulties in attracting top graduate students, post-doctoral fellows and professors in many fields.

Indeed, a brain drain is already underway, making Canada less able to compete in high-growth sectors and attract the highly qualified talent needed to tackle the defining issues of our time — from climate change to sustainable agriculture.

At the U of S, our world-class researchers have pioneered discoveries that are having a national and global impact. For example, research into the health of soils and pioneering work on plant-based proteins are enhancing Saskatchewan’s agri-food sector and helping address food security concerns worldwide.

Similarly, our researchers are advancing world-leading vaccine development and exploring plant-based fuel alternatives.

These examples illustrate the crucial importance of fundamental and applied research whose innovative ideas and new technologies can have a transformative impact, both domestically and internationally. This is happening at all Canadian research universities, but uncompetitive funding could soon put it all at risk.

A healthy university research ecosystem also provides significant direct economic benefits to cities and provinces. Highly qualified graduates become our provinces’ economic and social leaders, including those who launch start-ups forged from innovative ideas developed in research universities.

The U of S, for example, contributes $1.3 billion in GDP to the provincial economy. Our graduates have created successful start-ups that include SkipTheDishes, SED Systems, International Road Dynamics Inc., Picatic, Vendasta and others.

Five of Canada’s fastest-growing companies are in Saskatoon, each with a direct connection to the U of S. Successful companies such as Draganfly acknowledge the importance of proximity to our university for research and workforce talent.

In the U15’s recent discussions, presidents emphasized their universities’ equally critical roles in the prosperity of cities and provinces across Canada.

Evidence is mounting that the successful research ecosystem that Canada created 25 years ago is now at risk. This conclusion was a central finding of the federal government’s advisory panel that reported in March on the state of Canada’s research support system.

In addition to recommending improvements in governance and organization, the panel called for significant reinvestment in research funding through the federal granting councils to remain globally competitive.

Without significant new investment in research, Canada will become increasingly dependent on other countries in its efforts to become sustainable, innovative and prosperous. 

This article originally appeared in the Saskatoon StarPhoenix.

Peter Stoicheff is the president of the University of Saskatchewan and chair of the U15 Group of Canadian Research Universities.

top-scholars-contribute-to-usasks-strong-international-rankingstrue1718730911095imj129Top scholars contribute to USask’s strong international rankingsAn increase in the number of highly cited researchers attributed to the University of Saskatchewan (USask) contributed to a strong performance in the ShanghaiRanking Consultancy’s Academic Ranking of World Universities (ARWU). research, international, hp-articles,1692201420000/articles/research/2023/top-scholars-contribute-to-usasks-strong-international-rankingsnewssite://news/articles/research/2023/top-scholars-contribute-to-usasks-strong-international-rankingsccm0461692202570418ccm0461695838140990show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/shanghai-rankings.jpgsite://news/images/2023/shanghai-rankings.jpgnewsshanghai-rankings.jpg3224741080720Aerial view of the University of Saskatchewan. (Photo: USask)USask achieved a ranking of 301-400 globally in the ARWU in 2023 out of more than 2,500 institutions around the world. (Photo: USask)NoNonesupport-critical-researchNo/
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USask achieved a ranking of 301-400 globally in the ARWU in 2023 out of more than 2,500 institutions around the world. According to USask’s calculations, the institution achieved a rank of 358th in the world – an increase from last year’s rank of 370th. 

ARWU ranks universities based on six indicators categorized across four different criteria. USask significantly improved its score in 2023 in the “highly cited researchers” indicator, doubling the number of qualifying researchers since last year’s ARWU listing from two to four. 

“We are pleased to see the hard work and dedication of USask scholars recognized on a global platform,” said Dr. Baljit Singh (PhD), Vice-President Research at USask. “These results reflect both the high quality of research taking place across our campus and USask’s commitment to being a pillar of research excellence internationally and in Canada.” 

The four criteria used by the ARWU methodology are quality of education, quality of faculty, research output and per capita performance. ARWU analyzes every eligible university based on the organization’s criteria – the top-ranked institution is given a score of 100, and all following institutions are ranked in relation to the top score. 

The “highly cited researchers” indicator is part of the quality of faculty criteria, and is determined by the number of such researchers on the annual Clarivate Highly Cited Researchers list.  

USask had four researchers on the list released in 2022: senior Canadian Light Source (CLS) beamline scientists Dr. Yongfeng Hu (PhD) and Dr. Jigang Zhou (PhD), associate director of the Centre for Hydrology and Coldwater Laboratory Dr. Martyn Clark (PhD), and former executive director of the Global Institute for Water Security (GIWS) and professor emeritus Dr. Jay Famiglietti (PhD). 

“Our international reputation as a leading research institution continues to grow as USask students and faculty strive to be the university the world needs,” Singh said. 

 

usask-leads-investigation-into-covid-19-effects-on-dentiststrue1718730911095imj129USask leads investigation into COVID-19 effects on dentistsA multi-university research team in collaboration with the University of Saskatchewan (USask) analyzed the stress levels of dentists during the COVID-19 pandemic.Matt Olson1691770320000/articles/research/2023/usask-leads-investigation-into-covid-19-effects-on-dentistsnewssite://news/articles/research/2023/usask-leads-investigation-into-covid-19-effects-on-dentistsvvd8931691770403429vvd8931691770495433show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/michelle_siqueira.jpgsite://news/images/2023/michelle_siqueira.jpgnewsmichelle_siqueira.jpg1413251080720Dr. Michelle Siqueira (DDS, DSc), an assistant professor with USask’s College of Dentistry. (Photo: Submitted)Dr. Michelle Siqueira (DDS, DSc), an assistant professor with USask’s College of Dentistry. (Photo: Submitted)NoNoneNoneNo/
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The research project used a tool called the COVID-19 Anxiety Syndrome scale (C-19ASS), a self-reporting tool developed in 2020 to help quantify some of the mental health impacts and coping methods used by individuals to manage the effects of the pandemic.

Dr. Michelle Siqueira (DDS, DSc), an assistant professor with USask’s College of Dentistry, said the purpose of the study was to apply the C-19ASS to working dentists to determine the validity of the test among that professional group and subsequently analyze the effects of the pandemic on dentists.

“COVID hit dentists strongly, as it changed the way dentists worked and changed our day-to-day life,” Siqueira said. “The mental health of dentists was never before taken into much consideration. So, this study is one of the pioneers.”

The project was multi-pronged, researching both social indicators (using the C-19ASS and additional dentist-focused questions) and biological indicators. As part of the research, participating dentists were asked to send saliva samples to USask for analysis. By examining those samples, researchers were able to measure levels of cortisol — a known biological marker of stress levels — to gain quantifiable results.

Participants were asked to fill out a questionnaire and send a saliva sample once per month for 10 months. The results, according to Siqueira, confirmed the research team’s hypothesis that the pandemic was having a marked and measurable effect on the stress levels and mental well-being of dentists across the country.

“What we saw, when comparing the self-reported answers to the cortisol, was a correlation,” she said. “The stress and anxiety level of the participants did increase, especially early in the study.”

As Siqueira puts it, dentists — by virtue of of a profession that revolves almost exclusively around working in the mouths of patients at the clinical level — were heavily impacted almost immediately by the onset of the COVID-19 pandemic.

Siqueira said there were numerous and legitimate changes dentists needed to make to their practices because of pandemic restrictions, which made them a perfect target for this type of anxiety testing.

“We work in close proximity with our patients, and there were a lot of changes called for from our regulatory body,” she said. “We understood that the stress level in the whole dental community was going up.”

Beyond this research project, Siqueira said the team’s work has opened potential new avenues for this type of sociological work.

Because USask was able to operate as the hub for this project in receiving samples from across Canada, Siqueira hopes this opens the door for more country-spanning research of this nature to take place.

“Saliva proved to be stable, and results were coming from nine different provinces,” she said. “That’s something we can think about and pursue in other areas.”

usask-developed-crop-diagnostic-tool-gaining-widespread-usetrue1718730911095imj129USask-developed crop diagnostic tool gaining widespread useAs Karolina Pusz-Bochenska finishes her PhD in biology at the University of Saskatchewan (USask), the revolutionary crop diagnostic tool she helped develop is already evolving for commercial use.Matt Olsonresearch, 1691528160000/articles/research/2023/usask-developed-crop-diagnostic-tool-gaining-widespread-usenewssite://news/articles/research/2023/usask-developed-crop-diagnostic-tool-gaining-widespread-useccm0461691528543775ccm0461692280534060show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/karolina-pusz-bochenska-1.jpgsite://news/images/2023/karolina-pusz-bochenska-1.jpgnewskarolina-pusz-bochenska-1.jpg2040331080720PhD student Karolina Pusz-Bochenska calls molecular diagnostics her “passion” as a scientist, and said she’s thrilled to see her work move from the lab into the field.USask student Karolina Pusz-Bochenska is currently working on finishing a PhD in biology. (Photo: Submitted)NoNonesupport-critical-researchNo/
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By utilizing molecular testing techniques, Pusz-Bochenska and a USask research team – with the support of Agriculture and Agri-Food Canada (AAFC) – created a cutting-edge tool that is already finding its way into research laboratories and the hands of farmers across the country.

“It’s very satisfying. The best part of my research is when I can harvest my creativity and create something that can later serve people,” she said. “The impact is very important to me.”

Pusz-Bochenska and the research team’s work revolves around the detection of aster yellows, a crop disease that can devastate wheat, barley, and canola yields.

Before the new testing method, diagnosing aster yellows in the field could take days or weeks. Aster yellows is transmitted via leafhopper insects, so the method developed by Pusz-Bochenska and the research team involves the molecular testing of insects and plant tissue in the field to immediately determine if they carry the disease.

Pusz-Bochenska noted the aster yellows testing method has been purchased by three companies, including a lab that works with the Ministry of Agriculture in Quebec. As she puts it, one of the highlights of this kind of work is when it gains widespread approval and use.

“Since accomplishing a PhD comes with a lot of sacrifice and you have to accept the notion of delayed gratification, this is an ultimate validation for my work’s importance and a driver for my future endeavours,” she said.

The research was initially published in Plant Health Progress in 2020. Since then, Pusz-Bochenska said the paper has been downloaded more than 10,000 times.

While the methods she and the research team developed have been used to diagnose aster yellows, she said the test could be altered for use in diagnosing other diseases in the future.

TextPullquote“My experience at USask is not just in the lab, and experiments and classes. I always felt like I was part of USask in a broader sense. I’ve met amazing people here.”Karolina Pusz-Bochenska /Align left

Their newest method explores what Pusz-Bochenska calls a “multilocus sequence typing method.” While this method is lab-based, it provides more detailed information about which strain of the disease farmers or agricultural specialists are dealing with. Uncovering the genetic secrets of the aster yellows bacteria contributes to the development of better monitoring and control strategies for the disease.

Pusz-Bochenska called molecular diagnostics her “passion” as a scientist, and said she’s thrilled to see her work move from the lab into the field.

“So often, innovative discoveries go unnoticed because they do not make it beyond the academic realm,” Pusz-Bochenska said. “I hope that my story will inspire more scientists to be bold about their research.”

Pusz-Bochenska credited the researchers – both mentors and colleagues – that she has worked with at USask for their work on this project. Her graduate supervisors are Dr. Tyler Wist (PhD) with AAFC and Dr. Jack Gray (PhD) with USask’s Biology Department in the College of Arts and Science. As she looks ahead to finishing her PhD, Pusz-Bochenska lauded the faculty at USask for the experience she has had so far.

“My experience at USask is not just in the lab, and experiments and classes,” she said. “I always felt like I was part of USask in a broader sense. I’ve met amazing people here.”

combating-diabetes-using-community-strengths-aided-by-usask-researchtrue1718730911095imj129Combating diabetes using community strengths, aided by USask researchA University of Saskatchewan (USask) research team is working directly with Indigenous communities throughout Saskatchewan to improve methods for preventing Type 2 diabetes.research, School of Rehabilitation Science1691165760000/articles/research/2023/combating-diabetes-using-community-strengths-aided-by-usask-researchnewssite://news/articles/research/2023/combating-diabetes-using-community-strengths-aided-by-usask-researchccm0461691166262004ccm0461691166274610show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/sarah-oosman-web.jpgsite://news/images/2023/sarah-oosman-web.jpgnewssarah-oosman-web.jpg1805571080720Dr. Sarah Oosman (PhD), acting director of USask’s School of Rehabilitation ScienceDr. Sarah Oosman (PhD), acting director of USask’s School of Rehabilitation Science. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Sarah Oosman (PhD), acting director of USask’s School of Rehabilitation Science, is one of the lead researchers on a project titled “Strong Bodies, Spirits, Minds, and Voices” Privileging Indigenous Knowledge to Guide Pediatric Type 2 Diabetes Prevention with First Nations and Métis Communities in Saskatchewan.” Oosman co-leads this interdisciplinary project with Dr. Shelley Spurr (PhD) and Dr. Jill Bally (PhD) from the College of Nursing, Dr. Amanda Froehlich Chow (PhD) from the School of Public Health, and Knowledge Keepers Gilbert Kewistep and Margaret Larocque.

The goal of the project is to connect directly with Elders, Knowledge Keepers, youth, and families in Indigenous communities to co-create and implement an Indigenous-driven health promotion intervention toolkit for preventing Type 2 diabetes, that is grounded in Indigenous world view.

“We want to reframe our approach to health promotion and wellness research in ways that are relevant and meaningful to Indigenous communities in order to positively impact and influence wholistic wellness among Indigenous youth and their families, particularly as Type 2 diabetes continues to grow,” she said.

TextImage/images/2023/oosman-nr-group.jpgsite://news/images/2023/oosman-nr-group.jpgnewsoosman-nr-group.jpg2176321080720From top left, clockwise: Dr. Shelley Spurr (PhD), Dr. Jill Bally (PhD), Dr. Amanda Froehlich Chow (PhD), Helen Tootoosis, Margaret Larocque, and Gilbert Kewistep. Above content

According to Diabetes Canada, age-standardized prevalence rates of diabetes in the country are significantly higher in the Indigenous population due to a number of factors including “Canada’s historic and continued colonial policies, such as residential schools, Indian hospitals, and the ’60s Scoop; lack of access to healthy, nutritious, and affordable food; and a strong genetic risk for Type 2 diabetes.”

Diabetes is prevalent at a rate of 17.2 per cent among First Nations peoples living on-reserve, 12.7 per cent among First Nations peoples living off-reserve, and 9.9 per cent among Métis peoples – compared to a rate of only five per cent among the general population.

Indigenous and non-Indigenous scholars and community leaders – including community members with Type-2 diabetes lived experience – participated in numerous think tank sessions to help create a comprehensive funding proposal that was informed by First Nations and Métis knowledge, expertise, values, culture, and language.

The proposal calls for culture-based health promotion interventions designed to wholistically prevent Type 2 diabetes among Indigenous youth using a preliminary mitos miyoyawin (Cree for “tree of wellness”) framework developed by think tank participants and informed by Indigenous knowledge.

“We have built relationships with several Knowledge Keepers who remind us that answers are already in the communities, and we must create space and opportunities to bring this knowledge to the foreground,” Oosman said.

Oosman and her team were recently awarded nearly $2 million in funding over the next five years from the Canadian Institutes of Health Research (CIHR) to continue their research with current community partners and eventually expand it across diverse Indigenous communities throughout Saskatchewan.

Île-à-la-Crosse and James Smith Cree Nation are the first two communities to partner on this project. Several other communities, including Clearwater River Dënë Nation, La Loche, Sweetgrass First Nation, Little Pine First Nation, and Poundmaker Cree Nation, have also started engaging as partners with the project.

“This program continues to support the community and will enhance our ability to address Type 2 diabetes among our [Métis] people, with thoughtful consideration of unique, historical food accessibility realities in the Saskatchewan north,” said Nap Gardiner from Île-à-la-Crosse.

Margaret Larocque, a lead Knowledge Keeper originally from Waterhen Lake First Nation who is guiding the project, noted the importance of addressing diabetes for children in Indigenous communities.

“Diabetes is an epidemic with Indigenous people, and we really need a lot of education and prevention for kids,” she said. 

Indigenous youth have also been involved with the project in order to bring an intergenerational focus and to have their perspectives integrated throughout the research program.

“I honestly think it’s a great opportunity to be doing this. We need more opportunities to connect young people to have conversations and learn from one another. We need to help other [young people] recognize the symptoms so diabetes can be controlled,” said Chloe, a Cree youth from northern Saskatchewan.

Early intervention is a sentiment mirrored by many involved in the program’s development. “This project is important so we can work with young people on the overall management of diabetes, including nutrition, physical activity, and Traditional Knowledge from our Elders,” said Mike Marion, health director for James Smith Cree Nation. “Our Elders have knowledge from our history of living on the land and off the land, dealing with different diseases, how they dealt with diabetes and used traditional medicines, which is tied into a healthy body and healthy mind.”

While the focus of this project revolves around the prevention of Type 2 diabetes among Indigenous youth in partner communities, Oosman expressed optimism that the framework being developed could have more applications and provide more culturally responsive framing relevant to Indigenous communities in Saskatchewan and beyond, for future health-care research.

“We have this great opportunity to come together to work as a collective to find the middle ground together as a team and with communities, and build something that can impact health equity and future health and wellness,” Oosman said.

putting-indigenous-knowledge-at-the-forefront-of-water-research-in-canadatrue1718730911095imj129Putting Indigenous knowledge at the forefront of water research in CanadaMISTAWASIS NÊHIYAWAK – In an attempt to create a better water future for everyone, Indigenous water experts and Knowledge Keepers have created a protocol that puts co-generation of research at the forefront, and promote its use across Canada in future water research projects. Mark Ferguson research, indigenous, aboriginal, water,1691074740000/articles/research/2023/putting-indigenous-knowledge-at-the-forefront-of-water-research-in-canadanewssite://news/articles/research/2023/putting-indigenous-knowledge-at-the-forefront-of-water-research-in-canadaccm0461691076008856ccm0461691524732189show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/anthony.jpgsite://news/images/2023/anthony.jpgnewsanthony.jpg1483521080720Anthony Blair Dreaver Johnston, Knowledge Keeper with Mistawasis Nêhiyawak. (Photo: Mark Ferguson)Anthony Blair Dreaver Johnston, Knowledge Keeper with Mistawasis Nêhiyawak. (Photo: Mark Ferguson)NoNonesupport-indigenous-achievementNo/
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The Everyone Together: Water Gathering Statement was created by a group of 22 participants representing 14 different First Nation and Inuit communities and organizations. The protocol outlined in the document was initially discussed over three days in April 2023 during the University of Saskatchewan (USask)-led Global Water Futures (GWF) - Mistawasis Nêhiyawak Water Gathering, and is now available publicly.

“Nothing about us without us,” said Anthony Blair Dreaver Johnston, Knowledge Keeper with Mistawasis Nêhiyawak. “Research must meaningfully engage community members, governments, organizations, and include local and traditional knowledge about the nature and use of water. This is how we grow as people and communities to be better stewards of the land.”

Johnston, a member of the GWF Indigenous Engagement Committee (IEC), said he has seen the impact that co-creation of knowledge has on empowering communities and developing effective research methodology through projects he has led alongside friends and colleagues with other communities’ non-governmental organizations, GWF, and USask.

“We have a responsibility to design research as stewards of our land, waters, and peoples,” said Johnston. “We envision a future where research is led by Indigenous communities and is responsive to their needs, centres Indigenous Knowledge, and helps to grow healthy water, relationships, and communities.”

Johnston said the water gathering statement outlines four areas that will help support the vision of the protocol:

  1. Prioritizing wellness of communities
  2. Observing and abiding by local protocols
  3. The need for equity in supporting and funding knowledge
  4. Keeping intellectual property with the communities

Johnston added that a younger generation will ultimately see impacts on the land from the decisions made today, and acknowledged Mistawasis youth Jenna Daniels for her dedication to the future of her community as one of the hosts of the Indigenous Water Gathering.

TextImage/images/2023/corinne.jpgsite://news/images/2023/corinne.jpgnewscorinne.jpg1361211080720Dr. Corinne Schuster-Wallace (PhD), USask professor and associate director of GWF. (Photo: Mark Ferguson)Align right

Creating a co-generation protocol was an outcome that researchers with GWF, the world’s largest university-led freshwater research program, had hoped for.

“GWF is a hugely ambitious undertaking across Canada that could not have become what it is today without the support of our Indigenous Engagement Committee and the many, many Indigenous partners and researchers that are part of the program,” said Dr. Corinne Schuster-Wallace (PhD), USask professor and associate director of GWF. “To make meaningful progress, the research framework outlined in the Everyone Together protocol is essential.”

Schuster-Wallace, liaison to the GWF IEC, pointed out that the effects of climate change are hitting Canada, and particularly Indigenous communities, even more than other parts of the planet, and that this summer alone we have seen more forest fires, hotter temperatures, severe droughts, and floods than ever before.

She thinks the protocol will help guide water research in Canada and around the world during this time of rapid change.

“We are at a critical time where we all must come together if we want to secure a water future for everyone,” she said. “On one hand, we have increasing water-related crises, but on the other we have centuries and generations of water and land stewardship based on Indigenous science and a concept of wholism and interconnectedness that Indigenous Peoples have used to maintain balance between people and nature. This gives me hope.”

usask-cancer-researchers-patients-come-together-at-cihr-community-eventtrue1718730911095imj129USask cancer researchers, patients come together at CIHR community eventA group of the University of Saskatchewan’s (USask) top cancer researchers spoke at a community gathering of medical professionals, researchers, and patients hosted by the Canadian Institutes of Health Research Institute of Cancer Research (CIHR-ICR).Matt Olsonresearch, College of Medicine1690916640000/articles/research/2023/usask-cancer-researchers-patients-come-together-at-cihr-community-eventnewssite://news/articles/research/2023/usask-cancer-researchers-patients-come-together-at-cihr-community-eventccm0461690916771485ccm0461690917600772show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/darcy-marciniuk-1080.jpgsite://news/images/2023/darcy-marciniuk-1080.jpgnewsdarcy-marciniuk-1080.jpg2140261080720Dr. Darcy Marciniuk (MD), professor with the College of Medicine, associate vice-president research, and the CIHR delegate for USaskDr. Darcy Marciniuk (MD), professor with the College of Medicine, associate vice-president research, and the CIHR delegate for USask. (Photo: SubmittedNoNonesupport-critical-researchNo/
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Dr. Darcy Marciniuk (MD), professor with the College of Medicine, associate vice-president research, and the CIHR delegate for USask, said the community event was critical for connecting all those who are working to address or are actively battling cancer.

“It’s important when you put people with great, genuine intentions, but different perspectives, in a room,” he said. “Patients are interacting with researchers. CIHR is interacting with the community. Everybody will learn, and everybody will come out of this feeling better fulfilled about what they have to do down the road,” he said.

The CIHR Institute of Cancer Research Community Event took place on Tuesday, July 25 at USask’s Marquis Hall and featured a variety of speakers from USask faculty, including top cancer researchers and Indigenous Knowledge Keepers.

USask is home to a number of renowned cancer researchers and research programs, having made numerous advances in diagnosis and treatment over the years. Marciniuk said being able to gather and hear from colleagues working in the field is one of the best ways to improve.

“Research makes patients better, and in this case, research makes patients with cancer better,” Marciniuk said. “Research is along a whole spectrum, whether it’s in the lab or in the community. And researchers want to be fully informed so they’re best able to target, to undertake work, to address questions and make a difference for a patient.”

CIHR is one of the largest funding bodies providing support to cutting-edge health care research across Canada. Marciniuk said being able to host a CIHR event at USask gives the university an opportunity to directly exhibit the quality of research being conducted with the funding agent’s support.

“We’re always grateful when national funding agencies come to Saskatchewan,” Marciniuk said. “We’re able to learn from them, we’re able to share some of our perspectives. (CIHR) does come with regularity, and every visit is productive and leads to even better and more.”

As a community-based gathering, the CIHR event allowed for a forum to connect researchers with those on the front lines of cancer treatment. Patients, families, and caregivers were invited to the presentation so they could see and hear directly from researchers.

Marciniuk said being able to bridge the gap between the researchers and those on the ground level makes all levels more understanding of each other.

“For me, I deal with patients with bad COPD (Chronic obstructive pulmonary disease), bad emphysema, and some of those patients get lung cancer,” he said. “I think this is an opportunity for me to appreciate, to learn, to become better informed. I think that’s going to make me a better leader at USask, and a better physician caring for my patients.”

usask-researchers-receive-7-million-in-cihr-fundingtrue1718730911095imj129USask researchers receive $7 million in CIHR fundingResearch on new ovarian and pancreatic cancer diagnostics and therapeutics among the projects to receive funding.research, College of Medicine1690907040000/articles/research/2023/usask-researchers-receive-7-million-in-cihr-fundingnewssite://news/articles/research/2023/usask-researchers-receive-7-million-in-cihr-fundingccm0461690907600117ccm0461690907643743show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/fonge_uppalapati.pngsite://news/images/2023/fonge_uppalapati.pngnewsfonge_uppalapati.png2880111080720Dr. Humphrey Fonge (PhD) and Dr. Maruti Uppalapati (PhD) with the College of Medicine received $979,200 for their research project to develop new diagnostics and therapeutics for pancreatic and ovarian cancer. (Photos: Submitted)Dr. Humphrey Fonge (PhD) and Dr. Maruti Uppalapati (PhD) with the College of Medicine received $979,200 for their research project to develop new diagnostics and therapeutics for pancreatic and ovarian cancer. (Photos: Submitted)NoNonesupport-critical-researchNo/
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Researchers working with the University of Saskatchewan (USask) received more than $7 million in this round of Canadian Institute for Health Research (CIHR) funding — the most that USask researchers have ever received in a single round. 

Dr. Darcy Marciniuk (MD), associate vice-president, research, at USask and the university’s CIHR delegate, called the record-setting round of funding a significant achievement for the researchers working on new and exciting projects.

“It’s clear that our researchers and their teams have been working hard because you just don’t snap your fingers and apply for a grant and get it,” Marciniuk said. “So, to do so well, and to do so well compared to other institutions in Canada, is great.”

Dr. Humphrey Fonge (PhD) and Dr. Maruti Uppalapati (PhD) with the College of Medicine received $979,200 for their research project to develop new diagnostics and therapeutics for pancreatic and ovarian cancer. Dr. John Gordon (PhD) of the Department of Respirology is also a co-applicant of the project.

Titled “Priming MUC-16 positive ovarian and pancreatic cancer cells for immunotherapy using an alpha particle labeled radioimmunoconjugate,” the research involves targeting a prevalent protein on cancerous cells to better direct cancer treatments and improve diagnosis. 

Using intravenous delivery, a new compound developed by Fonge and Uppalapati’s labs targets a protein called MUC-16 on cancer cells. The protein is “overexpressed” on the surface of cancer cells in cases of ovarian and pancreatic cancer, and its abundance which causes the cancer to grow rapidly in comparison with healthy cells and develop resistance to available treatments also serves as a biomarker which their new diagnostic and therapeutic compounds target.

“You can use either deliver radiation or cytotoxic compounds that will either help light up the cancer and make it a better diagnostic, or, depending on the type of attachment we deliver to that particular cancer cell, we can also deliver very potent therapeutics,” Fonge said. 

The distinct biological marker will allow medical professionals to specifically target cancerous cells with materials to either highlight those cells for diagnostic purposes or deliver treatment to those cells.

“We make antibodies, and we can make them bind to any protein of interest,” Uppalapati said. “We have been labelling them with radiation, and then targeting them directly to the cancer cells.”

Both Fonge and Uppalapati have successfully received CIHR funding for previous projects. Both researchers credited the College of Medicine through the College of Medicine Research Awards (CoMRAD) for providing their project with the funds to get started, and Uppalapati said funding from CIHR will help elevate this kind of work to the next level.

“Without having this funding, it’s impossible to conduct this research and take it to a stage where we can take it into clinical trials,” Uppalapati said. “It’s really critical to have this funding to support trainees … and have the resources and materials for us to move forward.”

Current effective cancer treatments like chemotherapy affect large areas of the body and can potentially have serious side effects. In addition, most patients become resistant to chemotherapy.

If this new diagnosis and treatment method can be taken to further stages, Fonge said it could drastically improve survival of these patients while leading to additional cost savings in health care, such as the avoidance of other unnecessary diagnostic procedures and less effective drugs.

As Fonge puts it, he and Uppalapati are looking to solve real world problems with their work, and this novel treatment does exactly that.

“We are only excited when this type of project would get into the arms of patients,” he said. “If we can get that data, and then that data helps us get more funding, and we eventually take it to patients, that is when the real benefit is.”

TextCIHR “supports excellence across all four pillars of health research: biomedical; clinical; health systems services; and population health.” None/Above content

Below are the other USask projects and nominated principal investigators who received funding in this round:

Dr. Alexandra King (MD) – Kiskemisowin (the gathering of knowledge to remind you who you are): Co-creating Community- and Nation-led digital archives for Indigenous health and wellness knowledge promotion and preservation – $1,656,224

Dr. Eric Price (PhD) – Tumour targeted, radiolabeled, mimetic nanovesicle theranostics for imaging and treating head and neck cancer – $963,900

Dr. Sarah Oosman (PhD) – Kehokatowin ~ Northern Saskatchewan Métis gathering here and there to age well in place(s) – $960,075

Dr. Alyson Kelvin (PhD) – Regulation of coronavirus cross-reactivity and immune durability for pan-coronavirus vaccine development – $906,526

Dr. Solina Richter (DCur) – Unveiling the Silence: Developing and Evaluating a Feasibility Study to Improve Access and Utilization to Sexual and Reproductive Health Services for Kayayei (Head Porters) in Ghanaian Markets – $868,276

Dr. Cory Neudorf (MD) – Multilevel estimation of the relative impacts of social determinants on income-related health inequalities in urban Canada: Toward a new Canadian Social Determinants Urban Laboratory – $650,251

Dr. Gary Groot (MD) – Understanding Hip and Knee Integrated Care Pathways: A Patient-Oriented Rapid Realist Review to Inform a New Saskatchewan Pathway – $100,000

Dr. Joyce Wilson (PhD) – Reverse genetic analysis of mechanisms underlying convergent evolution of SARS-CoV-2 variants of concern and accessory protein functions – $100,000

 

new-diagnostic-tools-protect-dogs-and-humans-from-deadly-parasite-usask-researchtrue1718730911095imj129New diagnostic tools protect dogs and humans from deadly parasite: USask researchYoung Innovators: “AE behaves like an invasive tumour disease and is very debilitating and costly to treat in both humans and dogs.”BROOKE KLEIBOERresearch,1690899240000/articles/research/2023/new-diagnostic-tools-protect-dogs-and-humans-from-deadly-parasite-usask-researchnewssite://news/articles/research/2023/new-diagnostic-tools-protect-dogs-and-humans-from-deadly-parasite-usask-researchccm0461690899427927ccm0461690899479134show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/temitope-kolapo.jpgsite://news/images/2023/temitope-kolapo.jpgnewstemitope-kolapo.jpg2494211080720USask Western College of Veterinary Medicine student Temitope Kolapo is investigating how a known parasite may pose a threat to dogs and humans in Canada. (Photo: Submitted)USask Western College of Veterinary Medicine student Temitope Kolapo is investigating how a known parasite may pose a threat to dogs and humans in Canada. (Photo: Submitted)NoNonesupport-critical-researchNo/
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An emerging parasite known as Echinococcus multilocularis has been increasingly appearing in coyotes in Western Canada as well as in new regions of North America recent years, and poses a potential threat to the health of dogs and humans, said University of Saskatchewan (USask) graduate and veterinarian Dr. Temitope Kolapo (PhD).

The tapeworm can have a severe impact on dogs if they ingest the parasitic eggs and develop a condition known as alveolar echinococcosis (AE).

“These eggs are immediately infective, and can survive for years in the environment," said Kolapo, who earned her PhD in veterinary microbiology from the Western College of Veterinary Medicine (WCVM) in February under the supervision of Dr. Emily Jenkins (DVM, PhD). “AE behaves like an invasive tumor disease and is very debilitating and costly to treat in both humans and dogs.”

In her recent study published in the journal Transboundary and Emerging Diseases, Kolapo showed that a diagnosis of AE in a dog in Western Canada can cost the owner over $10,000.

Kolapo said there has been an increase in the prevalence of E. multilocularis parasites in Western Canada in recent years, and thus, an increased risk of developing AE for both dogs and humans exists today. E. multilocularis adult parasites flourish in the intestines of dogs, coyotes, foxes and wolves, who often pass eggs eaten by rodents; when dogs and humans accidentally consume these eggs, they are at risk of contracting the parasite. AE can develop in the liver, and if the disease goes undetected in the early stage, treatment options and outcomes are often poor.

With her PhD research, Kolapo developed new diagnostic tools for veterinarians to help diagnose both intestinal and liver stages of the parasite infection in dogs. These tools will allow for early detection and treatment of the parasite, which is key to the survival of exposed dogs.

Because the parasite and the development of AE can have such widespread effects, Kolapo engaged directly with communities who work with affected animals to participate in her research.

“My research relied heavily on the engagement of hunters, trappers, and provincial and territorial veterinarians for wildlife samples,” said Kolapo. “I also worked with infectious disease physicians, human health personnel and veterinarians and pathologists who volunteered information and samples for canine case studies.”

A team of WCVM summer research students who have been integral to Kolapo’s research include Sarah Revell, Mila Bassil, Joy Wu and Allison Hay.

The importance of the research – besides saving infected dogs – is also to better understand the potential risk for humans, including dog owners and clinicians who work with exposed dogs. This One Health research approach recognizes the interconnectedness of people, animals and the environment.

Kolapo said taking a One Health view of the research was crucial to its success.

“My research on AE in dogs is important from an animal health perspective and also from a human health perspective as infection in dogs serves as an indication of risk to humans,” said Kolapo.

Research results indicated that diagnostic tests can be designed to help clinicians catch and treat AE early. Kolapo was a coauthor on a publication in the prestigious Journal of Infectious Diseases describing that the first human AE case in Saskatchewan most likely came from infected wildlife or dogs in Western Canada.

“Already, tests that I have developed have been used to detect the first cases of dogs shedding eggs of the parasite in Western Canada, helping mitigate risk to their owners and to veterinary personnel,” said Kolapo.

Kolapo had the opportunity to give almost ten presentations showcasing the results of her research, and published three academic papers.

In the future, Kolapo plans to continue to take her work to the next level to continue to protect animals and humans from these types of health risks.

“It is important to continue to get base line data on E. multilocularis in wildlife and domestic dogs in other regions of Canada,” she said. “This knowledge will aid in the formulation of prevention and control strategies. We also hope to continue to improve diagnostics as well as consider vaccine development.”

“I am excited to see what the future holds for me,” she said.

The research was funded by the USask Western College of Veterinary Medicine, the Natural Sciences and Engineering Council of Canada, the Mitacs Accelerate program, Aquila Diagnostics, the United States National Center for Veterinary Parasitology, and the Wildlife Health Research Fund, with technical support from the Canadian Food Inspection Agency and Prairie Diagnostic Services.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-creates-strong-momentum-in-international-partnershipstrue1718730911095imj129USask creates strong momentum in international partnerships USask continues to make strides on a global scale in delivering in areas of sustainability, food and water security.research, international, sustainability, 1690475400000/articles/research/2023/usask-creates-strong-momentum-in-international-partnershipsnewssite://news/articles/research/2023/usask-creates-strong-momentum-in-international-partnershipsccm0461690476243159ccm0461690476281159show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/trade_office.jpgsite://news/images/2023/trade_office.jpgnewstrade_office.jpg1890821080720From Left: Deputy Minister, Jodi Banks, Ministry of Trade and Export Development; Vice-President Research, Baljit Singh, USask; Minister, Jeremy Harrison, Ministry of Trade and Export Development; Director and CEO of the Vaccine and Infectious Disease Organization, Volker Gerdts, USask at the Sustainable Saskatchewan Reception at the new Germany office. (Photo: Ministry of Trade and Export Development)From Left: Deputy Minister, Jodi Banks, Ministry of Trade and Export Development; Vice-President Research, Baljit Singh, USask; Minister, Jeremy Harrison, Ministry of Trade and Export Development; Director and CEO of the Vaccine and Infectious Disease Organization, Volker Gerdts, USask at the Sustainable Saskatchewan Reception at the new Germany office. (Photo: Ministry of Trade and Export Development)NoNonesupport-critical-researchNo/
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To be the university the world needs, we must open our windows to the world.

That’s the message from USask Vice-President Research Baljit Singh, who travelled to Germany this past spring with the Ministry of Trade and Export Development for their most recent international mission. During the mission, the Saskatchewan Germany office was opened, which will serve as a physical location dedicated to navigating business opportunities, increasing trade, attracting investment, and strengthening relationships.

This specific mission was led by Saskatchewan Trade and Export Development Minister Jeremy Harrison, and several USask designates were also in attendance.

This trip was one of several trips Singh has made the past year to strengthen USask’s relationship with international partners.

Earlier this year, Singh accompanied Saskatchewan’s Premier Scott Moe on a mission to India which sparked useful knowledge mobilization between the province and India in areas of critical minerals, food and water security, post-secondary education, and sustainability.

“We’re looking to build policy solutions for problems. You can’t always do that by staying at home. The way you do that is to partner with others who are looking to solve those same problems and come up with meaningful solutions that have potential benefits for many,” said Singh.

USask’s international relationships continue to grow in Germany, India, and several other areas around the world. These relationships are of vital importance, said Singh, to bring USask’s strengths to the forefront of international problems. With ground-breaking research in areas of agriculture, energy resources, critical minerals, and vaccine development, USask is committed to making impacts on these critical issues that hit home for many around the world.

This thriving research naturally lends itself to attracting international research talent. Opening USask’s doors to the world means recruiting and retaining some of the smartest minds which can grow our innovation ecosystem and population, said Singh.

“USask scholars are engaged in collaborations in a large number of countries around the globe. As a university, we’re focusing our efforts based on where we can create meaningful, impactful change,” said Singh. “By investing in strategic alliances in a select group of research institutes and universities, USask can make a huge difference in identifying world problems and coming up with solutions.

“USask is seen as a leader in many areas of importance. We want to meet the world’s requirement of food, protein, water, and energy consumption and are figuring out how we’re going to do that. As the world grows, as our own population in Saskatchewan grows, we need to be at the table to share what we know and how we are going to create a viable, sustainable future for the next generations,” said Singh.

USask’s International Office houses more than 300 international agreements with 225 entities in over 60 countries. In 2022/23 alone, 24 new and 36 renewed agreements have been signed.

Eight of the 24 new agreements signed were with institutions in Bangladesh, Germany, and India. These three countries are priorities for USask due in part to their innovative research facilities and progressive specialist research centres and importance to Saskatchewan.

For Singh, being able to add knowledge on a global scale in areas of sustainability and the agri-food industry is essential to being the university the world needs and will have great impacts for the people of Saskatchewan.

“With opportunities to collaborate with institutions, researchers and governments outside Canada, USask’s research and our positive impact is extending well past Canada’s borders,” said Singh. “Internationalization brings life-changing benefits to researchers, staff, students, businesses, and communities as it connects them with the global environment. Only through internationalization can we foster an immersive and inclusive academic environment and embrace diverse perspectives and cultures to thoughtfully address issues facing societies today.”

supporting-the-health-of-little-hearts-with-physical-literacy-usask-researchtrue1718730911095imj129Supporting the health of ‘little hearts’ with physical literacy: USask researchBuilding physical activity into your life at a young age can be crucial to continuing this healthy habit into adulthood. But for children with congenital heart disease, the process of performing safe and effective physical activity can be a more complex process.BROOKE KLEIBOERresearch, College of Kinesiology1690469160000/articles/research/2023/supporting-the-health-of-little-hearts-with-physical-literacy-usask-researchnewssite://news/articles/research/2023/supporting-the-health-of-little-hearts-with-physical-literacy-usask-researchccm0461690469482844ccm0461690469482844show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/chapelski-1080.jpgsite://news/images/2023/chapelski-1080.jpgnewschapelski-1080.jpg1407651080720USask PhD student Matthew Chapelski USask PhD student Matthew Chapelski is part of a research team investigating how physical activity can benefit children with congenital heart disease, by integrating it into their everyday life. (Photo: Submitted)NoNonesupport-studentsNo/
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University of Saskatchewan (USask) PhD student Matthew Chapelski is part of a research team investigating how physical activity can benefit children with congenital heart disease, by integrating it into their everyday lifestyle.

Congenital heart disease (CHD) is a condition that children are born with, and occurs when the chambers, walls or valves of the heart do not develop properly before birth. Treatment options for the condition vary.  According to the Heart and Stroke Foundation of Canada, a common symptom experienced by children with CHD is fatigue during exercise or physical activity.

Our research team is interested in the effect physical activity has on mental, bone, muscle, and heart health of children with CHD,” said Chapelski, who is pursuing his PhD through the USask College of Kinesiology. “My personal interest is focused on the development of physical literacy through physical activity opportunities.”

Chapelski said developing physical literacy can be thought of like the processes of learning to write or to do math.

For example, when you are learning to write, you first learn the alphabet, then how to spell words, then you learn grammar,” said Chapelski. “Likewise, when we are learning to be physically literate, we first learn to walk, then how to skate, then how to shoot a puck. For all forms of literacy, educators must build up a child’s competence and confidence with simpler tasks before progressing to more challenging tasks.”

TextPullquote“I am inspired by continued learning, collaboration, and knowledge translation. I love learning new things and finding new ways to improve the health and well-being of others.”Matthew Chapelski /Align left

To design an effective physical activity program that could be used by children with CHD, Chapelski’s research team collaborated directly with the children’s caregivers to design a six-month plan built to meet their children’s specific needs. The children then participate in the program regularly, and health outcomes are evaluated before and after their involvement.

The Children’s Healthy-Heart Activity Monitoring Program in Saskatchewan (CHAMPS) and Chapelski’s research project is being supervised by USask Associate Professor Dr. Marta Erlandson (PhD).

Chapelski said the CHAMPS program includes a workout designed to build the children’s confidence in being active, alongside teaching the benefits of performing safe physical activity.

“We are providing children with CHD the tools, such as the competence and confidence to be active, and giving them autonomy over their long-term health,” said Chapelski.

Besides learning about and building healthy physical activity habits, Chapelski said the CHAMPS program provides a platform for children with CHD to share a special experience together and build relationships with other children who have similar health concerns, outside of the program as well.

“Although we are working with children with CHD, the development of physical literacy is essential for everyone’s long-term engagement in physical activity,” said Chapelski. “The most interesting part of my project is the community aspect. Similar to the lasting relationships the children have made with each other, I have made lasting relationships with the families involved in the CHAMPS program.”

The last wave of participants will complete the six-month physical activity program in 2024. The research team will then explore further opportunities and barriers to physical literacy for children with CHD.

Chapelski hopes to present his research results in 2024, and then plans to pursue a post-doctoral fellowship focused on furthering research on physical literacy after completing his PhD.

“I am inspired by continued learning, collaboration, and knowledge translation,” said Chapelski. “I love learning new things and finding new ways to improve the health and well-being of others.”

The project is supported by funding from the Canadian Institutes of Health Research, the Social Sciences and Humanities Research Council of Canada, the Saskatchewan Centre for Patient-Orientated Research, and the Saskatchewan Health Research Foundation. The research team would also like to acknowledge the participants and families of CHAMPS, and CHAMPS collaborators and registered nurses Lynne Telfer, Juanita Praksis, and Marie Penner.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-led-project-develops-guiding-principles-for-community-engaged-researchtrue1718730911095imj129USask-led project develops guiding principles for community-engaged researchAn international research group working under the auspices of the University of Saskatchewan’s (USask) United Nations Educational, Scientific and Cultural Organization (UNESCO) chair in Biocultural Diversity, Sustainability, Reconciliation, and Renewal, has developed a set of foundational principles to help guide and enhance community-engaged sustainability research.research, sustainability,1690384260000/articles/research/2023/usask-led-project-develops-guiding-principles-for-community-engaged-researchnewssite://news/articles/research/2023/usask-led-project-develops-guiding-principles-for-community-engaged-researchccm0461690389099799ccm0461690389513893show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/maureen_jim.jpgsite://news/images/2023/maureen_jim.jpgnewsmaureen_jim.jpg1307691080720Dr. James (Jim) Robson (PhD) and Dr. Maureen Reed (PhD) share the UNESCO chair. (Photo: Submitted)Dr. James (Jim) Robson (PhD) and Dr. Maureen Reed (PhD) share the UNESCO chair. (Photo: Submitted)NoNonesupport-critical-researchNo/
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USask researchers Dr. Maureen Reed (PhD) and Dr. Jim Robson (PhD), who share the UNESCO chair, are lead authors of a recent paper published in the British Ecological Society’s journal People and Nature that lays out the seven principles developed through a collaborative effort.

Robson and Reed said these principles will be relevant not only to sustainability researchers but also to other researchers—especially those engaged in intercultural, collaborative research—tackling a broad range of topics and working with local people and Indigenous groups in rural, urban, and peri-urban settings.

“The whole idea is that we as university researchers, partner organizations, and collaborators are responding to community needs and supporting them through community-engaged research,” said Robson. “It is working with communities rather than working on communities or studying them.”

The aim is to engage equitably, respectfully, and responsibly with multidisciplinary, intercultural colleagues, partner organizations, and community collaborators, rejecting the notion of scientists descending on a community to study a topic of academic interest and departing, never to be seen again.

“I don’t think that’s what we’re meant to be doing as university researchers,” said Robson. “We’re moving toward a place where we are responding to community needs and finding ways that we can support communities to help them in whatever way they see fit,” said Robson.

The principles were developed through a community of practice built through the UNESCO chair, said Reed. They represent the consensus of a diverse group that includes local and Indigenous people, non-governmental agency members, and early career and established academics from Canada, Argentina, Bolivia, Germany, Mexico, and South Africa.

Team members span the natural and social sciences and humanities, including evolutionary, forest and ethno-ecology, agronomy, history, philosophy, water science, and engineering. Most work in areas somewhat removed from their training, and identify as interdisciplinary and even transdisciplinary sustainability scientists, practitioners, and knowledge holders. 

“The fact that the input has come from such a diversity of backgrounds is why we feel these principles potentially will be useful to people working in many different fields, even though we focused it around our passion for biocultural diversity and sustainability,” Reed said.

The group members began in 2018 to articulate principles by which they would work together, with revisions in 2020 and 2021 making the principles that much stronger, she said. Team members offered diverse examples of how to put the principles into practice. The aim is to make a living document, with ongoing reflection and potentially more revisions to come.

“We hope some of this will resonate beyond sustainable development because it isn’t specific to the work we do. It’s about respect, relationship building, and friendship—the things that you need to cultivate and look after if you are going to be effective in collaborative research that engages communities,” said Robson.

The seven principles are: honour self-determination and nationhood; commit to reciprocal relationships; co-create the research agenda; generate meaningful benefits for communities; approach research in a good way: embed relational accountability; ensure equity, diversity, and inclusion; emphasize critical reflection and sharing.

Reed and Robson emphasized that the seven principles are not a blueprint that is prescriptive, but are touchpoints to keep in mind when conducting research.

Robson said the approach has implications for not only how academics do research but also for how ethics boards support such projects in terms of providing oversight, and how universities at large value and encourage academics doing this type of research.

It also speaks to funding agencies on how they need to help fund the process of relationship building, said Reed, noting that current agency policies pose a barrier for academics. As well, she said, funding is also needed at the back end of a project to produce some outputs that granting agencies want.

“We tend to conduct research to the very end of the funding envelope, but there are usually two or three years following that for a project to wind down. By then there are no funds left,” Reed said.

“We hope these principles will encourage researchers, as they work to address institutional challenges, to reflect on their own practice to engage collaborators effectively and equitably.”

 

new-usask-funding-to-advance-canadas-beef-sectortrue1718730911095imj129New USask funding to advance Canada’s beef sectorDr. Antonio Facciuolo (PhD) from the Vaccine and Infectious Disease Organization (VIDO) at the University of Saskatchewan (USask) has new support to develop a vaccine against Johne’s disease—a chronic intestinal disease of cattle that is significant to both the beef and dairy industry. research, VIDO1690300440000/articles/research/2023/new-usask-funding-to-advance-canadas-beef-sectornewssite://news/articles/research/2023/new-usask-funding-to-advance-canadas-beef-sectorccm0461690301226618ccm0461693320244862show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/antonio_facciuolo.jpgsite://news/images/2023/antonio_facciuolo.jpgnewsantonio_facciuolo.jpg1283151080720Dr. Antonio Facciuolo (PhD) will receive $264,960 from BCRC to advance the development of a vaccine against MAP. (Photo: Dave Stobbe)Dr. Antonio Facciuolo (PhD) will receive $264,960 from BCRC to advance the development of a vaccine against MAP. (Photo: Dave Stobbe)NoNonesupport-critical-researchNo/
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Facciuolo is one of five scientists at USask awarded funding from the Beef Cattle Research Council (BCRC) under the newly announced Canada’s Beef and Forage AgriScience Cluster.

The USask-led projects, totalling $3,107,317, will help bolster the beef sector’s environmental and economic sustainability. The research will focus on improving cow-calf health and productivity, breeding climate-resistant forages, studying the Canadian feed-lot industry, managing cattle diseases, and advancing gut health research.

“Agriculture is a signature area of research at USask and we are committed to advancing research that will create sustainable growth in this area,” said USask Vice-President Research Baljit Singh. “The funding announced by BCRC will allow us to drive innovation and make meaningful contributions that will bring great value to the beef industry.”

Johne’s disease, caused by the bacterium Mycobacterium paratuberculosis (MAP), is a contagious and lifelong infection that eventually progresses to severe inflammation of the small intestine in cattle. It is estimated the disease causes annual industry-wide losses of $17-28 million USD. Vaccines are not currently available in Canada.

Facciuolo, who has collaborators at the University of Calgary and Simon Fraser University, will receive $264,960 from BCRC to advance the development of a vaccine against MAP.

“I’m excited to build on our previous work which established an infection and vaccine screening model for Johne’s disease,” said Facciuolo, one of VIDO’s newest scientists who is also affiliated with the Western College of Veterinary Medicine at USask. “This funding will support the next steps in vaccine research and ultimately towards the development of a vaccine that can protect against this chronic and economically important disease.” 

The team will test oral and injectable vaccine formulations using antigens identified in a previous project. Based on their findings they will select the combination that provides the best overall protection to help control this disease.

The following USask projects were also recipients of support under Canada’s Beef and Forage AgriScience Cluster:

  • Bill Biligetu (PhD) — $201,680. Breeding climate-resilient forage germplasm for the Canadian beef industry: a national collaboration.
  • Greg Penner (PhD) — $961,859. Re-considering treatment strategies: can we accelerate recovery from disease by considering gut health?
  • Gabriel Ribeiro (PhD) — $300,468. A benchmark study of the Canadian feedlot industry and an evaluation of best management practices (BMPs) to improve the sustainability of feedlots.
  • Cheryl Waldner (PhD) — $1,378,350. The Canadian Cow-Calf Health and Productivity Enhancement Network (C3H/PEN).

 

increasing-commercialization-at-the-saskatchewan-cyclotron-facilitytrue1718730911095imj129Increasing commercialization at the Saskatchewan Cyclotron FacilitySylvia Fedoruk Canadian Centre for Nuclear Innovation receives $410,650 funding from PrairiesCan to develop products for health-care research.research,1690214400000/articles/research/2023/increasing-commercialization-at-the-saskatchewan-cyclotron-facilitynewssite://news/articles/research/2023/increasing-commercialization-at-the-saskatchewan-cyclotron-facilityccm0461690212001498ccm0461690212047386show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/usask_lab.jpgsite://news/images/2023/usask_lab.jpgnewsusask_lab.jpg1266961080720The federal funding from PrairiesCan will support the development of products for health-care research. (Photo: USask)The federal funding from PrairiesCan will support the development of products for health-care research. (Photo: USask)NoNonesupport-visionary-spacesNo/
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The Saskatchewan Cyclotron Facility, which is operated by the Sylvia Fedoruk Canadian Centre for Nuclear Innovation Inc., supports nuclear imaging innovations led by academic and industrial researchers, and manufactures a nuclear imaging pharmaceutical that allows over 2,500 Saskatchewan patients per year to receive PET-CT scans for cancer diagnoses.

Thanks to PrairiesCan funding, the Fedoruk Centre at the University of Saskatchewan (USask) can accelerate the development of new radioisotope products that local Saskatchewan researchers require for developing nuclear imaging or therapeutic ‘radiopharmaceuticals’ for health care.

The funding was announced July 24 at the 11th International Conference on Isotopes (11ICI) taking place July 23-27 in Saskatoon, and produced through a partnership with USask, Discover Saskatoon, and the Sylvia Fedoruk Canadian Centre for Nuclear Innovation Inc. (Fedoruk Centre).

“For almost a century, Saskatchewan has been home to world-renowned pioneers in nuclear medicine and technology,” said the Honourable Dan Vandal, Minister for PrairiesCan. “The federal government is building on years of support to this sector with additional funding for the Fedoruk Centre and the 11th International Conference of Isotopes, both of which help raise Canada’s profile in scientific research and development, and attract scientists, industry leaders, and investors to our world class educational institutions and scientific facilities.”

“Our government is proud to support the Fedoruk Centre, including the development of three nuclear imaging products,” said Parliamentary Secretary Pam Damoff. “Canada is a world leader in medical isotopes, and this investment helps meet market needs, enabling enhanced research and development, clinical trials, and applications for cancer diagnosis and treatment within Saskatchewan and beyond.”

Many radioisotope products have shelf lives of minutes or hours, which means their potency is lost during shipping. They must be made locally to be effective for research or clinical applications.

“There are people in our community, young scientists, who want to broaden their research impacts, but they need these basic isotopes and radiochemicals to expand their programs of innovation. They would like to address new diseases and invent new imaging or therapeutic methods but need the raw materials to do so,” said John Root, executive director of the Fedoruk Centre.

The federal funding from PrairiesCan will support the development of products for health-care research. These raw materials will be applied to develop novel cancer-imaging probes, support clinical trials, and enhance therapies within Saskatchewan and beyond.

The project will establish a local capability to manufacture three products: Gallium [68]-Chloride, Sodium-Fluoride[18], and Fluorine[18]-Prostate-specific membrane antigen, directly responding to demands from facility users for a localized source of these products.

“We are honouring the work of Sylvia Fedoruk here by enabling Saskatchewan researchers to continue working at the leading edge in diagnosing and treating cancer with disease-specific nuclear imaging tools,” said Root.

“Thanks to PrairiesCan, we can deploy the necessary resources quickly and establish the new production capability within two years,” said Root.

Along with the $410,650 investment, PrairiesCan is also a sponsor of the 11th International Conference of Isotopes. The conference is a multifaceted interdisciplinary exchange between the developers and producers of isotopes and apply isotopes in medicine, industry, agriculture, national security, and other fields.

usask-to-host-international-conference-on-isotopestrue1718730911095imj129USask to host International Conference on IsotopesUSask and partners welcome world-leading researchers and scientists to Saskatoon.research, Fedoruk Centre, international, 1689866100000/articles/research/2023/usask-to-host-international-conference-on-isotopesnewssite://news/articles/research/2023/usask-to-host-international-conference-on-isotopesccm0461689866667678ccm0461690211807611show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/fedoruk_centre.jpgsite://news/images/2023/fedoruk_centre.jpgnewsfedoruk_centre.jpg1273241080720The Sylvia Fedoruk Canadian Centre for Nuclear Innovation Inc. (Fedoruk Centre). (Photo: USask)The Sylvia Fedoruk Canadian Centre for Nuclear Innovation Inc. (Fedoruk Centre). (Photo: USask)NoNonesupport-visionary-spacesNo/
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The University of Saskatchewan (USask) is proud to be a partner in the 11th International Conference on Isotopes (11ICI) which will take place July 23-27 in Saskatoon and produced through a partnership with Discover Saskatoon and the Sylvia Fedoruk Canadian Centre for Nuclear Innovation Inc. (Fedoruk Centre).

“Hosting the 11ICI conference is a natural fit for USask and the Fedoruk Centre,” said Dr. John Root (PhD), executive director of the Fedoruk Centre. “This conference represents a unique opportunity for researchers and professionals to gather from around the world to exchange ideas and shape the future of isotope technologies. As USask and the Fedoruk Centre strive to be what the world needs, we hope this event will build international collaborations, yield some surprising discoveries, and open up some new business for Saskatchewan at the cutting edge of isotope-based applications in health, energy, safety, and the environment.”

Themed “Isotopes Around Us, their Applications and Beyond,” the 11ICI will bring together members of the scientific community, producers, processors, industry, and regulators from around the globe to exchange knowledge and explore the latest advancements in the field of isotopes.

The conference serves as a platform for the discussion of isotopes with applications in medicine, industry, agriculture, national security, fundamental science, and other fields. The plan for the week includes several satellite sessions, renowned guest speakers, and panel discussions.  There will be a special session on isotopes in astrophysics and cosmology as well as a panel highlighting “Women in Nuclear: Marie Curie, Harriet Brooks, Sylvia Fedoruk.”

“We are very pleased that the World Council on Isotopes chose to include a panel on the Women in Nuclear. It draws attention to the global impact of Saskatchewan’s Sylvia Fedoruk in helping to develop the Cobalt isotope radiation therapy that treated more than 70 million patients by the year 2000 and is currently used for 70 per cent of radiation treatments worldwide,” said Root.

USask and the Fedoruk Centre are building capacity to discover and apply nuclear science to advance medical health and environmental sustainability for the benefit of society. Conference participants will have opportunities to meet researchers who access nuclear facilities in Saskatoon to conduct studies in nuclear imaging, diagnostics, and radiopharmaceuticals, non-destructive testing, and irradiations. 

In addition to the program, attendees will have the chance to explore Saskatoon, which offers the ideal backdrop for networking, river walks, and cultural exchange.

“Hosting the world council on isotopes in Saskatoon holds immense importance as it gathers minds passionate about unlocking the potential of nuclear energy. This conference not only fosters knowledge exchange but also paves the way for a brighter future, where sustainable and clean energy sources can shape our world,” said Tyler Lloyd, business development director, Discover Saskatoon.

Registration is now open. The conference website has details on registration, abstracts, and key dates.

usask-research-shows-therapy-dogs-can-build-a-stronger-social-support-network-in-canadas-prisonstrue1718730911095imj129USask research shows therapy dogs can build a stronger social support network in Canada’s prisonsTherapy animals are known for their beneficial effects on humans in health care environments, but what about in prisons? A University of Saskatchewan (USask) graduate student is looking into how animal therapy programs could help individuals who are incarcerated maintain their sense of self and overcome stigma.BROOKE KLEIBOERresearch, 1689685200000/articles/research/2023/usask-research-shows-therapy-dogs-can-build-a-stronger-social-support-network-in-canadas-prisonsnewssite://news/articles/research/2023/usask-research-shows-therapy-dogs-can-build-a-stronger-social-support-network-in-canadas-prisonsccm0461689632656418ccm0461689688405644show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/rath-1080.jpgsite://news/images/2023/rath-1080.jpgnewsrath-1080.jpg2830251080720Grace Rath began her research career after being inspired by her time as a therapy dog volunteer in 2018 with her black Labrador, Jager (pictured), with the St. John Ambulance therapy dog program. (Photo: Submitted)Grace Rath began her research career after being inspired by her time as a therapy dog volunteer in 2018 with her black Labrador, Jager (pictured), with the St. John Ambulance therapy dog program. (Photo: Submitted)NoNoneNoneNo/
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Previous USask research has established that animal therapy programs can be beneficial to patients’ pain and comfort levels when visiting an emergency room, but Grace Rath was determined to find out if such programs could similarly support individuals currently living in prisons.

Rath began her research career after being inspired by her time as a therapy dog volunteer in 2018 when she was certified with her black Labrador, Jager, with the St. John Ambulance therapy dog program in Saskatchewan. Together, they visited community mental health organizations and assisted-living facilities.

“Jager showed me how impactful interacting with a non-judgmental and loving dog could be with people who needed that extra care,” said Rath.

This experience fueled a desire to dig deep and find out if therapy animal programs would work in prison settings, and if they were successful, why this occurred.

Most prison animal program research suggests that these programs are beneficial in creating opportunities for building responsibility, emotional regulation, prepping for the workforce, and increased mental well-being,” said Rath, who is pursuing a master’s degree in sociology through the USask College of Arts and Science under the supervision of professor Dr. Colleen Dell (PhD).

Understanding some of the challenges faced by incarcerated individuals is crucial to investigating why therapy animals may aid in increasing well-being. A major obstacle incarcerated individuals have to overcome is facing de-individuation – a sense of feeling stripped of an individual identity within the confines of the prison system.

“Stereotypes targeting their negative social labels as criminals and problematic substance users – including labels such as addicts, failures, aggressive, and tough – took away the individual identities and made them feel that they were just ‘criminals’ within the prison institution,” said Rath.

“I was interested in what the dogs themselves did that was different from typical human interventions, and what processes lead them to develop these meaningful relationships with study participants [in spite of these challenges].”

After analyzing interviews from both prison staff and currently incarcerated individuals about their experiences with the PAWSitive Support Canine Assisted Learning Program in 2016, Rath said she was surprised by some of the findings.

A major finding was that study participants felt the dogs cared for them personally, both by being emotionally and physically present and by displaying unconditional love. But, on another note, participants and staff highlighted the importance of how the prison environment can deprive humans of some important building blocks towards feeling valued in society.

“What was especially surprising within in this research was how the participants and staff described the importance of the emotional and physical care the participants felt from the dogs,” said Rath. “This was something they had not experienced within the prison environment, and for some of them, most of their life. Even just the opportunity to be able to physically touch the dogs, and getting to pet them and hug them, was something they could not experience within their regular environment.”

TextPullquote“The dogs were able to humanize the participants to the point where they could feel more like themselves and less like their internalized stereotypes.”Grace Rath /Align left

Rath said she gained an understanding of how a feeling of connection and a sense of support can be integral in providing beneficial prison programing and encouraging substance use recovery.

“It was also surprising how the participants built unique and individual relationships with the dogs based on the dogs’ personalities,” said Rath. “The dogs were able to humanize the participants to the point where they could feel more like themselves and less like their internalized stereotypes.”

Rath plans to publish an academic journal article in the near future highlighting her research findings and hopes to incorporate her research into a handbook for therapy dog handlers. She also presented the results at a conference hosted by the Canadian Sociological Association this past spring.

“This research will have a number of public policy applications and will build social awareness around the harmful impacts of internalized stigma for prisoners, and prisoners who use substances,” said Rath.  

Her inspiration for the work will continue through her love of experiences with therapy animals. She continues to volunteer with her dog Reacher, through the St. John Ambulance Therapy Dog program on the USask campus.

The research was supported by the Social Sciences and Humanities Research Council of Canada.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

new-usask-research-mentorship-program-provides-invaluable-support-for-scholarstrue1718730911095imj129New USask research mentorship program provides invaluable support for scholarsDr. Jaswant Singh (PhD) is the new research mentor who will lead the new Faculty Mentorship Program to provide support for early and mid-career researchers at the University of Saskatchewan (USask). Matt Olsonresearch, WCVM, 1689621540000/articles/research/2023/new-usask-research-mentorship-program-provides-invaluable-support-for-scholarsnewssite://news/articles/research/2023/new-usask-research-mentorship-program-provides-invaluable-support-for-scholarsccm0461689621942856ccm0461689621942856show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mentorship-singh-1.jpgsite://news/images/2023/mentorship-singh-1.jpgnewsmentorship-singh-1.jpg1862751080720Dr. Jaswant Singh (PhD) is a professor with the Western College of Veterinary Medicine (WCVM) at USask. (Photo: Christina Weese)Dr. Jaswant Singh (PhD) is a professor with the Western College of Veterinary Medicine (WCVM) at USask. (Photo: Christina Weese)NoNoneNoneNo/
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A professor with the Western College of Veterinary Medicine (WCVM) at USask, Singh sees mentorship as a passion, one that he calls extremely rewarding in the academic community. From how to set up a research lab, to recruiting graduate students for projects, to connecting and collaborating with colleagues, Singh said the mentorship program will be able to help researchers in a myriad of ways.

“Imagine when I came as a PhD student here, from exactly the other side of the globe. The culture is different, the way you greet people is different, the way you order chemicals is different,” he said. “It would be an enormous challenge for a new faculty member. So, our focus through this would be to provide support so that faculty members can weave themselves in the fabric and culture of our great campus.”

Singh was part of a USask faculty committee tasked with evaluating pre-existing mentorship programs at USask and at other U15 universities. The goal was to develop a program at USask that could span the entire campus, provide mentorship resources, and connect researchers with similar interests.

TextImage/images/2023/mentorship-singh-2.jpgsite://news/images/2023/mentorship-singh-2.jpgnewsmentorship-singh-2.jpg2016441080720Dr. Jaswant Singh (PhD) was part of a USask faculty committee tasked with evaluating pre-existing mentorship programs at USask and at other U15 universities. (Photo: Christina Weese)Above content

Singh called the implementation of an official mentorship program key for researchers of all experience levels.

“We are there to facilitate scholarly and research career development for new faculty and mid-career researchers, and also provide specific support to our research chairs,” he said.

The committee determined that a new entity within the Office of the Vice-President Research (OVPR) should be created and run by USask faculty to help facilitate the program.

Dr. Baljit Singh (PhD), Vice-President Research at USask, helped spearhead the newly developed Faculty Mentorship Program to grow USask’s current and future academic teams.

“We’re excited to have Dr. Jaswant Singh lead the way for this new program that will support and mentor researchers across our incredible campus,” Singh said. “This program will allow USask to continue recruiting and developing world-class researchers who can be what the world needs.”

Jaswant Singh pointed to the interdisciplinary nature of USask’s Signature Areas – a set of key research areas – as an important reason for developing an official research mentorship program.

As he puts it, a “one-size-fits-all” approach for mentoring researchers is not going to be effective across all disciplines. Singh said the program developed for USask will be flexible and responsive to help fit the needs of researchers who needed it.

“In this work, you always need to have interconnections with other disciplines, and that’s a big need – to go across colleges,” Singh said. “That’s why we need something at the institutional level.”

When Singh came to USask from India to complete his PhD studies, he had the support of numerous mentors whom he credits with helping get him established in the scholarly community.

Now Singh is excited to pass that support forward to more researchers in the USask community.

“Mentorship can take various forms. I’ve been interested in mentorship and the rewards you get with it – not monetary rewards, but the mental satisfaction you get from helping somebody else,” he said. “As they say, I will treat the way I was treated. And I was treated so well by my mentors. I owe it to them to provide something similar to the next generation.”

TextImage/images/2023/mentorship-singh-3.jpgsite://news/images/2023/mentorship-singh-3.jpgnewsmentorship-singh-3.jpg1815651080720Dr. Jaswant Singh (PhD) was part of a USask faculty committee tasked with evaluating pre-existing mentorship programs at USask and at other U15 universities. (Photo: Christina Weese)Above content
usask-research-team-receives-250,000-for-groundbreaking-investigation-into-saskatchewan-wetlandstrue1718730911095imj129USask research team receives $250,000 for groundbreaking investigation into Saskatchewan wetlandsAn interdisciplinary team of University of Saskatchewan (USask) researchers received a quarter of a million dollars from the New Frontiers in Research Fund (NFRF) Exploration stream to do a comprehensive investigation of aquatic insect exports from the wetlands in the Prairie Pothole region.Matt Olsonresearch, water, sustainability, 1689612060000/articles/research/2023/usask-research-team-receives-250,000-for-groundbreaking-investigation-into-saskatchewan-wetlandsnewssite://news/articles/research/2023/usask-research-team-receives-250,000-for-groundbreaking-investigation-into-saskatchewan-wetlandsccm0461689612317120ccm0461689612681649show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/wetlands-research-1.jpgsite://news/images/2023/wetlands-research-1.jpgnewswetlands-research-1.jpg3032861080720An interdisciplinary USask research team aims to demonstrate how wetlands contribute to the overall ecosystem and how those contributions translate to the benefit of wildlife and humans. (Photo: Submitted)An interdisciplinary USask research team aims to demonstrate how wetlands contribute to the overall ecosystem and how those contributions translate to the benefit of wildlife and humans. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Dr. Tim Jardine (PhD) with the School of Environment and Sustainability (SENS), Dr. Christy Morrissey (PhD) with the Department of Biology in the College of Arts and Science, and Dr. Patrick Lloyd-Smith (PhD) with the Department of Agricultural and Resource Economics are leading the project that received the illustrious NFRF grant.

The team is hoping to comprehensively track the biological exports – such as nutrients and pesticides from insects that are consumed by other animals – of these Saskatchewan wetlands.

They will also create a valuation system to quantifiably demonstrate how these exports from wetlands contribute to the overall ecosystem and how those contributions translate to the benefit of wildlife and humans.

“We have this vast number of wetlands that surround us in this Prairie landscape. They’re very cool study systems, but they’re very vulnerable to human impacts,” Jardine said.

TextImage/images/2023/wetlands-research-2.jpgsite://news/images/2023/wetlands-research-2.jpgnewswetlands-research-2.jpg2042001080810The scope of the research project covers multiple areas of biology, toxicology, chemistry, and economics. (Photo: Submitted)Above content

The research team will use wetland insect traps and experimental enclosures called limnocorrals with chemical tests to measure the number and quality of insects exported from the wetland areas and what kind of effect they have on surrounding ecosystems. The team hopes to emphasize the real-world relevance of maintaining these wetlands by conducting their research in the field.

Part of the research will also involve a random sample survey sent to Canadians to gauge how valuable protecting these wetlands are in the eyes of everyday people. Wetland regions are often considered undesirable, either as impediments to urban or agricultural development or as simple nuisances.

“These water bodies are often identified as sloughs, which is kind of a derogatory term. They’re considered wasteland, non-productive areas. But that is counter to everything ecologists know about them – that they’re actually highly productive, highly beneficial sites that can move important insect prey from aquatic to terrestrial environments,” Morrissey said.

As Morrissey puts it, it’s important for the public to understand the importance of maintaining the wetlands to the ecosystem.

“It’s the goodwill of an individual farmer to keep them,” she said. “We need to have a better understanding of the value of the variety of services the wetlands provide.”

The NFRF Exploration fund provides support for projects considered to be creative, “high-risk/high-reward” research. The USask team’s project is considered high-risk research because of the inherent difficulties of directly evaluating the consequences of human impact on wetlands and vice versa.

The scope of the research covers multiple areas of biology, toxicology, chemistry, and economics. Jardine said having “true collaboration” where different experts in their respective fields are all operating on an equal level, makes cutting-edge projects like this possible.

“All three of us have a part to play, we all understand our role and we can all work together towards this common problem at an appropriate scale,” he said.

Both Morrissey and Jardine noted that these NFRF grants are difficult to secure, and that the funding makes a significant difference for getting high-risk, creative projects off the ground.

“It’s exciting. They do fund groundbreaking projects,” Jardine said. “It’s a chance for us to try out something a little bit different that we aren’t typically able to do.”

TextImage/images/2023/wetlands-research-3.jpgsite://news/images/2023/wetlands-research-3.jpgnewswetlands-research-3.jpg2126421080718An interdisciplinary USask research team aims to demonstrate how wetlands contribute to the overall ecosystem and how those contributions translate to the benefit of wildlife and humans. (Photo: Submitted)Above content
new-book-by-usask-professor-helping-chilean-government-manage-parks-and-protected-areastrue1718730911095imj129New book by USask professor helping Chilean government manage parks and protected areas Dr. David Natcher (PhD) of the University of Saskatchewan (USask) has collaborated with the Government of Chile to produce a book that closely examines the relationship between conservation of national parklands and the Indigenous communities that live along those park borders.Matt Olsonresearch, College of Agriculture and Bioresources,1689610320000/articles/research/2023/new-book-by-usask-professor-helping-chilean-government-manage-parks-and-protected-areasnewssite://news/articles/research/2023/new-book-by-usask-professor-helping-chilean-government-manage-parks-and-protected-areasccm0461689610440946ccm0461689610871393show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/chile-research-july17-2023.jpgsite://news/images/2023/chile-research-july17-2023.jpgnewschile-research-july17-2023.jpg2463841080720USask professor Dr. David Natcher’s (PhD) research examines the relationship between conservation of national parklands and the Indigenous communities that live along those park borders. (Photo: Submitted)USask professor Dr. David Natcher’s (PhD) research examines the relationship between conservation of national parklands and the Indigenous communities that live along those park borders. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Titled Living Together: Communities and Protected Areas in Chile, Natcher’s book has been many years in the making and was delayed by the COVID-19 pandemic.

The core of the book is exploring how to balance important issues of environmental and natural resource conservation with the needs and rights of Indigenous peoples. As Natcher puts it, there are numerous climate-based and man-made threats to natural resources that must be contended with, so finding a responsible and collaborative approach is the best way forward for all peoples involved.

TextImage/images/2023/natcher2.jpgsite://news/images/2023/natcher2.jpgnewsnatcher2.jpg123340465338With the support of the Chilean government, Dr. David Natcher (PhD) visited six parks in Chile over three years and connected with community members, local leadership, and park managers during his research for the book. (Photo: Submitted)Align right

“It’s how to manage parks and protected areas that can actually support the livelihoods of Indigenous communities, rather than making them more vulnerable to change,” Natcher said. “You see the same challenges here (in Canada) as well, where Indigenous parks and protected areas are being established and managed on the basis of Indigenous rights and values.”

A professor in the College of Agriculture and Bioresources at USask, Natcher’s research has been in the areas of economic anthropology and Indigenous land management.

Although much of Natcher’s previous research has been with Indigenous communities in Canada and Alaska, he said the historical impacts of parks and protected areas have been experienced by Indigenous peoples throughout the world.

“Conservation, globally, has had a very significant impact on Indigenous communities,” he said. “However, we are seeing the social and political empowerment of Indigenous peoples as they reclaim their rightful place in the management of these areas … These are Indigenous homelands — a change that is being characterized as a paradigm shift in park management.”

Natcher worked with the Corporación Nacional Forestal (CONAF), a Chilean government-run agency that administers the country’s parks and protected areas.

With the support of the Chilean government, Natcher visited six parks in Chile over three years and connected with community members, local leadership, and park managers during his research for the book, which he co-wrote with independent consultant Rolando Ramirez. 

Natcher said the book is now being used as a reference for the Chilean government as they develop new park policies moving forward.

“I think CONAF in genuinely committed to finding a balance between conservation and the rights and needs of Indigenous communities. I’m hopeful the book can help those efforts,” he said.

This will not be Natcher’s last foray into Chile, either. The book has led to several other related projects that are scheduled to be launched later this year.

from-prediction-to-preparedness-how-hydrological-modelling-is-helping-the-yukon-government-forecast-flood-eventstrue1718730911095imj129From prediction to preparedness: How hydrological modelling is helping the Yukon Government forecast flood eventsAs the surging waters of the Klondike River near Dawson City subsided later in the spring of 2023, officials with the Yukon Government (YG) reflected on how hydrological modelling efforts from the University of Saskatchewan (USask) and ongoing research out of McMaster University helped them better forecast flood events and issue flood advisories.Mark Fergusonresearch1689262260000/articles/research/2023/from-prediction-to-preparedness-how-hydrological-modelling-is-helping-the-yukon-government-forecast-flood-eventsnewssite://news/articles/research/2023/from-prediction-to-preparedness-how-hydrological-modelling-is-helping-the-yukon-government-forecast-flood-eventsbpk4551689262552755bpk4551689631524122show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/yukon_flooding.jpgsite://news/images/2023/yukon_flooding.jpgnewsyukon_flooding.jpg1557811080720Yukon River above Whitehorse in the flood of July 2021, caused by melt of a record-high snowpack and also extreme heat which melted the headwater glaciers. (Photo: John Pomeroy)Yukon River above Whitehorse in the flood of July 2021, caused by melt of a record-high snowpack and also extreme heat which melted the headwater glaciers. (Photo: John Pomeroy)NoNonesupport-critical-researchNo/
TextImage/images/2023/mohamed_elshamy.jpgsite://news/images/2023/mohamed_elshamy.jpgnewsmohamed_elshamy.jpg1486921080720Dr. Mohamed Elshamy (PhD), research scientist in the USask-led Global Water Futures (GWF) program. (Photo: Mark Ferguson)Align left

This is the third year running that communities living in Canada’s most populous territory have seen record flooding in at least one area. In May 2023, the modelling team was able to help predict the open water flood on the Klondike River. 

“It gives you a great feeling knowing that this research has an impact on the ground and that it is being used to help communities,” said Dr. Mohamed Elshamy (PhD), research scientist with USask’s Global Institute for Water Security (GIWS) and Centre for Hydrology (CFH). “We can’t prevent the floods, but we can save properties, even save lives, by protecting or evacuating cities and towns and roads. It’s a great feeling.”

Elshamy said the modelling system he uses relies on meteorological forecasts from Environment and Climate Change Canada (ECCC) to run a physically-based hydrological model of the Yukon River system including lakes and glaciers. The system runs daily on the Amazon cloud for reliability and sends automated reports to the YG.

Elshamy is a research scientist in the USask-led Global Water Futures (GWF) program where he works as part of GWF’s pan-Canadian Core Modelling and Forecasting Team. The team has improved Canada’s flood forecasting from coast to coast and continues to advance the models and techniques that can help predict floods.

The work Elshamy does for the Yukon River Basin is considered invaluable to partners in the Yukon.

TextImage/images/2023/anthony-bier.jpgsite://news/images/2023/anthony-bier.jpgnewsanthony-bier.jpg1658351080847Anthony Bier, acting senior hydrologist with the Ministry of the Environment, Yukon Government. (Photo: Submitted)Align right

“I can’t stress how valuable this relationship is,” said Anthony Bier, YG acting senior hydrologist with the department of the environment. “In my experience, over the past two years especially, we use the reports from USask on a daily basis.”

Bier said the model outputs help him and his colleagues make decisions on what level of advisory to issue, and those advisories help emergency response officials communicate risk to the public.

"While there was significant damage to property and infrastructure during the 2023 Klondike flood events, the fact that no one was significantly injured – that I’m aware of – suggests a positive outcome from the flood response from my personal perspective,” he said. “This is all thanks to the hardworking first responders. I can't quantify the impact of our forecasting work, but the incident management team has been appreciative of the work we do."

Bier added that the model outputs help forecasters gauge the warning level for the advisories they release to the public and in turn help emergency response officials understand the level of risk an event presents to communities.

“We rely on this relationship triad between the Yukon, the University of Saskatchewan, and McMaster University,” he said. “One day we hope to run the forecasts ourselves, but we are not quite there yet.”

TextImage/images/2023/sean_carey.jpgsite://news/images/2023/sean_carey.jpgnewssean_carey.jpg1454931080720Dr. Sean Carey (PhD) at Wolf Creek in August 2022. (Photo: Mark Ferguson) Align right

Before the USask modelling and forecasting team was able to run a predictive model that covers nearly half of the entire Yukon Territory, they honed the prediction system from data and measurements collected from the Wolf Creek Research Basin, a smaller watershed near Whitehorse. According to scientists who work in the basin, Wolf Creek has proven to be a perfect example of larger regions in the North and provides the longest-running research measurements of its kind.

“In a day and age where funding cycles are usually four or five years, it is a real achievement to have a research basin like Wolf Creek where we’ve been able to study it for over 30 years now,” said Dr. Sean Carey (PhD), professor in the School of Earth, Environment and Society at McMaster.

Wolf Creek itself has been recognized in the territory for its contribution to scientific research and continues to operate as a Research Facility under the protection of YG. It is one of the 64 research basins supported by the Canada Foundation for Innovation as part of the new USask-led Global Water Futures Observatories project.

“We have a strong and supportive relationship with the Yukon Government on a number of issues,” said Carey. “They support our research, and we try to help them where we can, and ask for help where it’s needed. We are always happy to help out and listen, and so are they.”

Carey mentioned that the research relationship with YG is often based on priorities and needs, and right now one of those needs is to help model floods.

TextImage/images/2023/john_pomeroy1.jpgsite://news/images/2023/john_pomeroy1.jpgnewsjohn_pomeroy1.jpg1609051080720Dr. John Pomeroy (PhD) at Wolf Creek in August 2022. (Photo: Mark Ferguson)Align left

USask Professor Dr. John Pomeroy (PhD) established Wolf Creek Research Basin in 1992 along with Yukon hydrologist Ric Janowicz. He has conducted research in the basin to improve the understanding of northern hydrology and to provide a test bed for advancing cold regions hydrological models. Using the data from Wolf Creek to help establish predictive models for the Yukon was always something that he planned for.

“Building a predictive model using the data from Wolf Creek helped us to create a model for the entire Yukon,” said Pomeroy, Canada Research Chair in Climate Change and Water Resources and director of GWF and CFH. “It is incredible to think that we are making predictions for an area larger than the entire United Kingdom – and doing so with great accuracy.”

Pomeroy said building a model of this size was exploratory science at the time that they started, but when the first major report was shared in 2020, it set the standard for what has been a tremendous scientific achievement, and a tremendous relationship with YG.

Now these daily predictive modelling reports arrive at the hands of people like Bier and his colleagues at YG to help predict and prevent devastation from floods and other natural disasters.

“The Yukon did not have a system before this. And we’ll keep doing it until they are self sufficient,” said Pomeroy.  

Acknowledgements:

From ECCC – Al Pietroniro, Bruce Davison and Daniel Princz, for developing the system

From GWF’s Core Modeling Team – Youssef Loukili, Dominique Richard, Okan Aygun and Zelalem Tessema

usask-researchers-developing-ai-to-predict-cardiovascular-diseasetrue1718730911095imj129USask researchers developing AI to predict cardiovascular diseaseDr. Scott Adams (MD, PhD) is creating artificial intelligence (AI) algorithms to more accurately identify people at risk of developing cardiovascular diseases.Matt Olsonresearch,1689180720000/articles/research/2023/usask-researchers-developing-ai-to-predict-cardiovascular-diseasenewssite://news/articles/research/2023/usask-researchers-developing-ai-to-predict-cardiovascular-diseasebpk4551689180871254ccm0461698788725924show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/scott_adams.jpgsite://news/images/2023/scott_adams.jpgnewsscott_adams.jpg1371371080720Dr. Scott Adams (MD, PhD) a cardiothoracic radiologist at Royal University Hospital (RUH) and an assistant professor in the University of Saskatchewan (USask) College of Medicine. (Photo: Submitted)Dr. Scott Adams (MD, PhD) a cardiothoracic radiologist at Royal University Hospital (RUH) and an assistant professor in the University of Saskatchewan (USask) College of Medicine. (Photo: Submitted)NoNoneNoneNo/
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The project, titled “Artificial intelligence CT-based biological age as a novel predictor of cardiovascular and all-cause mortality,” received $150,000 as part of the Saskatchewan Health Research Foundation (SHRF) Establishment Grant program. The SHRF Establishment Grant is intended to support early-career researchers in creating health research programs with a focus on Saskatchewan health issues.  

Adams, a cardiothoracic radiologist at Royal University Hospital (RUH) and an assistant professor in the University of Saskatchewan (USask) College of Medicine, said the SHRF grant will help jump-start a new program using machine learning to detect health risks for Saskatchewan residents.  

“We’re developing an AI model for three types of imaging exams: chest X-rays, coronary artery calcium CT scans and lung cancer screening CTs. These are all exams that are commonly performed, but we’re not leveraging the data that are in those scans,” he said. “The goal of this project is to develop an AI model to better leverage these data to better predict cardiovascular disease." 

Adams’ project is based on the concept of “biological age” against “chronological age.” Biological age is the idea that different individuals will age at different rates due to numerous factors including genetics, lifestyle choices, and chronic diseases or health issues. This variable aging means people will be at heightened risks of death at different times in their lives, regardless of the number of candles on their birthday cake. 

Adams and his co-investigator Dr. Seok-Bum Ko (PhD) with the USask College of Engineering hope they can create an AI model using information from CT scans that can accurately gauge biological age.  

That AI model can then be used to predict the risk profiles of patients who might otherwise never know they were in danger of cardiovascular disease until they have a potentially devastating heart attack or stroke.  

“The goal of this project is to develop an AI model to better leverage these data to better predict cardiovascular disease,” Adams said. “If we don’t have an accurate risk profile for patients, we can’t offer them the medications and other preventive strategies that could be potentially helpful.” 

Cardiovascular disease is considered one of the leading causes of death in Saskatchewan and the number one cause of death in Canada according to the World Health Organization.  

As USask researchers continue to develop AI that can better discern those at risk for cardiovascular disease, Adams said the technology can hopefully be applied to screening for other prevalent medical conditions as well.  

For Adams, the SHRF funding is only the start of what he hopes can be long-lasting program at USask to continue developing the use of AI in health care.  

“The grant is a catalyst for developing a world-class research program in Saskatchewan. I’m grateful for SHRF for investing in researchers at USask and across Saskatchewan,” he said. “There’s a tremendous amount of potential in this province, and I think Saskatchewan people are counting on USask to be doing research that improves the health of Saskatchewan residents.” 

TextThe following projects were also recipients of the SHRF Establishment Grant at USask:None/Above content

Cari McIlduff – Where Indigenous Peoples Lead, Health and Mental Health Follows – $150,000.00  

Yifei Dong – Understanding the effect of natural aging on chronic injury found in progressive multiple sclerosis – $149,886.00  

Stacey Lovo – Expanding Pediatric Rehabilitation in Northern First Nation Communities – $149,996.46  

Jennifer Wachter – Identifying factors necessary for the survival and virulence of the Lyme disease bacterium – $131,258.16  

Justin Botterill – Exploring hippocampal circuits that cause and prevent temporal lobe epilepsy –$150,000.00  

Ernesto Figueiro Filho – Placental Growth Factor (PLGF) as a tool for Obstetrical Management of High Risk Pregnancies – $150,000.00 

Asmahan AbuArish – Can Good Lipids Resolve Severe COVID-19 Symptoms? - $120,000.00

Peter Pioli – To Determine if Thymus Antibody-Secreting Cells are Autoimmune and Regulate T Cell Development - $120,000.00 

usask-grad-student-working-to-protect-saskatchewans-water-sourcestrue1718730911095imj129USask grad student working to protect Saskatchewan's water sourcesIf an oil spill occurred in the South Saskatchewan River, what would happen to this important water source that is critical to Saskatchewan communities, both human and wildlife? How would we control it or remove it from our water supply? University of Saskatchewan (USask) graduate student Deysi Venegas is on a mission to find out.Brooke Kleiboerresearch1689087900000/articles/research/2023/usask-grad-student-working-to-protect-saskatchewans-water-sourcesnewssite://news/articles/research/2023/usask-grad-student-working-to-protect-saskatchewans-water-sourcesbpk4551689088303348bpk4551689631541590show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/deysi-venegas.jpgsite://news/images/2023/deysi-venegas.jpgnewsdeysi-venegas.jpg1845751080720USask PhD student Deysi Venegas poses for a photo outside of a USask building.USask PhD student Deysi Venegas is investigating an effective treatment process to remove potential crude oil contaminants from the South Saskatchewan River. (Photo: Submitted)NoNonesupport-critical-researchNo/
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“Crude oil spill disasters are a serious environmental hazard that cause widespread negative environmental and economic impact,” said Venegas, who is working towards a doctorate degree in chemistry through USask’s College of Arts and Science. “Petroleum is a complex mixture containing hundreds of organic compounds. Due to their persistence, toxicity, and solubility in water, serious physical and mental health effects can be caused by the various components in crude oil.”

A signature area of research at USask, water security refers to protecting the world’s water supply, safeguarding drinking water, and preserving water quality. Through community partnerships and innovative technologies, USask researchers like Venegas are pursuing solutions to the pressing water security issues that are currently challenging our world.

Under the supervision of professor Dr. Lee Wilson (PhD), Venegas is helping to develop an effective water treatment process for removing oil, using a conventional treatment process currently used by the City of Saskatoon water treatment plant.

The experiment involved using a substance that mimics the chemical makeup of crude oil to investigate a process that would successfully remove these harmful molecules from water sources like the South Saskatchewan River, should an oil spill ever occur.

“Crude oil is a complex mixture; selecting a model compound that represented an oil component was one of the most important parts of the work,” said Venegas.

A current water treatment process uses ferric salt combined with lime (calcium oxide) to remove petrochemical contaminants from water. This process was analyzed by Venegas’ team to determine ideal environmental factors that would make the process even more effective at removing chemical compounds.

TextPullquote"Crude oil spill disasters are a serious environmental hazard that cause widespread negative environmental and economic impact."Deysi Venegas/Align left

Venegas said factors such as temperature and the movement of molecules were assessed to determine how they played into compound removal, and to lend insight into how the process could be optimized. Experiments were conducted using both laboratory and river water samples, in partnership and with technical support from the City of Saskatoon.

“The list of contaminants and possible sources of release [into the water supply] are endless, and this is my motivation to make a contribution to science,” said Venegas. “Not just to present a method to remove these contaminants but also to understand the underlying chemical basis of how these treatment processes take place.”

Venegas said the optimized version of the treatment process can be easily adopted by other water treatment plants using basic laboratory equipment, and may result in cost savings due to its increased efficiency.

“The optimized removal process for [petrochemical contaminants] revealed greater removal, increasing from approximately 89 per cent relative to previous values outlined in an external consultants’ 2018 report, which ranged from 10 to 20 per cent,” said Venegas.

Results of the studies have appeared in academic open access journals, including Surfaces and Materials.

“Based on the process that was developed and optimized, the knowledge developed from our research can be readily transferred and adopted by other water treatment plants globally,” said Venegas.

She added that the study was inspired by a general need expressed in scientific literature for the use of new materials and methods in water treatment processes designed to remove petrochemical contaminants from water. The next step of the research is to make the oil remediation process more environmentally-friendly by incorporating the use of biomaterials.

“This strategy will allow us to enhance the original ferric-lime process, and further reduce the chemical consumption footprint,” said Venegas, who hopes to complete her PhD at USask in 2025.

The project is funded by the Research Junction Development Grant program, a partnership between the City of Saskatoon and USask designed to support the development of joint research projects that address contemporary urban issues for the benefit of Saskatoon residents.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-researcher-trying-to-unlock-mysteries-of-strange-and-fascinating-quantum-materialstrue1718730911095imj129USask researcher trying to unlock mysteries of ‘strange and fascinating’ quantum materialsIn a fast-developing world of supercomputing and artificial intelligence, quantum mathematics is a new solution to some of the world’s most pressing problems, and a lot of it is being developed at the University of Saskatchewan (USask).Brooke Kleiboerresearch, College of Arts and Science, Quanta1688487600000/articles/research/2023/usask-researcher-trying-to-unlock-mysteries-of-strange-and-fascinating-quantum-materialsnewssite://news/articles/research/2023/usask-researcher-trying-to-unlock-mysteries-of-strange-and-fascinating-quantum-materialsccm0461688487832591bpk4551688489134423show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/christopher-mahadeo300.jpgsite://news/images/2023/christopher-mahadeo300.jpgnewschristopher-mahadeo300.jpg1982251080720USask graduate student Christopher Mahadeo recently completed his PhD work through the College of Arts and Science. USask graduate student Christopher Mahadeo recently completed his PhD work through the College of Arts and Science. (Photo: Submitted)NoNonesupport-critical-researchNo/
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USask graduate student Christopher Mahadeo recently completed his PhD work through the College of Arts and Science. His research was focused on furthering our mathematical understanding of quantum materials and how they can be used to serve as building blocks for new technologies.

“As we delve deeper into mathematics, there is a beautiful world of symmetries and connections,” said Mahadeo. “Many things that seem unrelated, such as probability and rainbows, are, in fact, deeply connected through the inner workings of mathematics.

“When we apply these symmetries and connections to real world problems, such as quantum materials, we begin to see how nature itself is connected in strange and fascinating ways.”

Mahadeo’s research supervisor is USask professor Dr. Steven Rayan (PhD), who has pioneered work in the realm of understanding quantum materials and how they act differently from classical materials. These differences include how they conduct electricity and how this trait may be leveraged in advanced technologies such as supercomputers.

Quantum Innovation is a signature area of research at USask, and is being used to unlock the secrets of these unique materials that could lead to new approaches to real-world, global issues such as how to offer portable medical imaging technologies in rural communities to improve health care accessibility, or how to improve the speed and efficacy of vaccine production processes.

Mahadeo’s research aims to find a better understanding of the mathematics behind how these materials work, so that they may be designed with these big goals in mind.

“I mainly work with objects called Higgs bundles,” said Mahadeo. “These objects originated in high-energy physics, but have proven to be a powerful tool for studying all kinds of relevant problems across mathematics and physics.”

TextPullquote“When we apply these symmetries and connections to real world problems, such as quantum materials, we begin to see how nature itself is connected in strange and fascinating ways.”Christopher Mahadeo /Align left

Mahadeo said quantum materials and their behaviour, which can be tackled using Higgs bundles, are largely governed by the laws of mathematics, very similarly to other natural phenomena found in the universe.

The mathematical equations that govern quantum materials are far more difficult to work with than the equations for classical materials,” said Mahadeo. “It turns out, however, that despite being so complicated, the equations that describe the quantum materials sometimes solve themselves.”

He explains that this can be thought of as similar to putting together a jigsaw puzzle. Grouping similar pieces together can help to simplify the problem, and the same goes for sorting out the mathematical concepts behind quantum materials.

Mahadeo said his work has been inspired by the opportunity he received to further his study of quantum materials alongside Dr. Rayan at USask, who also serves as the director of the USask Centre for Quantum Topology and its Applications (quanTA).

“We were both at the University of Toronto at the same time, me as an undergraduate and master’s student, and Steven as a post-doctoral fellow,” said Mahadeo. “During this overlap, Steven was a mentor for me, providing me insights and opportunities to aid in my growth as a mathematician.”

So far, Mahadeo has presented his research work at two international conferences and has submitted his PhD thesis at USask. The next step in his career will start this fall, when he begins a research assistant professorship at the University of Illinois Chicago.

“I will be a part of a research group of mathematicians and physicists who seek to further uncover the mysteries of quantum materials,” he said.

The research is supported by USask, the Natural Sciences and Engineering Council of Canada, and the Canada Tri-Agency New Frontiers in Research Fund.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-reaches-new-heights-in-world-university-rankingstrue1718730911095imj129USask reaches new heights in world university rankingsThe University of Saskatchewan (USask) made a significant leap forward in the QS World University Rankings (QS WUR), jumping up more than 100 places to reach the institution’s best-ever placement in the ranking. Matt Olson for Research Profile and Impactpec, sustainability, hp-articles, international, 1687886520000/articles/research/2023/usask-reaches-new-heights-in-world-university-rankingsnewssite://news/articles/research/2023/usask-reaches-new-heights-in-world-university-rankingsccm0461687895553193ccm0461692204622983show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/aerial-cropped-1080.jpgsite://news/images/2022/aerial-cropped-1080.jpgnewsaerial-cropped-1080.jpg3240861080720Aerial view of the University of Saskatchewan. (Photo: USask)Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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USask earned a ranking of 345th in the 2024 QS WUR out of 2,963 participating institutions – an increase of 128 spots from USask’s rank of 473rd overall for the 2023 rankings.  

The performance is USask’s best showing in these rankings, improving on the previous best ranking by nearly 50 spots (393rd in 2013).  

“This ranking result is unprecedented in USask’s history,” said USask Vice-President Research Dr. Baljit Singh (PhD). “Our dedication to innovative and impactful research has been a key indicator for these outstanding results.” 

Global recognition is one of the aspirations outlined in the University Plan 2025, and the latest rankings show that USask is achieving a high international standard in areas of institutional priority, said USask Provost and Vice-President Academic Dr. Airini (PhD).   

“We are so pleased to see USask’s significant jump from last year’s rankings, signaling our best-ever performance as an institution,” she said. “This historic achievement reflects our bold ambition to be a university that sets the standard for learning, research, and community engagement.” 

The QS ranking agency implemented a revised methodology this year based on a variety of indicators, including research impact, reputational measures, number of international students and faculty, employment outcomes and more.  

“USask scholars have worked extremely hard over the last decade to build our international partners and enhance our global reputation. These results reaffirm our commitment to these efforts and tell the story that we are global leaders in our research, scholarly and artistic work,” said Singh. 

USask performed extremely well in the new “Sustainability” indicator, ranking 56th among all participating institutions.  

USask also achieved high rankings in the two other new indicators of the QS rankings, earning a placement of 331st in the “International Research Network” category and 396th in the “Employment Outcomes” category.  

Below is a list of all QS WUR indicators, USask’s ranking in each, and how they are weighted in the overall QS WUR rankings:  USask rankings 2023

specialized-navigators-key-to-helping-trans-patients-access-health-care-usask-researchtrue1718730911095imj129Specialized navigators key to helping trans patients access health care: USask researchResearch from the University of Saskatchewan (USask) shows trans and gender diverse people across the province have difficulty accessing health care, and that specially trained health system navigators could be a solution to overcoming the problem.research, College of Arts and Science,1687542780000/articles/research/2023/specialized-navigators-key-to-helping-trans-patients-access-health-care-usask-researchnewssite://news/articles/research/2023/specialized-navigators-key-to-helping-trans-patients-access-health-care-usask-researchccm0461687544995211ccm0461687550940169show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/madill-clark.jpgsite://news/images/2023/madill-clark.jpgnewsmadill-clark.jpg2605451080720From left: Dr. Stéphanie Madill (PhD) is a physiotherapist and an assistant professor in USask’s School of Rehabilitation Science. Dr. Megan Clark (MD) is a faculty member in the University of Saskatchewan’s Department of Academic Family Medicine. (Photos: Kristen McEwen)From left: Dr. Stéphanie Madill (PhD) is a physiotherapist and an assistant professor in USask’s School of Rehabilitation Science. Dr. Megan Clark (MD) is a faculty member in the University of Saskatchewan’s Department of Academic Family Medicine. (Photos: Kristen McEwen)NoNonesupport-critical-researchNo/
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Patients participating in online focus groups said they face several barriers to accessing care. Among the identified challenges are long wait times, lack of appropriate services in rural areas, insufficient knowledge among health-care workers, and even problems having their preferred names and genders recognized.

“Patients want trans-friendly services and service providers,” said Dr. Megan Clark (MD), academic family doctor in USask’s Department of Family Medicine, and co-author of the study presented to a conference of health-care workers in late November.

Based on national population estimates, Saskatchewan has between 6,000 and 10,000 people who are trans or gender diverse. Through a pilot program implemented in April 2021, and based on a program in British Columbia, two peer navigators—one based in Regina and the other in Saskatoon—have been helping connect Saskatchewan’s trans and gender diverse population with appropriate services and helping educate health-care workers.

According to interview responses from both health-care workers and those using the services, trans-friendly health-care system navigators are essential to connecting people with appropriate services. Nearly 90 per cent of clients surveyed after consulting a navigator were satisfied with the service and felt confident accessing health care; the level of satisfaction and confidence was even higher among the health-care workers.

Per the online focus groups, most clients sought information, help with changing their names or gender markers, and referrals to or help with preparing for visits with family physicians or mental health specialists. They appreciated having someone to talk to who understood what they were experiencing.

“There were just questions that I could ask [the peer health navigator] that other people wouldn’t understand,” one client told researchers. “So, there was a sense of mutuality, which is really important in the health care and advocacy stuff that I’ve gone to him about too. It’s understanding what it is to fight for our rights, and that he innately understands that.”

For health-care workers, the navigators helped to grant access to further education and connections with more experienced health-care providers. According to responses provided in the focus groups, health-care workers valued the navigators’ ability to help them connect their medical knowledge to the lived experience of being trans.

“There is value in that shared identity where it’s like, ‘OK, I don’t have to explain this to you, you’re going to explain it to me, and you have gone through it yourself, so it’s going to be maybe more compassionate, maybe less medical, maybe more holistic,’ if that makes sense,” one provider who accessed the navigators said.

Preliminary findings from the research were presented in fall 2022 at the World Professional Association for Transgender Health Conference in Montreal. The research team, which includes Dr. Alana Cattapan (PhD), an adjunct professor at USask’s Johnson Shoyama Graduate School of Public Policy and a Canada Research Chair at the University of Waterloo, will be following up this study with articles and manuscripts in future academic journals.

“People who are trans and gender diverse deserve quality health care, and the health navigators are helping people get what they need,” Cattapan said. “The work of the research team, and especially the ongoing work of the navigators, is really helping to improve quality of care, and making a real difference in people’s lives.”

 Although the research project—funded by a Saskatchewan Health Research Foundation Sprout grant—has concluded, the navigator service is now being administered by Trans Sask. The navigators can be contacted through Trans Sask’s website.

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For media inquiries, contact:

Victoria Dinh
USask Media Relations
306-966-5487
victoria.dinh@usask.ca

usask-climate-change-education-project-launches-data-platform-during-united-nations-conferencetrue1718730911095imj129USask climate change education project launches data platform during United Nations conferenceLed by the University of Saskatchewan (USask), the Monitoring and Evaluating Climate Communication and Education (MECCE) Project is a network of 100 leading scholars and agencies with a goal to increase climate change education, training, and public awareness on a global scale.research, College of Education, international, sustainability, 1687470420000/articles/research/2023/usask-climate-change-education-project-launches-data-platform-during-united-nations-conferencenewssite://news/articles/research/2023/usask-climate-change-education-project-launches-data-platform-during-united-nations-conferenceccm0461687470719279ccm0461688574506614show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ace-academy-delegates1080.jpgsite://news/images/2023/ace-academy-delegates1080.jpgnewsace-academy-delegates1080.jpg2544441080720Delegates gather during the ACE-Focal Point Academy portion of the climate change conference. Delegates gather during the ACE-Focal Point Academy portion of the climate change conference. (Photo: Submitted)NoNonesupport-critical-researchNo/
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During the Bonn Climate Change Conference held by the United Nations Framework Convention on Climate Change (UNFCCC) in early June, the MECCE Project published an update to its Interactive Data Platform which allows for a cross-country comparison and mutual learning on what is needed to advance Action for Climate Empowerment (ACE). The platform was unveiled during the ACE-Focal Point Academy portion of the climate change conference.

“The data platform was developed through a new partnership with Microsoft, and is a resource for policymakers, researchers, and other interested stakeholders to explore indicators related to climate change communication and education,” said principal investigator Dr. Marcia McKenzie (PhD) of USask.

McKenzie added that this research will enhance not just the quantity but also the quality of climate change communication and education globally. Knowledge mobilization for climate change communication and education is important to create momentum and encourage all stakeholders worldwide to take more climate action.

The ACE-Focal Point Academy was attended in person by 60 National Government ACE Focal Points, with an additional 15 participating online. The group represented a diverse set of people, highlighting the global interest and commitment to enhancing climate change communication and education. Many people attending emphasised the importance of the event and stressed that more guidance is needed in the future.

“The MECCE Project’s efforts highlight the importance of evidence-informed climate change communication and education strategies, by building capacity, fostering international collaboration, and leveraging the power of data-driven approaches,” said McKenzie. “The MECCE Project continues to play a significant role in addressing the urgent challenges posed by climate change.”

TextImage/images/2023/marcia-mckenzie-reports-back-on-group-discussions-at-the-ace-dialogue1.jpgsite://news/images/2023/marcia-mckenzie-reports-back-on-group-discussions-at-the-ace-dialogue1.jpgnewsmarcia-mckenzie-reports-back-on-group-discussions-at-the-ace-dialogue1.jpg1480251080504Principal investigator Dr. Marcia McKenzie (PhD) of USask reports during a UN climate change conference. (Photo: Submitted)Above content

About MECCE:

The Monitoring and Evaluation of Climate Change Education partnership, led by USask’s College of Education, is comprised of more than 100 prominent scholars and agencies working on climate change communication and education. This includes the Intergovernmental Panel on Climate Change (IPCC), the United Nations Framework Convention on Climate Change (UNFCCC), the United Nations Educational, Scientific and Cultural Organization (UNESCO), and Environment and Climate Change Canada. Universities in the United Kingdom, Australia, South Africa, and Germany are key partners. The project is funded through a $2.5-million grant from the Social Sciences and Humanities Research Council of Canada (SSHRC), with an additional $2 million in matching funding from partners.

strengthening-agricultural-systems-through-plant-breeding-and-tools-for-farmerstrue1718730911095imj129Strengthening agricultural systems through plant-breeding and tools for farmersFarm productivity is subject to a complex web of conditions. On the economic side of the balance sheet, there are factors like supply chain woes, inflationary pressures and supply-and-demand imbalances.FOOD SECURITY REPORT VIA GLOBE AND MAILresearch, College of Agriculture and Bioresources, sustainability1687291200000/articles/research/2023/strengthening-agricultural-systems-through-plant-breeding-and-tools-for-farmersnewssite://news/articles/research/2023/strengthening-agricultural-systems-through-plant-breeding-and-tools-for-farmersccm0461687291800996ccm0461687895912159show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/aerial-photo-of-kernen-farm-by-airscapes.jpgsite://news/images/2023/aerial-photo-of-kernen-farm-by-airscapes.jpgnewsaerial-photo-of-kernen-farm-by-airscapes.jpg2764271080721Efforts to improve outcomes for farmers, such as the Kernen Farm, at the University of Saskatchewan’s Crop Development Centre include research on disease pressures on wheat and pea crops and plant breeding.Efforts to improve outcomes for farmers, such as the Kernen Farm, at the University of Saskatchewan’s Crop Development Centre include research on disease pressures on wheat and pea crops and plant breeding. (Photo: Airscapes)NoNonesupport-critical-researchNo/
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On the environmental side, there are the impacts of climate change, including severe and unseasonal weather events, and ever-evolving disease pressures.

Aiding farmers in the quest to navigate this host of interconnected challenges are researchers at the University of Saskatchewan’s (USask) Crop Development Centre (CDC), which is at “the epicentre of working on a range of crops – such as small-grained cereals, flax, pulses and forage crops – that fit well into sustainable production systems across the Prairies,” says Curtis Pozniak, professor, director and wheat breeder at the CDC in the College of Agriculture and Bioresources. “Farm productivity and crop yields are obviously very important, but so are sustainability and stability of performance. That’s why we need to breed crops that are resistant to disease and that can withstand abiotic stresses, such as heat, cold or drought.”

Plant breeding represents the translation of scientific knowledge into solutions for farmers, he says. “It’s about making plants more resilient to enhance food systems – and to ultimately boost food security. And this requires anticipating the needs of food producers as well as consumers since it takes anywhere from eight to 10 years to develop new varieties.”

As the world is undergoing rapid changes, this may seem a significant length of time, suggests Dr. Pozniak. “Future weather patterns can be hard to predict. In some years, we may see a cool spring followed by rapid warming or more rainfall closer to the harvest, so the best strategy is to screen and identify breeding materials for different types of environments – and select those varieties that show promise to be successful under stressful climatic conditions.”

TextImage/images/2023/plant-transfer-by-dave-stobbe.jpgsite://news/images/2023/plant-transfer-by-dave-stobbe.jpgnewsplant-transfer-by-dave-stobbe.jpg1108031080720(Photo: David Stobbe) Above content

Outcomes can be enhanced when forecasting efforts are informed by the views of different stakeholders. “We have to understand the problems farmers are experiencing or anticipating in their fields,” he says. “We also have an eye on the needs of everyone across that entire value chain – from the grower and food processor to the consumer – so when we develop varieties, we’re hitting all the meaningful targets.”

TextA focus on disease resistance Image/images/2023/sabine-banniza-by-christina-weese-1.jpgsite://news/images/2023/sabine-banniza-by-christina-weese-1.jpgnewssabine-banniza-by-christina-weese-1.jpg29706613061377Dr. Sabine Banniza, professor and pulse pathologist at the University of Saskatchewan’s Crop Development Centre. (Photo: Christina Weese)Align right

While the Prairies are often referred to as “the world’s granary” due to the amount of wheat grown here, pulse crops – such as peas, lentils, dry beans and chickpeas – are also a significant part of the local agricultural economy, says Sabine Banniza, professor and pulse pathologist at the CDC.

A major factor that can affect the environmental and economic performance on farms is disease pressure, notes Dr. Banniza. “Diseases can cause significant yield losses, from an average of about 40 per cent to a complete wipeout of 100 per cent, so that’s a big issue. For some diseases, we do not have chemical solutions, so we have to take a different approach.”

One of the “most environmentally friendly methods of managing diseases is resistance breeding,” she says. “Disease resistance, to enhance a plant’s ability to fight off disease, is high on the list of breeding objectives since it can lead to stable farm productivity in the long run.”

Plant breeding includes resistance screening, trying to find strains of a plant species with natural resistance, as well as cross-breeding with wild relatives to transfer resistance into varieties that can be useful for commercial production, she says. “To make the process more efficient and faster, we use molecular research to decipher what genes convey resistance to the plant.”

TextPullquote"Diseases can cause significant yield losses, from an average of about 40 per cent to a complete wipeout of 100 per cent, so that’s a big issue. For some diseases, we do not have chemical solutions, so we have to take a different approach."Dr. Sabine Banniza, professor and pulse pathologist at the University of Saskatchewan’s Crop Development Centre/Align left

Since plant breeding takes time, efforts need to align with emerging conditions on farms, starting with determining what pathogens are putting crops at risk today – and projecting their future impact, Dr. Banniza explains. “Since many fungal and bacterial diseases depend on certain environmental conditions, we may see a change in what diseases show up due to climate change. We’re monitoring different pathogens to see whether their prevalence is changing and whether new pathogens are popping up.”

In addition, through co-evolution, a pathogen can adapt and break down existing plant resistance, she adds. “It’s a constant race between the plant breeder and the pathogens to stay ahead of the curve.”

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From understanding how pathogens interact with a plant at a molecular level – and what genes can help the plant resist a particular pathogen’s invasion – scientists can then work on solutions to ensure yield stability or yield increase, says Dr. Banniza. “This knowledge allows us to put together a toolbox for farmers.”

In addition to disease-resistant varieties, the team can identify other measures to address pathogens, she explains. “When we understand that some fungi infecting pea crop species can only survive for three or four years without a pea crop in the field, farmers can plant a different crop, one that isn’t susceptible to this kind of pathogen, for that period.”

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More diverse cropping systems, especially those designed to break up disease cycles, can serve to enhance the health, performance and resilience of agro-ecosystems, and enable more stable food production, says Dr. Banniza, whose team also works closely with the provincial government to organize disease surveys and provide recommendation on disease management and policy.

“There is a lot of communication between the Saskatchewan Ministry of Agriculture and the CDC when it comes to pests and diseases,” she notes. “They rely on us for expertise and research capacity, and we rely on them to disseminate whatever we find to the farming community.”

TextInternational collaboration None/Align right

Disease surveys can provide valuable information about the presence of diseases on the Prairies, across Canada and beyond, and Dr. Pozniak says international collaboration “can provide insights on how pathogen populations are changing globally.”

What’s more, exchanging germplasm – the seeds, plants or plant parts used in crop breeding, research and conservation efforts – can help facilitate the sharing of genetic material and information, he explains. “Plant breeding programs focus on different conditions at different times during plant development, so working together with international research centres can help us identify useful material suited to different environments.”

TextPullquoteWith AI technology, in the context of genome fingerprinting and field-based digital measurements of performance using drone technology, we can generate large real-time datasets, which are analyzed for patterns that are useful for predictive breeding. Dr. Curtis Pozniak, professor, director and wheat breeder at the University of Saskatchewan’s Crop Development Centre/Align left

Through adding genetic diversity into breeding programs, such collaborations can result in more resilient varieties, according to Dr. Pozniak. “Most of the crops we work with have wild relatives in nature, for example, the wild wheat varieties found in the Fertile Crescent in Israel and Turkey,” he says. “Sometimes, these wild relatives have genes that are important for nutrient-use efficiency or disease resistance. Integrating them into our breeding programs allows us to develop varieties with traits that may have been lost during domestication.”

The result is a “cumulative effect that is becoming even more valuable in light of current tools and technologies that allow us to strategically utilize that diversity,” says Dr. Pozniak, giving the example of DNA sequencing as “a blueprint of the genome that we can use as a guide to advance predictive breeding.”

TextMultidisciplinary approaches to complex issues Image/images/2023/curtis-pozniak-by-christina-weese-2.jpgsite://news/images/2023/curtis-pozniak-by-christina-weese-2.jpgnewscurtis-pozniak-by-christina-weese-2.jpg22902010591048Dr. Curtis Pozniak, professor, director and wheat breeder at the University of Saskatchewan’s Crop Development Centre. (Photo: Christina Weese)Align right

In addition to genome sequencing technology, plant breeders can turn to drones for digital imagery documenting breeding trials, which “can reveal more information than the human eye,” says Dr. Pozniak. “The sky’s the limit. With AI technology, in the context of genome fingerprinting and field-based digital measurements of performance using drone technology, we can generate large real-time datasets, which are analyzed for patterns that are useful for predictive breeding.”

One of the advantages of USask is the ability to bring together diverse teams across various disciplines with a common goal: to boost food security, says USask vice-president research Baljit Singh. “In addition to our considerable strength in plant breeding, we have specialists working at the water-food nexus. We also have significant competencies in data analysis and technology development that could all help to make agricultural systems more sustainable and resilient to climate change.”

With an impressive array of expertise – and world-leading research infrastructure – USask has the “aspiration to be the university the world needs,” says Dr. Singh. “We see ourselves as partners in the global effort to find solutions to pressing problems, since there is no single university or single country that is in a position to deal with such complex issues alone.”

The CDC’s impressive contribution to the ability to feed a growing global population against the backdrop of a changing climate includes the development of more than 500 commercialized crop varieties across 40 different crop types over the past five decades. “We’re proud of our role in translating our scientific findings into tools that can help society,” says Dr. Singh.

“Hunger is a significant global concern,” adds Dr. Pozniak, “we’re all part of a global system – and we need to do our part to create better outcomes.”

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This article first ran in the Globe and Mail as part of the Food Securities Report. See the original article here.

 

usasks-lfce-receives-funding-to-build-research-capacitytrue1718730911095imj129USask’s LFCE receives funding to build research capacitySaskatchewan’s minister of agriculture, the Honourable David Marit, announced funding today on behalf of the Governments of Canada and Saskatchewan of $6.6 million over five years for the University of Saskatchewan’s (USask) Livestock and Forage Centre of Excellence (LFCE).LCFE1687276260000/articles/research/2023/usasks-lfce-receives-funding-to-build-research-capacitynewssite://news/articles/research/2023/usasks-lfce-receives-funding-to-build-research-capacityccm0461687276912057ccm0461687276947582show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/lfce_aerial.jpgsite://news/images/2023/lfce_aerial.jpgnewslfce_aerial.jpg1585581080720An aerial view of the University of Saskatchewan’s (USask) Livestock and Forage Centre of Excellence (LFCE). (Photo: USask)An aerial view of the University of Saskatchewan’s (USask) Livestock and Forage Centre of Excellence (LFCE). (Photo: USask)NoNonesupport-visionary-spacesNo/
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The investment demonstrates the federal and provincial governments’ strong commitment to advancing the livestock and forage industries across Saskatchewan and beyond, said centre director Dr. Scott Wright (PhD).

“We are grateful to both levels of government for providing this critical funding,” said Wright.  

“It will enable us to do our part and further leverage this funding to grow capacity in these sectors through the dynamic and innovative integrated research, education, and outreach conducted at our centre by students and university faculty scientists. In addition, we are building a solid, science-based staff to enhance research, teaching, and industry engagement.”

The LCFE provides resources including beef cattle, bison, annual and perennial grazing land, a 1,500-head feedlot, and laboratories that are used by agricultural, environmental, economics, veterinary, and other researchers. These researchers, in turn, support the advancement of innovation, education, and adoption of agriculture technology, practices and solutions as they focus on animal health and welfare, environmental sustainability, and producer profitability.

The world-class complex of field and science laboratories brings under one roof almost every facet of livestock production from forage development and grazing management to cattle reproduction, genomics and genetics, cow-calf management and feedlot health, growth, and productivity. In addition to beef cattle research and education, the LFCE is a centre for bison reproductive work, vaccine development, disease control, and nutrition.

“The aim of the centre is to support scientists as they seek to improve the livestock and forage industries in the Prairies, across Canada and around the world in being part of, and building on a strong network of partnerships,” said Wright.

Marit announced the funding, under the Sustainable Canadian Agricultural Partnership (Sustainable CAP), at the LFCE’s Summer Field Day presented by Canadian Western Agribition on June 20.

“The livestock sector plays a key role in the overall sustainability of Canada’s agricultural industry,” said the Honourable Marie-Claude Bibeau, Minister of Agriculture and Agri-Food in Canada. “Investments in research, and getting that research into the hands of producers, provide tools to help the sector become more resilient, address challenges, and seize opportunities to continue opening new markets.”

“The provincial economic growth targets we’ve set for the end of this decade connect directly to our agriculture industry and to our livestock producers, who are already among the most sustainable in the world,” said Marit. “This funding for the LFCE directly supports the kind of innovative work that helps our livestock sector not only stay globally competitive but remain a leader when it comes to best practices.”

More than 200 producers, scientists, industry representatives, and government livestock and forage specialists attended the day-long field day that featured the centre’s Pens, Plots and Paddocks tour during which a dozen USask scientists presented their respective research conducted at the centre. Topics ranged from manure management to selection of high efficiency heifers to the use of drones in agronomy. Another 11 graduate students presented their research during a scientific poster competition.

internationally-acclaimed-usask-toxicology-centre-celebrates-40th-anniversarytrue1718730911095imj129Internationally acclaimed USask Toxicology Centre celebrates 40th anniversaryFrom a single room in the Western College of Veterinary Medicine to a world-renowned research facility, the evolution of the Toxicology Centre has made a lasting impact on USask. Matt OlsonWCVM, toxicology, 1687191840000/articles/research/2023/internationally-acclaimed-usask-toxicology-centre-celebrates-40th-anniversarynewssite://news/articles/research/2023/internationally-acclaimed-usask-toxicology-centre-celebrates-40th-anniversaryccm0461687192008250ccm0461689711086557show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/markus-brinkmann-1080.jpgsite://news/images/2022/markus-brinkmann-1080.jpgnewsmarkus-brinkmann-1080.jpg2413261080720Dr. Markus Brinkmann (PhD) is an assistant professor in the School of Environment and Sustainability at USask. (Photo: Carey Shaw)Dr. Markus Brinkmann (PhD) is an assistant professor in the School of Environment and Sustainability at USask. (Photo: Carey Shaw)NoNonesupport-critical-researchNo/
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When Dr. Karsten Liber (PhD) took over as the second-ever full-time director of the USask Toxicology Centre, he came with the goal of creating the top academic toxicology research centre in Canada.  

TextImage/images/2023/liber-800.jpgsite://news/images/2023/liber-800.jpgnewsliber-800.jpg88821800791Dr. Karsten Liber (PhD) is the Executive Director of the School of Environment and Sustainability and the director of the USask Toxicology Centre. (Photo: Submitted)Align right

As the centre prepares to celebrate its 40th anniversary at a special event on Tuesday, June 20, Liber feels confident that the team was able to achieve that and more. 

“We did become the foremost academic, interdisciplinary toxicology centre in Canada,” he said. “When other people in Canada refer to us as the foremost centre in the country, you know you’ve gotten there.” 

Toxicology research explores the negative effects of foreign substances, both chemical and physical, on living things and ecosystems. It’s a field with clear real-life ramifications, whether as a support for those in the agriculture and resource industries throughout Western Canada and the world, or much closer to home regarding the well-being of pets or people. 

Liber said the research undertaken at the centre addresses “real-world” toxicology problems, and the work being done has never been more important than it is today.  

“The world we’re living in is moving towards, at a rapid rate, a very unsustainable path,” Liber said. “Environmental degradation, pollution, land use practices, are all heading in a direction where we really do need centres like ours that focus on trying to understand the risks of the industries, practices and regulations we have, and what can be done to make them better.” 

The need for a toxicology centre was recognized in the late 1970s, when an official Research Group in Toxicology was established through the Western College of Veterinary Medicine (WCVM). Shortly after, the first students of a newly minted interdisciplinary graduate program in toxicology were admitted to USask in 1981. 

It wasn’t until 1983 that a formal agreement was signed with the Government of Saskatchewan, marking the official beginnings of the USask Toxicology Research Centre which was later renamed to simply the Toxicology Centre. 

Since then – and since Liber took over as director in 1996 – the centre has evolved into a unique, premiere facility for toxicology research and training. An undergraduate program was added to complement the pre-existing graduate program, and in 2006 construction started on a specialized Aquatic Toxicology Research Facility (ATRF) to add to the centre’s research capabilities.  

Dr. Barry Blakley (DVM, PhD), a longtime member of the Toxicology Centre, lauded the leadership and team of dedicated researchers that helped elevate the centre to what it is today.  

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The USask Toxicology Centre and its members have built a reputation as a premiere facility for training and research – but both Blakley and Liber said the multidisciplinary team within the centre and across campus have played a large part in shaping the Toxicology Centre into what it has become. 

“It’s an interdisciplinary program. There are very few interdisciplinary programs that survive this long, so why did we survive 40 years?” Blakley said. “We had great vision, great leadership on day one, and commitment to the cause.” 

Blakley is receiving a Lifetime Achievement Award from the Toxicology Centre during the anniversary event on June 20. As Blakley puts it, exploring a groundbreaking career in toxicology has been “different and exciting” every day. 

Blakely said the reason students and researchers alike come to USask to undertake further studies in toxicology is because of the reputation that has been fostered over decades of dedication to a field with strong real-world applications.  

“It was an infant way back then – now it’s a mature adult,” Blakley said. “We have many capacities that are very well-recognized.” 

TextImage/images/2023/arts-and-science-lab-toxocology.jpgsite://news/images/2023/arts-and-science-lab-toxocology.jpgnewsarts-and-science-lab-toxocology.jpg1557861080720Dr. Markus Brinkmann (PhD) at the Toxicology lab and Aquatic Toxicology Research Facility at the Toxicology Centre. (Photo: Carey Shaw)Above content

USask appointed Dr. Markus Brinkmann (PhD) as the new director of the Toxicology Centre, effective Sept. 1, 2022. An expert in aquatic toxicology and environmental chemistry, Brinkmann has built a well-funded world-class research program and has led a number of projects of strategic importance to USask. 

Brinkmann is looking forward to building on the strong foundation laid by his predecessors.   

“It’s a big responsibility for me as a younger person to come into this role, build on this history, and try to advance it at the same time,” he said. “Certainly, we have to advance our programs to appeal to the current demographic of students. But I think that is an exciting challenge to be working on.” 

usask-professor-spearheads-research-into-smr-safety-reliability-and-data-sharingtrue1718730911095imj129USask professor spearheads research into SMR safety, reliability, and data-sharingA multidisciplinary team of researchers from across Saskatchewan was awarded federal funding for their groundbreaking work exploring various facets of the structure and operation of small modular reactors (SMR).Matt Olsonresearch,1686931260000/articles/research/2023/usask-professor-spearheads-research-into-smr-safety-reliability-and-data-sharingnewssite://news/articles/research/2023/usask-professor-spearheads-research-into-smr-safety-reliability-and-data-sharingccm0461686931891746ccm0461686931924811show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/rama_gokaraju.jpgsite://news/images/2023/rama_gokaraju.jpgnewsrama_gokaraju.jpg1454191080719USask’s Dr. Rama Gokaraju (PhD) will investigate electrical, digital control rooms, and cyber security issues surrounding SMRs. (Photo: Submitted)USask’s Dr. Rama Gokaraju (PhD) will investigate electrical, digital control rooms, and cyber security issues surrounding SMRs. (Photo: Submitted)NoNonesupport-critical-researchNo/
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A proposal for SMR research spearheaded by USask’s Dr. Rama Gokaraju (PhD) has received $360,000 from the Natural Sciences and Engineering Research Council of Canada (NSERC) and the Canadian Nuclear Safety Commission (CNSC). 

The NSERC-CNSC Small Modular Reactors Research Grant Initiative is intended to support research, training, and initiatives to increase the scientific information around the capacity and regulation of SMRs in Canada.  

SMRs are modern nuclear reactors constructed at a smaller size than standard reactors, making it possible for the different “modules” of an SMR to be constructed off-site and brought to a different location to be assembled. 

Gokaraju’s project titled “Reliable and Secure Data-Sharing Architecture, Situational Awareness and Electrical-failure Modelling for SMRs” covers multiple areas of SMR research. Gokaraju, a professor of electrical and computer engineering with USask, is collaborating with University of Regina researchers Dr. Irfan Al-Anbagi (PhD) and Dr. Esam Hussein (PhD) to investigate electrical, digital control rooms, and cyber security issues surrounding SMRs.  

“We see a very strong future for small modular reactors,” he said. “This grant is a strong recognition of our work, and we strongly believe there has to be a lot of research and development in this area to make widespread use a reality.” 

The NSERC-funded project is divided into multiple parts, and Gokaraju is spearheading an area of research around how SMRs handle electrical fluctuations and failures.  

Most SMRs are “load-following” generators, which means they output power as the demand for power requirements change. Gokaraju is using computer modelling of SMRs to examine how the reactors could respond to significant power disturbances and failures. 

“A lot of work on the reactor side goes into the safety of operation,” he said. “As an electrical engineer, the expertise I can bring is to the power grid side, to see how electrical failures would impact the reactor side and the electrical grid side operation.” 

Gokaraju’s work, in conjunction with Al-Anbagi and Hussein, will explore not only questions of energy and structure, but also of sharing data about SMRs with the public to better connect people with an understanding of the technology for the future. 

As Gokaraju puts it, SMRs are crucial for the future of Canada and the world’s power supply.  

“We want to see how these SMRs, when they are operating in conjunction with renewable energy, help improve reliability and resiliency levels we have now,” he said. 

 

lfce-scientist-to-expand-his-reproductive-health-research-to-beef-cattletrue1718730911095imj129Scientist to expand his reproductive health research to beef cattleA University of Saskatchewan veterinarian is exploring how research into the reproductive health of dairy cows as well as emerging technologies can be applied to beef cattleLana HaightLCFE1686756240000/articles/research/2023/lfce-scientist-to-expand-his-reproductive-health-research-to-beef-cattlenewssite://news/articles/research/2023/lfce-scientist-to-expand-his-reproductive-health-research-to-beef-cattlenews_ws1686855779707ccm0461686855928434show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/dinesh-dadarwal.jpgsite://news/images/2023/dinesh-dadarwal.jpgnewsdinesh-dadarwal.jpg2936451080720Dr. Dinesh Dadarwal will participate in a study at the LFCE, looking at the use of “ag-tech” to track cows during the calving season. Dr. Dinesh Dadarwal (DVM, PhD, Diplomate ACT) will participate in a study at the LFCE, looking at the use of “ag-tech” to track cows during the calving season. (Photo: Lana Haight)NoNonesupport-visionary-spacesYesNoYesMatching keywordsYesImage/images/dinesh-dadarwal.jpgsite://lfce/images/dinesh-dadarwal.jpglfcedinesh-dadarwal.jpg4317361080720Dr. Dinesh Dadarwal (DVM, PhD, Diplomate ACT) will participate in a study at the LFCE, looking at the use of “ag-tech” to track cows during the calving season. Photo: Lana HaightNoNoneNoneNo/
TextImage/images/dinesh-dadarwal.students.jpgsite://lfce/images/dinesh-dadarwal.students.jpglfcedinesh-dadarwal.students.jpg471833876679Dadarwal conducts a reproductive health check to determine if a heifer is a healthy candidate for breeding. He is explaining ultrasound results to Dr. Devinda Wichramasingha (BVSc), a first-year resident at the WCVM, and veterinarian student Matthieu Taillon. Photo: Lana HaightBelow content

“I think there are some clues on the dairy side that have been ignored on the beef side,” said Dr. Dinesh Dadarwal (DVM, PhD, Diplomate ACT), an assistant professor in the Department of Large Animal Clinical Sciences at the Western College of Veterinary Medicine.

While Dadarwal is focused on cattle research, animal science wasn’t always his passion. He remembers weighing his options between becoming a physician and a veterinarian. As a child being raised in Hisar, a city in India, he expected he would become a medical doctor, but spending every summer at his family’s farm kept drawing him to the animal world.

“I still remember the first class I had in veterinary school. It was in anatomy. I thought, ‘This is it! I’m not going anywhere,’” said Dadarwal enthusiastically in an interview.

“My interest just grew. There are so many species to work with. It keeps me on my toes.”

Dadarwal’s experience spans a wide range of animals. In India, his extended family continues to raise water buffalo, cows, camels, sheep and goats. Professionally, he has worked in a small animal clinic in India, caring for pets and stray animals, and he has conducted research on donkeys. He currently conducts research on dairy cows as well as beef cattle and sheep.

In 2007, Dadarwal started his PhD work at USask, focusing on cattle reproductive health. After he completed his PhD in 2012, he returned to India to teach before returning to USask as a resident. During his post-doctoral residency, he narrowed the focus of his work in theriogenology, a specialty of veterinary medicine concerned with animal reproduction. He continues his research into the post-partum uterine health of dairy and beef cows.

Dadarwal is committed to ensuring the health and wellbeing of all the animals that he studies with an eye to improving animal production and profitability.

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Within the first week after a cow calves, it’s normal for the animal’s uterus to be enlarged, inflamed and infected with bacteria. Three things need to happen to prepare the animal for breeding again. Immediately after the birth, the uterus is about 10 kilograms. It needs to shrink to about one kilogram. The bacteria need to be cleared out and the lining of the uterus needs to be repaired.

Research has shown that between 20 and 50 per cent of dairy cows develop inflammation that continues into the fourth, fifth and sixth week after calving. The dairy cows with this sustained inflammation tend to have a lower conception rate in the next breeding season, says Dadarwal.

“It’s one thing that the uterus is not healthy enough to support the next pregnancy but even if that animal gets pregnant somehow, it will lose that pregnancy.”

Dadarwal wants to know if this is more common with dairy cattle than with beef cattle. Dairy cows are bred and raised for high milk production where beef cows are bred to raise a calf, usually while the pair is on pasture.

“Are we creating two different populations? Beef cows are not pushed metabolically. They are not diverting all their nutritional resources to milk production. Are they able to balance it out compared to dairy cows? Can we use that beef cow as a low-metabolic stress model to study uterine health? What happens if you put a beef cow into metabolic stress and how does that affect fertility?”

Dadarwal’s multi-year study, funded by a Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant, will be conducted at the Livestock and Forage Centre of Excellence and at the Rayner Dairy Research and Teaching Facility. He will compare inflammation and fertility of mother-daughter pairs and unrelated older and younger cows in both beef and dairy herds. He will also be examining the bacteria itself.

“Bacteria involved in the inflammation in the dairy cows in the post-partum period are commensals that are in the uterine tract all the time. What are the conditions that made the bacteria decide to cause sustained inflammation?”

Dadarwal is hoping to develop a tool or a test that would help beef producers identify cows that have sustained inflammation so they can cull these animals from their herd. He also hopes to learn if mother-daughter pairs respond the same or differently after having a calf. Ultimately, beef producers want to raise healthy cows that produce healthy calves as that is their source of income. Dadarwal’s research could result in the development of selection criteria, increasing the profitability of beef producers.

Producers need to consider their return on investment, whether it’s selecting breeding animals or implementing emerging technologies as part of their management strategies. While companies develop and market artificial intelligence applications for the cow-calf industry, these applications often aren’t validated by a third party.

“The key thing is the price. As long as the cost is not prohibitive for these capital inputs, if you have an algorithm that can identify cows that are lame or calving or having problems calving and have that send you a text message, that’s a pretty good thing,” said Dadarwal, who will be a collaborator on a smart-tech research project with Dr. Jaswant Singh (BVSc, PhD), a Western College of Veterinary Medicine professor.

Data will be collected three ways: video surveillance, ear tags with GPS tracking and tail sensors.

“We will try to compare visual observation with the camera system with the ear tag system and the tail sensors that are out there for the calving. Can they somehow ‘talk’ to each other? That would be the perfect scenario.”

With experienced cow-calf workers in short supply, Dadarwal is hoping the research they are conducting will benefit the owners of cow-calf operations.

The two-year study, beginning in the spring of 2024 at the LFCE, will be funded by the Saskatchewan’s Agriculture Development Fund.

/news/scientist-to-expand-his-reproductive-health-research-to-beef-cattleshow-in-navYesunitshow-navYesshow-prev-nextNoshow-feedbackNosite://lfce/news/scientist-to-expand-his-reproductive-health-research-to-beef-cattlelfcescientist-to-expand-his-reproductive-health-research-to-beef-cattleArticle headlineScientist to expand his reproductive health research to beef cattleA University of Saskatchewan veterinarian is exploring how research into the reproductive health of dairy cows as well as emerging technologies can be applied to beef cattlebeef cattle research, livestock, lfceLana HaightJun 14, 2023 3:24 PM
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honouring-long-term-care-covid-19-victimstrue1718730911095imj129Honouring long-term care COVID-19 victimsUSask-lead project partners with COVID-19 exhibitresearch, College of Arts and Science,1686585360000/articles/research/2023/honouring-long-term-care-covid-19-victimsnewssite://news/articles/research/2023/honouring-long-term-care-covid-19-victimsccm0461686585585614ccm0461686585609948show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/erika_dyck.jpgsite://news/images/2022/erika_dyck.jpgnewserika_dyck.jpg1318411080720Dr. Erika Dyck (PhD), professor and Canada Research Chair (CRC) in the History of Health and Social Justice in USask’s College of Arts and Science. (Photo: Suubmitted)Dr. Erika Dyck (PhD), professor and Canada Research Chair (CRC) in the History of Health and Social Justice in USask’s College of Arts and Science. (Photo: Suubmitted)NoNonesupport-critical-researchNo/
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University of Saskatchewan (USask)-led Remember Rebuild Saskatchewan is launching a new Saskatchewan contribution to the national COVID in the House of Old (CIHO) Exhibit, which looks at the impacts of the pandemic in Canadian residential care homes, remembering the thousands of Canadian care home residents and workers who died of COVID-19 or suffered through extended periods of stress and isolation.

The CIHO show, created by Megan Davies, features seven stories from Elders who lived-in long-term care during the COVID-19 pandemic.

“Residents in long-term care facilities faced some of the most extreme responses, from lockdowns and restrictions to isolation from family and friends, and we wanted to help raise some of the concerns from people in these facilities that arose. It was one thing for many of us to choose whether we wanted to follow the public health guidelines, but for people in long-term care, they had limited choices,” said Dr. Erika Dyck (PhD), Canada Research Chair in the History of Medicine and the project lead.

Each story at the exhibit is represented by a unique chair, featuring items of special meaning to the person interviewed and their families. Working with Saskatchewan-born Kayley Lawrenz, the Remember Rebuild team and CIHO have created a new chair that explores what it is like to be a younger person living in long term care.

“Partnering with the Remember Rebuild project at USask we added another chair and this exhibit that tells the story of a young woman whose experience is maybe different from what we think of when we imagine older adults in care facilities,” said Dyck.

Dyck acknowledges the hard work of Patrick Chassé, the research co-ordinator for Remember Rebuild Saskatchewan, who has spent many hours taking in stories from exhibit visitors who have been eager to share their own experiences of the pandemic; all of which will ultimately be kept in their archive.

“We are excited to be part of this national exhibit that brings public attention to the plight of long-term care in this country, and especially during the pandemic, where we saw disastrous outcomes,” said Dyck.

The exhibit will run in Saskatoon’s Cliff Wright Library from June 5-17.

 

theatre-art-and-water-security-central-in-international-usask-exhibitiontrue1718730911095imj129Theatre, art, and water security central in international USask exhibition A team of USask artists and students are travelling to Prague, Czech Republic to help represent Canada in an international art exhibition and competition. Matt Olsonresearch, College of Arts and Science, Department of Drama,1686322440000/articles/research/2023/theatre-art-and-water-security-central-in-international-usask-exhibitionnewssite://news/articles/research/2023/theatre-art-and-water-security-central-in-international-usask-exhibitionccm0461686322603392ccm0461686342425804show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/carla-1080.jpgsite://news/images/2023/carla-1080.jpgnewscarla-1080.jpg2324111080720Professor Carla Orosz is head of the Department of Drama at the University of Saskatchewan. (Photo: Submitted)Professor Carla Orosz is head of the Department of Drama at the University of Saskatchewan. (Photo: Submitted)NoNonesupport-studentsNo/
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Drama and arts students, alumni, and faculty from the University of Saskatchewan (USask) are part of a team representing Canada in an international art festival and competition in Prague.

USask students and recent graduates worked with artistic teams from a group of 14 post-secondary schools across Canada on a project for the Student Exhibition at the Prague Quadrennial of Performance Design and Space (PQ), a prestigious event held in the titular city every four years since 1967. The event was started to bring theatre design and scenography to the forefront.

Professor Carla Orosz, head of the USask College of Arts and Science's Department of Drama, is one of the three curators of the Canadian team heading to the Czech Republic this summer. She called participating in PQ a tremendous opportunity for both students and USask itself.

“I hope (the students) see a lot of theatre and a lot of art and realize there’s no one way to do it,” she said. “This is an opportunity for students to look at their work and feel a value in the education they’re receiving here, knowing they’re able to compete on an international stage.”

The theme of the exhibition chosen through conversations and interviews with students across Canada is water security. Titled Troubled Water / Eaux Troubles, the project being brought to Prague is a multidisciplinary piece including aspects of sculpture, painting, music, theatre, and more.

TextImage/images/2023/gazebo.jpgsite://news/images/2023/gazebo.jpgnewsgazebo.jpg2915211080810The main “gazebo-like” structure involved in the exhibition is meant to invoke the idea of water security issues. (Photo: Submitted)Align right

Per Orosz, the main “gazebo-like” structure is meant to invoke the idea of an iceberg, with other art pieces attached above or suspended below the structure’s roof to symbolize thoughts and ideas that are either visible and talked about, or metaphorically “below the surface” when it comes to water security.

Six USask undergraduate students and two recent alumni contributed artwork to the exhibit. In addition, 20 USask students will be travelling to Prague to perform and engage with the public for the Canadian exhibition. Overall, around 150 students from across Canada will be participating in the exhibition at PQ.

Orosz spoke glowingly about the students’ dedication to creating something that reflected ideas of water security and access to clean water in Canada, as well as their eagerness to collaborate with like-minded students from across the country.

“I feel pure pride for what USask does,” she said. “It’s an international stage, we’re showing off the work to the rest of the world, but it’s also important to show off to the rest of Canada.”

In addition, Dr. Graham Strickert (PhD) with USask’s School of Environment and Sustainability, and the Global Institute for Water Security, spoke to the students involved with the project about being mindful and thoughtful about the topic their artwork is focusing on.

USask has identified water as one of its signature areas of research that garners the university recognition and distinction around the world. Orosz and the students taking part in the PQ exhibition are shining a light on that focus in a unique and interdisciplinary way.

“What’s important about these kinds of connections between art and science is that we’re collaborating and feeding off of each other,” Orosz said. “We’re showing that scientists are hearing from us and thinking about new ways to approach their work, and we think about new ways to approach ours.”

TextImage/images/2023/carla-group-photo.jpgsite://news/images/2023/carla-group-photo.jpgnewscarla-group-photo.jpg2914091080810USask students will be travelling to Prague to perform and engage with the public for the Troubled Water / Eaux Troubles exhibition. (Photo: Submitted)Above content
usask-launches-world-first-clinical-trial-to-improve-ovarian-cancer-treatmenttrue1718730911095imj129USask launches world-first clinical trial to improve ovarian cancer treatmentA new University of Saskatchewan (USask)-led clinical trial aims to substantially improve quality of life for ovarian cancer patients, and making it part of routine clinical testing, while also reducing costs.College of medicine, research, 1685977620000/articles/research/2023/usask-launches-world-first-clinical-trial-to-improve-ovarian-cancer-treatmentnewssite://news/articles/research/2023/usask-launches-world-first-clinical-trial-to-improve-ovarian-cancer-treatmentccm0461685978545913ccm0461688066959039show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ovarian_cancer_research.jpgsite://news/images/2023/ovarian_cancer_research.jpgnewsovarian_cancer_research.jpg1346261080720USask researchers Dr. John DeCoteau, Dr. Mary Kinloch, and Dr. Laura Hopkins with a new, next-generation genetic sequencer. (Photo: Daniel Hallen)USask researchers Dr. John DeCoteau, Dr. Mary Kinloch, and Dr. Laura Hopkins with a new, next-generation genetic sequencer. (Photo: Daniel Hallen)NoNonesupport-critical-researchNo/
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USask gynecologic cancer physicians, working closely with USask pathology doctors, will test ovarian cancers patients’ tumours for a range of mutations that predict response to a new class of drugs. By combining multiple tumour test methods together for the first time, patients will get more accurate, personalized, genomic information about their tumours than was previously possible. This information will help patients make more informed choices about their own care, including more precise estimates about the benefits of these drugs.

“For the first time, we will be able to give ovarian cancer patients very specific information about their chances of responding to treatment,” said Dr. Laura Hopkins (MD), provincial lead for gynecologic oncology at USask’s College of Medicine and the Saskatchewan Cancer Agency, and co-leader of the research team. “This trial will also bring research opportunities for new treatments to the point of care and open the gateway for scientists to become partners in care.”

This research was made possible thanks to close collaboration at USask between doctors and researchers, and $3.8 million in funding, including $1.1 million from Genome Canada’s Genomic Applications Partnership Program (GAPP), which leverages world-leading expertise and diversified partnerships to accelerate the translation of genomic knowledge tools into broad economic and societal benefits. In 2021, financial support from Ovarian Cancer Canada and the provincial government of Saskatchewan paved the way for the team to establish Saskatchewan’s first biobank for ovarian tumour tissue.

Most recently, a generous gift in honour of Donald E. Kramer was made by his family, working through the Cancer Foundation of Saskatchewan, for the Saskatchewan Cancer Agency to purchase a new, leading-edge, next-generation genetic sequencing tool.

“With this new technology, we can predict response to a given treatment and quantify the amount of benefit,” said Hopkins. “This type of research has not been done previously by any other cancer program and will be first in Canada.”

Ovarian cancer is the most fatal gynecologic cancer—only 40 per cent of patients survive more than five years after diagnosis. Advanced disease–where the cancer has spread out of the pelvis and into the upper abdomen—is not curable and treatment options are limited to a combination of surgery and chemotherapy.

The current, standard ovarian cancer tumour testing practice in Canada tests only for the absence or presence of a mutation to one set of tumour-suppressing genes—this identifies only a fraction of patients with genetic changes in their tumour.

“Previously, we could only guess which patients would respond to treatment,” said Hopkins. “This led to over-treatment of many patients—up to 25 per cent—receiving therapy from which they would not benefit and from which they experienced side effects and decreased quality of life.”

Co-led by USask gynecologic pathologist Drs. Mary Kinloch (MD), division head of anatomic pathology with the Saskatchewan Health Authority, and USask molecular pathologist Dr. John DeCoteau (MD), the project involves testing patients’ tumours with four different diagnostic tools at the USask Advanced Diagnostics Research Laboratory, and providing that data directly to oncologists for clinical care optimization.

Specific information about the genomic makeup of the tumour will allow oncologists to work with patients and jointly create a drug treatment plan personalized for each patient’s unique needs—ensuring patients do not take drugs that do not help control their cancer and that worsen their quality of life.

“The paradigm for ovarian cancer care will change in Saskatchewan and across Canada with this trial,” said Hopkins. “This ‘precision medicine’ approach will also save the health-care systems hundreds of thousands of dollars annually, since we will no longer be using a ‘one size fits all’ approach with these drugs.”

Currently, ovarian cancer patients who have responded well to chemotherapy and surgery get one test dictating whether they are eligible for a new drug that works to keep their cancer suppressed. That test only checks for the absence or presence of a mutation to one set of tumour-suppressing genes and misses the other combinations of genetic factors that predict how well a tumour will respond to another new drug.

“This mutation affects the DNA repair pathway—cancer cells that cannot repair damaged DNA cannot recover from the effects of chemotherapy,” said Kinloch. “When the cells are pushed to die instead of repair that is one way to achieve ‘cancer control’ and/or remission.”

About 20 percent of all patients—those who have the tumour-suppressing gene mutation—have excellent outcomes from currently prescribed medication, potentially leading to their cancers going into remission for up to five years and in some cases, include living longer.

For the remaining patients who are eligible for treatment, half benefit from an additional year of cancer remission, whereas the other half get no real benefits but experience all the negative side effects of the drug.

“For this 60 per cent of patients, it is important for us to be able to test their tumours for genetic changes that define and predict response, since the gains are different, and the side effects of the drug they have access to are very different,” said Kinloch. “Currently, there is no way to know who will respond and who won’t.”

“When benefits are small, patient preferences and priorities become extremely important for decision-making,” she said.

The research team will use four different diagnostic platforms, combining results, and comparing it to the current ‘gold standard’ for tumour testing—a substantially more expensive test, not currently available to patients in Canada as part of the funded health-care system.

“This testing format will be the first in Canada and the world,” said DeCoteau. “Our results will lead to guideline changes on tumour testing for ovarian cancer patients and how we make clinical decisions needed to deliver the best therapy—hopefully, this provides increased access to tumour testing and increased choices for patients.”

The research team also includes colleagues at University of British Columbia, University of Victoria, the Saskatchewan Health Authority, and the Saskatchewan Cancer Agency.

*story has been updated on June 29.

usask-a-leader-in-higher-education-sustainability-rankingstrue1718730911095imj129USask a leader in higher education sustainability rankingsThe University of Saskatchewan (USask) has earned a top-100 worldwide rank in the Times Higher Education (THE) Impact Rankings, with top-20 rankings in two key areas.Matt Olson for Research Profile and Impactresearch, sustainability, international, hp-articles,1685636340000/articles/research/2023/usask-a-leader-in-higher-education-sustainability-rankingsnewssite://news/articles/research/2023/usask-a-leader-in-higher-education-sustainability-rankingsccm0461685636741426ccm0461687366616927show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus_aerial.jpgsite://news/images/2022/campus_aerial.jpgnewscampus_aerial.jpg2034581080720Aerial view of the University of Saskatchewan. (Photo: USask)Aerial view of the University of Saskatchewan. (Photo: USask)NoNonesupport-critical-researchNo/
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USask has earned a rank of 67th overall around the world, even with the addition of more than 180 universities to the THE Impact Rankings bringing the total number of participants to nearly 1,600.

THE measures the performance of institutions around the world against the Sustainable Development Goals (SDGs) set out by the United Nations. Universities must submit information for at least four of the 17 SDGs to be included in the overall rankings, and one must be for SDG 17 – Partnerships for the Goals.

In addition to ranking 67th overall, USask made a significant jump into the top 20 worldwide in SDG 2 – Zero Hunger (moving up from 52nd last year to 16th) and placing 20th in SDG 11 – Sustainable Cities and Communities.

“We are thrilled to see USask’s dedication to sustainability recognized in these latest rankings,” said USask Vice-President Research Baljit Singh. “This is a testament to the commitment of many: our researchers, faculty, scholars, artists, staff, and students who continually deliver on our promise to be what the world needs.”

Overall, USask submitted data and supportive evidence for nine SDGs in the 2023 rankings and placed in the top 100 worldwide in four of those categories. One of those was SDG 10 – Reduced Inequalities, where USask placed 95th worldwide in the university’s first-ever year submitting for that SDG.

USask finished no lower than the 101-200 tier for any SDG in this year’s THE rankings, with the other top 100 placing in SDG 3 – Good Health and Wellbeing.

“USask places a high priority on the United Nations Sustainable Development Goals. We’re so inspired by receiving global recognition in the THE Impact Rankings,” said Dr. Airini (PhD), USask provost and vice-president academic. “To be the university the world needs is a bold ambition. It requires us to be very disciplined about tracking our progress in areas of impact. Through research, stewardship, outreach, and teaching, USask is addressing social, economic, and environmental challenges at the core of the 17 SDGs of the United Nations.”

USask has also received recognition from the Association for the Advancement of Sustainability in Higher Education (AASHE), achieving “gold” status in the Sustainability Tracking & Assessment Rating System (STARS) in 2023. This is the first time USask has received gold status since being part of the STARS system.

“These rankings serve as motivation for us to continue driving positive change and world-leading research to support the sustainability of communities,” Singh said.

The complete individual SDG results for USask in the THE Impact Rankings are as follows:

  • SDG 2 – Zero Hunger – 16th
  • SDG 3 – Good Health and Wellbeing – 74th
  • SDG 6 – Clean Water and Sanitation – 101-200 tier
  • SDG 9 – Industry, Innovation & Infrastructure – 101-200 tier
  • SDG 10 – Reduced Inequalities – 95th
  • SDG 11 – Sustainable Cities and Communities – 20th
  • SDG 14 – Life Below Water – 101-200 tier
  • SDG 16 – Peace, Justice, and Strong Institutions – 101-200 tier
  • SDG 17 – Partnership for the Goals – 101-200 tier
usask-announces-top-research-award-winners-for-2023true1718730911095imj129USask announces top research award winners for 2023Recipients of the University of Saskatchewan’s (USask) top honour of Distinguished Researchers for 2023 are Dr. Wen Jun (Chris) Zhang (PhD), and Dr. Cheryl Waldner (DVM, PhD), internationally recognized experts in their fields who have contributed their talents to USask for more than two decades.Research Profile and Impactresearch, 1685455800000/articles/research/2023/usask-announces-top-research-award-winners-for-2023newssite://news/articles/research/2023/usask-announces-top-research-award-winners-for-2023ccm0461685388843734ccm0461686665821222show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/research-awards-2023.jpgsite://news/images/2023/research-awards-2023.jpgnewsresearch-awards-2023.jpg2985371080720From left (clockwise): Dr. Wen Jun (Chris) Zhang (PhD), Dr. Cheryl Waldner (PhD, DVM), Dr. Kate Congreves (PhD) and Dr. Ben Hoy (PhD). (Photos: Submitted)From left (clockwise): Dr. Wen Jun (Chris) Zhang (PhD), Dr. Cheryl Waldner (PhD, DVM), Dr. Kate Congreves (PhD) and Dr. Ben Hoy (PhD). (Photos: Submitted)NoNonesupport-critical-researchNo/
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USask has also recognized Dr. Ben Hoy (PhD), and Dr. Kate Congreves (PhD) with its New Researcher Awards for this year. USask’s four major annual research awards—awarded in conjunction with USask convocation—honour significant contributions to knowledge or artistic creativity by members of the university’s research community.

TextDr. Chris Zhang: Wide array of multidisciplinary research contributionsImage/images/2023/dr-chris-zhang-1.jpgsite://news/images/2023/dr-chris-zhang-1.jpgnewsdr-chris-zhang-1.jpg76898359359Dr. Chris Zhang.Align right

“I’m very happy to receive this award,” said Zhang, professor of mechanical engineering in the College of Engineering, who considers the honour a recognition of his multidisciplinary research accomplishments since joining USask in 1988 as a mechanical engineer with a background in engineering design.

Zhang has since made landmark advances that cover a wide spectrum of areas, including nano manufacturing, robotics, bio-mechatronics, critical network systems, informatics, and biomedical engineering. Among his dozens of research accomplishments and contributions, he points to three that have received a great deal of international attention:

The first is in systems science and engineering, where Zhang developed a fundamental knowledge system architecture consisting of six concepts (function, context, behaviour, principle, state, and structure) that can be used to understand not only technical systems but any system, including social, economic, and environmental systems. “This is my biggest contribution,” he said. “Every system makes sense in a particular context.”

The second is his contribution to defining engineering resiliency. Resiliency is a concept well known in ecology, but one that didn’t gain wider attention until the 9/11 attacks exposed vulnerabilities of engineering and financial systems, Zhang said. “I was in the discussion when a book about engineering resilience came out in 2006 and pioneered using the resiliency concept to develop a resilient robotics system,” he said.

After the 2008 financial crisis, he proposed a new concept of a resilient wholistic supply chain that’s not just one chain but several chains—financial, property and manufacturing—intertwined into a network. Using a technique Zhang developed to simulate a potential collapse of the chain, decision-makers will have early warning to take mitigation measures, he said.

The third is in biomedical engineering, where Zhang developed a protocol to ablate brain tumours while at the same time using the “transient window” created in the blood-brain barrier to deliver chemotherapy drugs precisely to the tumour site.

Zhang has supervised 38 PhD students, 114 master’s students and 53 post-doctoral fellows, visiting fellows and research associates. He has produced 361 refereed journal articles, 17 books and book chapters, 222 refereed conference papers, and holds 23 patents and invention disclosures.

TextDr. Cheryl Waldner: Applying One Health lens to researchImage/images/2023/cheryl-waldner.jpgsite://news/images/2023/cheryl-waldner.jpgnewscheryl-waldner.jpg107182511512Dr. Cheryl Waldner.Align right

“I am very grateful for this award, which reflects not only my contributions but those of the incredible team of students and colleagues at the veterinary college and across campus with whom I have had the opportunity to work over the years,” said Waldner, professor in the Western College of Veterinary Medicine’s Department of Large Animal Sciences at USask and the NSERC/Beef Cattle Research Council Industrial Research Chair in One Health and Production-limiting Diseases.

A beef producer who works with her husband on the family farm near Saskatoon, Waldner has spent her career working with Canadian beef and cow-calf producers to improve the health, productivity and sustainability of their operations. Her team’s extensive field research, which spans the range of important productivity and health issues in the western Canadian industry, is captured in more than 130 papers.

Waldner’s other research findings, which tie together human, animal, and environmental health under the One Health umbrella, are widely applied across North America and beyond. Her expertise is widely recognized by provincial and federal governments, the research community and industry groups.

“My work in the beef industry complements other projects as part of a larger One Health and public health research program, examining food safety, environmental toxicology and water safety in rural and remote communities in Western Canada,” she said. “One Health ties everything together and brings a suite of tools that can be applied across these diverse areas. Much of my research has been about adapting tools that are used in one area to fill a gap in another.”

That approach has led to developing and repurposing innovative simulation, statistical, technological and laboratory tools to apply to problems in One Health and veterinary medicine including Johne’s disease and reproductive diseases in beef cattle herds, and everything from reproductive health and antimicrobial resistance to food and water safety in rural communities in public health-targeted studies.

Waldner most recently has been working with the feedlot sector to support antimicrobial stewardship in the treatment of infectious diseases, and with the cow-calf producers to promote antimicrobial stewardship. Her team has developed and adapted several tools to support on-farm decisions that leverage emerging technologies, including advanced simulation models, smart phone apps, and most recently, metagenomic tools.

She has attracted more than $19 million in grants as principal investigator over her career, and she has trained four post-doctoral fellows, 15 PhD students, and 17 master’s students.

TextDr. Ben Hoy: Vast datasets lead to compelling historical talesImage/images/2023/dr-ben-hoy.jpgsite://news/images/2023/dr-ben-hoy.jpgnewsdr-ben-hoy.jpg208826682682Dr. Ben Hoy.Align right

“I am absolutely surprised and thrilled with the New Researcher Award. Even getting nominated for something like this is a huge accomplishment. It’s not something I ever expected, because there are so many good researchers at USask, even in my own department,” said Hoy, associate professor of history in the College of Arts and Science.

In nominating Hoy for the award, Dr. Valerie Korinek (PhD) and Dr. Jim Clifford (PhD) of the history department wrote that, for his career stage, Hoy is the most accomplished junior historian the department has hired in the past 25 years, based on his research and teaching achievements, institutional and national awards, external research grants, and producing highly qualified personnel.

Hoy attributes the recognition to the huge success of his multi-award winning first book, A Line of Blood and Dirt: Creating the Canada-United States Border Across Indigenous Lands. Hoy is most proud about the breadth of his book, which covers 50 years of history across more than a dozen ethnic groups and communities including Indigenous peoples, Chinese and Japanese immigrants, and African Americans, across the better part of the continent.

“I’m most happy that it tells that story in a way that doesn’t require a lot of specialized knowledge to understand,” he said. “The thing I strive most for as a scholar is taking a complex topic and making it accessible to people so that someone on the street can readily learn something about their past.”

The book, which won the prestigious Governor General’s History Award for Scholarly Research in 2022, is based on years of painstaking archival, oral, and quantitative research across Canada and in the U.S., and taps a vast dataset Hoy has compiled in collaboration with more than 80 people—many students and some faculty.

“It’s the part of the award that makes me the happiest. The best work that we do is done in teams. The success of the book and the awards it won is a testament to them as it is to me.”

Hoy has made the vast dataset available free online to other researchers. His goal is to keep adding to the historical dataset over his career by including such things as prison, medical and agricultural records, which eventually can be overlayed to create more complex understanding of history.

TextDr. Kate Congreves: Breaking new ground in sustainable agricultureImage/images/2023/dr-kate-congreves-2.jpgsite://news/images/2023/dr-kate-congreves-2.jpgnewsdr-kate-congreves-2.jpg36894910341034Dr. Kate Congreves.Align right

“I’m very humbled by the recognition, and grateful to my colleagues and the university,” said Congreves, associate professor in plant sciences at the College of Agriculture and Bioresources.

“This totally wouldn’t be possible without the excellent work of my team—a group of really awesome students and technicians that I’ve had the great fortune and pleasure of working with over the past few years,” she said.

Since she joined USask in early 2017, Congreves has developed an internationally recognized research program in environmental horticulture and agronomy.

“My research focuses on understanding how nitrogen cycles in cropping systems, and by understanding that, I aim to better design and manage sustainable cropping systems that don’t degrade the soil but regenerate it instead, and to develop systems that reduce greenhouse gases (GHG).”

Her work supports two of USask’s signature areas—agriculture, and communities and sustainability. In 2022 Congreves was awarded a Sustainability Faculty Fellowship by USask’s Office of the Vice Provost, Teaching and Learning.

Her research has attracted $2.9 million in direct funding, and nearly $10 million in total collaborative funding. Congreves has produced 27 peer-reviewed research publications over the past six years at USask, especially noteworthy achievement since many are considered “firsts of their kind” in Saskatchewan. For example, she has developed a soil health testing protocol for cropping systems in the province, created a new GHG monitoring station, and began testing cover crops in Prairie field and vegetable crop rotations—essential contributions to food security and nature-based climate solutions.

“We are always trying to look for that balance between environmental and agronomic benefits,” Congreves said. “Where they overlap is where we have a chance to make a difference for farming.”

She did a keynote presentation at the prestigious International Horticultural Congress in France in 2022 and served on national expert panels to co-author the report on plant health risks in Canada for the Council of Canadian Academies (2020-22). Congreves received the Canadian Society of Agronomy Early Career Award in 2021, was named Prof of the Year by the college’s Agriculture Students’ Association in 2021 and awarded the Dean’s New Researcher Award of Excellence in AgBio in 2020.

usask-recognizes-natcher-for-community-engaged-researchtrue1718730911095imj129USask recognizes Natcher for community-engaged researchThe University of Saskatchewan (USask) is honouring Dr. David Natcher (PhD) with its 2023 Publicly Engaged Scholarship Team Award (PESTA) for research that engages governments, Indigenous groups, companies, and multidisciplinary academics in collaborative efforts to address social, environmental, and economic impacts of resource development.Research Profile and Impactresearch, College of Agriculture and Bioresources,1685455200000/articles/research/2023/usask-recognizes-natcher-for-community-engaged-researchnewssite://news/articles/research/2023/usask-recognizes-natcher-for-community-engaged-researchccm0461685377401920ccm0461685377401920show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/david-natcher-1080.jpgsite://news/images/2022/david-natcher-1080.jpgnewsdavid-natcher-1080.jpg2312901080720David Natcher, professor in the Department of Agricultural and Resource Economics in the College of Agriculture and Bioresources at USask. (Photo: Submitted)David Natcher, professor in the Department of Agricultural and Resource Economics in the College of Agriculture and Bioresources at USask. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The award is presented annually to faculty members, post-doctoral fellows, graduate students, and/or community partners in recognition of collaborative efforts to combine their knowledge and produce outstanding social impacts locally, nationally, or internationally.

Natcher, a cultural anthropologist in the agricultural and resource economics department at USask’s College of Agriculture and Bioresources, said he was thrilled with the nomination and grateful for the PESTA award.

“It is a strange award to receive, given that it’s a team and engagement award. If it wasn’t for a host of other people, none of this would have been possible,” he said.

“As an anthropologist I have insights that can make a contribution, but I rely heavily on people who think about the world in different terms. I like working with those people. It makes research fun, and more meaningful to the people who are affected most directly by the things we are trying to study.”

Natcher works on projects with colleagues around the world, but his closest colleagues at USask are at the Canadian Hub for Applied Social Research, with whom he collaborates on all his projects.

“It’s a great example of what is being done at USask. They are an enormous support for researchers, me in particular,” he said.

His research on the impacts of oil and gas development in the Peace River region, in particular an area that spans the British Columbia and Alberta border, as well as his research with the Arctic Council on water, energy, and food security, are two of Natcher’s career highlights since joining USask in 2007.

Treaty 8 First Nations, industry, and the governments of Alberta and B.C., are all part of Natcher’s research team in the Peace River project, which is studying the potentially huge impacts of fracking to develop the Montney Play. This shale gas formation, described as Canada’s largest “carbon bomb,” has the potential to release more than a billion tonnes of carbon into the atmosphere.

“Through a recent project, we were able to co-develop a number of scenarios that allow government, Indigenous communities, and industry to work together to evaluate potential negative impacts on First Nations and begin to identify potential mitigation strategies,” Natcher said.

The research motivated a highly productive, non-confrontational dialogue between the parties about moving ahead, and how they continue to live on this landscape together, he said.
“We are really proud of that.”

Natcher is also working with the Arctic Council’s sustainable development working group to research water, energy, and food security. Rather than considering each in isolation, researchers are considering these as an integrated system.

“We found that treating each of these in isolation can have negative impacts. We can grow more food, but what impact does that have on water security, quantity, quality, and energy inputs? So, we are making visible how these systems are connected, and then coming up with strategies for more sustainable Arctic communities.”

Students are an integral component of Natcher’s research. In addition to students from his own department, he tries to draw in as many students as possible from the departments of anthropology, and geography and planning, to expose them to community-based research. He has supervised 19 master’s students, four doctoral candidates and four post-doctoral fellows.

Since joining USask, Natcher has produced 124 refereed journal articles and book chapters, 11 books, and received more than $30 million in external research grants.

In other recent honours, Natcher was named University of the Arctic Research Chair, Water, Energy and Food Security in the Arctic (2022-26), received a Dean’s Award for Excellence in Outreach and Engagement (2019), and served as Centennial Research Chair at the Global Institute for Food Security (2014-19).

usask-student-satellite-to-be-launched-to-the-international-space-stationtrue1718730911095imj129USask student satellite to be launched to the International Space StationFor nearly five years, students at the University of Saskatchewan (USask) have dedicated countless hours to develop a cube satellite that is now scheduled to be launched into space on June 3. Layne Ransomresearch, College of Engineering1685376000000/articles/research/2023/usask-student-satellite-to-be-launched-to-the-international-space-stationnewssite://news/articles/research/2023/usask-student-satellite-to-be-launched-to-the-international-space-stationccm0461685375198369ccm0461685375597238show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cubesat_pic.jpgsite://news/images/2023/cubesat_pic.jpgnewscubesat_pic.jpg3037551080720A member of the RADSAT-SK satellite team holds the satellite that will be launched into space. (Photo: Submitted)A member of the RADSAT-SK satellite team holds the satellite that will be launched into space. (Photo: Submitted)NoNonesupport-studentsNo/
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The cube satellite, dubbed RADSAT-SK, will be launched to the International Space Station (ISS) via the SpaceX CRS-28 rocket. The team of USask students believes it is the first made-in-Saskatchewan satellite that will be sent into space. From the ISS, the satellite will be sent into its own orbit where it will remain for approximately one year. During that time, the team will collect experimental radiation data from a ground station located on the USask campus.

The launch is the culmination of a project that began in fall 2017, when a small group of students and their faculty advisor, Dr. Sean Maw (PhD), submitted an application for the Canadian Space Agency (CSA) Canadian CubeSat Project (CCP). The CCP program was developed by the CSA to increase student interest in STEM across Canada, while involving them in real space missions that will meaningfully contribute to the scientific community. Each post-secondary institution participating in the CCP program was given the opportunity to design and build its own cube satellite.

Leading the project was a significant undertaking for a group of undergraduate students, but Maw, the Jerry G. Huff Chair in Innovative Teaching, and a faculty member in Graham School of Professional Development (SOPD) at USask Engineering, knew it was an incredible opportunity and believed it could be done.

“When I was an undergraduate student, my friends and I wanted to design a small satellite,” said Maw. “We formed a team of over 60 students, and we even had a mission design! But we couldn’t find a faculty advisor to supervise us, which was required for us to proceed. 

“When the opportunity arose to design and build a satellite at USask with the Canadian CubeSat Program, I wasn’t going to let that fate befall this generation of students. After a few years of planning and hard work, the RADSAT-SK team has built a real satellite for launch,” added Maw, who provides faculty oversight for the mission and serves as principal investigator along with Dr. Brian Berscheid (PhD).

TextImage/images/2023/cubesat-photo2.jpgsite://news/images/2023/cubesat-photo2.jpgnewscubesat-photo2.jpg71733540405The student-led RADSAT-SK Team has developed a cube satellite that will launch into orbit on June 3 – believed to be the first made-in-Saskatchewan satellite that will be sent into space – and involves a dedicated team of USask students. (Photo: Submitted)Align right

The RADSAT-SK cube satellite began development in spring 2018 with about 20 engineering undergraduate students on board. Since then, the project has grown immensely, with hundreds of students involved in some capacity over the years.

The RADSAT-SK satellite’s payload – what it is carrying as it orbits the Earth – focuses on radiation-based research. USask electrical and computer engineering professor Dr. Li Chen (PhD) and his team developed a dosimeter board to measure radiation from space. Dr. Ekaterina Dadachova (PhD) and her team within the USask College of Pharmacy and Nutrition developed a fungal melanin coating that has been placed on part of the board. Melanin pigments are found in many diverse fungal species which can inhabit some of the most extreme habitats on earth.

The research goal of Dadachova’s work is to test the feasibility of melanin as a cosmic radiation shielding method in space, while the goal of Chen’s work is to measure radiation at a reduced cost compared to current methods.

The cube satellite project has been a life-changing experience for many students.

“Growing up I fell in love with Star Trek and space. Finding out as a student at USask that I could be a part of a project that would send a research satellite to space was an opportunity that fulfilled one of my life’s earliest goals. Little did I know how important the RADSAT-SK cubesat would become to me. My work on the project enriched my life in countless ways,” said Dustin Preece, one of the technical project managers.

The RADSAT-SK project could not have made it this far without the project partners, which include the CSA, University of Saskatchewan Space Design Team, USask College of Engineering, and Saskatchewan Polytechnic. The team extended its appreciation to industry partners Calian Advanced Technologies and Galaxia Mission Systems for their technical advisement and support, along with numerous individual donors. The students also expressed their gratitude to Maw and Berscheid for their mentorship and dedication.

“Above all, I will always remember the incredible talent, humility, generosity, and tenacity of everyone who made RADSAT-SK a success. It has truly been an honour to be on this journey,” said Preece.

TextImage/images/2023/cubesat-photo3.jpgsite://news/images/2023/cubesat-photo3.jpgnewscubesat-photo3.jpg3124551080810The student-led RADSAT-SK Team has developed a cube satellite that will launch into orbit on June 3 – believed to be the first made-in-Saskatchewan satellite that will be sent into space – and involves a dedicated team of USask students. (Photo: Submitted)Above content
quantum-revolutiontrue1718730911095imj129Quantum revolutionHow can we describe the smallest building blocks that make up matter? What do we know about the interplay between the structure of matter and its behaviour, and how can we use such knowledge to create better materials in the real world? INNOVATION IN CANADA'S TOP UNIVERSITIES REPORT via GLOBE AND MAILresearch, College of Arts and Science,1685134680000/articles/research/2023/quantum-revolutionnewssite://news/articles/research/2023/quantum-revolutionccm0461685135152267ccm0461685135264990show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/centre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe.jpgsite://news/images/2023/centre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe.jpgnewscentre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe.jpg2429831080720A student writes math equations on a white board in a classroom.Quantum mathematics can provide insights into the rules governing atomic and subatomic particles with the potential to manipulate the fine structure of materials. (Photo: Submitted)NoNonesupport-studentsNo/
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Answers to such questions can be found in quantum mathematics, believes Steven Rayan, quantum researcher and professor in mathematics and statistics at the University of Saskatchewan (USask).

“Quantum science requires a grasp of the rules governing some of the smallest objects in nature, the world of atomic and subatomic particles,” he says. “When we understand these rules, which are largely mathematical in nature, we can possibly bend and break them. Thinking in terms of geometry and shapes can reveal to us where these points of bending and breakage are, thereby allowing us to re-engineer from the inside out everyday materials that we take for granted and turn them into ‘quantum materials’ that behave in entirely unexpected ways.”

Explorations into the fine structure of materials – for example, materials that conduct electricity – often reveal regular patterns, Dr. Rayan explains. “When we look under the hood, we may discover structures that resemble crystals, such as side-by-side squares or hexagons.”

TextImage/images/2023/rayan-steven-credit-dave-stobbe.jpgsite://news/images/2023/rayan-steven-credit-dave-stobbe.jpgnewsrayan-steven-credit-dave-stobbe.jpg3247121080720Steven Rayan, quantum researcher and professor in mathematics and statistics at the University of Saskatchewan, sees mathematics as playing a key role in advancing quantum science. (Photo: Submitted)Align right

This may inspire questions about how different shapes may result in different behaviours, he says. “What if we used eight-sided, stop-sign-shaped tiles? Octagons don’t tile nicely, and so we have to be creative. Such explorations could inspire the design of better conductors, for example, to be used in quantum technologies.”

These technologies include “quantum computing, probably the most disruptive and most anticipated technology coming out of quantum science,” Dr. Rayan notes. “And the sheer power of quantum computing brings exciting opportunities.”

The wider adoption of quantum computers is limited at the moment by the fact that their components, in some instances, “must be cooled to about minus 273 degrees Celsius. We’re talking colder than space – and that’s not scalable in the long run, not even in Saskatchewan,” he jokes. This is an instance where using geometric ideas to reimagine materials may lead to significant gains, where these components operate at warmer temperatures – even slightly warmer temperatures would be a significant improvement.

The advantages of quantum computation, including faster processing and the ability to simulate complex phenomena in nature, stem from qubits, which are quantum computing’s counterpart to the binary digit (or bit) of classical computing that uses ones and zeroes – or “true” and “false” – to describe information, explains Tarah Teixeira, a research student in mathematics/physics. “The basic unit of information used by a quantum computer is the qubit, which we can think of geometrically as a sphere, called a ‘Bloch sphere.’”

Ms. Teixeira recently received funding support from the Natural Sciences and Engineering Council of Canada for a research assistantship, through which she wondered what might happen if the geometric re-engineering mentioned earlier is applied to information itself: “What happens when we try to change the shape of the Bloch sphere? Can it be stretched or compressed? What is the physical meaning of changing the shape of a qubit?”

She explains, “I essentially smashed the sphere into a disk, mathematically speaking.” This change in the geometry led the team to a new way of organizing quantum information, involving an additional state completely independent of “true” or “false” – which in turn may lead to new ways to process information and program quantum computers.

To Dr. Rayan, this kind of work represents a promising “quantum future that’s homegrown in Saskatchewan.” Disruptive innovations “are just around the corner, due to the greater understanding of quantum science that has been achieved over the past decades,” he says. “In Canada and across the world, it’s a special time for quantum research, which is a focus for many universities and agencies.”

TextImage/images/2023/centre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe1.jpgsite://news/images/2023/centre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe1.jpgnewscentre-for-quantum-topology-and-its-applications-quanta-credit-dave-stobbe1.jpg2292551080720Quantum mathematics can provide insights into the rules governing atomic and subatomic particles with the potential to manipulate the fine structure of materials. (Photo: Submitted)Align left

In recognition of this potential, USask recently declared quantum innovation one of its signature areas, says USask vice-president research Baljit Singh. “Our signature areas are carefully selected to align our research resources, organize our interdisciplinary work and uplift areas of research excellence, and quantum is certainly one of our emerging strengths.”

The USask team, led by Dr. Rayan, aims to advance quantum research to where it can achieve an impact for society, says Dr. Singh. “Work in the area is a testament to the institutional support and recognition of the importance of quantum science and training of the next generation of quantum scientists to the university, the province of Saskatchewan and Canada.

“We have a great chance here to be at the forefront of new quantum technologies – and to create a hub not just for users but also for creators of these technologies,” he adds.

With a focus on quantum materials, USask researchers envision “a cycle that goes from math and models to prototypes, testing and fabrication – and eventually to commercialization,” says Dr. Rayan. “This draws on expertise from across the entire university, beginning with mathematics and ending with a device in hand.”

Other technologies that will benefit from quantum materials research are quantum sensors, quantum-enhanced fuel cells and batteries, and quantum communication devices, he says.

Quantum sensors can be used, for example, in medical imaging devices, such as magnetic resonance imaging (MRI). “MRI technologies save lives, but existing devices are bulky, power hungry and expensive; the basic imaging tech hasn’t changed in decades,” says Dr. Rayan. “Researchers at USask are making them more accurate, smaller, cheaper and more portable, with the end goal of getting better results for many more patients.”

Research and innovation in quantum materials can create pathways to computers that work much faster while using a fraction of energy; to more efficient electricity generation, storage and transmission; to smart buildings and medical devices; and much more, Dr. Rayan says. “Quantum devices need quantum ingredients, which are being brought to life through mathematics and creative thinking. That’s part of the quantum revolution.”

This article first ran in the Globe and Mail as part of the Innovation In Canada's Top Universities Report. See the original article here.

vido-scientists-receive-1m-to-strengthen-mpox-preparednesstrue1718730911095imj129VIDO scientists receive $1M to strengthen mpox preparednessScientists Drs. Alyson Kelvin (PhD) and Angela Rasmussen (PhD) from the University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) have received $1-million in total funding to study mpox (formerly known as monkeypox) from the Canadian Institutes of Health Research (CIHR). research, VIDO1684939320000/articles/research/2023/vido-scientists-receive-1m-to-strengthen-mpox-preparednessnewssite://news/articles/research/2023/vido-scientists-receive-1m-to-strengthen-mpox-preparednessccm0461684940317885ccm0461684940369969show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/alyson.jpgsite://news/images/2023/alyson.jpgnewsalyson.jpg1402411080720Dr. Alyson Kelvin (PhD) will lead a project to understand virus transmission at the human-animal interface. (Photo: David Stobbe)Dr. Alyson Kelvin (PhD) will lead a project to understand virus transmission at the human-animal interface. (Photo: David Stobbe)NoNonesupport-critical-researchNo/
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The scientists were successful in CIHR’s “Team Grant: Mpox (monkeypox) and zoonotic threats.”

Mpox re-emerged in 2022—resulting in over 87 thousand confirmed cases and 141 deaths in 111 countries. Although it is no longer labeled a public health emergency of international concern, the World Health Organization stated it continues to be a significant public health challenge requiring a proactive and sustainable response.

“Strengthening capacity and expertise is critical to respond to emerging and re-emerging infectious diseases—like mpox—and further defines VIDO role as Canada’s Centre for Pandemic Research,” said VIDO Director and CEO Dr. Volker Gerdts. “The support from CIHR will help prevent future outbreaks of mpox and other related viruses in Canada and globally.”

TextInvestigating mpox virus spillover and spillback at the human-animal interfaceNone/Above content

Previous mpox outbreaks were caused by virus spillover from an unknown animal reservoir in endemic regions (regions with a constant presence of virus) such as the Democratic Republic of Congo (DRC). However, research into the roles of animal reservoirs in human outbreaks, and the potential for new animal reservoirs in naive wildlife, have largely been neglected and the mechanisms of transmission are not well understood.

Kelvin will lead a project to understand virus transmission at the human-animal interface. She highlights, “by determining what wild animals can harbour the virus and then how these animals interact with people, we will be able to prevent new infections in Canadians and North American wildlife, as well as the international spread of this virus causing public health emergencies of international concern.”

Kelvin’s team will follow positive human cases in the DRC to determine virus spillover events from wildlife, as well as spillback into companion animals driven by infected humans. Positive human and animal samples will be sequenced to establish chains of virus transmission. This will be followed by studies in VIDO’s containment Level 3 laboratory to determine the potential for mpox virus to infect Canadian wildlife species, such as the North American beaver, and act as a reservoir which could initiate transmission chains in Canada.

Collaborating in the project is the International Monkeypox Response Consortium (IMReC) which includes scientists from regions of continental Africa, as well as international virologists and viral ecologists from the University of Manitoba, University of Arkansas, University of California, Los Angeles, and the DRC.

TextDeveloping a genetically diverse mpox model to examine host responses and therapeuticsImage/images/2023/angie.jpgsite://news/images/2023/angie.jpgnewsangie.jpg1077001080720Dr. Angela Rasmussen (PhD) and her team will study the host responses to mpox infection that lead to specific disease outcomes. (Photo: David Stobbe)Above content

The host’s response to an infection is a critical determinant of disease severity. However, the host response to mpox infection and how it relates to disease progression is largely unknown. Furthermore, although antiviral therapies can effectively treat mpox, research is needed to determine their optimal use to resolve symptoms.

Current mpox disease models are not genetically diverse and are unable to reproduce the range of disease seen in human patients. Rasmussen and her team will use the Collaborative Cross, a panel of genetically diverse mice, to study the host responses to mpox infection that lead to specific disease outcomes. Rasmussen’s team will also test the ability of antiviral drugs to improve mpox disease features such as skin lesions when treatment is initiated at different times following infection.

“A major goal of our project’s work is to improve clinical outcomes for 2SLGBTQIA+ communities disproportionately affected by the 2022 epidemic, as well as make a scientific case for broader access to therapeutics around the world,” stated Rasmussen. “This research will provide insight into the role of the host response in determining mpox disease severity and help optimize the use of antivirals to treat mpox and provide the greatest benefit to patients.”

The project will establish a mouse model that will be a valuable resource to the scientific community for studying mpox and developing improved vaccines and therapies. 

Rasmussen will collaborate with scientists from VIDO, the University of Manitoba, Texas A&M University, New York University, and an industry partner. 

 

taking-the-stress-out-of-growing-corntrue1718730911095imj129Taking the stress out of growing cornResearchers from the University of Saskatchewan (USask) are investigating how the first frost impacts corn varieties, in the hopes of finding new ways to maximize crop yields.Erin Matthews1684862220000/articles/research/2023/taking-the-stress-out-of-growing-cornnewssite://news/articles/research/2023/taking-the-stress-out-of-growing-cornbpk4551684862887948bpk4551684862941969show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/corn_tanino.jpgsite://news/images/2023/corn_tanino.jpgnewscorn_tanino.jpg24853724001600YesNoneNoneNo/
TextVideo/https://youtu.be/leKt3Yhgt2oUSask researcher Dr. Karen Tanino is investigating how the first frost impacts corn varieties, in the hopes of finding new ways to maximize crop yields.Below content

Global warming is bringing longer growing seasons, allowing producers to expand the types of crops they cultivate. While this can be a benefit, a longer growing season increases the risk of environmental stressors, like frost and cool overnight temperatures.

Researchers from USask are investigating how the first frost impacts corn varieties, in the hopes of finding new ways to maximize crop yields.

“With global climate change, we are realizing that you can push the corn belt northward, so we’re wondering how we can enable the production of that crop by expanding the season,” said Dr. Karen Tanino, professor of abiotic stress physiology in the College of Agriculture and Bioresources.

The team is interested in the cuticular layer of the plant, a defensive barrier that acts like the plant’s skin. If the cuticular layer is more water repellent, it is full of waxy compounds that allow water to run off the plant.

“If water is not present, then the frost is not able to form, which means the plant can avoid that first fall frost,” said Tanino.

With the help of the Mid-IR beamline at the Canadian Light Source (CLS) located at USask, Tanino and her colleagues found that the cool temperatures preceding the first frost influence the composition and quantity of the plant’s cuticle layer, making it more susceptible to freezing temperatures. Their findings were recently published in Physiologia Plantarum.

“We’re trying to help breeders develop and select plants that will be all-rounders, that can get through multiple stresses and survive, and more stably produce yield year after year,” she said.

Tanino and her group have been long-time users of the CLS.

“We were one of the first plant groups to use the CLS nearly 15 years ago, and we are so lucky to have it here right on our campus.”

Synchrotron beamlines enable Tanino to look deep inside a plant without destroying it, providing a level of detail not available using other techniques.

“We’ve used the CLS to take a non-destructive look at what is changing and where, and it provides us with our first insight.”

Hamilton, Kaila, Tawhidur Rahman, Jason Sadowski, Chithra Karunakaran, and Karen Tanino. "Identification of Ultrastructural and Biochemical Cuticular Markers Influencing Temperature of Ice Nucleation in Selected Genotypes of Corn." Physiologia Plantarum (2023): e13902. https://doi.org/10.1111/ppl.13902

Photos: Canadian Light Source | Mid-IR beamline | Dr. Karen Tanino

improving-taste-lowering-cost-of-cheese-can-be-possible-with-enzyme-additives-usask-researchtrue1718730911095imj129Improving taste, lowering cost of cheese can be possible with enzyme additives: USask researchCheese is a staple food in many Canadian households but recent increases in food prices has made it one of the more expensive items in your grocery cart. Brooke Kleiboer1684855140000/articles/research/2023/improving-taste-lowering-cost-of-cheese-can-be-possible-with-enzyme-additives-usask-researchnewssite://news/articles/research/2023/improving-taste-lowering-cost-of-cheese-can-be-possible-with-enzyme-additives-usask-researchbpk4551684855312288bpk4551684855583114show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/shangyi-xu.jpgsite://news/images/2023/shangyi-xu.jpgnewsshangyi-xu.jpg2093281080694Shangyi Xu, a graduate student in the USask College of Agriculture and Bioresources, studies how enzymes function can improve food production in Canada. (Photo: Submitted)Shangyi Xu, a graduate student in the USask College of Agriculture and Bioresources, studies how enzymes function can improve food production in Canada. (Photo: Submitted)NoNonesupport-studentsNo/
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Research by University of Saskatchewan (USask) food sciences student Shangyi Xu is looking for ways to improve the taste and lower the cost of cheese using a scientific process that alters how enzymes work during the fermentation process.

Enzymes are biological “helpers” that speed up biochemical reactions. They are active in many food products, especially those that undergo fermentation such as cheeses. This enzyme activity can cause a bitter taste in some products, and cheese is one of them. 

“Cheese ripening (also called aging) is time-consuming,” said Xu. “It can take more than a year before certain types of cheese can reach our table.” 

He notes that insufficient fermentation time will leave the final products with a displeasing bitter taste, and the increased storage and maintenance costs during the aging process are often added to the price of the final products for the consumer. 

“We already know that an enzyme called prolidase can break down bitter-tasting compounds commonly presented in cheese,” said Xu. “Interestingly, we found that prolidase naturally found in lactic acid bacteria (commonly used in cheese fermentation) removes the bitter compounds slowly.” 

To speed up this process and to allow for less bitterness to make it into the final product, Xu has been studying the workflow of the enzyme prolidase to determine where the process could be more efficient. 

Xu used the technology at the Canadian Light Source, Canada’s only synchrotron that is located at USask, to examine the structure and function of prolidase. He identified that a specific “loop” structure in prolidase impacts the efficiency of how the enzyme works. By altering certain amino acids present in this loop chain, it could help the enzyme work faster and therefore produce a final product with added benefits for consumers. 

Xu said that with the successful application of his research, “the aging time required for cheese could be shortened, hence reducing the price and improving its taste.” 

He said the work can also contribute to more than just improved cheese production, but attests to how enzyme research can provide valuable information for how to use these metabolic helpers in other areas of food science and for understanding the human body. 

With an undergraduate degree and a master’s degree in Food and Bioproduct Sciences obtained through the USask College of Agriculture and Bioresources, Xu is well-positioned to be pursuing a doctorate in the same subject under the supervision of professor Dr. Takuji Tanaka (PhD). 

He first became interested in food science because of his heritage and upbringing. Originally from China, Xu learned “many recorded traditional Chinese recipes for building healthy bodies, boosting energy, treating weakness or sicknesses, as well as prolonging life span.” 

“Unfortunately, many of these are unpublished recipes,” said Xu. “Though they are widely used, they are not able to be marketed out to benefit more people, due to unknown working mechanisms or safety concerns. I dream that one day I can scientifically explain why those recipes tend to work. My interest in chemistry and biology grew as I grew up, and I decided to pursue food science as my major." 

The research is supported by the Natural Sciences and Engineering Council of Canada Discovery Grant program, the Mitacs Accelerate program and the Canadian Light Source. 

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-research-uncovers-new-insights-into-nitrogen-phosphorous-and-their-neighbourstrue1718730911095imj129USask research uncovers new insights into nitrogen, phosphorous and their neighboursNitrogen may be the most common element in the air that we breathe, but it and nearby elements on the periodic table still hold great mysteries to uncover. Thanks to separate University of Saskatchewan (USask) research projects led by Canada Research Chairs, the nature of pnictogens—including nitrogen, phosphorous, and antimony—and how they interact with other elements is becoming clearer. research, Canadian Light Source, CanLightSource, CLS,1684508520000/articles/research/2023/usask-research-uncovers-new-insights-into-nitrogen-phosphorous-and-their-neighboursnewssite://news/articles/research/2023/usask-research-uncovers-new-insights-into-nitrogen-phosphorous-and-their-neighboursccm0461684508911235bpk4551684525067645show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/moewes_somers.jpgsite://news/images/2023/moewes_somers.jpgnewsmoewes_somers.jpg1347461080720USask undergraduate student Cody Somers with supervisor Dr. Alexander Moewes (PhD). (Photo: Daniel Hallen)USask undergraduate student Cody Somers with supervisor Dr. Alexander Moewes (PhD). (Photo: Daniel Hallen)NoNonesupport-critical-researchNo/
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A research team led by USask College of Arts and Science researcher in physics and engineering physics, Dr. Alexander Moewes (PhD), Canada Research Chair in Materials Science with Synchrotron Radiation, is investigating a brand-new compound—potentially leading to new material properties such as ultra-hardness and luminescence.

“There’s not one, single ‘home run’ application, but it’s a big step forward,” said Moewes.

At 800oC and at pressure nearly 60,000 times greater than normal atmospheric conditions on Earth, research collaborators at Ludwig-Maximilians-University Munich (LMU) succeeded in creating a new, never-before-seen compound by ramming together nitrogen and phosphorous with germanium—a hard, lustrous, grey element related to silicon and carbon. 

Moewes’ research team, including post-doctoral fellow Dr. Tristan de Boer (PhD) and undergraduate student Cody Somers, then analyzed this new compound experimentally at the team’s beamline at USask’s Canadian Light Source (CLS) synchrotron, finding it had two electrons in its outer shell that did not bond – so-called “lone pairs.” This is the first time that lone pairs have been observed with germanium in nitrogen-phosphorous compounds.

“Outer electrons—or valence electrons—typically bond, but these lone pair electrons do not participate in bonding, and can be used to tailor properties of materials,” said Moewes.

The research, which was published in Angewandte Chemie, established through calculations that there was an imbalance in the structure of the material due to the lone pair, making this compound structurally different from every other similar compound.

“You have this large, enclosed channel, like an empty straw in the material,” said de Boer. “In this case, the lone pairs are kind of stabilizing it.”

The USask team then used synchrotron light at the CLS, bombarding the substance with X-rays to understand its structure, and confirming it had a pair of non-bonding electrons, as anticipated. The results were published in Journal of Materials Chemistry A.

The findings open a door to developing a new variety of advanced materials in the same class as the hardest materials on Earth, as well as holding promise to create new semiconductors and new insulators, and other materials that take advantage of this type of material’s unique structure.

“The Holy Grail is that we gradually deepen our understanding, and we can then ideally design materials on the computer first, to then ultimately realize them in the lab,” said Moewes.

Moewes’ research was funded by Canada’s Natural Sciences and Engineering Research Council (NSERC) grants, including an NSERC Undergraduate Student Research Award for Somers, and funding from the Canada Research Chair Program.

TextAntimony stands aloneImage/images/2023/graham_george.jpgsite://news/images/2023/graham_george.jpgnewsgraham_george.jpg1214821080720Dr. Graham George (DPhil) are each examining the chemistry of the pnictogen elements. (Photo: Supplied)Align left

Another USask College of Arts and Science research team is digging deeply into antimony—another member of the pnictogen family—to develop an increased understanding of basic chemistry. Antimony is significant as a potential environmental toxin—some antimony compounds are more toxic than arsenic and are found in materials like the plastics used in soft drink bottles.

it can also exist as a single unit without being chained together, as with the other elements in Group 15—nitrogen, phosphorous, and arsenic. Antimony oxide was previously understood to only exist in repeating chains, and not as a monomer—a standalone molecule.

“This was something that had not been previously observed—until now, antimony was an outlier among the pnictogens,” said USask geological sciences researcher Dr. Graham George (DPhil), Canada Research Chair in X-ray Absorption Spectroscopy. “The observation is really important in understanding the chemistry of group trends.” 

The monomer form—a solid, white substance with a yellow hue—was created in a laboratory at University of California Santa Cruz by George’s collaborators, Dr. Timothy Johnstone (PhD) and graduate student John Wenger. From UC Santa Cruz, the substance was wrapped in a specially-designed carbon bowl—a trap to prevent the monomers from joining together—and shipped to Stanford University’s synchrotron for X-ray absorption analysis by George and graduate student Monica Weng.

The next steps in George’s research involve using different synchrotron techniques to do deeper analysis of the antimony-based compounds to better understand their electron structure.

George’s research was supported by , the Canada Research Chair program, University of Saskatchewan (GNG), United States Departm of Energy Basic Energy Sciences program, United States National Institutes of Health, and the National Science Foundation. 

closing-gaps-in-water-access-to-leave-no-one-behindtrue1718730911095imj129Closing gaps in water access to ‘leave no one behind’Household chores can be a drain on anyone’s time and energy, but picture a scenario where your tap water needs to be boiled or treated before it can be used or consumed. Now compare the resulting hardship to yet another situation: where there is no water source in or close to your household.WESTERN SCHOOLS REPORT via Globe and Mailresearch, water, GWF,1684441620000/articles/research/2023/closing-gaps-in-water-access-to-leave-no-one-behindnewssite://news/articles/research/2023/closing-gaps-in-water-access-to-leave-no-one-behindccm0461684442060313ccm0461684442735934show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/credit-images-of-research-andrea-wade.jpgsite://news/images/2023/credit-images-of-research-andrea-wade.jpgnewscredit-images-of-research-andrea-wade.jpg3197461080720A researcher wades through water: Collecting water samples from a wetland full of algae to be analyzed for pesticides and nutrient content.With the goal to contribute to inclusive and evidence-informed solutions for achieving water sustainability, including in Ghana and across Canada, the University of Saskatchewan brings together diverse experts to bridge knowledge generation with knowledge application. (Photo: Andrea Wade/Images of Research)NoNonesupport-critical-researchNo/
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Beyond the obvious implications, such as having less water for drinking, cooking and cleaning, and less time for other activities due to needing to fetch water, there are other consequences affecting the health and well-being of individuals, families, communities and society.

The extent to which gaps in water access can disrupt lives and livelihoods is the subject of inquiry for Gervin Ane Apatinga, researcher and PhD candidate, Department of Geography and Planning, University of Saskatchewan (USask).

“Without water, we cannot survive – and we cannot produce food. Across the world, there are many factors impacting water and food systems,” he says. “Looking at Ghana and other Sub-Saharan African countries, for example, can help us understand what people experience when they don’t have tap water in their homes.”

Limited water access has an outsized impact on vulnerable community members, and in countries with patriarchal gender norms, women and children often bear the brunt, explains Apatinga, who has examined various factors contributing to this vulnerability, including income, age and gender.

TextImage/images/2023/ripples-must-credit-images-of-research-2022-phillip-harder.jpgsite://news/images/2023/ripples-must-credit-images-of-research-2022-phillip-harder.jpgnewsripples-must-credit-images-of-research-2022-phillip-harder.jpg1667781080758With the goal to contribute to inclusive and evidence-informed solutions for achieving water sustainability, including in Ghana and across Canada, the University of Saskatchewan brings together diverse experts to bridge knowledge generation with knowledge application. (Photo: Phillip Harder/Images of Research)Above content

“Low-income households are more vulnerable, and when people have to walk longer distances to access water facilities, this brings implications for water quantity and quality,” he says. “Poor access to water has a number of nutritional and food security consequences. And in food-insecure households, women tend to go hungrier as they will offer food and water first to the men and then the children before they eat and drink.”

Corinne Schuster-Wallace, water-health researcher at Global Water Futures (GWF) at USask, sees this as “a vicious cycle, where women are not getting enough food and water, but at the same time, they have to work harder and expend more calories.”

The impact of issues like water and food security on exacerbating societal inequalities has been widely acknowledged – and is not limited to Africa, says Dr. Schuster-Wallace. “Drinking water insecurity is a reality for many living in First Nations communities in Canada. Also, water scarcity, particularly in drought situations, can lead to competition. In many places, we’re using the same water sources – whether that’s groundwater or surface water – for domestic uses as well as agriculture and energy.”

While water scarcity in Canada is certainly not at the level experienced in parts of Africa, there are several issues that are stressing water resources closer to home, she adds.

TextPressures on water systemsImage/images/2023/corinne-schuster-wallace-option-2.jpgsite://news/images/2023/corinne-schuster-wallace-option-2.jpgnewscorinne-schuster-wallace-option-2.jpg131426723686Dr. Corinne Schuster-Wallace.Align right

Among the many pressures water systems face, three stand out for Dr. Schuster-Wallace. “The first relates to changes in land use, where we’re altering ecosystem services, the natural services that help to clean and capture our water,” she says. “Examples are the conversion of forests and wetlands.”

Other changes are the result of urbanization, which not only impacts the land cover – from natural ecosystems to highly impermeable surfaces – but brings additional challenges as high concentrations of people require water and wastewater services and food, she says. “Urbanization changes the water cycle and can create a heat island.”

The third factor is climate change, “which is altering our weather patterns and water cycle,” says Dr. Schuster-Wallace. A changing climate affects different places in different ways, but we are already seeing that precipitation falls as rain rather than snow, that snowpacks and glaciers – “our water-saving banks” – are diminishing, and that the incidence of adverse weather events like hailstorms, atmospheric rivers and droughts is on the rise.

Since challenges at the “food-water-energy nexus” are highly interconnected, she suggests that water security can be enhanced by climate-proofing agricultural and energy sectors.

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Research related to water security has a long history at USask, where a centre for hydrology was established in the 1960s to amplify the impact of high-calibre academic and government scientists in hydrology and related water sciences in Saskatoon.

Over the years, the goal – to advance science-based water management practices and enhance observational and modelling capability towards improved prediction of water resources – has only grown in importance, says USask vice-president, Research, Baljit Singh, and the scope of research and partnerships has expanded accordingly.

“We’ve built an outstanding research infrastructure that benefits from a cluster of schools and disciplines,” he says. “This environment, which is very collaborative by nature, enables us to lead discussions on finding solutions to some of the complex challenges humanity faces, climate change and water security among them.”

TextPullquote"Drinking water insecurity is a reality for many living in First Nations communities in Canada. Also, water scarcity, particularly in drought situations, can lead to competition. In many places, we’re using the same water sources – whether that’s groundwater or surface water – for domestic uses as well as agriculture and energy."Dr. Corinne Schuster-Wallace./Align left

With an overarching mandate to address global water challenges, GWF, which is part of USask’s Global Institute for Water Security, is working to advance three goals. One, to improve disaster warning and develop forecasting capacity to evaluate the risk and severity of extreme events; two, to predict water futures through big data and improved numerical models that assess changes in human/natural land and water systems; and three, to inform adaptation to change and risk management through governance mechanisms, management strategies, and policy tools and guidance.

Leaders at GWF, including Dr. Schuster-Wallace and Dr. John Pomeroy, are engaged in national and international collaborations – and their combined voices have led to 2025 being designated the international year of glaciers’ preservation by the UN, says Dr. Singh. “Our glaciers are under threat from global warming, and we are losing some of our snowcaps. This requires urgent attention.”

Beyond advancing awareness and understanding in a global context, work at USask is focused on “finding ways to turn the knowledge which is being created into benefits for society,” he says, “for example by mobilizing public policy or new technologies like imaging, drones and computer models for sustainably growing Saskatchewan’s agri-food and resource sector as well as the population.”

Locally, adaptation measures for water security challenges can include “better management of demand and supply – as well as recognition of inherent water rights – to achieve a more sustainable and equitable approach to water use,” says Dr. Schuster-Wallace. “We also have to look at increasing efficiencies.”

Precision agriculture, for example, can help to protect water sources, since it reduces the runoff of agricultural inputs. Water conservation actions can reduce community water footprints as well.

However, there is increasing recognition that regional actions have to be considered in light of global consequences. For example, a high percentage of the greenhouse gas emissions driving climate change has originated with developed nations, yet the impact may disproportionally affect vulnerable populations, including the Ghanian women and girls who have to walk long distances to fetch water.

That’s why there needs to be a strong focus on the aim of the UN Sustainable Development Goals (SDGs), “to leave no one behind,” says Apatinga. “And this means we have to address water issues and other pressing problems in the world in a more equitable way. We have to take practical steps and implement policies that can help people gain access to water. We also have to hold agencies and governments accountable” for meeting goals.

The Intergovernmental Panel on Climate Change described “universal access to water, sanitation and hygiene as a no-regrets adaptation strategy,” says Dr. Schuster-Wallace, who believes efforts to advance SDG 6, which calls for clean water and sanitation for all, can help realize significant progress towards achieving other SDGs, including in areas like poverty reduction, health, gender equality, climate, nutrition and education.

“Research can help to predict the impacts of changing water on people, the environment and the economy,” she says, “and we know that evidence-based decision-making can support appropriate and sustainable water access and management solutions, which can lead to better outcomes in water quality and quantity, environmental conditions and society in general.”

Through insights gained at GWF, Apatinga and Dr. Schuster-Wallace hope to turn the problems arising from gaps in water access into potential, where better health for women, children and families can help create stronger and more sustainable communities around the world.

TextImage/images/2023/water-research-1.jpgsite://news/images/2023/water-research-1.jpgnewswater-research-1.jpg2401671080720Research related to water security has a long history at USask, where a centre for hydrology was established in the 1960s to amplify the impact of high-calibre academic and government scientists in hydrology and related water sciences in Saskatoon. (Photo: University of Saskatchewan)Above content

This article first ran in the Globe and Mail as part of the Western School Report. See the original article here.

usask-led-global-water-futures-marks-the-end-of-an-era-and-looks-to-the-futuretrue1718730911095imj129 USask-led Global Water Futures marks the end of an era and looks to the futureHundreds of scientists and researchers from across Canada have gathered in Saskatoon for the finale of the world’s largest university freshwater research program, a seven-year initiative led by the University of Saskatchewan (USask). Mark Ferguson, Global Institute for Water Security and Global Water Futures, USaskresearch, 1684163760000/articles/research/2023/usask-led-global-water-futures-marks-the-end-of-an-era-and-looks-to-the-futurenewssite://news/articles/research/2023/usask-led-global-water-futures-marks-the-end-of-an-era-and-looks-to-the-futureccm0461684164586649ccm0461685542071287show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/gwf_aerial.jpgsite://news/images/2023/gwf_aerial.jpgnewsgwf_aerial.jpg2550321080720Saskatchewan river basin. (Photo: Mark Ferguson)Saskatchewan river basin. (Photo: Mark Ferguson)YesNonesupport-critical-researchNo/
TextImage/images/2023/john_pomeroy.jpgsite://news/images/2023/john_pomeroy.jpgnewsjohn_pomeroy.jpg1430061080720Dr. John Pomeroy (PhD), GWF director and Canada Research Chair in Climate Change and Water Resources at USask. (Photo: Mark Ferguson)Align left

The research coming out of Global Water Futures (GWF) is being presented at an open science meeting over three days from May 15–17, and will highlight some of the best science and knowledge addressing solutions for Canada’s water futures, including advancements in the forecasting and modelling of snow, glaciers, water quality, soil moisture, floods and droughts, in monitoring of water quality, in detection of the COVID-19 virus in community wastewater, in Indigenous co-creation of knowledge, and in how national and international policies could achieve water sustainability.

“Global Water Futures is ambitious, and it has become the most scientifically productive freshwater research program in the world,” said Dr. John Pomeroy (PhD), GWF director and Canada Research Chair in Climate Change and Water Resources at USask. “In seven years, GWF has worked with hundreds of partners to dramatically increase the knowledge and science capacity needed to improve freshwater security in Canada and around the world.”

In his opening remarks at the GWF Finale, Pomeroy applauded the advances made through tremendous efforts by the 65 research teams and nearly 2,000 researchers, students, staff, and personnel whose research benefited from GWF funding and support.

“When we look at what GWF has accomplished, it is very satisfying and achieves more than we hoped for back at its launch in September 2016,” said Pomeroy. “GWF has made advances in modelling and forecasting that will help protect and inform tens of millions of people in Canada, and potentially billions worldwide. There is new science helping farmers become more efficient and better stewards of the land and water. We understand better what is likely to happen to mountain glaciers, northern permafrost, forests, lakes and river flows in the future, with enough time to adapt our policies and practices to mitigate the effects.”

And this is only a small handful of what has been accomplished, said Pomeroy.

“This legacy will benefit Canadians for generations through some fundamental changes in how we apply solutions to water problems in Canada. The fuller engagement of Indigenous communities in water science and management, creation of the federal Canada Water Agency, and new federal-provincial conversations on streamflow forecasting are partly thanks to the efforts of GWF.”

TextImage/images/2023/roland_duquette.jpgsite://news/images/2023/roland_duquette.jpgnewsroland_duquette.jpg1818001080720Elder Roland Duquette, Mistawasis Nêhiyawak and USask Gordon Oakes Red Bear Centre, giving the opening greeting at the GWF open science meeting. (Photo: Mark Ferguson)Align right

GWF was established in 2016 with a $77.84 million grant from the Canada First Research Excellence Fund (CFREF) and featured a unique partnership between the program’s lead institutions: USask, University of Waterloo, McMaster University, and Wilfrid Laurier University, that works with over 500 user groups and supports the research of more than 200 professors at 23 universities across Canada.

While the initial CFREF program is wrapping up, GWF research will continue thanks to facility research funding from the Canada Foundation for Innovation (CFI) Major Science Initiative (MSI) grant for the Global Water Futures Observatories (GWFO) network, an initial $15.25 million grant for 64 water observatory sites and several major water laboratories across Canada.

The new funding will help strengthen GWF’s ongoing reputation. The efforts of GWF have been lauded internationally, with GWF scientists being called to the United Nations (UN) headquarters to speak at the UN Water Conference in March 2023.

The expertise shared with the UN global community has led to advancements in the role of women, girls, and traditionally marginalized groups in water policy and water rights, an internationally recognized UN Year of Glaciers’ Preservation (2025), identification and awareness of at-risk freshwater rivers, lakes and streams, and the proposal for the Intergovernmental Panel on Global Water Assessment, the next step following the highly cited Intergovernmental Panel on Climate Change (IPCC) report that also features GWF researchers.

TextImage/images/2023/corinne-sw.jpgsite://news/images/2023/corinne-sw.jpgnewscorinne-sw.jpg1328641080720Dr. Corinne Schuster-Wallace (PhD), GWF associate director and USask professor in the Department of Geography and Planning. (Photo: Mark Ferguson)Align left

Dr. Corinne Schuster-Wallace (PhD), GWF associate director and USask professor in the Department of Geography and Planning, is the liaison lead for the GWF Indigenous Engagement Committee which has worked over the course of the program to create better ways of learning across disciplines, genders, and cultures.

“GWF is an example of how important it is for researchers to properly engage with and support Indigenous communities, governments, and organizations in their research in ways that weave traditional and western sciences towards better evidence-informed policies when it comes to water,” said Schuster-Wallace. “It has been a real honour to work beside so many knowledge keepers and decision makers and I am excited about the new ideas and networks that are developing through GWF research. The framework being presented at the GWF finale by our Indigenous colleagues is a critical step forward in how we as non-Indigenous researchers engage in research.”

Schuster-Wallace said that while the program is coming to an end, the work of GWF is only a stepping-stone towards the future.

“There is so much work to do, but with a shared network the size of GWF, I feel our momentum propelling us towards a better, more equitable and sustainable, water future.”

drone-innovation-by-usask-researcher-comes-from-family-farm-rootstrue1718730911095imj129Drone innovation by USask researcher comes from family farm rootsKaylie Krys is on a mission to bring accurate drone surveillance technology to the forefront of agriculture in Saskatchewan, starting right at home on her family farm and expanding into the province’s vast agricultural landscape.BROOKE KLEIBOERresearch, College of Agriculture and Bioresources,1684162080000/articles/research/2023/drone-innovation-by-usask-researcher-comes-from-family-farm-rootsnewssite://news/articles/research/2023/drone-innovation-by-usask-researcher-comes-from-family-farm-rootsccm0461684162235677bpk4551684166757525show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/kaylie-krys.jpgsite://news/images/2023/kaylie-krys.jpgnewskaylie-krys.jpg3047761080720USask graduate student Kaylie Krys flies a drone above a Saskatchewan crop. (Photo: Chris Hendrickson)USask graduate student Kaylie Krys flies a drone above a Saskatchewan crop. (Photo: Chris Hendrickson)NoNonesupport-studentsNo/
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As a University of Saskatchewan (USask) College of Agriculture and Bioresources graduate student, her research is focused on investigating how unmanned aerial vehicles (UAVs) – more commonly known as drones – can help farmers count the number of early season canola seedlings in their fields to offer a more solid idea of crop yields and help  determine next steps in the growing season.

“Crop emergence is important as the number of plants that emerge can affect the amount of yield harvested,” said Krys. “Producers want these plant population counts so that they can make early season decisions, such as if reseeding is needed, based on the results.”

TextImage/images/2023/kaylie-krys2.jpgsite://news/images/2023/kaylie-krys2.jpgnewskaylie-krys2.jpg334284696800USask graduate student Kaylie Krys. (Photo: Submitted)Align right

Although drones have been used to take footage of crops from above for producers to look at, Kaylie’s work takes drone imaging to a new level by implementing a computer model that allows emerging  seedlings to be counted and reported back to the farmer.

“Through my post-secondary journey, I have grown a passion for sustainable agriculture,” said Krys, who is pursuing a master’s degree in Plant Sciences. “In my last summer of my undergraduate degree, I took an Agriculture Drone School by Landview Drones and absolutely loved it. I began looking into how I could apply UAVs on our own family farm and reading more about UAV use in the agriculture industry.”

Krys’s method works by using a drone to obtain images of a crop, and then uploading the images to a computer where a specialized model is trained to recognize canola seedlings. The computer program can provide a seedling count and a percentage of plant ground cover. This information is helpful to farmers as it provides an accurate method for keeping an eye on the growing season while being a relatively low labour-intensive activity.

“Many crop fields are 160 acres or larger, and current practices consist of walking across the field to manually count the plant populations,” said Krys. “Not only do UAVs provide a remote and fast alternative, but the images and data can be stored for later use or reference if needed.”

The computer model Krys is assisting in developing can currently count seedlings with 90 per cent accuracy. She notes that she and her research team have been working to increase the accuracy of the count by further training the computer model with additional images.

“To create the computer model that counts the canola plant seedlings, I am collaborating with Erik Andvaag, a graduate student from the USask Computer Science Department,” said Krys. “I have learned a lot about computer sciences, machine learning, and computer coding from this amazing connection created through my project.”

Collaborating with local producers has also been an integral part of Krys’s work.

“I had the opportunity to cold-call and connect with five outstanding Saskatchewan canola producers who let me apply my research on their crop land,” said Krys. “This research project helps to fill a gap in precision agriculture at the seedling stage of the crop, allowing for a more thorough understanding of the emergence uniformity and how that may affect grain yields.”

Krys plans to present her work at the USask Soils and Crops Conference in March 2023, and at the European Conference on Precision Agriculture in July. Her research work has been supervised by College of Agriculture and Bioresources professor and plant science expert Dr. Steve Shirtliffe (PhD).

Krys’s work has applications for many crops besides canola, and she has conducted the research with the goal of making sure local farmers are able to access and implement the technological solutions she is developing.

“What drives me forward is a passion for my family farm, and those like it, that have prompted me to learn more about agroecosystems, dig deeper into scalable precision agriculture practices,  and strive to find the balance of providing for our land while it provides for us in a more sustainable way, so that we can continue to farm for generations to come,” said Krys.

Funding support for the project has been provided by the Canola Council of Canada, the USask-based Global Institute for Food Security and Plant Phenotyping and Imaging Research Centre, Canada First Research Excellent Fund, and Case New Holland International.          

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-research-building-pathways-of-healing-and-justicetrue1718730911095imj129USask research: Building pathways of healing and justiceA University of Saskatchewan (USask) sociologist is spearheading a research project that enacts a transformative vision of access to justice and prevention of gender-based violence.Paul Sinkewicz for Research Profile and Impactresearch,1683738780000/articles/research/2023/usask-research-building-pathways-of-healing-and-justicenewssite://news/articles/research/2023/usask-research-building-pathways-of-healing-and-justiceccm0461683739954711ccm0461683740150496show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/lodge_logo.jpgsite://news/images/2023/lodge_logo.jpgnewslodge_logo.jpg1370171080720lodge logo on green backgroundNoNonesupport-critical-researchNo/
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Dr. Julie Kaye (PhD), associate professor of sociology in USask’s College of Arts and Science, and co-directors Dr. Hadley Friedland (PhD), Dr. Val Napoleon (PhD), and Professor Patricia Barkaskas (JD), have been awarded a $700,000 grant by the Social Sciences and Humanities Research Council of Canada and Women and Gender Equality Canada. 

The project is called Building Indigenous Legal Lodges: Restoring Access to Justice and Preventing Violence Against Indigenous Women, Girls, Trans, and Two-Spirit+. It is a partnership that includes researchers from USask, the University of Alberta, and the University of Victoria, and collaborators from Standing Together, a community group working towards multi-generational healing and transforming systems rooted in violence against Indigenous women and girls, YWCA Edmonton, the University of Windsor, and the University of Toronto. 

“I think the heart of the project starts with how do we improve access to justice, safety and healing by and with Indigenous women and girls who continue to face relentless violence within the context of settler colonialism in Canada?” said Kaye. “Our goal is to honour personhood. We recognize the harms of the Canadian legal system, but moreso the potential and reality of Indigenous laws and known ways of creating safety and achieving justice that operated for thousands of years on these lands.” 

The project places strong community practices, such as the work of Standing Together, at the centre of its efforts. Standing Together is a collective of survivors of gender-based violence, sexual abuse, relations of missing and murdered Indigenous women, survivors of residential schooling and the Sixties Scoop. Its work is focused on complex multi-generational healing. 

Co-founder of Standing Together, Lorette Goulet, looks forward to focusing on the healing aspect of this project, along with Kaye and fellow co-founder Prairie Adaoui-Dustyhorn. The group has already held several healing events rooted in ceremony, with survivors of violence and relations of missing and murdered Indigenous women. 

“We found that the events we did really impacted the families, and so we know that our people heal by their connection to the land, by their connection to culture and ceremony,” said Goulet.  

The project will continue running women’s sharing and healing circles and bring women and two-spirit+ persons together from multiple communities. 

“It’s an opportunity for women to gather and learn from each other and find those opportunities to heal and be on the land through sweat lodge ceremonies, and other ceremonies,” said Goulet. 

She said there needs to be a different approach to legal matters.  

“So many horrible things happen to us in the courts. With this project we’re hoping to try and make some change, so that this doesn’t continue to happen.” 

“I’ve seen other cultures want to know more about Indigenous people. They want to walk with us, and that’s wonderful, because we are all part of that medicine wheel,” said Goulet. “It’s wonderful to have the support of some very hard-working legal minds and the other people who are supporting everyone affected by this violence. I think this project is going to go a long way to helping us create change.” 

Friedland said Indigenous legal lodges are intentionally safer spaces where people with lived experience of colonial-gendered violence can collaboratively draw on their own wisdom and experiences, as well as Indigenous legal resources, to identify pathways toward greater safety, justice, and healing. 

“Community-led research is essential to ensure Indigenous legal research is responsive to community goals and draws on the strengths and knowledges in community,” said Friedland. “Everyone brings their own gifts.” 

Kaye agrees that the creation of safer spaces to talk and heal is a key to making significant changes in the system. 

“When we’re talking about healing, we’re talking about complex, multi- and inter-generational healing work that is rooted in ceremony and land-based – and sometimes art-based as well – ways of creating that space,” she said. “And part of doing that is really reducing so many of the barriers that we’re aware of around being able to report violence, or having a safe space to talk about violence experienced, as well as really trying to effectively enact methods of justice and healing that don’t perpetuate the ongoing violence experience by and from the legal system.” 

“We should all be aware at this point that the rights of Indigenous people, particularly within the Canadian legal system, continue to be violated.”  

The project is structured over four years.  

In the first year, the participants will put together methods for analyzing and developing Indigenous law alongside the work of the healing gatherings and the work of creating safer spaces for survivors and relations. 

They will analyze the resources that exist within the communities they will be working with, and in subsequent years will be holding the Indigenous legal lodges and working with communities and those who want to be a part of bringing their knowledge into the project, said Kaye. 

The project will ultimately be active in Alberta, Saskatchewan, British Columbia, Yukon, and Northwest Territories, with legal lodges in both urban and rural locations. 

Goulet said it is a daunting undertaking but is optimistic for what this project can do for the future.  

“It’s a big mountain we have to climb. However, there has to be a starting point. And from that starting point, we can create all kinds of new ways to look at what is there and to assist in overcoming those difficulties. Who knows how far we can go?” 

 

usask-researchers-develop-new-online-nutrient-calculatortrue1718730911095imj129USask researchers develop new online nutrient calculatorAs crop plans are mapped out for the 2023 growing season, there’s a new resource for farmers and agronomists to build a more complete picture of the nutrient requirements of key crops grown across Western Canada. research,1683644340000/articles/research/2023/usask-researchers-develop-new-online-nutrient-calculatornewssite://news/articles/research/2023/usask-researchers-develop-new-online-nutrient-calculatorccm0461683645072693ccm0461683645103791show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/walley_farrell.jpgsite://news/images/2023/walley_farrell.jpgnewswalley_farrell.jpg1882071080720Co-investigators Drs. Fran Walley and Rich Farrell (PhD) led the development of the new Prairie Nutrient Removal Calculator. (Photo: Submitted)Co-investigators Drs. Fran Walley and Rich Farrell (PhD) led the development of the new Prairie Nutrient Removal Calculator. (Photo: Submitted)NoNonesupport-critical-researchNo/
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Two University of Saskatchewan (USask) soil scientists have just put the finishing touches on a new Prairie Nutrient Removal Calculator—an online tool that provides a critical piece of information to help make on-farm fertilizer decisions. It’s not a new concept, but the calculator is fueled by new, local data collected from commercial farms in Manitoba, Saskatchewan, and Alberta. 

USask researchers Dr. Fran Walley (PhD) and Dr. Rich Farrell (PhD) led the three-year project that drew collaboration from numerous producer groups and industry. Many of the project funders were also very interested in having new information based on current farming practices. 

“We know how valuable nutrient removal guidelines are, but the most recent guidelines available are from 2001,” said Walley, associate dean (academic) and professor in the College of Agriculture and Bioresources. “A lot has changed in the last few decades—different crops, genetics, management strategies and crop rotations—and so we set about to revise the existing guidelines to ensure the information was more relevant and reflective for today.”  

The calculator provides nutrient removal rates for commonly grown Prairie crops. 

Collecting new data is no small feat, especially during covid, but a truly collaborative approach made lighter work of the goal—to gather more than 2,200 grain and biomass samples representing 14 different crops.  

“We really wanted to get a handle on what the nutrient uptake and removal was for commonly grown crops in commercial fields,” said Walley.  

That’s where the value of collaboration really kicked in. To gather on-farm data, the research team enlisted agronomists in Saskatchewan and Alberta through Lyle Cowell of Nutrien Ag Solutions, field staff in Manitoba through John Heard with Manitoba Agriculture, field staff with the Saskatchewan Ministry of Agriculture, and researchers at Saskatchewan Agri ARM sites. 

This army of on-the-ground collaborators enabled the team to collect the on-farm samples in 2020, 2021, and 2022. The researchers also credit post-doctoral fellow Gazali Issah for his work on this project.  

To measure uptake—how much the crop takes up nutrients from the soil—plant tissue was collected at a growth stage when it was expected the plant was using the greatest amount of nutrients from the soil. Tissue was dried, crushed and analyzed for nitrogen, phosphorus, potassium and sulphur (macronutrients) as well as copper, boron and zinc (micronutrients). 

For nutrient removal—how much is removed when the harvested grain leaves the field—seed samples were collected at harvest, along with information on crop yield, and analyzed for the same range of nutrients.  

“This data helped us calculate the total amount of nutrients removed from the soil by the harvested crop,” said Farrell, associate professor in the College of Agriculture and Bioresources and the Ministry of Agriculture Strategic Research Program (SRP) Chair in Soil Biological Processes. 

Both researchers admit that while nutrient uptake provides interesting information, it’s really nutrient removal—the level of each nutrient exported from the field in the grain—that’s a more accurate, easier number to determine. It’s the one that’s most valuable for producers and it’s the information that drives the new calculator. 

With all the newly collected data in hand, the next step was using it to power the new online nutrient removal calculator.  

“The calculator reflects the new data that was collected from 2020 to 2022 and provides a very sensible and conservative estimate of nutrient removal,” said Farrell.  

What’s truly unique is that the Prairie Nutrient Removal Calculator runs on data from Western Canada. 

“There are a lot of nutrient removal calculators available, but this one reflects the crop varieties and yield expectations in Western Canada,” said Walley. 

Another unique aspect of this calculator is including micronutrients that are gaining more interest and monitoring for potential deficiency.  

“Even though plants only use small amounts of copper, boron and zinc, they aren’t in the soil in large amounts, so it’s important to also measure their removal rates,” said Farrell.  

The calculator focuses on nutrient removal as a more relevant number for farmers and agronomists than nutrient uptake. Users choose from the list of crops and add in known yield from the previous year or expected yield for the upcoming year, to find a nutrient removal value.  

“We wanted the tool to be easy to use and be readily adaptable to be used on any device,” said Farrell. 

The online calculator is now available at prairienutrientcalculator.info just in time for the 2023 season, and Walley and Farrell are confident that it will be a well-used resource as word about it gets out. 

While the calculator provides relevant and reliable new information when it comes to managing crop inputs, Walley never misses an opportunity to reinforce the importance of soil testing. She cautions that the new calculator does not replace soil testing but provides another piece of information when making decisions about fertilizer management.  

“The calculator can help you work through soil test reports and make nutrient adjustments as part of overall fertilizer management,” said Walley.   

For Farrell, a great offshoot of the project was the incredible co-operation between all the participants. 

“People embraced this project and were happy to participate, and it really showed what can happen with collaboration from the farming, research, and extension community,” said Farrell. 

Funding for this project was provided by the Western Grains Research Foundation, Alberta Wheat Commission, Prairie Oat Growers Association, Saskatchewan Canola Development Commission, Saskatchewan Flax Development Commission, Saskatchewan Wheat Development Commission, with logistical support provided by Nutrien Ag Solutions, and Manitoba Agriculture and Resource Development. 

 

agro-waste-could-be-the-solution-to-a-cleaner-water-supply-in-sask-says-usask-researchertrue1718730911095imj129Agro-waste could be the solution to a cleaner water supply in Sask., says USask researcherSecuring a safe water supply for Earth’s growing population is a global goal that is reflected in the long-term sustainability plans of almost every nation. Creatively solving this problem is another matter altogether. University of Saskatchewan (USask) graduate student Bernd Steiger is using chemistry expertise and Saskatchewan-based waste to soak up contaminants in fresh water reserves.BROOKE KLEIBOERresearch, sustainability, water, 1683558600000/articles/research/2023/agro-waste-could-be-the-solution-to-a-cleaner-water-supply-in-sask-says-usask-researchernewssite://news/articles/research/2023/agro-waste-could-be-the-solution-to-a-cleaner-water-supply-in-sask-says-usask-researcherccm0461683558779953ccm0461683558779953show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bernd-steiger-1080.jpgsite://news/images/2023/bernd-steiger-1080.jpgnewsbernd-steiger-1080.jpg2836311080720USask PhD student Bernd Steiger, wearing a lab coat and glasses, is standing in a laboratory at the USask campus.USask PhD student Bernd Steiger is investigating how Saskatchewan’s agro-waste can be used to create a cleaner water supply. (Photo: Submitted)NoNoneNoneNo/
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“This province can be considered the breadbasket of Canada with its large agricultural sector,” said Steiger. “Agro-waste [such as the inedible part of a plant, for example] is a low-value by-product of agriculture, and turning this waste material into specialty adsorbents can aide in generating additional wealth for the Sask. agro-economy, while also serving to address water security and sustainability goals.”

Steiger’s work uses several principles of what is referred to as ‘green chemistry’ - a type of chemistry that avoids a need for conventional chemical or energy inputs. Dr. Lee Wilson (PhD), professor in the Department of Chemistry in the USask College of Arts and Science, has been supervising Steiger’s research as he works to complete his doctoral degree.

“Our question was whether we could use locally available biomass from Saskatchewan such as straw and oat hulls as platform materials to design bioadsorbent materials to address water security issues for Saskatchewan,” said Wilson.

Steiger’s work has focused on using these typically non-consumable agricultural byproducts like wheat straw, coffee grounds and oat hulls as the basis for new adsorbent materials. Adsorbent materials allow a dissolved substance to ‘stick’ to its surface – as opposed to absorbent materials, which allow a substance to permeate it entirely.

The idea is that the resulting adsorbent materials can be placed in aquatic environments that have been contaminated with substances, such as lead, and can draw these contaminants out of the water supply.

In the experiment, the agro-waste base materials were treated and combined with other materials to create new adsorbent products called composites and were tested in a simulated wastewater environment that contained lead or another type of pollutant. Some of the composites contained higher levels of agro-waste than others, and Steiger notes that the results of the experiment were surprising.

“In general, composites with higher content of agro-waste outperformed those with lower agro-waste content,” said Steiger. “The low energy and materials input for our composite design approach demonstrates the unique uses that agro-waste systems can have for sustainability.”

“Through our green chemistry strategy, we have been able to add value to low-cost biomass to address lead contamination in drinking water,” Wilson added. “The resulting adsorbents show promising potential."

Steiger’s work in Wilson’s lab has been documented in the academic journals Frontiers in Water and Industrial Crops and Products in published articles in 2022 and 2023.

“Building on the published work, an investigation is underway of the mechanical properties and stresses [on the material] related to transport, storage, and water treatment applications,” said Steiger. “This will contribute to bringing this technology to industry.”

Further experiments will also test how further physical or chemical modifications to any new adsorbent materials may benefit or hinder their usefulness.

USask is ranked number one in Canada in water resources research, an important research area that is classified as a signature area of research at the university. This unique research focus drove Steiger to pursue graduate studies at USask under the supervision of Wilson.

“Making an impact with respect to sustainability and an often underappreciated and taken for granted commodity – clean drinking water – is one of the driving forces for me,” said Steiger.

The research has been supported by the Natural Sciences and Engineering Council of Canada Discovery Grant program, and the USask Global Institute for Water Security/Global Water Futures Capacity Building Competition award program.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-researcher-aims-to-revolutionize-human-assisted-reproductiontrue1718730911095imj129USask researcher aims to revolutionize human-assisted reproduction Roughly one in six couples in Canada experiences infertility, a figure that has doubled since the 1980s. Many of these couples are turning to assisted reproduction technology (ART) for help with conceiving.research,1683044760000/articles/research/2023/usask-researcher-aims-to-revolutionize-human-assisted-reproductionnewssite://news/articles/research/2023/usask-researcher-aims-to-revolutionize-human-assisted-reproductionccm0461683044994291ccm0461683045032793show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pierson-1080.jpgsite://news/images/2023/pierson-1080.jpgnewspierson-1080.jpg2944841080720USask researcher Dr. Roger Pierson (PhD) and alumna Dr. Hannah Pierson (PhD). (Photo: Submitted)USask researcher Dr. Roger Pierson (PhD) and alumna Dr. Hannah Pierson (PhD). (Photo: Submitted)NoNoneNoneNo/
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Now, a new method developed by University of Saskatchewan (USask) researcher Dr. Roger Pierson (PhD) and his team, including his daughter, first author and alumna Dr. Hannah Pierson (PhD’13), to statistically assess the quality of human embryos for transplant success promises to revolutionize the field of ART.

In a paper published May 1, 2023, in the journal Reproductive BioMedicine Online, the researchers explain the formula they developed to convert the currently used qualitative method of grading embryo quality into a quantitative ranking.

“It’s a revolutionary approach to understanding the contribution of the embryo in assisted reproduction therapies, and how to use the indicator embryo quality in statistical analyses to improve therapy,” he said. “Solving this problem has opened up a whole new world for us and everyone in embryology. It’s a very exciting development.”

The team developed the algorithm to tease out the relative contributions of the embryo, the endometrium and embryo transfer efficiency. They validated the NEQsi system with a detailed clinical analysis of more than 1,700 in vitro fertilization cycles at a single Canadian fertility centre. The results showed that NEQsi score was a significant predictor of pregnancy.

The currently used Gardner grading system assigns qualitative scores to an embryo based on three visual factors: the expansion of the blastocyst (the space inside the fertilized egg); inner cell mass (cells that grow into a fetus); trophectoderm quality (cells become the placenta and membranes). Given the possible grade combinations, that works out to an unwieldy 54 possible embryo grades which combine quantitative and qualitative indicators. These broad categories obscure useful data.

Respecting the Gardner system’s strength in yielding a high-quality assessment of embryo quality in the lab, Pierson’s group developed an equation, called the numeric embryo quality scoring index (NEQsi), that mathematically condenses the 54 Gardner grades to a linear scoring system ranging from 2-11 that better represents the embryo grade. This enables researchers to incorporate embryo quality into their statistical analyses of other factors in ART.

Pierson’s group is making the algorithm public and providing a NEQsi calculator so that clinics and embryologists everywhere can use it. Even patients will be able to access it to help understand where their embryos fit onto the scale and have informed conversations with their care providers about how best to proceed.

“It’s a part of being a small piece of the university that the world needs—building collaborations with new university technologies and commercial entities to bring new technology to the marketplace—and we also hope to demonstrate how businesses and academia can work well together,” Pierson said.

He connects the great potential of the NEQsi equation to another of his research successes at USask—a non-invasive, ultrasound-based endometrial receptivity (usER) system. His Synergyne Group of Companies reached an agreement with USask to secure the rights to the technology in 2012, and Synergyne’s trademarked Matris system is used in ART clinics across Canada. Trials in clinics around the world will be initiated in the coming weeks.

Matris uses mathematical algorithms and specialized visualization technologies to assess and interpret ultrasonographic images and assigns a numeric score based on what the results predict will be the quality of the endometrial lining at the time of embryo transfer. 

“It’s a very important tool in helping patients increase the probability of pregnancy at each transfer, decrease the time it takes to become pregnant, decrease the cost, and to support women through this process because they often feel personally responsible for the quality of the uterus,” said Pierson.

The higher the Matris score, the higher the probability of pregnancy. Pierson said Matris has successfully raised the likelihood of pregnancy by 20 per cent for fresh embryo transfer cycles and 10 per cent for frozen embryos in some clinics.

“Matris is revolutionary in understanding the contribution of the endometrium. This new NEQsi system is allowing us to analyze the contribution of the embryo on a transfer-by-transfer basis. The next step is to put those two pieces together,” said Pierson.

Matching all the patient parameters, embryo parameters and endometrial parameters to assess the success of the innovative approach is expected to take between 12,000 to 20,000 fertilization cycles at large ART clinics in Europe and North America, he said.

“The combination of these two technologies incorporated into leading assisted reproduction clinics will represent a highly significant improvement to the care of women globally.”

protein-from-a-round-worm-may-unlock-a-cellular-fountain-of-youth-usask-researchtrue1718730911095imj129Protein from a round worm may unlock a cellular ‘fountain of youth’: USask researchA one-millimetre-long worm and its genome may be key to understanding how human and animal cells age, according to new research from the University of Saskatchewan (USask) published in the journal Aging Cell.research,1682952660000/articles/research/2023/protein-from-a-round-worm-may-unlock-a-cellular-fountain-of-youth-usask-researchnewssite://news/articles/research/2023/protein-from-a-round-worm-may-unlock-a-cellular-fountain-of-youth-usask-researchccm0461682953488932ccm0461682953566814show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/tabarrraei_wu.jpgsite://news/images/2023/tabarrraei_wu.jpgnewstabarrraei_wu.jpg1452121080720Left to right: USask master’s student Hadi Tabarraei with his supervisor, Dr. Michael Wu (PhD), analyses nematodes with a fluorescent microscope. (Photo: Daniel Hallen/USask)Left to right: USask master’s student Hadi Tabarraei with his supervisor, Dr. Michael Wu (PhD), analyses nematodes with a fluorescent microscope. (Photo: Daniel Hallen/USask)Left to right: USask master’s student Hadi Tabarraei with his supervisor, Dr. Michael Wu (PhD), analyses nematodes with a fluorescent microscope. (Photo: Daniel Hallen/USask)NoNonesupport-critical-researchNo/
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Working with tiny, nematode worms called C. elegans, the USask research team identified a pair of genes responsible for clearing cells of the toxins which accumulate in the body and are responsible for aging. By inactivating genes called CCF-1 and PAL-1, the researchers found nematodes die 50 per cent faster than normal. 

“If you remove CCF-1 gene from the worms, they become super sensitive to even the mildest amount of stressors, such as those which can cause neurodegeneration,” said Dr. Michael Wu (PhD), researcher in veterinary biomedical sciences at USask’s Western College of Veterinary Medicine (WCVM) and senior author of the paper. “These genes may be a key regulator in what causes premature aging in individuals.”

While the research was conducted in nematodes, approximately 40 per cent of nematode genes—including CCF-1 and PAL-1—have the same function in humans. In humans, CCF-1’s equivalent is named CNOT7 and PAL-1 is called Cdx2.

“These genes can be traced back to an individual human’s ability to fight off chemical stressors at the cellular level, which then is directly linked to the rate at which they age,” said Wu. “Our goal is, at the basic, fundamental level, to define what drives aging—age is the primary driving factor of basically every chronic human disease.”

“When you age, you increase susceptibility to getting cancer. When you age, you’re more prone to neurodegeneration. When you age, your metabolism slows down, and you’re more susceptible to the development of diabetes or cardiovascular failure,” he said.

Much of the research which involved screening all 20,000 nematode genes—a process which took over six months to complete—was conducted by USask master’s student Hadi Tabarraei and doctoral student Brandon Waddell, aided by undergraduate students Kelly Raymond and Sydney Murray. The team also included University of Florida researchers Dr. Ying Wang (PhD) and Dr. Keith Choe (PhD).

Nematodes were exposed to cadmium, a heavy metal which can accumulate in the body, and the neurotoxin acrylamide, mimicking the cellular stress conditions an organism experiences as part of the aging process. Using a technique called RNA interference, the researchers inactivated one gene at a time, finding nematodes with CCF-1 inactivated were more vulnerable to the chemicals and died at a much faster rate.

“We were following hundreds of worms at different conditions, and tracking how long these worms go from birth to death,” said Wu. “Nematodes only live about two to three weeks on average, so we can correlate our genetic data to a phenotype at the whole-organism level.”

After realizing the importance of the CCF-1 gene, the research team discovered that inactivating the PAL-1 gene created an almost identical response—the two genes work in concert to regulate the expression of multiple genes in responding to chemical stressors in the body.

The next steps in the research involve further investigation into the cellular processes in the nematode model to identify pharmacological compounds that can effectively turn on and off the genes in a controlled manner. Wu expects to pinpoint those compounds in the next five years and, in tandem, he intends to replicate the research with human cell lines and humanized mouse models, working with collaborators.

“If you want to measure whether [a pharmacological] compound has an impact on lifespan or disease development, that can take three to five years because mice can live for two years and more, normally,” said Wu. “With an extended lifespan, it’s probably four to five years down the road.”

The research was funded by a Natural Sciences and Engineering Research Council Discovery Grant, and made open access through the WCVM Publication Fund. 

vido-and-vfi-collaborate-to-strengthen-pandemic-preparednesstrue1718730911095imj129VIDO and VFI collaborate to strengthen pandemic preparednessThe Vaccine Formulation Institute (VFI) and the Vaccine and Infectious Disease Organization (VIDO) at the University of Saskatchewan (USask) have signed a collaborative research agreement to help drive joint vaccine development. research, VIDO1682697600000/articles/research/2023/vido-and-vfi-collaborate-to-strengthen-pandemic-preparednessnewssite://news/articles/research/2023/vido-and-vfi-collaborate-to-strengthen-pandemic-preparednessccm0461682698486049ccm0461682698593290show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/volker-gerdts-2-1080.jpgsite://news/images/2023/volker-gerdts-2-1080.jpgnewsvolker-gerdts-2-1080.jpg2541951080720VIDO Director and CEO Dr. Volker Gerdts. (Photo: Submitted)VIDO Director and CEO Dr. Volker Gerdts. (Photo: Submitted)NoNonesupport-critical-researchNo/
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The agreement enhances an established alliance between the two organizations on COVID-19 and will support a rapid and unified response to future pandemics.

VFI, located in Geneva, Switzerland, develops vaccine adjuvants and formulations under open-access terms, to advance global vaccine development. VIDO, located in Saskatoon, Canada, is a global leader in infectious disease research and vaccine development and has commercialized eight vaccine technologies, six of which were world firsts. This collaboration aims to develop and test novel vaccine formulations for emerging pathogens, including developing the next generation of adjuvants to help drive protective immune responses.

VFI Co-Founder and CEO Dr. Nicolas Collin said, “International collaborations are of paramount importance during responses against outbreaks. We are delighted to strengthen our partnership with VIDO to develop affordable vaccine technologies that can be made accessible to all.”

The announcement strengthens VFI’s partnership with VIDO, which includes a project funded by the Coalition for Epidemic Preparedness Innovations (CEPI) to create broadly protective coronavirus vaccines. VFI also co-developed with Seppic (France) the Sepivac SWE™ adjuvant, a key component in the formulation of COVAC-2, VIDO’s COVID-19 subunit vaccine candidate currently being evaluated in clinical studies.

VIDO Director and CEO Dr. Volker Gerdts stated, “Preparing for future pandemics requires a co-ordinated, international effort. We are delighted to further our partnership with VFI. The technologies developed will help ensure a rapid response to the next emerging infectious disease.”

The research agreement was announced during VFI’s Adjuvants and Formulations for the Future Symposium, held in Geneva on April 27, 2023, which celebrated the organization’s 10th year since its creation in 2012.

vido-scientists-receive-leadership-awards-for-excellence-in-vaccine-researchtrue1718730911095imj129VIDO scientists receive leadership awards for excellence in vaccine research Scientists at the University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) have been recognized by the Canadian Institutes of Health Research (CIHR) for their international leadership in vaccine research for infectious diseases. research, VIDO,1682609700000/articles/research/2023/vido-scientists-receive-leadership-awards-for-excellence-in-vaccine-researchnewssite://news/articles/research/2023/vido-scientists-receive-leadership-awards-for-excellence-in-vaccine-researchccm0461682610116174ccm0461685542020055show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/falzarano-kelvin.jpgsite://news/images/2023/falzarano-kelvin.jpgnewsfalzarano-kelvin.jpg2545041080720Drs. Darryl Falzarano (PhD) and Alyson Kelvin (PhD). (Photos: VIDO)Drs. Darryl Falzarano (PhD) and Alyson Kelvin (PhD). (Photos: VIDO)NoNonesupport-critical-researchNo/
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Drs. Darryl Falzarano (PhD) and Alyson Kelvin (PhD) received CIHR Leadership Awards for Excellence in Vaccine Research for Infectious Diseases of Epidemic Potential. In total CIHR funded six awards, with five in partnership with the Coalition for Epidemic Preparedness Innovations (CEPI).  

The funding from CEPI is part of a new partnership with the CIHR announced during a virtual event to celebrate National Immunization Awareness Week. CIHR and CEPI will provide $2.7 million in grant funding to support Canadian scientists pursuing projects to prepare for epidemic and pandemic threats. 

“The commitment and dedication of our team to help stop the COVID-19 pandemic has been incredible,” said VIDO Director Dr. Volker Gerdts (DVM). “Drs Falzarano and Kelvin are two key team members in this effort, and it is gratifying to see them receive this recognition.” 

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CIHR awarded Falzarano $200,000 to advance the development of a novel combination adjuvant―a component added to vaccines that helps promote the right kind of immune response. 

In response to the COVID-19 pandemic, Falzarano and his team developed a protein subunit vaccine candidate formulated with this combination adjuvant. Preclinical research demonstrated this adjuvant boosted the immune response and importantly was able to provide protection in the upper respiratory tract―a characteristic that could help reduce virus transmission. 

“This project will identify vaccine formulations that will optimize immune responses, stability, and ultimately protection,” said Falzarano. “It will advance the commercial readiness of a promising new vaccine adjuvant and help ensure it is available for the rapid deployment of future infectious disease threats.” 

Falzarano will use synchrotron technology at USask’s Canadian Light Source to advance the characterization. 

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Kelvin will receive $200,000 from CIHR and an additional $200,000 from CEPI to develop a universal coronavirus vaccine. Creating a universal vaccine to protect against multiple coronaviruses (SARS-CoV variants of concern, Middle East respiratory syndrome coronavirus, future coronaviruses, etc.) will help control future potential pandemics. 

Kelvin will identify similarities in the immune responses triggered by multiple coronaviruses to develop a universal coronavirus vaccine. The project includes collaborators in Rwanda and Bangladesh. 

“New variants continue to lengthen the COVID-19 pandemic, and there is a constant threat of other emerging coronaviruses,” said Kelvin. “This project brings together an international team to develop a universal coronavirus vaccine that will have a global impact, especially for people in low- and middle-income countries.” 

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covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-study-covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-studytrue1718730911095imj129COVID-19 impact on immigrant languages, culture, health, the focus of USask study Canadians had their lives heavily disrupted by COVID-19, but as University of Saskatchewan (USask) researcher Dr. Veronika Makarova (PhD) notes, the pandemic had disproportionately negative impact on immigrants with weaker English or French language skills.research, College of Arts and Science, sustainability1682434740000/articles/research/2023/covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-study-covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-studynewssite://news/articles/research/2023/covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-study-covid-19-impact-on-immigrant-languages-culture-health-the-focus-of-usask-studyccm0461682435130560ccm0461683059638509show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/makarova_1080.jpgsite://news/images/2023/makarova_1080.jpgnewsmakarova_1080.jpg1559611080720Dr. Veronika Makarova (PhD), linguistics professor in USask’s College of Arts and Science. Dr. Veronika Makarova (PhD), linguistics professor in USask’s College of Arts and Science. (Photo: Submitted) NoNonesupport-critical-researchNo/
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“First, they were disadvantaged in getting access to pertinent emergency information, issued only in the official languages of Canada,” said Makarova, a linguistics professor in USask’s College of Arts and Science.

“Second, communication in immigrant languages decreased because many social and cultural events were disrupted, and social distancing rules curtailed visits with friends, other family members, and fellow immigrants,” she said.

As well, Makarova said immigrants’ efforts to learn Canada’s official languages was disrupted as English as a second language courses for adults, and school attendance for children, were temporarily suspended.

 A team of international researchers has been awarded $500,000 over two years in special funding under Canada’s New Frontiers in Research Fund (NFRF), in support of a United Nations initiative that calls on the world to “leverage the power of science for a more equitable, resilient, and sustainable” post-pandemic future, and raise community resilience during emergencies.

Makarova is the principal investigator (PI) on the project; Co-PIs are: Dr. Valery Chirkov (PhD), USask; Dr. Alla Nedashkivska (PhD), UAlberta; Dr. Natalia Gagarina (PhD) and Dr. Lana Soglasnova (PhD), University of Toronto. Other contributors are: Dr. Maria Polinsky (PhD), University of Maryland; Dr. Olesya Kisselev, University of Texas at San Antonio; Dr. Oleksandr Pankieiev (PhD) and Dr. Sarah Polkinghorne (PhD), RMIT University; and Dr. Olga Steriopolo, Leibniz-Centre General Linguistics in Germany.

The USask-led post-pandemic study is the first in Canada to examine communication and linguistic needs of immigrant populations during and after emergencies and propose better ways to assist them. Among the factors to consider is linguicism—discrimination against people based on the languages they speak, their accents, and less developed literacy in the majority language.

“Our overarching goal is decreasing language barriers in immigrant communities with regard to information access in emergencies,” she said. “Another is maintenance of language and culture in these groups during COVID and the post-COVID transition.”

The researchers will examine how the pandemic measures led to destabilizing the health, cultural adaptation, and language practices of immigrants whose mother tongue is Ukrainian or Russian now living in Saskatchewan, Alberta, and in Germany.

These groups were selected, Makarova said, because of their historical prominence in Canada and Germany, the team’s expertise, and recent heightened public attention on these diasporas because of the war in Ukraine.

During the pandemic, the German government published emergency pandemic measures and other crucial information in minority immigrant languages, and Saskatchewan should consider adopting that practice, she said. Even advanced speakers or users of English as a second language can find it difficult to handle medical terminology, she noted.

“We want to identify the channels where immigrants usually obtain the information and bring this to the notice of the Saskatchewan government and the health system so they can gear information to reach these groups,” Makarova said.

Researchers will use online surveys to assess the impact of COVID-19 on the groups, interviews of community activists and group members to learn how they accessed crisis information, the coping mechanisms they used, and the challenges they faced. Roundtable discussions with governments, universities, libraries, and non-government agencies will provide a deeper understanding of community support needs.

The project will go beyond research to provide practical solutions, Makarova said. The researchers are developing digital bilingual emergency vocabulary dictionaries—Ukrainian-English/German, and Russian-English/German—to post online to help immigrants with crises. And the group’s librarian and linguistic experts will improve Cyrillic (alphabet used in Russia, Ukraine, and other Slavic countries) font library catalogue searches to provide users with easier access to crisis and other information.

“We don't want this to be an Ivory Tower project. We want it to be a community project because the major goal is improving the inequities in the immigrant and refugee communities who are not speakers of the national languages as a mother tongue,” said Makarova.

 

usask-led-research-majority-of-worlds-protected-ecosystems-vulnerable-to-groundwater-degradationtrue1718730911095imj129USask-led research: Majority of world’s protected ecosystems vulnerable to groundwater degradationBeneath the surface of the Earth’s protected ecosystems lies a hidden threat—the vast majority of these areas rely on groundwater in danger of being contaminated, drained away, or both.water, research, sustainability1682008320000/articles/research/2023/usask-led-research-majority-of-worlds-protected-ecosystems-vulnerable-to-groundwater-degradationnewssite://news/articles/research/2023/usask-led-research-majority-of-worlds-protected-ecosystems-vulnerable-to-groundwater-degradationbpk4551682007758711ccm0461683059677376show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/header-groundwatersheds.jpgsite://news/images/2023/header-groundwatersheds.jpgnewsheader-groundwatersheds.jpg1202731080720Most of the world’s protected areas depend on groundwatersheds—shallow, local, subsurface water basins where groundwater collects—which may be vulnerable to human activity. (Credit: Supplied)Most of the world’s protected areas depend on groundwatersheds—shallow, local, subsurface water basins where groundwater collects—which may be vulnerable to human activity. (Credit: Supplied)NoNoneNoneNo/
TextImage/images/2023/huggins.jpgsite://news/images/2023/huggins.jpgnewshuggins.jpg116873540720USask Global Institute for Water Security and University of Victoria doctoral student Xander Huggins. (Photo: Supplied)Align right

According to analysis published recently in the journal Nature Sustainability and led by the University of Saskatchewan (USask), most of the world’s protected areas—areas like nature preserves and national parks where human activity is restricted—have ecosystems that rely on groundwater. Of these protected areas, 85 per cent depend on groundwater from beyond protection boundaries, leaving ecosystems at risk from exterior contamination and overuse.

“Protected areas can face impacts from activities occurring outside of the protected area, such as agricultural drainage, mining, contamination and groundwater pumping, which can be transmitted to protected areas through groundwater flow,” said Xander Huggins, doctoral student at the USask Global Institute for Water Security and the University of Victoria, and the study’s lead author. “Conservation and management of groundwater-dependent ecosystems stops neither at the protected area boundary nor at the ground surface.”

The researchers gathered and analyzed huge sets of previously published and peer-reviewed data to map the “groundwatersheds”—shallow, local, subsurface water basins where groundwater collects—which feed ecosystems in the world’s protected areas.

The research team mapped these groundwatersheds in approximately one-square-kilometre segments, first determining which direction the groundwater flowed, and then establishing where inadequately protected groundwater feeds into protected areas.

The combined size of the all the groundwatersheds exceeds the total size of the protected areas by nine million square kilometres. Many groundwatersheds span international borders and present political challenges for management.

In December, the United Nations Biodiversity Conference in Montreal concluded with a non-binding agreement of 196 countries, committing to place 30 per cent of the world under protection by 2030 to halt and reverse global biodiversity loss.

“If we want protection and conservation initiatives to be effective, we need to think not just about what's happening on and above the ground, but also the ways that groundwater connects potentially distant areas and activities,” said Huggins.

The next steps for this research involve applying the same approach to specific protected areas, and assessing how quickly and how severely human activities impacting groundwater from outside can impact ecosystems within those protected areas.

Huggins, who is also affiliated with the International Institute of Applied Systems Analysis in Laxenburg, Austria, is supervised by USask professor emeritus Dr. Jay Famiglietti (PhD) and University of Victoria hydrologist Dr. Tom Gleeson (PhD).

The research team also included researchers from University of Kansas, The Nature Conservancy, SUNY College of Environmental Science and Forestry, Rohde Environmental Consulting, Conservation International, and from University of Freiburg and Technische Universität Dresden in Germany, and was funded by a Natural Sciences and Engineering Research Council of Canada Graduate Doctoral program scholarship and by Deutsche Forschungsgemeinschaft (German Research Foundation).

usask-students-training-for-the-future-in-agriculture-technologytrue1718730911095imj129USask students training for the future in agriculture technology Graduate students at the University of Saskatchewan (USask) will experience a one-of-a-kind training opportunity thanks to a new program that has received a $1.6 million grant from the Natural Sciences and Engineering Research Council of Canada (NSERC).Katie Brickman-Young for Research Profile and Impactresearch, College of Arts and Science, GIFS, sustainability,1681925580000/articles/research/2023/usask-students-training-for-the-future-in-agriculture-technologynewssite://news/articles/research/2023/usask-students-training-for-the-future-in-agriculture-technologyccm0461681925988675ccm0461683059702023show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/usask_ian1080.jpgsite://news/images/2020/usask_ian1080.jpgnewsusask_ian1080.jpg1394711080720Dr. Ian Stavness (right), associate professor in the College of Arts and Science, and Enhancement Chair at USask’s Global Institute for Food Security. (Photo: University of Saskatchewan)NoNoneNoneNo/
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The NSERC CREATE grant in Computational Agriculture will explore the deep-rooted collaboration between plant and computer sciences at USask. The unique program will enhance the shift towards data-rich processes in the agricultural sector to drive economic competitiveness and environmental sustainability.

“This is an exciting opportunity for advanced training. This program builds on the strength that we have at the University of Saskatchewan in computer and plant science,” said Dr. Ian Stavness (PhD), associate professor in the College of Arts and Science, and Enhancement Chair at USask’s Global Institute for Food Security (GIFS). “USask has been promoting and cultivating their signature areas [of research] and agriculture is one of them. I think this [funding] is recognition of our current world-leading place in this field.”

Over the course of six years, the program will offer dedicated cross-disciplinary training in agricultural and computer science to 87 students. Students in the computer science program from the College of Arts and Science will come together with students from the plant sciences program at the College of Agriculture and Bioresources to cross-train subjects and collaborate on research in agriculture and technology.

“I think one of the critical aspects of this program is the cross-training component. Plant sciences students will be trained in data science approaches and programming – areas where they wouldn’t [traditionally] have core training,” explained Stavness. “And the computer science students will get training in biology, plant genomics, and plant breeding and other core topics they haven’t been exposed to before.”

There will be an equal number of trainee students from both streams exposed to the wealth of opportunity in agricultural technology and applying their expertise to agricultural problems.

“The research outcomes will be ongoing, and we expect to see research results immediately and continuously from our graduate students as they move through this program,” he said.

As environmental changes put pressure on the agricultural and food production sectors, using data analysis to drive change for sustainability will be key, not only for these students, but also the companies and organizations they will work with during their time in the program.

“There is a lot of interest in agricultural solutions to combat climate change. We have significant challenges with more variable weather conditions in different regions across Canada and around the world,” said Stavness. “With this computational analysis program, we are hoping to support advances to adapt agricultural systems to those changing patterns, making plants and cash crops more resilient to those changing conditions.

“[USask has] real strength in plant breeding from the specialists at the Crop Development Centre, and with our computational side, we can build new tools to generate those new varieties that will be resistant to climate change and provide environmental and economic sustainability for farmers.”

Trainees will put their skills to work in professional rotations or company internships and at three training hubs in Alberta, Saskatchewan, and Manitoba. The training program will also strengthen the international reputation achieved through the Plant Phenotyping and Imaging Research Centre at USask. The Global Institute for Food Security at USask is also a key partner who will be providing professional development and entrepreneurship training for graduate students in the program.

“Their experiences will be enriched through those rotations and internships. Through those, they will get a better sense of the real needs for ag-tech companies, organizations, growers, and agronomists,” said Stavness. “Those needs will certainly drive a lot of the research problems that we will pursue so they can really tackle the most important problems that will have the most impact in the sector.”

Stavness and his program counterparts are looking forward to seeing the accomplishments of the students as they explore this unique experience at the intersection of plant and computer science.

“When they graduate, they are going to be the employees and leaders in agricultural technology companies and/or entrepreneur activities,” he said. “We see the main outcome is the people and how they will be conducting world-leading research and developing state-of-the-art tools and critical solutions for growers to use to make decisions on the management of their crops.”                                                                

 

bmos-2-million-donation-to-university-of-saskatchewan-to-accelerate-research-critical-to-the-future-of-food-in-canadatrue1718730911095imj129BMO’s $2 million donation to University of Saskatchewan to accelerate research critical to the future of food in CanadaCritical research into regenerative and digital agriculture at the University of Saskatchewan will be accelerated thanks to a $2 million donation from BMO. The donation will support two initiatives within the College of Agriculture and Bioresources: the *BMO Soil Analytical Laboratory and the Jarislowsky and BMO Research Chair in Regenerative Agriculture.research, College of Agriculture and Bioresources, sustainability1681327140000/articles/research/2023/bmos-2-million-donation-to-university-of-saskatchewan-to-accelerate-research-critical-to-the-future-of-food-in-canadanewssite://news/articles/research/2023/bmos-2-million-donation-to-university-of-saskatchewan-to-accelerate-research-critical-to-the-future-of-food-in-canadaccm0461681331681567ccm0461683059762510show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/agb2021-1080.jpgsite://news/images/2023/agb2021-1080.jpgnewsagb2021-1080.jpg1394871080720The donation will support two initiatives within the USask College of Agriculture and Bioresources: the *BMO Soil Analytical Laboratory and the Jarislowsky and BMO Research Chair in Regenerative Agriculture. (Photo: Christina Weese)The donation will support two initiatives within the USask College of Agriculture and Bioresources: the *BMO Soil Analytical Laboratory and the Jarislowsky and BMO Research Chair in Regenerative Agriculture. (Photo: Christina Weese)NoNoneNoneNo/
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“USask is excited to partner with BMO to strengthen the College of Agriculture and Bioresources’ research ecosystem,” said USask President Peter Stoicheff. “BMO’s investment will accelerate research and training in one of our signature areas and ensure that farmers and agronomists are at the cutting edge of production and environmental practices that support global food production.” 

“We’re excited to contribute to the progress of the University of Saskatchewan’s research in support of sustainable agriculture,” said Lynda Taylor, Head, BMO Agriculture. “As longtime partners and investors in the agricultural sector and a leader in sustainability, we know this research is vital to the future and the progress being made to grow Canada’s agri-food sector and the strength and resilience of our farmers, who are among the most innovative producers in the world when it comes to regenerative agriculture.”

A multi-donor initiative, the new research chair position will focus on accelerating the science and adoption of regenerative agriculture, through detailed assessment of management practices aimed at preserving and restoring agroecosystem health while maximizing yield and profitability.

The soil analytical laboratory will help alleviate a critical bottleneck in digital agriculture research and providing key analytical capabilities for research in regenerative agriculture. The new laboratory will:

  • Expand current capability for characterizing soil carbon and nitrogen dynamics, a cornerstone for quantifying regenerative agriculture impacts
  • Build high-throughput spectroscopic capability for rapid assessment of a range of soil properties, including plant-available nutrients
  • Facilitate rapid characterization of the soil and plant microbiome, an indicator of soil health and function
  • Enable data integration across multiple analytical platforms, building a soil database that can be mined to better understand the interactions between soil function and above-ground crop performance
  • Create world-leading training opportunities for students in some of the world’s most advanced agriculture practices right here in Saskatchewan

“Expanding our research capacity in regenerative agriculture and our analytical capacity in soil health will accelerate development of targeted solutions for food security while protecting our natural resources,” said Dr. Angela Bedard-Haughn (PhD), Dean of the College of Agriculture and Bioresources.

“Soil carbon storage will play an important role to help achieve a net zero future and we need innovative research to establish the next-generation of technologies to build climate change resilience and feed a growing population,” said Michael Torrance, Chief Sustainability Officer, BMO. “That’s why BMO is happy to partner with the University of Saskatchewan to establish a Chair in Regenerative Agriculture and the BMO Soil Analytical Lab, as a leader in this space.”

BMO’s gift is part of the university’s upcoming Be What the World Needs campaign.

*Name pending approval from USask Board of Governors. 

 

About USask: The University of Saskatchewan (USask) is located in Saskatoon, Sask., on Treaty 6 territory and the traditional homeland of the Métis. Research, teaching and learning at USask are enhanced by its array of world-class centres and facilities. A range of excellent programs, from business, law and public policy to engineering, agriculture, medicine and veterinary medicine, positions USask to bring unique perspectives to key global challenges. With more than 25,700 students from around the globe, our strong community and well-recognized experts will continue to drive USask to be the university the world needs.

About BMO: BMO Financial Group is the eighth largest bank in North America by assets, with total assets of $1.15 trillion as of January 31, 2023. Serving customers for 200 years and counting, BMO is a diverse team of highly engaged employees providing a broad range of personal and commercial banking, wealth management, global markets and investment banking products and services to 12 million customers across Canada, the United States, and in select markets globally. Driven by a single purpose, to Boldly Grow the Good in business and life, BMO is committed to driving positive change in the world, and making progress for a thriving economy, sustainable future and more inclusive society.

usask-technology-leads-to-a-groundbreaking-human-trial-that-solves-187-year-old-surgical-mysterytrue1718730911095imj129USask technology leads to a groundbreaking human trial that solves 187-year-old surgical mysteryRope-like bands of internal scar tissue that form in close to 70-90 percent of all patients who undergo abdominal surgery have bedeviled patients and surgeons alike for more than 187 years.research, College of Medicine1681324560000/articles/research/2023/usask-technology-leads-to-a-groundbreaking-human-trial-that-solves-187-year-old-surgical-mysterynewssite://news/articles/research/2023/usask-technology-leads-to-a-groundbreaking-human-trial-that-solves-187-year-old-surgical-mysteryccm0461681324951979ccm0461681325172954show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesAnyYesImage/images/2023/roger-pierson.jpgsite://news/images/2023/roger-pierson.jpgnewsroger-pierson.jpgroger-pierson.jpg2568241080774Dr. Roger Pierson (PhD) is a distinguished professor of obstetrics and gynecology at USask’s College of Medicine. (Photo: Submitted)Dr. Roger Pierson (PhD) is a distinguished professor of obstetrics and gynecology at USask’s College of Medicine. (Photo: Submitted)NoNoneNoneNo/
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Known as adhesions, these permanent tissues can cause excruciating pain in about one-third of patients. They restrict the free movement of organs, like the bowel, by binding them together and attaching them to abdominal or uterine walls and other surfaces. Currently, there is no effective drug treatment except additional surgery to remove the adhesions, which can be self-defeating. Adhesions reform 90 per cent of the time, requiring more interventions, surgeries, and potential time under the knife.

Now, by advancing technology that originated at the University of Saskatchewan (USask), a group of researchers has developed and clinically tested a unique pharmaceutical solution to this seemingly intractable problem.

In a paper published April 7, 2023, in the European Journal of Obstetrics & Gynecology and Reproductive Biologya group of researchers that includes three USask scientists reports in a double-blind randomized controlled human trial of a proprietary pharmaceutical grade novel formulation of a peptide, referred to as TTX333, which shows a 93 per cent success rate in preventing adhesions in post-myomectomy (removal of uterine fibroid) patients. The publication is a landmark study in a long battle to find an effective solution for adhesion prevention.

No stone was unturned in developing a viable, comprehensive, and thorough research method. The findings have the potential to dramatically change post-surgery adhesions, particularly in women. Dr. Roger Pierson (PhD), distinguished professor of obstetrics and gynecology at USask’s College of Medicine, and corresponding author of the paper, notes that women have a higher likelihood of developing adhesion in surgeries like cesarian sections and myomectomies.

“We chose myomectomy because it was predictable, and it’s an extremely messy surgery typically,” said Pierson.

“If you’re going to study adhesions, that’s the one to follow because it has a very high incidence of adhesion formation post-surgery. If we can prevent adhesions in that terribly messy surgery, we should be able to do it in ectopic removals, endometriosis mitigation, and all other types of general gynecological surgeries,” said Pierson.

The human trial was conducted in Kharkiv, Ukraine, in collaboration with Temple Therapeutics, a Dutch company that acquired the nascent technology from USask in 2015, developed it further, and funded the clinical trial. The abstract was first accepted and presented at the American Association of Gynecologic Laparoscopists in 2018.

Kharkiv was chosen for the human trial because it has a private surgical centre where some of the top surgeons specialize in myomectomies, and ready access to patients, said Pierson.

The trial involved 48 women, 38 of whom had laparoscopic surgery (minimally invasive) and 10 who underwent laparotomies (surgery requiring an abdominal incision) for myomectomies. The participants were randomly assigned to two roughly equal groups (one woman didn’t pass the screening due to an unrelated health issue), with 23 receiving a single dose of AG post-surgery and receiving saline placebo. In the AG treatment group, 93.3 per cent had no post operative adhesions compared to 58.8 per cent in the control group.

“We are pretty excited about pioneering this new therapy through Phase 3 clinical trial, which usually is the final pivotal study in Europe, before approval,” said Sanj Singh, CEO of Temple.

The goal is to advance the use of the therapy for commercial use in all gynecological surgeries, and eventually, to all general surgeries, he said.

“There isn’t a single disease classification that doesn’t have a surgical intervention. So, this problem has been plaguing physicians and patients since 1836, when adhesions were first recorded in medical literature, although there is evidence dating back to ancient Egyptian times,” said Singh. “It has been around as long as surgery and to finally have a breakthrough is welcome news to both patients and surgeons.”

Adhesion research has looked at a myriad of techniques to address this issue. The research team acknowledges and is benefiting from the work of thousands of researchers dating as far back as the 1930s. With advances in biological tools and the use of laparoscopic procedures, researchers gained important cellular and molecular insights into adhesion formation. The process starts not necessarily from the actual surgical cutting, but with the damage caused to the peritoneum—the barrier that protects covers the abdominal organs, particularly the bowel. As the peritoneum is damaged, it creates an inflammatory process that kicks up the factors that promote scar tissue formation.

“In simple terms, the function of the therapeutic we administer during surgery, just prior to final closure, is to calm and feed the cells. The cells recognize it, take what they need from it, and fire up its internal engine, redirecting the body’s natural mechanisms toward normal tissue resolution as opposed to scar tissue,” said Singh.

“In September 2019 and March 2023, our researchers published in peer-reviewed journals how the mechanism of the drug works. Today, translation from cells to humans is an important milestone in medical literature for adhesion prevention and for the millions of patients who are impacted and suffer every day. To our knowledge, this would be the first therapy proven to prevent, not just reduce, adhesions in humans in a double-blind randomized controlled study, pass the peer-review process and be published. The team is led by some of the top surgeons in Europe, Canada, and the USA.”

The research team members are Pierson, Dr. Donna Chizen (MD),and Dr. Hyun Lim (PhD), USask; Dominique Rislund (URegina); Dr. Lynne Robertson (PhD), Temple Therapeutics, Netherlands; Dr. Togas Tulandi (MD), McGill; Dr. Antonio Gargiulo (MD), Harvard Medical School; Dr. Rudy Leon de Wilde (MD), Carl von Ossietzky University Oldenburg, Germany; Dr. Aleksey Velygodskiy (MD), Kharkiv City Clinical Multi-field Hospital.

 

north-west-college-and-university-of-saskatchewan-sign-agreement-on-research-ethics-review-boardtrue1718730911095imj129North West College and University of Saskatchewan sign agreement on research ethics review boardNorth West College has signed an agreement with the University of Saskatchewan (USask) to establish a Research Ethics Review Process.research,1681226520000/articles/research/2023/north-west-college-and-university-of-saskatchewan-sign-agreement-on-research-ethics-review-boardnewssite://news/articles/research/2023/north-west-college-and-university-of-saskatchewan-sign-agreement-on-research-ethics-review-boardccm0461681227017925ccm0461681227674458show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/aerial-2-sm.jpgsite://news/images/2019/aerial-2-sm.jpgnewsaerial-2-sm.jpg3902181080720Aerial view of the University of Saskatchewan. (Photo: USask)Aerial view of the University of Saskatchewan. (Photo: USask)NoNoneNoneNo/
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This collaboration sets a new standard for research undertaken at the college and ensures all studies conducted meet the highest ethical standards. The university will act as the Research Ethics Board for all research activities undertaken at North West College.

This agreement is a critical step as North West College prepares to engage in applied research. Applied research is a broad range of research activities that support business and/or community partners to address the challenges they face. This work is supported by the expertise of instructors while simultaneously providing students with practical experience solving real-world problems.

The agreement allows a shared commitment to research ethics review and demonstrates a collaborative method in achieving responsible conduct of research. Representatives from the college will begin serving on the University Research Ethics Approval Board and all staff will have access to advanced training.

"We are excited to formalize this agreement. It is a signal of our commitment to the highest standard of research and of our belief that participation in applied research is an essential component of higher education. This partnership provides the foundation for our growth in applied research,” said Dr. Eli Ahlquist, president and CEO of North West College. 

Both institutions are committed to promoting ethical research practices and protecting the rights of human subjects. By working together through this agreement, this partnership will ensure all research conducted is conducted ethically and responsibly.

“As one of Canada’s top 15 research Universities, USask commits to research, scholarly and artistic work that is rigorous and trusted. We aim to have our research held in the highest regard, be ethically sound, and contribute to the creation, application, and refinement of knowledge,” said Dr. Baljit Singh, USask vice-president of research. “This agreement with North West College represents a significant step forward in our commitment to ethical research and I look forward to working closely with them as they embark on their applied research endeavours.”

researchers-snap-share-the-beauty-of-usask-researchtrue1718730911095imj129Researchers snap, share the beauty of USask researchFrom ecosystems in peril, to the intense gaze of an Arctic fox, to the illuminated neurons of a fruit fly, winners in the 2023 University of Saskatchewan’s (USask) Images of Research competition celebrated the art and artistry of research, scholarly, and artistic work at USask.research, 1681224960000/articles/research/2023/researchers-snap-share-the-beauty-of-usask-researchnewssite://news/articles/research/2023/researchers-snap-share-the-beauty-of-usask-researchccm0461681225440687ccm0461683041826261show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/images_of_research.jpgsite://news/images/2023/images_of_research.jpgnewsimages_of_research.jpg1042221080719Captivating image of snowmobiles crossing the ice and capturing the fragility of nature and the potential risks of the research.USask Images of Research 2023 Grand prize winner, Treading on Thin Ice, submitted by alumna Dr. Kayla Buhler (PhD).NoNoneNoneNo/
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The ninth edition of the annual competition concluded on April 6, with the winners being announced at an in-person reception, the first since the start of the COVID-19 pandemic.

In total, faculty, staff, students, and alumni submitted 143 images from to the competition—more than in any previous year.

More than 2,250 voters from 23 countries around the world cast ballots for the Viewers’ Choice award, and a total of 21 faculty, staff, and student judges decided the winning entries in each category.

While each category was adjudicated separately and the submissions anonymized, photos focused on the fragility of Earth’s ecosystems and animals dominated the roster of winning images.

TextVideo/https://www.youtube.com/watch?v=3joErz39dacAbove content

The 2023 Images of Research will be on public display on campus from April 24 to 28 in the North Concourse of Place Riel. These are the winners:

Grand Prize:

  • “Treading on Thin Ice,” this captivating image of snowmobiles crossing the ice and capturing the fragility of nature and the potential risks of the research was submitted by Dr. Kayla Buhler, (PhD) recent alumna in veterinary microbiology.

Arts-in-Focus: Images which represent the researcher’s artistic work with a focus on music, drama, art and art history, and the humanities.

  • Winner, “Developing Drama,” submitted by Prof. Carla Orosz in drama, College of Arts and Science.
  • Runner-up, “Chorus,” submitted by Master of Fine Arts student Demilade Otayemi.

Community Impact: Images which represent research done with partners that benefits communities.

  • Winner, “In her reflection,” submitted by Dr. Kayla Buhler (PhD), recent alumna in veterinary microbiology.
  • Runner-up, “Managing River Monsters in the Amazon Jungle,” submitted by Alex Pelletier, toxicology doctoral student.

Research in Action: Images which demonstrate what the researcher’s work is all about.

  • Winner, “Adelie penguins of the Antarctic Peninsula,” submitted by Dr. William Patterson (PhD), in geological sciences, College of Arts and Science.
  • Runner-up, “What does the Fox say?” also submitted by Dr. Kayla Buhler (PhD).

From the Field: Images which demonstrate the researcher’s experience doing field work anywhere in the world.

  • Winner, “Togetherness,” submitted by Anastasiia Nykonenko, biology doctoral student.
  • Runner-up, “Cautiously Curious Caribou,” submitted by Cody Malone, veterinary microbiology doctoral student.

More than Meets the Eye: Images which reveal the subject in greater detail than is possible with the human eye.

  • Winner, “Hunger Games: May the Neurons be Ever in Your ‘Flavour,’” submitted by Narsimha Pujari, veterinary biomedical sciences doctoral student.
  • Runner-up, “Meet Your Local Backyard Buddy,” submitted by Georgiana Antochi-Crihan, plant sciences master’s student.

Best Description:

  • Winner, “So you say you want to be a vet?”, submitted by veterinary medicine student Ruth MacLean.
  • Runner-up, “Hunger Games: May the Neurons be Ever in Your ‘Flavour,’” submitted by Narsimha Pujari, veterinary biomedical sciences doctoral student.

Viewers’ Choice: The images which garnered the most votes, online.

  • Winner, “Happy Birth Little Chicky-You are GIFT-ED!” submitted by doctoral student in anatomic pathology, Mihiprabha Rathnayake.
  • Runner-up, “Hunger Games: May the Neurons be Ever in Your ‘Flavour,’” submitted by veterinary biomedical sciences doctoral student Narsimha Pujari.
vido-virologist-renowned-researcher-at-usask-leads-pandemic-fighttrue1718730911095imj129VIDO virologist: Renowned researcher at USask leads pandemic fightShe is one of the world’s most recognized virologists, recruited to serve on the front lines of the pandemic and preparing for the next global threat.James Shewagaresearch, VIDO,1680789600000/articles/research/2023/vido-virologist-renowned-researcher-at-usask-leads-pandemic-fightnewssite://news/articles/research/2023/vido-virologist-renowned-researcher-at-usask-leads-pandemic-fightccm0461680724400532ccm0461690838844861show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/angie-rasmussen-1.jpgsite://news/images/2023/angie-rasmussen-1.jpgnewsangie-rasmussen-1.jpg2280751080720Dr. Angela Rasmussen (PhD) in the lab at the Vaccine and Infectious Disease Organization at the University of Saskatchewan. Dr. Angela Rasmussen (PhD) in the lab at the Vaccine and Infectious Disease Organization at the University of Saskatchewan. (Photo: David Stobbe)NoNonesupport-critical-researchNo/
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Renowned researcher Dr. Angela Rasmussen (PhD) of the Vaccine and Infectious Disease Organization (VIDO) at the University of Saskatchewan (USask) has also become a voice of reason in an online world corrupted by conspiracy theorists and anti-vaxxers, fighting back on social media and in major mainstream media publications. While her focus is on work in the lab that has global impact and can help save millions of lives, Rasmussen is also dedicated to clearly communicating the science behind the research.

“You can’t have public health without the public’s engagement and participation, and I think the key to doing that is to actually help people to understand what is going on,” said Rasmussen, who left Ivy League research institute Columbia University in New York and moved to Saskatoon in 2021 with her husband to join VIDO as a principal research scientist and USask as an adjunct professor. “When the pandemic started, I had 250 Twitter followers and now I have 420,000. I definitely did not expect to be playing this role, although I am glad that I am because I think that I do bring something unique to the table and that is because I am pretty blunt and pretty direct …

“It is a never-ending battle. It really is a Sisyphean endeavour to push back against disinformation, but you have to do it. And I seem to be OK at it, and it certainly helps me have an appreciation for how important communication is, particularly with the public.”

Looking back at the last three years since the World Health Organization declared the coronavirus outbreak a pandemic on March 11, 2020, Rasmussen said the global response and concerted collaboration to create vaccines to fight COVID-19 was one of the greatest scientific success stories of our time. But the politicalization of the pandemic, the growth of the anti-vax movement, and the relaxing of public health measures worldwide before the COVID-19 crisis was over, have been frustrating for Rasmussen and many in the scientific community who have been battling a global outbreak that has killed millions.

“I was pleasantly surprised by how fast vaccines were developed, but almost everything else has not gone very well,” said Rasmussen. “So, I am disappointed and surprised by that, because pandemic preparedness really is an area that people have been working on for a long time. These vaccines have really profoundly changed the trajectory of the pandemic in the sense that they are proven to have stopped people from dying and being in the hospital. And if more people had been vaccinated and if more people had access to themwhich is also an important component of thiswe would have saved even more lives.”

Three years into the pandemic, 1,913 people are confirmed to have died from COVID-19 in Saskatchewan, 50,224 in Canada, and 6,879,677 worldwide, with most countries having reduced or eliminated public health measures, including mandatory masking in public places or vaccination requirements. Rasmussen said she completely understands the general public’s frustration and many individuals’ desire to get back to normal, despite the ongoing risks.

“I don’t blame the general public at all for throwing in the towel about things like masking,” she said. “Unfortunately, after three years, people are exhausted. But what I am frustrated about is the fact that weand by ‘we’ I mean the worldhave not encouraged people to uniformly adopt wearing masks and getting vaccinated. It turned into a political football, rather than something that should be considered across the board as the public health issue that it is.”

TextImage/images/2023/angie-optional-secondary-shot.jpgsite://news/images/2023/angie-optional-secondary-shot.jpgnewsangie-optional-secondary-shot.jpg1650941080720Dr. Angela Rasmussen (PhD) is a principal research scientist at VIDO and an adjunct professor at USask. (Photo: David Stobbe)Above content

Rasmussen pulls no punches in her public fight with the anti-vax movement, noting how many high-profile conspiracy theorists are profiting off the pandemic, while spreading doubt over the safety of vaccines and questioning how quickly they were approved. Rasmussen notes that the science behind the current COVID-19
Messenger ribonucleic acid (mRNA) vaccines and clinical trials go back more than a decade.

“The anti-vaxxers are exploiting people’s lack of science education, lack of understanding of complex topics, and frankly they are good storytellers. It is a lot more exciting to listen to a story about a conspiracy theory than it is to hear the mundane truth about how mRNA vaccination is safe and effective,” said Rasmussen. “And we saw a lot of people become very wealthy by doing things like prescribing ivermectin and hydroxychloroquine and all sorts of things as alternatives to vaccination.

“I have been communicating and having a lot of public-facing conversations about this, so I really get to see first-hand how rampant and prevalent disinformation is. I am originally from the U.S., but political and anti-science sentiment in the U.S. and Canada and other places around the world has been incredibly frustrating and demoralizing.”

While Rasmussen has been encouraged to see global hospitalizations and death rates slowly dropping overall, she cautions against believing the pandemic has run its course.

“I am reluctant to say that because there are a lot of variables that could impact this,” said Rasmussen. “We could have a new variant emerge different from Omicron that could be very unpredictable. So, I never underestimate RNA viruses’ ability to evolve. But that said, everybody for the most part in Canada is either vaccinated and/or has had Omicron, so we do have a sufficient level of population immunity and seeing a de-coupling between the number of cases and the number of deaths and hospitalizations, which is good.

“Theoretically, this would fall into endemicity, in the sense that it would be predicable. We would know that it is flu and COVID season, so get your COVID shots. But I think it is a little premature still to say that.”

What does concern Rasmussen and her colleagues is the knowledge that the next pandemicinvolving an entirely different pathogencould be much more devastating than COVID-19 or the deadly influenza pandemic caused by the H1N1 influenza A virus a century ago that killed an estimated 25-50 million worldwide.

“What keeps me up at night is, A) that we might not be working fast enough to prepare for the next one, and B) that we are spending too much time talking about political things and not enough time talking about the real threat,” she said. “Really, the real threat is the entire world full of more transmissible zoonotic viruses that could potentially emerge.”

Rasmussen notes that the current COVID-19 pandemicofficially SARS-CoV-2had a case fatality rate of 2-3 per cent before vaccines were distributed. For Rasmussen, the thought of avian flu widely infecting the human population, or the evolution of a more transmissible Middle East respiratory syndrome (MERS) coronaviruswith a case fatality rate of 30 per centor the emergence of a more transmissible version of the nightmarish Nipah viruswhich kills 40 to 75 per cent of those infected, according to the WHOcould be catastrophic.

“Can you imagine if one of every three, or one out of every two people who caught COVID would die from it? I think that is something that could potentially cause civilization to collapse, and I do not think that is actually that hyperbolic of an assumption,” said Rasmussen. “So, something like that keeps me up at night. That would be a ‘does anybody have a survival bunker?’ kind of situation. And that really does scare me because there certainly are viruses out there that have that capability.”

TextPullquote"I was just really impressed with seeing what VIDO had done within Canada, and seeing the investments that are being made in VIDO, as well as (VIDO Director) Dr. Volker Gerdts’ (DVM) vision for what VIDO can become. We are doing great research here.”Dr. Angela Rasmussen /Align left

Rasmussen said the highly pathogenic H5N1 avian flu, which has killed more than 100 million birds worldwide since the outbreak began in 2021 and has close to a 50 per cent death rate in rare human infections, is a prime example of the increasing dangers of zoonotic viruses, transmitted from animals to humans. So why are these outbreaks becoming more frequent?

“One reason is mobility: we can go all over the world in a matter of hours (and spread emerging viruses),” said Rasmussen. “Also, we are developing and using land in different ways, encroaching on wild spaces, and coming into contact with species that we didn’t have contact with before, disrupting ecosystems and forcing new interactions with wildlife. And the final reason is climate change. For example, mosquitos that carry dengue virus and chikungunya virus are expanding their geographic range because the planet is getting warmer and now there are more places that they can live in. So, it might seem like viruses are getting worse, but we are creating the conditions for those viruses to get into people more often.”

Dealing with doomsday scenarios is what drives world-leading researchers like Rasmussen to try to better prepare for the next pandemic. And the renewed commitment to this broad field of research at VIDO—both in terms of people power and financial backing from federal and provincial governments and private donors—is what drove her to the USask campus.

Rasmussen said she is extremely encouraged by the work of her dedicated colleagues on campus at USask and with VIDO’s emergence as Canada’s Centre for Pandemic Research. With the construction of a new state-of-the-art vaccine manufacturing facility and VIDO soon to be home to the only non-government containment Level 4 facility in the country, she is proud to be a part of Saskatchewan’s emergence as a global leader in the battle against emerging infectious diseases.

“I was recruited here because of VIDO’s transition to becoming the national pandemic research centre, so I think certainly Canada is making the investment, although there is a lot more work to be done,” said Rasmussen. “I knew my (VIDO) colleague (Dr.) Darryl Falzarano (PhD), so I had heard of VIDO before, but I had never been to Saskatoon or even in the province at all. But I was just really impressed with seeing what VIDO had done within Canada, and seeing the investments that are being made in VIDO, as well as (VIDO Director) Dr. Volker Gerdts’ (DVM) vision for what VIDO can become. We are doing great research here.”

usask-launches-new-university-of-saskatchewan-insect-research-facilitytrue1718730911095imj129USask launches new University of Saskatchewan Insect Research Facility Today the University of Saskatchewan (USask) launched the University of Saskatchewan Insect Research Facility (USIRF), the first insect research facility with quarantine capabilities in a western Canadian university. Research conducted in the new facility will boost Canadian agriculture, protect the environment, reduce risk to food security, and provide fundamental insight into insect ecology. Research, USIRF1680719100000/articles/research/2023/usask-launches-new-university-of-saskatchewan-insect-research-facilitynewssite://news/articles/research/2023/usask-launches-new-university-of-saskatchewan-insect-research-facilityccm0461680721426033ccm0461680721690247show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/usirf_2.jpgsite://news/images/2023/usirf_2.jpgnewsusirf_2.jpg1654871080720Two USask researchers at the new University of Saskatchewan Insect Research Facility.Research technician Ningxing Zhou (left) and graduate student Grace Onu-Odey (right) transfer a pea aphid in the new University of Saskatchewan Insect Research Facility. (Photo: Kira Glasscock)NoNoneNoneNo/
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“The USIRF places USask in a unique position among research institutions in Canada,” said Dr. Baljit Singh, USask vice-president of research. “This facility, and the research it will lend itself to, is another example of how USask is leading in the areas of food security and agriculture. We are tackling important questions that will ultimately have an impact and better our communities.” 

Located in the Agriculture Building on the USask Saskatoon campus, the 500-square-foot insect quarantine facility is designed to meet Canadian Food Inspection Agency Plant Protection Containment Level-2A requirements, allowing researchers to study non-native insects and pathogens that pose a potential threat to western Canadian crops. 

“Insects are an important part of agricultural ecosystems but some present huge economic and environmental risk,” said Dr. Sean Prager (PhD), USask entomologist and USIRF research lead.  “The USIRF provides us a space to pre-emptively study how these pests would work in our environment and with Saskatchewan crops before they become an issue. This facility also allows us to involve students in this research, which means we can train students at the highest level of entomological research.”

The bio-secure insect-rearing and quarantine facility employs mechanical and operating safeguards to prevent accidental release and cross-contamination of harmful species. The USIRF contains climate-controlled chambers for sustaining insects and infested plants, and space for conducting experiments. 

The USIRF supports collaborations between pest researchers and USask Crop Development Centre plant breeders. With the increased research capacity, USask researchers will be able to develop proactive methods of managing insects, resulting in new ways to predict pest outbreaks, decrease pesticide use, and develop new pest-resistant crop varieties.

“Our researchers will be able conduct the high-impact entomological research needed in Saskatchewan to develop more sustainable pest-management options and mitigate future risk,” said Dr. Angela Bedard-Haughn (PhD), dean of the College of Agriculture and Bioresources. “These discoveries will have economic benefit for producers and help protect our agricultural ecosystems.”

Funding for the USIRF was provided by $500,000 from the Western Grains Research Foundation (WGRF) as part of its $32 million Capacity Initiative, $285,000 from the Canada Foundation for Innovation, $70,000 from the Saskatchewan Canola Development Commission, $70,000 from Saskatchewan Pulse Growers, $70,000 from the Saskatchewan Wheat Development Commission, and $50,000 from USask.

Broadcast ready high-resolution (1080P, 29.97fps) b-roll press kit available: https://we.tl/t-GfDoLTkfqx 

TextImage/images/2023/usirf1.jpgsite://news/images/2023/usirf1.jpgnewsusirf1.jpg2685801080810The new University of Saskatchewan Insect Research Facility is specifically designed for research on beneficial insects and arthropod plant pests, including non-native insects and pathogens. (Photo: Kira Glasscock)Above content
medieval-monks-moon-watching-sheds-light-on-volcanoes-and-climate-changetrue1718730911095imj129Medieval monks’ moon-watching sheds light on volcanoes and climate change An international research team including the University of Saskatchewan (USask) has used meticulous medieval-era records scribed by monks about the colour of lunar eclipses to develop a new, deeper understanding of volcanoes and climate change. research, College of Arts and Science,1680707760000/articles/research/2023/medieval-monks-moon-watching-sheds-light-on-volcanoes-and-climate-changenewssite://news/articles/research/2023/medieval-monks-moon-watching-sheds-light-on-volcanoes-and-climate-changeccm0461680708115763ccm0461680708151240show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/manuscrits.jpgsite://news/images/2023/manuscrits.jpgnewsmanuscrits.jpg1387791080720 a manuscript dated from the 14th or 15th centuryTwo people observe a lunar eclipse, as documented in a manuscript dated from the 14th or 15th century. (Credit: Recueil de poésies françaises. Consolation de Boèce, Ms. 822, fol. 61v, Bibliothèque Municipale de Toulouse / Gallica, BnF.)NoNoneNoneNo/
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The interdisciplinary research published today in the journal Nature examined astronomical records from monks and chroniclers across Europe, the Middle East, and Asia from the High Medieval Period (1100–1300 CE), a volcanically-active period. Of 64 lunar eclipses that occurred in Europe during that period, monks described 51, noting five were especially dark—something which can occur when dust from major volcanic eruptions is present in the stratosphere.   

“This work is a really novel example of interdisciplinary research, bringing together threads of evidence from medieval history, paleoclimatology and atmospheric physics,” said Dr. Matthew Toohey (PhD), assistant professor in the Department of Physics and Engineering Physics in the USask College of Arts and Science, and co-author of the paper. “Volcanic eruptions are really important for understanding past climate variability—eclipse observations can be used to help determine the timing of past eruptions, many of which are otherwise only known of because of the chemical markers in polar ice cores.”  

When volcanoes erupt, spewing ash and sulfur into the atmosphere, the resulting haze can decrease the intensity of sunlight reaching the surface, cooling global temperatures over a period of years. 

“We know from previous work that strong tropical eruptions can induce global cooling on the order of roughly 1°C, over a few years,” said Dr. Markus Stoffel (PhD), University of Geneva (UNIGE) researcher and senior author on the paper. “They can also lead to rainfall anomalies with droughts in one place and floods in another.”  

Led by University of Geneva paleoclimatologist Dr. Sébastien Guillet (PhD), the research team found observations of dark total lunar eclipses in the years 1110, 1172, 1229, 1258 and 1276 CE matched volcanic signals gleaned from analyzing ice cores in Greenland, providing new evidence these five events resulted from eruptions producing vast stratospheric aerosol clouds, and not from smaller local eruptions.  

Why were medieval monks so attentive to the moon and lunar eclipses? In the Bible’s Book of Joel, Acts of the Apostles, and Book of Revelations, a “Blood Moon” augurs the beginning of the apocalypse. Accurate lunar observations were also key to identifying the Easter Full Moon, establishing the correct date for Easter Sunday, and all other moveable feast days of the liturgical calendar. 

At USask, Toohey’s role in the research focused on translating eclipse records into estimates of when the volcanic eruptions took place—incorporating modern observations from satellite sensors and results from computer models that simulate the atmospheric spread of volcanic aerosol particles. 

“The more accurately we can estimate the magnitude and timing of past eruptions, the better we can understand past climate variations and use that to test climate models that are used to predict future climate,” said Toohey. 

The researchers will integrate this data into existing models to better understand the role of volcanic eruptions in the climactic shift from the relatively warm medieval period to the “Little Ice Age,” a period of prolonged cooling which saw glaciers grow and rivers freeze across Europe. 

The research team also included researchers from University of Cambridge in the United Kingdom, France’s Université Clermont Auvergne, Université Paris 1 Panthéon-Sorbonne, and Université Pierre et Marie Curie, Ireland’s Trinity College Dublin, University of Bern in Switzerland, and the University of Washington, and was funded by the Swiss National Science Foundation within the CALDERA project.  

 

usask-team-studies-effects-of-sweeping-in-curlingtrue1718730911095imj129USask team studies effects of sweeping in curling A research team from the University of Saskatchewan (USask) has been set up to carry out an 18-month long scientific research project on the effects of sweeping. World Curling FederationCollege of Engineering, research, 1680629280000/articles/research/2023/usask-team-studies-effects-of-sweeping-in-curlingnewssite://news/articles/research/2023/usask-team-studies-effects-of-sweeping-in-curlingccm0461680629547623vvd8931680649213015show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/sean_maw.jpgsite://news/images/2023/sean_maw.jpgnewssean_maw.jpg1455221080720Headshot of Dr. Sean MawDr. Sean Maw (PhD) was USask Engineering's 2019-20 winner of the Provost's College Award for Outstanding Teaching. (Photo: Submitted)NoNoneNoneNo/
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The main objective of the study is to help clarify the role that sweeping plays in curling, insofar as it affects the ice and the behaviour of the stones. 

The principal investigators of the research are Dr. Sean Maw (PhD), the Jerry G. Huff Chair in Innovative Teaching and associate professor at USask, and Eugene Hritzuk, former world senior curling champion (2009). 

The research will include analyzing the bottom of broom heads after sweeping and photographing the ice that has been brushed to measure the changes. The team will look at the photographs of the ice after sweeping to analyze imagery for the smoothness of pebble tops and the rounding of pebble edges. The amounts and characteristics of the debris will also be analyzed to determine its source and nature. 

They will also take videos of the ice after it has been swept, using infrared radiation cameras, and record broom head pressures and dynamics. 

For all three purposes of sweeping (cleaning, polishing, heating), a variety of different sweeping regimes, intensities, and durations would ideally be investigated using the best available instruments. 

Finally, the research team is planning to examine the trajectories of stones under different sweeping regimes, as this is what matters the most for curlers. 

“In the spring of 2022, the World Curling Federation Technical Commission felt it was time to conduct a study to investigate current sweeping techniques being employed by athletes. This would be a follow-up from the Sweeping Study conducted in 2016,” said Scott Arnold, head of development with the World Curling Federation. 

“Dr. Sean Maw (PhD) had been experimenting with macro photography of curling ice and was developing a stone-throwing machine, so he seemed like the perfect fit. In just over a year, we should be able to publish the findings from the study and hopefully demonstrate the effects of brushing on the ice surface and how the different sweeping techniques affect the trajectory of a stone.” 

“The physics of curling offers many mysteries and lots of complexity, which makes it very interesting to study. Discovering how brushing works can help curlers of all levels and the whole sport itself, which would be a satisfying accomplishment,” said Maw. 

“The field of curling physics is primed for such an advancement in understanding, building on the work of several investigators and their recent studies. It is important that the WCF is leading this effort though, as it shows principled sport leadership that is focused on benefits for everyone in the world-wide curling community. If we can gain more clarity on how brushing really works, it will advance the sport in terms of equity for all participants and it will help to establish a scientific foundation for the further development of rules and techniques in curling.” 

The research project began in early 2023 and is currently in its data collection phase. The final report will be published in mid-2024. 

government-of-saskatchewan-grants-90k-to-support-groundbreaking-chronic-wasting-disease-research-at-usasktrue1718730911095imj129Government of Saskatchewan grants $90K to support groundbreaking chronic wasting disease research at USaskToday, the Government of Saskatchewan announced a $90,000 grant to support innovative University of Saskatchewan (USask) research that studies the spread of chronic wasting disease (CWD) and meningeal worm in woodland caribou and other boreal species. research, College of Arts and Science,1680531960000/articles/research/2023/government-of-saskatchewan-grants-90k-to-support-groundbreaking-chronic-wasting-disease-research-at-usasknewssite://news/articles/research/2023/government-of-saskatchewan-grants-90k-to-support-groundbreaking-chronic-wasting-disease-research-at-usaskccm0461680532903740ccm0461680532960687show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mcloughlin_1080.jpgsite://news/images/2022/mcloughlin_1080.jpgnewsmcloughlin_1080.jpg2336691080720Headshot of Dr. Phil McLoughlin Dr. Phil McLoughlin (PhD), associate professor in the College of Arts and Science. (Photo: Tamara McLoughlin)NoNoneNoneNo/
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Through this grant, Dr. Phil McLoughlin (PhD), associate professor in the College of Arts and Science, and his team will study the population dynamics of deer in the southeastern part of the caribou range. This work uses state-of-the-art radio collars and trail cameras, enabling the team to better understand animal movements and develop a comprehensive transmission model. The results of this research will provide the Saskatchewan Ministry of Environment with valuable insights to develop science-based policies and management actions that prioritize the conservation of woodland caribou and their habitat.

“We know these diseases put the long-term survival of woodland caribou and other boreal species at risk, which is why we are proud to support Dr. Mcloughlin’s innovative research,” said Environment Minister Dana Skoropad. “This grant reflects our government’s commitment to protecting Saskatchewan’s unique wildlife and habitat, including our threatened woodland caribou populations.”

The goal of our research is to provide practical tools, knowledge, and options, and build the capacity to conserve the Boreal Plains ecosystem while safeguarding the core socio-ecological needs and values of residents.  We are very grateful for the province’s interest and financial support in this important research,” said McLoughlin.

Woodland caribou are a species at risk, and the spread of CWD and meningeal worm into the boreal forest poses a significant threat to their survival, as well as the survival of other cervid species. The presence of CWD in deer of the SK2 woodland caribou range and the northwesterly spread of meningeal worm has heightened the urgency to further understand transmission risks for caribou and other boreal species.

This grant builds upon previous funding from the Fish and Wildlife Development Fund to a larger umbrella project led by McLoughlin involving moose populations and the spread of meningeal worm in Saskatchewan.

 

lfce-new-usask-researcher-focuses-on-growing-forage-productiontrue1718730911095imj129New USask researcher focuses on growing forage productionDr. Breeanna Kelln (PhD) loves to connect the dots, even when the dots are scattered and seemingly unrelated.Lana Haightresearch, Livestock and Forage Centre of Excellence,1680006300000/articles/research/2023/lfce-new-usask-researcher-focuses-on-growing-forage-productionnewssite://news/articles/research/2023/lfce-new-usask-researcher-focuses-on-growing-forage-productionnews_ws1680111630438ccm0461680186659369show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bree-kelln-tyler-peterson-alfalfa.jpgsite://news/images/2023/bree-kelln-tyler-peterson-alfalfa.jpgnewsbree-kelln-tyler-peterson-alfalfa.jpg3148451080720Dr. Breeanna Kelln and student Tyler Peterson inspect plants in a greenhouse.Kelln will be supervising Tyler Peterson when he starts his master’s degree this spring. His research will begin in the greenhouse one plant at a time before he takes his work to the field next year.NoNoneNoneYesNoYesMatching keywordsYesImage/images/bree-kelln-tyler-peterson-alfalfa.jpgsite://lfce/images/bree-kelln-tyler-peterson-alfalfa.jpglfcebree-kelln-tyler-peterson-alfalfa.jpg4938911080720Dr. Bree Kelln (PhD) will be supervising Tyler Peterson when he starts his master’s degree this spring. His research will begin in the greenhouse one plant at a time before he takes his work to the LFCE fields next year.NoNoneNoneNo/
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“I don’t fit into any box. I do interdisciplinary work and because of that, I’m connecting all these different pieces and I find the work to be super exciting,” said Kelln, assistant professor in the College of Agriculture and Bioresources and the Beef Industry Research Chair in Integrated Forage Management and Utilization at the University of Saskatchewan. She holds a joint appointment in the departments of Plant Sciences, and Animal and Poultry Science.

“Connecting the dots between the soil, the plants and the animal is so needed from an industry perspective. And when I say it’s important for industry, who is industry? It’s the guys and the gals feeding cows in minus-40 weather. It’s our duty to provide them with the resources to do that properly and efficiently and profitably. It’s also our responsibility to help them tell their story, especially when the environment comes into play.”

Kelln has been connecting her own dots for years. After high school, she wasn’t interested in attending university but her mom enrolled her anyway. She quit school at Christmas, got her Class 1A truck driver licence and started driving a super-B truck hauling grain and fertilizer across the Prairies.

“More than 20 years ago, that was quite unique – a single woman driving a super B,” she laughed.

TextImage/images/bree-kelln-bale.jpgsite://lfce/images/bree-kelln-bale.jpglfcebree-kelln-bale.jpg4296891080720Dr. Bree Kelln (PhD)Align left

While it was a good life for a couple of years, Kelln knew it wasn’t what she wanted as a career. Because she thought she wasn’t smart enough for university, Kelln applied to attend Lakeland College. It wasn’t long before she realized two things: she was smart enough because she is a hard worker and she fit in with other students who were also interested in the livestock industry. After her first year, she transferred to USask. At the university, she studied under Dr. Bart Lardner (PhD), completing her fourth-year project looking at winter feeding options for cattle. That, in turn, led to a more in-depth look as a master’s student in her thesis, The effects of winter-feeding systems on beef cow performance, soil nutrients, crop yield and system economics. She completed her master’s degree, also under Lardner’s supervision, in 2010.

“I caught the research bug. Research really is the forefront of knowledge. We got lots of traction with that extensive winter-feeding research. I was able to do presentations on our research and be a real service to producers by teaching them what we learned.”

Lardner encouraged her to get a job in industry before starting a PhD program. For almost 10 years, Kelln worked as an agronomist for various companies helping producers find ways to grow crops more efficiently and profitably while protecting the environment.

Meanwhile, Kelln and her husband, Greg Hill, were building their farm near Duval, Sask., about 90 km north of Regina.

Although they were both raised on farms, their operation is akin to a startup. Because they didn't inherit any land or cattle, they have purchased all their land from family and neighbours. Over the years, they grew their land base and cow herd to 1,000 head. They disbursed their cow herd in 2019 and have diversified their operation from strictly a cow-calf operation to a mixed farm with a small cow herd, tame and native forages, grain crops including oilseeds, cereals and pulses, and even a commercial laying hen barn built in 2020.

“We laugh about where we are as a family. We are great business partners. Greg’s the hands-on partner and pushes for constant growth of our operation. I’ll drive truck, but I’m not that involved in day-to-day operations. I enjoy helping with planning and management of the farm, but I don’t want to be on the farm full-time. While I love being involved in our farm, I need my own thing.”

TextImage/images/23.03.02-bree-kelln-research-forum.jpgsite://lfce/images/23.03.02-bree-kelln-research-forum.jpglfce23.03.02-bree-kelln-research-forum.jpg3905691080720Dr. Bree Kelln (PhD) presented her integrated forage systems research proposal at the Beef and Forage Research Forum on March 2.Above content

Kelln defended her PhD thesis, Improving grazing capacity through introduction of bloat free legumes in existing pasture stands, in August 2022. But she is quick to dismiss the notion that she’s the brain and Greg's the brawn.

“I learn so much more from Greg most days of the week because his knowledge of the cow-calf business and of how our farm works is incredible. This is his life’s work.”

It’s a perspective Kelln takes when she is talking with cattle and forage producers.

“When I go to give a talk, I’m likely going to learn just as much, if not more, from the people sitting in the audience than I am able to teach them. It’s a humbling experience.”

Kelln divides her time between research, extension and, starting next year, teaching. All three are connected and feed into each other. Sometimes researchers drive change as they test out new ideas but sometimes it’s the producers driving the change. Early adopters and innovators in the cattle business will often try something new even to researchers. And then the researchers are catching up, testing out the ideas to determine if they warrant a change in practice.

“Let’s put some numbers and stats to what those early adopters are doing so we can understand exactly what’s happening on farm. That’s really important so other producers can decide whether they are going to adopt that practice or not, or maybe the early adopters are on the right track and we can tweak it a bit and make a good idea even better.

“Going back to my husband, I use him somewhat as a litmus test in terms of what are good ideas and what are practical ideas, what is easily implemented. In my role at the university, I want to expand and talk to all kinds of producers to find out what they are doing, what they are needing. Let’s work together to benefit the industry.”

Kelln becomes animated when talking about her research ideas.

“The fun part is starting from scratch with a question, working it through a project and then being able to deliver that information to the producers. The future is now. The research that I want to do is research that’s going to be applicable and make a difference on farms now with best management practices and blueprints that producers can take to their farms.”

 

TextImage/images/bree-kelln-tyler-peterson.jpgsite://lfce/images/bree-kelln-tyler-peterson.jpglfcebree-kelln-tyler-peterson.jpg3949941080720With Dr. Bree Kelln’s (PhD) supervision, Tyler Peterson’s research will involve seeding cicer milkvetch, sanfoin and alfalfa, each with meadow bromegrass, to idenfity optimal seeding rates for such binary blends. Peterson, who grew up on a mixed farm between Dalmeny and Langham, graduated from Dalmeny High School in 2019. Above content

Kelln will be supervising a master’s student starting this spring. Leading the team that includes soil scientist Dr. Jeff Schoenau (PhD) and plant scientist Dr. Bill Biligetu (PhD), Kelln and the others will work together to determine the optimal seeding rate for legumes when a producer decides to sod-seed a pasture in need of rejuvenation or seed a mixed species forage blend. It seems like a basic question, but it’s one that hasn’t been answered. If rejuvenating pastures is important, and it is, it’s equally important to provide guidelines based on science on how to do that, says Kelln.

While the research will begin in a university greenhouse, it will make its way to the field, using land at the university's Livestock and Forage Centre of Excellence, located southeast of Saskatoon.

The issue is critical. Beef and forage producers are facing higher land prices and using fewer acres for hay and pasture. Between 2011 and 2016, hay and pasture area in Canada declined by 1.1 million hectares as farmers converted land to annual crop production. Much of the land that is used for perennial forage is becoming less and less productive with yields decreasing. From 1980 to 1990, the 10-year average was 2.2 tons per acre compared to the average over the past 10 years, 2012 to 2022, which was 1.7 tons per acre.

“It’s essential to have healthy forages. Forages are providing a feed source for cattle, which is incredibly important to grow our industry, but they are also providing ecological goods and services, they are providing habitat for endangered species, they are providing environmental benefits.”

The Beef Industry Research Chair in Integrated Forage Management and Utilization was established in response to concerns raised by the beef and forage industries. Funding for the chair comes from a variety of organizations including the Beef Cattle Research Council, the Saskatchewan Cattlemen’s Association, the governments of Canada and Saskatchewan through the Canadian Agricultural Partnership, and the Global Institute for Food Security at USask.

If producers on the Prairies are going to increase beef production, they will need to feed their animals.

Kelln is eager to help.

“I’m not a patient person,” she laughed.

“Nothing is ever happening fast enough for me. I feel a huge responsibility and I want to deliver on this.”

/news/new-usask-researcher-focuses-on-growing-forage-productionshow-in-navYesunitshow-navYesshow-prev-nextNoshow-feedbackNosite://lfce/news/new-usask-researcher-focuses-on-growing-forage-productionlfcenew-usask-researcher-focuses-on-growing-forage-productionArticle headlineNew USask researcher focuses on growing forage productionDr. Breeanna Kelln (PhD) loves to connect the dots, even when the dots are scattered and seemingly unrelated.beef cattle research, livestock, lfceLana HaightMar 28, 2023 12:25 PM
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new-usask-research-hits-cancer-with-a-one-two-punchtrue1718730911095imj129New USask research hits cancer with a “one-two punch” After attacking a tumour with a targeted therapy, the cancer might stagger but often comes back fighting — usually even harder to defeat. University of Saskatchewan (USask)-led research has revealed a promising strategy to strike tumour cells and land a knockout blow by choosing the right combination of cellular mechanisms to target together. research, College of Medicine1680013860000/articles/research/2023/new-usask-research-hits-cancer-with-a-one-two-punchnewssite://news/articles/research/2023/new-usask-research-hits-cancer-with-a-one-two-punchccm0461680014161786ccm0461682610430616show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/combined_freywald_vizeacoumar.jpgsite://news/images/2023/combined_freywald_vizeacoumar.jpgnewscombined_freywald_vizeacoumar.jpg1267451080720Left to right, USask cancer researchers Dr. Andrew Freywald (PhD) and Dr. Franco Vizeacoumar (PhD). Left to right, USask cancer researchers Dr. Andrew Freywald (PhD) and Dr. Franco Vizeacoumar (PhD). (Photo: Daniel Hallen)NoNoneNoneNo/
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The results published today in Clinical Cancer Research, a top-level journal of the American Association for Cancer Research, outline a multi-sided approach to identify which molecular mechanisms in a tumour are compensating for each other. 

“Cancer therapies which target only one cellular mechanism tend to leave behind resistant cancer cell populations, which lead to cancer relapse and eventually, patient death,” said Dr. Andrew Freywald (PhD), professor at the USask College of Medicine, and a senior co-author of the research. “Our strategy allows us to select the most effective target combinations [to develop] new efficient approaches to cancer treatment.”  

The strategy involves combining two approaches. First, the researchers treated tumours in a mouse model, attacking only one cellular mechanism. Some cells survived. For the remaining unkillable cells, researchers inactivated each individual gene in the genome to discover which mechanisms cause these cells to persist. Second, the researchers examined all the proteins in the tumour cell, looking for every protein which interacts with the initial target.  

The researchers then took those sets of genetic and protein information to find tumour cell mechanisms that appear on both lists, ranking which combinations of mechanisms were most likely involved in cancer cell survival. 

“There are multiple combinations [of cellular mechanisms] other researchers have tried empirically, based on existing research results,” said Freywald. “The problem with that [approach] is therapeutic effects are not always optimal.” 

“[Our method] is completely unbiased—not based on any prediction,” said Freywald. “It is based on two completely independent, broad ways of looking at cancer cells.”   

The research team also compared the most promising combinations of targets they identified using the Cancer Genome Atlas—a comprehensive patient dataset covering 20,000 samples and 33 types of cancer. The best of those targets—EGFR and EPHA2 tyrosine kinase receptors—were found to positively correlate in 28 of the 33 examined cancer types. 

To confirm their results, researchers collaborated with Massachusetts-based biotech company Biomirex Inc. to create a new drug—a bi-specific antibody that would target both receptors at once. The researchers then used this new compound to treat tumours in mouse models of human cancer, now effectively suppressing tumours, where targeting individual receptors had failed previously. 

“Consistent with the prediction of our strategy, this antibody produced strong therapeutic effects in pre-clinical models of breast and pancreatic cancers,” said Dr. Franco Vizeacoumar (PhD), senior scientist at the Saskatchewan Cancer Agency, associate professor at the USask College of Medicine, and a senior co-author of the paper. 

While the researchers looked at triple-negative breast cancer and pancreatic cancer models specifically, the researchers said they expect the methodology developed to work in most cancer types.   

“Our experimental approaches unambiguously pointed toward EGFR and EPHA2 receptors as molecules of choice for co-targeting in multiple tumour types,” said Vizeacoumar. “But for us, the major achievement is the development of this strategy. People can apply it for other targets and develop multiple, very effective combination therapies.” 

If successful, the researchers said the new bi-specific antibody could be in human clinical trials within five years.  

The investigation was done by Freywald and Vizeacoumar, and their research teams, in collaboration with Biomirex Inc. Contributions by Canadian research groups supervised by Dr. Nicolas Bisson (PhD, Université Laval), Dr. Behzad Toosi (PhD, USask), Dr. Humphrey Fonge (PhD, USask), Dr. Leonard Foster (PhD, University of British Columbia), and Dr. Aaron White (PhD, USask/VIDO), were instrumental in the research, as were additional contributions by several international collaborators, said Freywald. 

The research was supported by the Canadian Institutes of Health Research, Genome Canada, the Saskatchewan Health Research Foundation, the USask College of Medicine, and #BeLikeBruce Memorial Pancreatic Cancer Research funding. 

usask-team-visits-university-of-bonn-to-cement-research-student-mobility-partnershipstrue1718730911095imj129USask team visits University of Bonn to cement research, student mobility partnerships A University of Saskatchewan (USask) delegation begins a three-day visit Tuesday to the University of Bonn in Germany for strategic discussions and to sign a memorandum of understanding (MOU) on forging research partnerships and facilitating student mobility between the two institutions. research, international,1679929080000/articles/research/2023/usask-team-visits-university-of-bonn-to-cement-research-student-mobility-partnershipsnewssite://news/articles/research/2023/usask-team-visits-university-of-bonn-to-cement-research-student-mobility-partnershipsccm0461679930018841ccm0461679938135084show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/brinkmann_singh.pngsite://news/images/2023/brinkmann_singh.pngnewsbrinkmann_singh.png2076321080720Headshots of Dr. Markus Brinkmann and USask Vice-President Research Baljit Singh.Dr. Markus Brinkmann (PhD) and USask Vice-President Research Baljit Singh. (Photos: University of Saskatchewan)NoNoneNoneNo/
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“Collaboration and engagement with strong research institutions such as the University of Bonn is important as USask takes steps toward achieving its goal of being the university the world needs,” said USask Vice-President Research Baljit Singh, who co-organized the trip with Dr. Markus Brinkmann (PhD), USask’s special adviser on strategic partnerships with Germany. 

“Partnerships with institutions with whom we share common values and a commitment to excellence in research and academics enables USask to help solve emerging complex global problems equitably, and also train our students and post-doctoral fellows to meet the needs of tomorrow.” 

The trip to Bonn follows a visit to Germany in November by Singh, Brinkmann, USask President Peter Stoicheff, and VIDO Director and CEO Volker Gerdts. They met with University of Bonn Rector Dr. Michael Hoch (PhD), who highlighted what his university has to offer. Hoch also heads the German equivalent of Canada’s U15 group of research universities now led by Stoicheff. 

“We are very pleased about the visit of the delegation from the University of Saskatchewan, which is one of the best universities in Canada,” said Hoch. 

Both our universities dedicate their excellent research to the major scientific, technological and societal challenges, such as the development towards sustainable futures. On the basis of the new MOU, we look forward to exploring these fields and possible areas of collaboration.” 

Members of the USask delegation are: Singh; Dr. Steven Webb (PhD), CEO of the Global Institute for Food Security (GIFS); Dr. Trina Racine (PhD), director of vaccine development at the Vaccine and Infectious Disease Organization (VIDO); Dr. Steve Rayan (PhD), director of the Centre for Quantum Topology and its Applications (quanTA); Brinkmann, who will represent the areas of toxicology, sustainability, and water security. 

“Bonn is a fantastic future partner because it has excellent thematic fits with USask’s Signature Areas of Research. For example, Bonn is the only big German university that focuses on agriculture research, and it also has a very strong focus on social sciences, arts and humanities programs,” said Brinkmann.  

“It’s great to have identified a potential partner that could help us bridge those connections between USask and the German research landscape,” said Brinkmann. “So, this is really a nice connection because they’re thought leaders in this space.” 

Another factor that makes the University of Bonn unique and a good match for USask, Brinkmann said, is that it’s the only university to hold six German Clusters of Excellence, comparable to Canada First Research Excellence Fund (CFREF) awards. USask is the only university in Canada to hold two CFREFs. 

In addition to meeting with Hoch and vice-rectors for international affairs and research on this visit, delegates will engage in discussions with their Bonn equivalents in specific areas of expertise. There will be tours of major Bonn facilities and historic buildings and surroundings that extend back to the university’s founding in 1818. 

 

usask-signals-upward-trend-in-qs-world-subject-rankingstrue1718730911095imj129USask signals upward trend in QS world subject rankings The Quacquarelli Symonds (QS) World University Rankings by Subject released Wednesday show the University of Saskatchewan (USask) was a strong performer among nearly 1,600 universities assessed by the British company specializing in analyzing higher education institutions globally. , international, pec, 1679669460000/articles/research/2023/usask-signals-upward-trend-in-qs-world-subject-rankingsnewssite://news/articles/research/2023/usask-signals-upward-trend-in-qs-world-subject-rankingsccm0461679670057443ccm0461683041732719show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/usask-winter-welcome.jpgsite://news/images/2023/usask-winter-welcome.jpgnewsusask-winter-welcome.jpg2630591080720The Peter MacKinnon Building on the USask Saskatoon campus. The Peter MacKinnon Building on the USask Saskatoon campus. (Photo: USask)NoNoneNoneNo/
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Overall, the institutions were ranked in five broad subject areas as well as 54 separate disciplines. For the first time, USask received a ranking in three categories in a single year: a tie for 325 in life sciences and medicine, tie for 379 in natural sciences—a significant jump from the 451-500 tier last year—and placing 451-500 in engineering and technology. The five broad categories also include arts and humanities, and social sciences and management. 

The rankings are based on five indicators: academic reputation; employer reputation; citations of research papers; H-index, which measures impact of papers; and International Research Network, an index that reflects the ability of schools to diversify their research collaborations internationally. 

Of the 12 rankings USask received in individual disciplines, it recorded two top-100 placements globally with a 51-70 rank in veterinary science and a tie for 80 in agriculture and forestry. 

USask ranked 101-150 worldwide in environmental sciences, 151-200 in pharmacy and pharmacology, 201-230 in each of earth and marine sciences, geology, and geophysics, 301-350 in each of biological sciences, and education, 401-450 in medicine, 451-500 in computer science and information systems, and 501-550 in chemistry. 

“I am optimistic that USask subject rankings are showing a consistent upward trend in several disciplines including computer science, biological sciences, pharmacy and pharmacology, and education,” said USask Vice President Research Baljit Singh. 

“As we continue to build on our commitment to be the university the world needs, and foster new signature areas such as quantum innovation, health and wellness, and communities and sustainability, these results will continue to get stronger and apply to even more disciplines.” 

Global recognition is one of the aspirations in the University Plan 2025, said USask Provost and Vice-President Academic Airini.  

“The most recent QS rankings indicate that USask is achieving a high international standard in learning, research, scholarship, creativity, and community engagement,” she said.  

“We are encouraged by the gains we have made in these rankings. We believe excellence matters to Saskatchewan. We are confident this positive momentum will continue in the months and years ahead as we further act upon the strong commitments and courageous goals outlined in our forward-thinking strategic plan.” 

Among Canada’s U15 research universities, USask was tied for No. 3 in veterinary science, No. 4 in agriculture and forestry, tied for No. 5 in environmental sciences, and tied for No. 6 in pharmacy and pharmacology.  

The university’s rankings remained consistent from 2022 in the five subject areas of veterinary science, medicine, earth and marine sciences, geology, and geophysics. Its ranking declined slightly in agriculture and forestry, environmental sciences, and chemistry. 

sustainability-of-high-mountain-water-sources-focus-of-new-unesco-chairtrue1718730911095imj129Sustainability of high-mountain water sources focus of new UNESCO ChairNearly four billion people worldwide depend on water from the high mountains for survival. Drinking water supplies, agriculture, power, energy, industry and surrounding ecosystems are all reliant on the ‘water towers of the Earth.’ research, water, GWF, sustainability, international,1679066940000/articles/research/2023/sustainability-of-high-mountain-water-sources-focus-of-new-unesco-chairnewssite://news/articles/research/2023/sustainability-of-high-mountain-water-sources-focus-of-new-unesco-chairccm0461679069130611ccm0461679328463812show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/unesco-chair.jpgsite://news/images/2023/unesco-chair.jpgnewsunesco-chair.jpgunesco-chair.jpg3887671080691The chairholders will work collectively to improve how we forecast the impact of climate warming on water sources, develop new climate change mitigation measures, and increase the resilience of communities reliant on mountain waters. (Photo: Mark Ferguson)The chairholders will work collectively to improve how we forecast the impact of climate warming on water sources, develop new climate change mitigation measures, and increase the resilience of communities reliant on mountain waters. (Photo: Mark Ferguson)NoNoneNoneNo/
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Climate change is endangering critical mountain water sources like the Canadian Rockies snowpacks and glaciers, with potential for dire implications. To address the challenges of sustaining and managing these mountain waters, UNESCO has announced the creation of the UNESCO Chair in Mountain Water Sustainability. The chair will be hosted at the University of Calgary (UCalgary) and co-held by six international world-class water researchers, including Dr. John Pomeroy (PhD) and Dr. Corinne Schuster-Wallace (PhD) from the University of Saskatchewan (USask).  

The chairholders will work collectively to improve how we forecast the impact of climate warming on water sources, develop new climate change mitigation measures, and increase the resilience of communities reliant on mountain waters. They will use a holistic approach to address the complex and interconnected environmental, economic and social issues of mountain-based systems.  

But they won’t do it alone – vital to their plans are collaboration and co-creation of research with local water users and Indigenous knowledge-holders. Together, they will create networks that will observe water ecosystems and develop methods to ethically braid Indigenous and western science in pursuit of high-mountain water sustainability. 

TextImage/images/2023/pomeroyatfortress.jpgsite://news/images/2023/pomeroyatfortress.jpgnewspomeroyatfortress.jpgpomeroyatfortress.jpg2320511080810Dr. John Pomeroy, Canada Research Chair in Water Resources and Climate Change at USask and director of the pan-Canadian Global Water Futures program. (Photo: Submitted)Align left

“Chairholders will have to find the regionally appropriate and problem-specific solutions and be sure not to force a one-solution-fits-all approach, but to listen to local needs and to co-develop the most appropriate solutions in each of the regions,” said Pomeroy, Canada Research Chair in Water Resources and Climate Change at USask and director of the pan-Canadian Global Water Futures (GWF) program.  

“The impacts of climate change on mountain snow and ice, water and ecosystems are rapidly accelerating,” said Pomeroy. “These environments are changing even before we fully understand their coupled interactions and before we have reliable predictions of the impacts of climate change on downstream populations and how these might be managed.” 

Chairholders will proactively work with local mountain-based communities and relevant stakeholders and decision-makers. The chairholders want to facilitate a paradigm shift towards transdisciplinary, community-based research that results in integrated solutions to the unique and complex water management challenges faced by each community.  

TextImage/images/2023/corinne-schusterwallace.jpgsite://news/images/2023/corinne-schusterwallace.jpgnewscorinne-schusterwallace.jpgcorinne-schusterwallace.jpg2932311080811Dr. Corinne Schuster-Wallace, associate professor in the Department of Geography and Planning, College of Arts and Science at USask and associate director of the Global Water Futures program. (Photo: Submitted)Align right

“Water problems emerge at the interface of a complex relationship between the state of the natural resource, infrastructure, systemic factors such as governance structures and social norms, and individual factors such as agency, socio-economic status, ethnicity, and gender,” said Schuster-Wallace, associate professor in the Department of Geography and Planning and associate director of GWF. “The chair represents a way to bring all of this together in ways that focus on community-driven, evidence-informed equitable and sustainable water management and access solutions.” 

The six chairholders come from Western Canada, Chile and Nepal: 

  • Dr. Kerry Black (PhD), assistant professor, Department of Civil and Sustainable Engineering, Schulich School of Engineering, University of Calgary 
  • Dr. James McPhee Torres (PhD), professor, Department of Civil Engineering, Universidad de Chile, Santiago, Chile  
  • Dr. John Pomeroy (PhD), professor, Department of Geography and Planning, University of Saskatchewan, Canmore (Chair co-lead and primary chairholder) 
  • Dr. Dhiraj Pradhananga (PhD), associate professor of hydrometeorology, Tribhuvan University, Kathmandu, Nepal 
  • Dr. Corinne Schuster-Wallace (PhD), associate professor, Department of Geography and Planning, University of Saskatchewan, Saskatoon  
  • Dr. Frederick Wrona (PhD), professor, University of Calgary (Chair co-lead) 

“The greatest opportunity of this chair is to provide timely and actionable knowledge to mountain water-dependent communities and relevant sectors on how to build resilience and ensure the long-term sustainability of water availability and quality under an increasingly changing climate,” said Professor Frederick Wrona (PhD), Department of Biological Sciences, Faculty of Science at UCalgary. 

“The chair was specifically constructed to establish a North-South America and East-West (Asia-North and South America) network of mountain-related research,” said Wrona.  

Each scholar brings a distinct research focus from their geographic region to the chair, making it a diverse and transdisciplinary initiative with built-in opportunities for international impact.  

“The chair will provide a unique avenue to pursue truly transdisciplinary approaches to water stewardship in mountain regions, through inclusion of community-based participatory research methodologies with a focus on knowledge translation and mobilization,” said Dr. Kerry Black (PhD), assistant professor with UCalgary’s Schulich School of Engineering. “This chair is unique in that it will foster co-development of research processes with Indigenous Nations, focused on decolonizing methodologies that respect Indigenous rights and ensure meaningful participation of Indigenous communities.” 

The UNESCO Chairs Network builds on collaboration to advance training, research, and program development in higher education. It builds connections among universities, civil society, local communities, researchers and policy-makers. To learn more, visit en.ccunesco.ca. 

 

rethinking-the-global-water-cycle-research-examines-mystery-behind-ancient-groundwatertrue1718730911095imj129Rethinking the global water cycle: research examines mystery behind ancient groundwaterNew research out of the University of Saskatchewan (USask)’s Global Institute for Water Security (GIWS) is calling on hydrological researchers to reconceptualize the Earth’s water cycle.  Ashleigh Mattern for the Global Institute for Water Securityresearch, water,1678979280000/articles/research/2023/rethinking-the-global-water-cycle-research-examines-mystery-behind-ancient-groundwaternewssite://news/articles/research/2023/rethinking-the-global-water-cycle-research-examines-mystery-behind-ancient-groundwaterccm0461678979706149ccm0461678979959629show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ferguson-mcdonnell.jpgsite://news/images/2023/ferguson-mcdonnell.jpgnewsferguson-mcdonnell.jpg2161941080720USask water researchers Dr. Grant Ferguson (left) and Dr. Jeffrey McDonnell (right) were co-authors of a new study that aims to re-conceptualize the Earth's water cycle. (Photos: Submitted)USask water researchers Dr. Grant Ferguson (left) and Dr. Jeffrey McDonnell (right) were co-authors of a new study that aims to re-conceptualize the Earth's water cycle. (Photos: Submitted)NoNoneNoneNo/
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Lead author on the paper, Dr. Grant Ferguson (PhD), with USask’s College of Engineering, says that in hydrological research, there’s been an important push in the past few decades to recognize groundwater and surface water as a single resource. This has had a big impact on water management policy as you wouldn’t want to drill a well right next to a river without recognizing that the river was fed at least in part from groundwater. 

But Ferguson’s new research suggests all groundwater isn’t created equal. In the paper “Groundwater deeper than 500 m contributes less than 0.1 per cent of global river discharge” published in Nature Communications Earth and Environment found that while groundwater is never completely separate from surface water, there are depths at which the groundwater is only weakly connected to the rest of the hydrological cycle. 

In some models, Ferguson says researchers have somewhat arbitrarily set the level at which the groundwater no longer interacts with the surface water. This research tries to put a more precise number on what depth that might be at. 

“Some of the water down there is still … connected to the rest of the hydrologic cycle, but it might take centuries to millennia for those to pop back up and seep into some river somewhere,” said Ferguson. 

Co-author Dr. Jeffrey McDonnell (PhD), a professor with the USask School of Environment and Sustainability, says this research could help change the water cycle diagrams we all see in middle school and high school in Canada.  

“Rather than the rhythmic flow of water into and out of the ground, these updated diagrams will include the findings from this and other work, showing just how much water is ‘stuck’ underground and effectively cut off from the global water cycle,” he said. “This is very different to how the cycle is currently portrayed where all that enters the ground ultimately returns to the rivers and oceans.” 

It has been estimated that there is 44 million cubic kilometres of groundwater on the planet, and previous research has estimated that two thirds of that is more than 12,000 years old. As a comparison, some surface water is less than three months old. 

“These mysteries of why the water stored in the ground is so old when the river water is so young, are partly explained by these new findings,” said McDonnell. 

Modelling these systems is the focus of much hydrological research, and Ferguson said these findings could help to make those models more accurate. 

The real-world implications of the research also can’t be overlooked, with both Ferguson and McDonnell noting the research could change our understanding of groundwater contamination and its link to surface water. 

“It’s important to establish whether groundwater is isolated or not,” Ferguson said, “because if we want to store nuclear waste, sequester CO2 or for production and storage of both conventional and emerging energy sources, we need to know how these systems are connected to the rest of the hydrologic cycle.” 

Link to the publication: https://www.nature.com/articles/s43247-023-00697-6 

usasks-research-junction-partnership-projects-boost-for-saskatoontrue1718730911095imj129USask’s Research Junction partnership projects boost for Saskatoon Four recently completed projects, awarded a total of $99,000 through the Research Junction partnership between the University of Saskatchewan (USask) and the City of Saskatoon in 2020 and 2021, have produced significant results. research, sustainability1678730100000/articles/research/2023/usasks-research-junction-partnership-projects-boost-for-saskatoonnewssite://news/articles/research/2023/usasks-research-junction-partnership-projects-boost-for-saskatoonccm0461678730704568ccm0461679086469841show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/res-junction-1080.jpgsite://news/images/2023/res-junction-1080.jpgnewsres-junction-1080.jpg2497211080720L-R: USask faculty members Dr. Marie Lovrod, Dr. Xiaodong Liang, Dr. Lee Wilson and Dr. Haizhen Mou will leverage new funding through the Research Junction partnership to address contemporary urban challenges in Saskatoon. (Photos: Submitted) L-R: USask faculty members Dr. Marie Lovrod, Dr. Xiaodong Liang, Dr. Lee Wilson and Dr. Haizhen Mou will leverage new funding through the Research Junction partnership to address contemporary urban challenges in Saskatoon. (Photos: Submitted) NoNoneNoneNo/
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Adopting the research findings would add more renewable energy to the city’s power grid, improve the removal of petrochemical contaminants from river water, reduce homelessness among 2SLGBTQ+ youth, and revamp Saskatoon’s business tax incentive policies.  

USask researchers and city hall specialists collaborated on the Research Junction projects, which address contemporary urban challenges for the benefit of Saskatoon residents and provide training for USask students.  

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The adoption of renewable energy sources such as rooftop solar panels to power Saskatoon homes and businesses has been growing in tandem with an ever-increasing global appetite for replacing hydrocarbon-generated electricity. 

And utilities such as Saskatoon Light and Power (SL&P) are responding by adopting smart grids that employ digital technology and other advanced automated systems to monitor and ensure a reliable flow of electricity and integrate energy from distributed generation sources, such as solar panels (photovoltaic power) and biomass. 

“Self-sufficient microgrids are the building blocks of smart grids,” said Dr. Xiaodong Liang, associate professor and Canada Research Chair in USask’s College of Engineering, who was awarded $30,000 under the Research Junction grants to develop techniques for planning and implementing microgrids for SL&P’s smart grid initiative. 

“Our research purpose is to use microgrids to promote renewable energy source integration, reduce pollution and produce more green energy,” said Liang. “Another aspect is to improve service restoration capability.” 

Microgrids can improve reliability and resiliency of the distribution system, said Liang, who collaborated with three graduate students as well as Saskatoon’s senior project management engineer, Mehrnoosh Janbakhsh, on the project. 

A microgrid consists of a collection of interconnected loads and distributed energy sources within designated electrical boundaries and acts as a single controllable entity. It can operate at a grid-connected mode and draw power from the grid or operate at an island mode and disconnect from the grid in case of a fault caused by such things as trees contacting lines, lightning strikes, vandalism, and vehicle collisions with poles and support structures. 

By incorporating microgrids into distribution grids, it provides the grid with the ability to self-heal, autonomously restoring service to meet critical load demands when a fault occurs. 

To develop its smart grid, SL&P has installed smart meters at more than 60,000 homes and businesses it serves, along with automated systems to manage and control its distribution network. The strategy is to add more renewable energy to the network, ensuring that SL&P meets 10 per cent of its annual electricity requirements with locally produced green power within a decade. 

SL&P provided Liang’s group with data from one substation in its network to validate the proposed methods of the study. Through this project, the novel method of microgrid planning is proposed, and distributed renewable energy sources are optimally placed and sized in the system. The design also includes placement of switches in the microgrid and incorporates automated technology to provide greater flexibility to control voltage and the flow of electricity where two main power lines connect. 

Liang’s research group also developed a deep reinforcement learning-based service restoration tool by forming dynamic microgrids, which offers much faster restoration compared to existing methods. 

“This is the approach we proposed, and our tests using SL&P’s system model show it works very well,” Liang said. “With more renewable energy sources being integrated, and many back-up generators in the system, these distributed generation units enable microgrids to be formed in distribution networks and will bring significant benefits for future system operation.” 

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- Dr. Lee Wilson (PhD), a chemistry professor in USask’s College of Arts and Science, and Sunday Ibok, manager of Saskatoon’s Water Treatment Plan (WTP), were awarded $20,000 for a project to establish and optimize a process that uses ferric sulfate and lime as a mitigation measure to remove hydrocarbon-based contaminants from source water at the WTP. 

Wilson’s group developed, optimized, and validated a methodology, both in the laboratory and South Saskatchewan River water samples, using two models of oils, naphthalene (from petroleum distillation) and p-nitrophenol (used in fungicides and insecticides)—model oils for a spillage event. 

The optimized process improved the removal rate for both contaminants, with the removal efficiency for naphthalene increasing to 90 per cent and 28 per cent for p-nitrophenol from a 2018 study that reported a removal rate of 10-20 per cent. The optimized process will also save the city about $1 million in chemical costs. 

A PhD student, master’s student, and an undergraduate student from USask were trained in this project. 

- Dr. Marie Lovrod (PhD), associate professor in English, and Women’s and Gender Studies in USask’s College of Arts and Science, collaborating with city Senior Planner Michael Kowalchuk, was awarded $23,650 for a project aimed at reducing homelessness among 2SLGBTQ+ youth, who may be forced from their homes when they disclose their gender and/or sexual diversity.

As a result, they may also experience increased challenges such as mental health issues, addictions, suicidal ideation, and health problems rooted in higher rates of survival sex. 

The project evaluated OUTSaskatoon’s Pride Home, a five-bed home for 2SLGBTQ+ youth, ages 16-21. Using a realist evaluation method that examines systems to determine what works for whom, under what circumstances, the goal was to design a housing project blueprint that can be replicated in other community-led initiatives for marginalized youth across Canada. 

A USask master’s student and PhD candidate have contributed to the project, which has also provided evidence of the value of community-led research being gathered through the Social Innovation Lab, led by Dr. Rachel Loewen Walker (PhD). The blueprint, which is being developed as both a printed manual and an online tool, for optimal impact and accessibility, will soon be available at: https://law.usask.ca/socialinnovationlab/. 

- Dr. Haizhen Mou (PhD), professor at the Johnson Shoyama Graduate School of Public Policy at USask, was awarded $15,400 for a collaborative project with Mike Jordan, city director of public policy and government relations, to review Saskatoon’s business tax incentives designed to encourage investments.

Researchers compared property tax policies that apply to business investments in Saskatoon, Regina, Calgary, Edmonton, and Winnipeg, and found that Saskatoon has the lowest rate. Saskatoon is alone in providing a tax abatement for eligible firms, making its non-residential property tax policies the most competitive among the five cities. 

They interviewed seven stakeholders to gauge the perceived effectiveness of the tax policies, and most respondents considered tax abatements to be more of a bonus than an incentive. However, all respondents said a lower property tax rate enhances Saskatoon’s investment competitiveness compared to its four competitors. 

The project concluded that Saskatoon should examine the efficacy of its tax abatement program and target it to only some industries. 

Two graduate students participated in this project. 

 

usask-project-honours-covid-19-victims-on-third-anniversary-of-pandemictrue1718730911095imj129USask project honours COVID-19 victims on third anniversary of pandemic Sunday marked the third anniversary of the arrival in Saskatchewan of COVID-19—an unwelcome and ever-evolving visitor that has since claimed at least 1,890 lives in the province and shows little sign of imminent departure. research, 1678719180000/articles/research/2023/usask-project-honours-covid-19-victims-on-third-anniversary-of-pandemicnewssite://news/articles/research/2023/usask-project-honours-covid-19-victims-on-third-anniversary-of-pandemicccm0461678719924902ccm0461683041710160show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/covid-anniversary-1080.jpgsite://news/images/2023/covid-anniversary-1080.jpgnewscovid-anniversary-1080.jpg2724101080720USask College of Arts and Science faculty members Dr. Erika Dyck (left) and Dr. Jim Clifford (right) are two members of the Remember Rebuild Saskatchewan team at USask. (Photos: Submitted) USask College of Arts and Science faculty members Dr. Erika Dyck (left) and Dr. Jim Clifford (right) are two members of the Remember Rebuild Saskatchewan team at USask. (Photos: Submitted) NoNoneNoneNo/
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The Remember Rebuild Saskatchewan team at the University of Saskatchewan (USask) is working to help the province remember the lives lost and to memorialize the people behind the statistics. The team’s Remember Lives Not Numbers project is creating a digital memorial to remember the individuals whose lives were taken by COVID-19. 

While media reports initially followed the deaths closely, people across Saskatchewan became disconnected from the stories of those who died as the scale of the pandemic increased, said Dr. Jim Clifford (PhD), team member and associate professor of history at USask’s College of Arts and Science. 

“I remember some of the powerful stories reported in the news during the early months of the pandemic that helped connect the death count with lives lost,” Clifford said. 

“We collectively mourned Alice Grove and Fred Sasakamoose. But as the numbers grew, we probably needed to avoid thinking of the scale of the loss to avoid being overwhelmed.” 

Individual tragedies were converted into statistics and graphs reported daily for almost two years on the government dashboard, newspaper covers, and radio and television news. While the daily reporting of COVID-19 deaths ended on Feb. 6, 2022, the tragedies continued with more than 800 deaths occurring since then, he said.  

The project team of Clifford, Dr. Patrick Chassé (PhD), Dr. Erika Dyck (PhD), graduate student Bethany Knowles, and undergraduate research assistant Domenica Medina Sanchez combed news stories and obituaries for individuals whose death was linked to COVID-19. The website identifies more than 80 individuals whose families listed COVID-19 as the cause of death. 

“For each person, we have included a brief highlight about their life as reported in the obituaries by family members and friends,” said Clifford. “We include the link to the original obituary, or in rare cases, a news article where you can find out more about the people across Saskatchewan who we have lost during the pandemic.” 

Chasse said it was tough work and often very sad. “But we tried to focus on the wide diversity of people we lost and think about what they contributed to this province and the impact they left in Saskatchewan, large or small.”  

The team hopes the community will help identify people missing from the memorial. The Remember Lives Not Numbers website includes the option to submit details about friends and family who died from COVID-19. 

“I am one of many Saskatchewan residents who lost friends during COVID-19 and could not attend a memorial service or grieve with friends to honour their passing,” said Dyck. “I hope this site also helps us collectively grieve the losses of our friends and family as we look back at three years of pandemic conditions.”  

Remember Rebuild Saskatchewan is a unique initiative in Canada based on its multidisciplinary scope and scale. Dyck, who is on the Royal Society of Canada (RSC) Humanities Task force, said RSC sees the USask project as a model for humanities scholars conducting research in this area.  

With two federal grants totalling nearly $600,000 awarded to explore the wider impacts of COVID-19 and build an archive of data and stories about Saskatchewan’s pandemic experience, researchers have an opportunity to develop a comprehensive and inclusive picture by involving community agencies and the public, and scouring social media and more traditional sources of related information. 

Dyck and Clifford credit USask’s national leadership in interdisciplinary collaborative research as key to the success of the project, which has had historians work with the community health experts and epidemiologists in the College of Medicine. Another strength, they note, is the longstanding connections these USask researchers have had with community partners. 

“That interdisciplinary co-operation is what enabled us to quickly respond with this project because this happened over the course of really a few months. It was quite a feat,” said Dyck. 

new-funding-helps-university-of-saskatchewan-researchers-take-aim-at-long-covidtrue1718730911095imj129New funding helps University of Saskatchewan researchers take aim at long COVIDUniversity of Saskatchewan (USask) researchers are part of a Canada-wide consortium awarded $20 million by the Government of Canada to pursue research into “long COVID,” also known as post-COVID-19 condition (PCC).research, College of Medicine, sustainability1678460280000/articles/research/2023/new-funding-helps-university-of-saskatchewan-researchers-take-aim-at-long-covidnewssite://news/articles/research/2023/new-funding-helps-university-of-saskatchewan-researchers-take-aim-at-long-covidccm0461678460884664ccm0461679086028783show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/gary-nazeem.jpgsite://news/images/2023/gary-nazeem.jpgnewsgary-nazeem.jpg1311921080720Left to right, USask researchers Dr. Gary Groot (MD, PhD), and Dr. Nazeem Muhajarine (PhD). Left to right, USask researchers Dr. Gary Groot (MD, PhD), and Dr. Nazeem Muhajarine (PhD). (Photo: Submitted)NoNoneNoneNo/
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Announced today, the funding over five years will support the Post COVID-19 Condition Research Network (called Long COVID Web), to create tools to diagnose, treat, and rehabilitate people with all forms of long COVID.

“There will be a substantial increase in long COVID research capacity within Saskatchewan,” said Dr. Gary Groot (MD, PhD), professor of community health and epidemiology, and surgery at the USask College of Medicine, and co-leader of population health and modelling research for Long COVID Web. “We are probably going to really punch above our weight.”

Long COVID refers to a wide array of symptoms people experience three months or more after their initial SARS-CoV-2 infection.

“It impacts at least 200 different body systems,” said Groot. “It’s emerging (that) there are at least three clusters of symptoms—neurological symptoms, respiratory symptoms, and cardiac symptoms—and people can be in more than one cluster, and there’s also the mental health aspect due to the illnesses associated with long COVID.”

The network is led by researchers and clinicians from University Health Network, University of Toronto, Université de Sherbrooke, and University of British Columbia, and includes more than 250 researchers and collaborators.

In Saskatchewan, the new funding will support ongoing research on Long COVID and hiring dozens of graduate students, post-doctoral fellows, and researchers, and lead to direct health benefits for people in Saskatchewan.

“Long COVID will affect a significant percentage of the population, and then there's so much that we don't know,” said Groot. “Anything we discover and learn in the (Long COVID) web, I will be able to take directly to the Saskatchewan Health Authority and to the Ministry of Health.

“We have really strong connections with our ministry colleagues, so I think the likelihood of things we learn being implemented in Saskatchewan are extremely high.”

An estimated 15 per cent of all people who contract COVID-19 report having symptoms three months or more after their initial SARS-CoV-2 infection—1.4 million people in Canada—according to a recent report on post-COVID-19 condition from Canada’s Chief Science Advisor also released today.

The comprehensive report titled “Post-COVID-19 Condition in Canada: What We Know, What We Don’t Know and a Framework for Action,” was led by an expert task force including USask College of Medicine community health and epidemiology professor Dr. Nazeem Muhajarine (PhD), and involved consultations with subject experts, clinical experts, international experts, public health experts, and people who are living with long COVID.

“We are still at a very, very early stage of doing work in long COVID in Canada,” said Muhajarine. “The report really sets up the work that we need to do.”

The report makes recommendations for addressing long COVID in clinical practice and research, for broad changes in socio-economic policy, and for foundational changes in infrastructure and systems in responding to post-infection chronic conditions and co-ordinating across jurisdictions.

“Much like with COVID itself, for us to see progress in this area quickly, there needs to be a co-ordinated and concerted effort across the research landscape,” said Groot.

 

usask-research-team-creates-app-to-give-patients-better-access-to-informationtrue1718730911095imj129USask research team creates app to give patients better access to informationAn interdisciplinary University of Saskatchewan (USask) research team has come together to develop a mobile app that can improve the delivery of tailored information and patient stories for the benefit of kidney transplant patients in Saskatchewan.research, College of Arts and Science, College of Pharmacy and Nutrition1678215600000/articles/research/2023/usask-research-team-creates-app-to-give-patients-better-access-to-informationnewssite://news/articles/research/2023/usask-research-team-creates-app-to-give-patients-better-access-to-informationccm0461678215482012ccm0461678215737194show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/shrf-1080.jpgsite://news/images/2023/shrf-1080.jpgnewsshrf-1080.jpg2154341080720Dr. Holly Mansell (PhD), Taylor Raiche, Dr. Nathaniel Osgood (PhD) and Ixabat Lahiji. Dr. Holly Mansell (PhD), Taylor Raiche, Dr. Nathaniel Osgood (PhD) and Ixabat Lahiji. (Photo: Submitted)NoNoneNoneNo/
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The team includes Dr. Holly Mansell (PhD), from the College of Pharmacy and Nutrition, Dr. Nathaniel Osgood (PhD), from the Department of Computer Science in the College of Arts and Science, and other colleagues from USask and the Saskatchewan Health Authority, as well as Saskatchewan patients.

Receiving a life-changing diagnoses can be extremely challenging and patient education is a fundamental part of the road to recovery. To help patients navigate the health-care system and participate in treatment decisions, they need relevant and timely information. This information must be easy to understand and resonate with their situation. Solid organ transplantation in particular is a challenging area where the educational needs are particularly high given the life altering changes patients face, including lifelong commitment to bloodwork, appointments, and immunosuppressive medications.

“Our previous research in transplant education has indicated that patient-centered video education can improve knowledge and satisfaction for transplant patients and caregivers,” said Mansell. “However, video education cannot easily be tailored, and editing a video series requires significant time and resources.”

The aim of this project is to develop a patient-education app that can be used in all health care settings and be easily and efficiently adapted to meet the needs of a specific population or individual.

“Working with experts in patient education, computer scientists and trainees, our plan is to test the app with a group of Saskatchewan patients who have received a kidney transplant. Then, the next step will be to evaluate whether including patient stories makes education more effective,” said Mansell.

The team is supported by recent funding from the Saskatchewan Health Research Foundation (SHRF) whose program acts as a first step to enabling a diverse and connected research community to receive funding and conduct impactful research aligned with needs of Saskatchewan people.

“We know that research thrives when it is rooted in relationships and connections and inspired by the communities we serve and the land we inhabit,” said USask Vice President, Research, Baljit Singh. “This funding will allow these interdisciplinary teams to benefit from the intersection of diverse minds, traditions, experiences and ways of knowing, leading to our ultimate goal of purposeful impact and discovery the world needs.”

Other projects funded by SHRF will look to broaden and strengthen connections with patient groups, decision-makers, or knowledge keepers, such as Dr. Jorden Cummings’ (PhD) team that aims to cultivate a larger and tighter network of scholars and community organizations for conducting high-quality applied research focused on gender-based interpersonal violence. Other projects will determine the scope and scale of a health issue important to those living in Saskatchewan, such as Dr. Joshua Lawson’s (PhD) team’s aim to investigate the potential problem of asthma over- and under-diagnosis, including between rural and urban areas.

In total, USask research teams were supported with nearly $130,000 in funding for the following projects:

Allison Cammer, College of Pharmacy and Nutrition - $9,936
End of Life Nutrition Care in Saskatchewan Long-Term Care Homes: Evidence Review and Stakeholder Consultation.

Jorden Cummings, College of Arts and Science - $9,978
RESOLVing Saskatchewan Violence: Broadening and Strengthening Connections.

Sarah Donkers, College of Medicine - $10,000
Increasing Accessibility to Neurorehabilitation Services in Saskatchewan: Setting the Stage for a ‘Provincial Neurorehab Strategy.’

Ernesto Figueiro-Filho, College of Medicine - $10,000
Placental Growth Factor (PLGF) as a clinical tool to manage high-risk pregnancies.

Peter Hedlin and Jennifer O’Brien, College of Medicine - $9,997
Experiences of older patients, their families, and healthcare providers with delirium after surgery: an action research study to improve patient and family centered care.

Joshua Lawson, College of Medicine - $9,997
Geographic variation in the under- and over-diagnosis of asthma.

Geoffrey Maina, College of Nursing, and Breanna Heatherington, SHA - $9,983
Assessing rural communities in Northeast Saskatchewan's readiness to implement harm reduction interventions and identifying evidence-based and sustainable priorities to support their uptake.

Holly Mansell, College of Pharmacy and Nutrition, and Nathaniel Osgood, College of Arts and Science - $10,000
Co-developing an App to Improve Patient Education.

Pammla Petrucka and April Mackey, College of Nursing - $9,996
Saskatchewan Awareness, Advocacy, and Knowledge Strategies (Sask-A2SKS): Addressing IPV amongst Queer Women in Saskatchewan’s 2SLBGTQ+ Communities.

Schroder Sattar and Roslyn Compton, College of Nursing - $9,780
Feasibility of virtual exercise program for men with prostate cancer: The TARGET study.

Michelle Siqueira and Amrinderbir Singh, College of Dentistry - $9,986
Water quality testing at selected urban and rural dental clinics in Saskatchewan - assessing trends over six months.

Hassan Vatanparast, School of Public Health and College of Pharmacy and Nutrition, and Stacy Wiens, SHA - $10,000
Working together to improve the food environment in Saskatchewan public recreation facilities.

Chris Zhang, College of Engineering - $10,000
Development of a cell-individualized NanoKnife protocol for glioma tumours with the least damage of surrounding healthy cells.

usask-collaborates-with-key-partners-in-indiatrue1718730911095imj129USask collaborates with key partners in IndiaThe University of Saskatchewan’s (USask) Vice-President, Research, Baljit Singh is one of several leaders on a Saskatchewan-led mission trip to India.research, international,1677855360000/articles/research/2023/usask-collaborates-with-key-partners-in-indianewssite://news/articles/research/2023/usask-collaborates-with-key-partners-in-indiaccm0461677855758624ccm0461678226490377show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/india_trip.jpgsite://news/images/2023/india_trip.jpgnewsindia_trip.jpg1208331080720Several USask and government dignitaries pose during a memorandum of understanding signing in IndiaUSask signed a Memorandum of Understanding (MOU) with Chandigarh University, signifying the university's commitment to partnering with world-class researchers and institutes in India. (Photo: Submitted)NoNoneNoneNo/
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The mission, led by Premier Scott Moe, is planned to ignite meaningful discussion, long-lasting partnerships and useful knowledge mobilizations between the province and India in areas of critical minerals, food and water security, post-secondary education, and sustainability. Several other members of Saskatchewan’s post-secondary institutions and private sectors are also on the mission.

On March 1, 2023, USask signed a Memorandum of Understanding (MOU) with Chandigarh University, signifying the university's commitment to partnering with world-class researchers and institutes in India. Two other MOU signings followed on March 2, 2023, with the National Institute Technology Jalandhar and Indian Institute of Technology Roorkee. The MOUs and the resulting collaboration will help Saskatchewan and India share collective knowledge in areas related to food security, agriculture, and more.

Along with the MOU signings, Singh moderated several roundtable discussions with delegates from Canada and India. One roundtable conversation focused on the connection between food, water, and energy, and the energy transition in the Saskatchewan and Indian markets. Another touched on critical minerals and the importance they will play in the future of Saskatchewan and India’s economies.

“We’re happy to work together and have collaborative discussions to solve the challenges we’re facing, including developing our critical mineral economies and finding greater adoption of new methods of soil improvement,” said Singh.

Also, while in India, Singh will play a key role in the Shastri Indo-Canadian Institute (SICI’s) Bi-national Cluster on One Health, of which he is the Canadian Chair.

“Part of being the university the world needs is to increase our internationalization efforts in research and engagement. With opportunities to collaborate with institutions and government in India, USask’s research and our positive impact is extending well past Canada’s borders,” said Singh.                                       

usask-team-shares-passion-for-achieving-sustainability-goalstrue1718730911095imj129USask team shares passion for achieving sustainability goalsJust six months into her job as the first Chief Sustainability Officer at the University of Saskatchewan (USask), Janelle Hutchinson has discovered a “wonderful and shocking” number of people across campus already engaged in sustainability-related work.Sarath Peirissustainability, research, international1677592800000/articles/research/2023/usask-team-shares-passion-for-achieving-sustainability-goalsnewssite://news/articles/research/2023/usask-team-shares-passion-for-achieving-sustainability-goalsccm0461677525720606ccm0461678226507236show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/solar-panels.jpgsite://news/images/2023/solar-panels.jpgnewssolar-panels.jpg3128871080720The sun shines on the University of Saskatchewan’s solar module (panel) array located at the John Mitchell Building. The sun shines on the University of Saskatchewan’s solar module (panel) array located at the John Mitchell Building. (Photo: James Shewaga)NoNoneNoneNo/
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And she’s keen to grow that decentralized approach to deliver USask’s Sustainability Strategy with her office acting as the guide on the path to sustainability rather than as a place of top-down control.

“I really want to think and talk about (sustainability) in all areas and in all different places across campus,” Hutchinson said.

TextImage/images/2023/janelle-hutchinson1.jpgsite://news/images/2023/janelle-hutchinson1.jpgnewsjanelle-hutchinson1.jpg19931250350Janelle Hutchinson. (Photo: Submitted)Align right

Hutchinson notes three special advisers who will help operationalize the strategy. They are Robert Bierman, director of Planning, Design and Construction, Dr. Nancy Turner (PhD), senior director of Teaching and Learning Enhancement, and Dr. Maureen Reed (PhD), distinguished professor in the School of Environment and Sustainability and UNESCO Co-Chair in Biocultural Diversity.

“This is a new structure. We’re a team coming together not officially, but very much in our shared interest and desire to move the strategy forward,” said Hutchinson.

Referring to the five commitments detailed in the strategy, Hutchinson said she is focusing on two that involve working with partners within and outside the campus—Leveraging Our Place, and Catalyzing Social Change.

“We have made progress in those areas by implementing pieces of existing memorandums of understanding (MOU) with the City of Saskatoon and the Meewasin Valley Authority (MVA),” Hutchinson said.

For instance, USask has made progress over the past year in collaborating with the city to speed up climate action, she said. As well, USask’s work with MVA and Parks Canada on the National Park initiative is advancing social change by enhancing nature conservation, connecting citizens with nature, and promoting reconciliation with Indigenous peoples.

Another way USask is working with partners is through SDG Week Canada, which runs March 6–10, 2023. The week is a national collaboration in partnership with University of British Columbia (UBC), University of Waterloo, and Colleges and Institutes Canada. The goal of the week is to raise overall awareness on campuses about the United Nations Sustainable Development Goals (SDG). Hutchinson also credits the University of Saskatchewan Students’ Union (USSU)’s Sustainability Committee for the work it is doing to mobilize the energy and passion of a new generation toward building a healthy society.

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“When I joined the university as facility sustainability and engineering manager, the engineering part was something I’ve done most of my working life,” said Bierman. “What really got me excited about the role was the climate action aspects, and it’s what makes me wake up every day.”

TextImage/images/2023/robert-bierman.jpgsite://news/images/2023/robert-bierman.jpgnewsrobert-bierman.jpg152349700915Robert Bierman. (Photo: Submitted) Align left

Soon after assuming his position, Bierman began mapping out a Path to Zero plan, based on USask’s 2030 goal of cutting campus greenhouse gas emissions (GHG) by 45 per cent from 2010 levels and a long-term objective of reaching net-zero emissions by 2050. Key themes within the plan focus on reducing energy demand in existing buildings, decarbonizing the supply of heating and cooling, and building better—the notion that any new building or major renovation supports USask’s net-zero ambitions.

With 80-85 per cent of USask emissions tied to heating, cooling, ventilating, and lighting buildings, he wants to develop a clear technical path to decarbonizing campus. He has hired an external consultant to provide an assessment of USask’s current operating systems and their environmental impacts and  identify technologies available to tackle emissions challenges.

Among the measures taken already to reduce the carbon footprint of buildings is a project called Optimizing Energy Efficiency, a partially federal-funded initiative. It optimized 26 buildings by connecting occupancy to energy consumption by turning off lights and reducing ventilation when empty.

“The goal was a reduction of a little bit over 4,200 tonnes of CO2-equivalent a year,” said Bierman. “The project will be delivering a bit better than that, which is a great achievement. Re-programming buildings is a low-cost way to reduce energy consumption.”

USask also received $500,000 from the provincial strategic preventive maintenance and renewal program to upgrade building controls in the Agriculture Building to provide occupancy-based ventilation, lighting, and heating. Two floors are in progress, and Bierman has applied for funding to complete the other four.

An extensive study is underway of administrative spaces across campus to “right size” the university, which has a lot of square metres that need to be heated and cooled, but few occupants. By understanding and learning the work schedules of people—for instance, if they are on campus full time or part time—perhaps a working hub can be created for those who predominantly work from home, and others brought on to campus instead of working in leased space elsewhere, Bierman said.

And along with basic capital renewal spending on such things as fixing elevators and replacing roofs, underground pipes and other technology that wear out, the question becomes finding the right replacement.

“Do you replace it with what we have now, or do you replace it with something that moves us towards the 2050 Net Zero goal?” he said.

That’s where the technical pathways study will help, he said. It’s not a step-by-step map to the future but a way to identify broad technical opportunities that need to be evaluated in the context of implications for how the campus operates.

“A big component of that study that I think we need to share broadly is that none of this comes free,” he said.

Other operating elements in the sustainability plan that pertain to operations cover everything from how grounds are maintained to aligning Marquis Culinary Centre food services’ practices with the city’s push to divert organics from the landfill, to procuring supplies that are sustainably produced.

“So, there are many layers on the operational side that push forward the notion of sustainability more broadly than just simply reducing greenhouse gas emissions,” Bierman noted.

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Turner, whose focus is the third strategic commitment to empower action on sustainability by supporting the development of a generation of leaders well-versed in this area, sees it as something that should include students from every USask school and colleges.

TextImage/images/2023/nancy-turner.jpgsite://news/images/2023/nancy-turner.jpgnewsnancy-turner.jpg137432700700Dr. Nancy Turner (PhD). (Photo: Submitted) Align right

“That’s what gets me up every day—doing work that supports creating graduates who will go out and change the world,” she said. “Our goal is that eventually this will be integrated into all academic programs, so that every single program will in some way look at developing competencies for sustainability, recognizing that everyone from a nurse to an accountant to an environmental scientist can contribute to sustainability from their own professional or disciplinary perspective.”

Getting there involves being intentional about brining sustainability into the curriculum, enabling students who are selecting courses to know which are designed to help them develop sustainability competencies, she said.

As a key first step to support faculty in designing and teaching courses that provide competencies in sustainability, six faculty members have been appointed to two-year terms as sustainability faculty fellows.

“These six individuals come from different academic programs and different departments, and in this first year they are developing primarily undergraduate courses that help students advance sustainability,” said Turner.

“Then in their second year, they will build on having done this in their own context and act as champions within their college or department, working with others in their program to expand integration of sustainability across their whole program.”

Students have also had the opportunity to engage directly in co-curricular or extracurricular activities through community partnership projects, she said.

“They not only get a chance to apply the knowledge they have of sustainability and develop skills within that, but they get a chance to really make a difference to an organization,” she said.

It’s a win, win, win to the organization, to USask, and to the students, she said.

“These are high quality learning opportunities where our students can graduate with the ability to go out and advance sustainability, changing the world through their own discipline or profession.”

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Reed is focusing on deepening USask’s sustainability research and enhancing the visibility of external training partnerships on the national and global stages in her role as a special adviser.

TextImage/images/2023/maureen-reed.jpgsite://news/images/2023/maureen-reed.jpgnewsmaureen-reed.jpg1992279881100Dr. Maureen Reed (PhD). (Photo: Submitted)Align left

“If USask wants to become the university the world needs, that means we don’t do it in isolation. We do it in partnership with others, both at home, and across Canada and internationally,” said Reed.

Her recently established international training program,
TRANSdisciplinary Education Collaboration for Transformations in Sustainability (TRANSECTS), is aimed at training and mentoring the next generation of sustainability change-makers with hubs in Canada, Germany, and South Africa and students who, so far, come from a dozen different countries.

“Students from the global north and south come together to learn professional and intercultural competencies that one needs to conduct good inter- and trans-disciplinary research and practice in sustainability with practitioners who work on the ground. We are partnered with UNESCO Biosphere Regions and Indigenous communities to learn from each other as we address sustainability challenges,” said Reed. “We are also looking at ways to bring this kind of training to post-doctoral fellows and to recommend changes to how universities assess students and faculty to support this kind of research approach.”

There are also many ways we can promote what the university is already doing well, said Reed.

“The annual People Around the World (PAW) conference organized by USask’s International Office not only links global citizens but also connects USask researchers with sustainability,” she said. “The sustainability leadership team plans to work closely with director Dr. Meghna Ramaswamy (PhD) on this platform that is a great showcase for the excellent work done at USask.

“What the sustainability leadership team is trying to do is to not take over, but to play a co-ordinating role so that we can elevate USask’s profile and also start to move towards a whole university approach towards meeting the Sustainable Development Goals,” said Reed.

global-institute-for-food-security-at-usask-partnership-leads-to-inauguration-of-ag-tech-centre-in-bangladeshtrue1718730911095imj129Global Institute for Food Security at USask partnership leads to inauguration of ag-tech centre in BangladeshThe Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is pleased to announce the inauguration of an agricultural technology centre at the Bangladesh Rice Research Institute (BRRI) in Gazipur, Bangladesh, as part of its ongoing partnership with the Bangladesh Agricultural Research Council (BARC) of the Bangladesh Ministry of Agriculture. international1677166980000/articles/research/2023/global-institute-for-food-security-at-usask-partnership-leads-to-inauguration-of-ag-tech-centre-in-bangladeshnewssite://news/articles/research/2023/global-institute-for-food-security-at-usask-partnership-leads-to-inauguration-of-ag-tech-centre-in-bangladeshccm0461677167644705ccm0461678227009049show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/gifs_july2021.jpgsite://news/images/2023/gifs_july2021.jpgnewsgifs_july2021.jpg2917761080720The inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre was announced by Bangladesh Prime Minister Sheikh Hasina in Gazipur on February 23. (Photo: Global Institute for Food Security)The inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre was announced by Bangladesh Prime Minister Sheikh Hasina in Gazipur on February 23. (Photo: Global Institute for Food Security)NoNoneNoneNo/
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GIFS and BARC signed a memorandum of understanding in 2020 to advance knowledge and technologies for agricultural research and development in Bangladesh. The partnership includes collaborations with a variety of partners in Canada and Bangladesh.

The inauguration of the ag-tech centre marks another milestone in the partnership’s goal of delivering sustainable food security through programs in Bangladesh focused on enhancing farmer incomes, addressing the effects of climate change, and strengthening the country’s delivery of the United Nations Sustainable Development Goals, including reducing hunger and empowering women.

Based in Gazipur, the ag-tech centre will offer programs to enhance crop breeding and plant improvement, advance soil health and quality, improve soil water retention, increase data management and analytics, and deliver innovations for post-harvest food handling and processing – a specific area of concern for the country.

Bangladesh has chronic food security challenges that are increasing due to a rapidly growing population, climate-induced stress like salinity intrusion, drought and heat, loss of agricultural land because of rapid urbanization, and post-harvest loss, which in some cases is nearly 50 per cent.

Saskatchewan’s agriculture and agri-food innovation ecosystem has knowledge and expertise that are being used to help find solutions to these problems.

The technical expertise of partners within Saskatchewan and Canada’s research, development and agri-food ecosystem – including the Global Institute for Water Security, the Saskatchewan Food Industry Development Centre, USask colleges, the Prairie Agricultural Machinery Institute and the National Research Council of Canada (NRC) – are being combined to deliver initiatives designed to create an efficient, effective and sustainable system of agricultural research, while promoting an increased standard of living and quality of life for the people of Bangladesh.

The inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre was announced by Bangladesh Prime Minister Sheikh Hasina in Gazipur on February 23. The inauguration coincides with the 50th anniversary of BRRI and the launch of its 2041 strategy to achieve a food surplus in the country.

Canada – led by Prime Minister Pierre Elliott Trudeau at the time – was one of the first countries to recognize Bangladesh’s independence in 1971. The name of the ag-tech centre reflects this legacy.

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“Canada was one of the first countries to recognize Bangladesh’s independence in 1971, led by Prime Minister Pierre Elliot Trudeau. The Bangabandhu-Pierre Elliott Trudeau Agricultural Centre celebrates this history of bilateral relations. The centre will help bring capacity, technology, and expertise to Bangladesh as we continue to move forward to become a developed and prosperous country. We follow in the footsteps of the Father of the Nation, Bangabandhu Sheikh Mujibur Rahman, and will not leave a single inch of arable land uncultivated.”

- H.E. Sheikh Hasina MP, Hon’ble Prime Minister, Government of the People’s Republic of Bangladesh

“Bangladesh is an increasingly important trade partner of Saskatchewan, and agriculture is a significant driver of both economies. Saskatchewan is also home to some of the most advanced and sustainable agriculture and agri-food innovation in the world. This new ag-tech centre in Bangladesh is a showcase of Saskatchewan innovation and how the world can learn from our success in producing socially, economically, and environmentally sustainable agricultural products.”

- The Honourable David Marit, Minister of Agriculture, Province of Saskatchewan

“Canada and Bangladesh share over 50 years of strong bilateral relations. Bilateral trade between our countries exceeds CAD$2.8 billion annually, including almost CAD $1 billion in agricultural exports from Canada. The potential to expand trade between our countries is significant. Both Canadians and Bangladeshis are natural innovators and connectors. The Bangabandhu-Pierre Trudeau Agriculture Technology Centre is an excellent example of Canadian and Bangladeshi institutions working to foster collaboration and innovation.”

- H.E. Dr. Lilly Nicholls, High Commissioner for Canada in Bangladesh

“Collaboration is a key strength of GIFS. We bring diverse partners together to discover, develop and deliver innovative agriculture solutions that are socially, economically and environmentally sustainable. The inauguration of the agriculture technology centre in Bangladesh is an exciting example of how we are realizing our vision of a world where everyone has access to safe and nutritious food.”

- Dr. Steven Webb, Chief Executive Officer at the Global Institute for Food Security

“Saskatchewan is an important partner for Bangladesh, and, since agriculture is critical to both of our economies, we can learn a lot from each other and build more bilateral trade. The inauguration of the Bangabandhu-Pierre Elliott Trudeau Agriculture Technology Centre is a significant step forward in our continued and growing relationship and will play an essential role in our ability to increase our agriculture research capacity and increase our food production while reducing waste.”

- Dr. Shaikh Mohammad Bokhtiar, Director for the Bangladesh Agricultural Research Council

usask-researchers-discover-new-antimicrobial-resistance-gene-associated-with-livestock-disease-treatmenttrue1718730911095imj129USask researchers discover new antimicrobial resistance gene associated with livestock disease treatmentResearchers at the University of Saskatchewan (USask) have discovered how a previously overlooked gene is involved in antimicrobial resistance—a growing global issue that threatens the health and welfare of both humans and animals. research, WCVM, 1677078120000/articles/research/2023/usask-researchers-discover-new-antimicrobial-resistance-gene-associated-with-livestock-disease-treatmentnewssite://news/articles/research/2023/usask-researchers-discover-new-antimicrobial-resistance-gene-associated-with-livestock-disease-treatmentccm0461677078525714ccm0461677078602881show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cows.jpgsite://news/images/2023/cows.jpgnewscows.jpg1469331080720Cows, out standing in a field.USask researchers have discovered how an antimicrobial gene inactivates antibiotic drugs used to treat bovine respiratory disease and other livestock illnesses. (Photo: Christina Weese)NoNoneNoneNo/
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The gene encodes for an enzyme named EstT and is capable of “turning off” or inactivating macrolides, a class of antibiotic drugs commonly used to treat disease in cattle and other livestock. 

The researchers’ findings were published online last week in Proceedings of the National Academy of Sciences (PNAS), a highly cited multidisciplinary scientific journal.

Tylosin, tilmicosin and tildipirosin are some antibiotics classed as macrolides. Veterinarians rely on these drugs to treat illnesses in cattle such as bovine respiratory disease and liver abscesses as well as other diseases in livestock and companion animals.

With this discovery, veterinarians will know “there’s a possibility that the drug will not work because of the presence of the gene,” said Dr. Poonam Dhindwal (PhD) the paper’s lead author and a post-doctoral fellow at the Western College of Veterinary Medicine (WCVM).

Antibiotics are becoming less effective due to the global spread of antimicrobial resistance. Based on 2019 estimates, more than 1.2 million human deaths were caused by drug-resistant infections. Antimicrobial resistance genes (ARGs)—mobile genetic elements that can pass between micro-organisms—help to accelerate resistance.

The USask research team, led by WCVM assistant professor Dr. Tony Ruzzini (PhD) and in collaboration with Dr. Murray Jelinski (DVM), made the discovery after analyzing bacteria collected from watering bowls at a western Canadian beef cattle feedlot.

“[Our discovery] adds one more piece to the puzzle,” said Jelinski, a professor of large animal clinical sciences and the Alberta Chair in Beef Cattle Health at the veterinary college.

Ruzzini said scientists have previously identified the existence of this gene that’s commonly found in many animal pathogens and their microbiomes, but its purpose remained a mystery. What the USask research team discovered is that this gene can break the ring structure of the antibiotic through hydrolysis (chemical reaction caused by water).

“If you break the ring or you open the ring with water, then you disrupt the active shape of the antibiotic. So, it no longer has a high affinity for the target,” said Ruzzini. 

He added that once the gene destroys the antibiotic’s structure, the drug is no longer able to work as effectively in treating an illness: “Inactivation is concerning because it reduces the effective amount of antibiotics that are being delivered during an infection.”

Ruzzini said his team found the gene in a cluster with three other ARGs—the first clue that it could be involved in antimicrobial resistance. Once the team identified the gene, team members worked to clone it and test it against a panel of many antibiotic drugs from different classes.

“This gene, even though we found it in an environmental organism, it is also present in pathogens that are responsible for causing bovine respiratory disease (BRD),” said Ruzzini. His lab has conducted numerous studies investigating BRD, which is commonly known as shipping fever.

The Saskatchewan Health Research Fund, Saskatchewan’s Agriculture Development Fund, the Beef Cattle Research Council, and the Mitacs Globalink Internship program supported the research.

Jelinski said the team’s work should be of interest to all researchers in both human and animal health fields who are studying antimicrobial resistance.

“Our finding adds to the considerable database of ARGs, which can be crossmatched to a bacteria’s DNA to determine if the bacterium has the potential to be resistant to a particular antimicrobial,” said Jelinski.

Ruzzini added that his research team is continuing to learn more about how EstT works.

“As AMR surveillance systems rely more on molecular tools for detection, our knowledge of this specific gene and its integration into those systems will help to better inform antimicrobial use,” said Ruzzini.

global-institute-for-food-security-partnership-in-bangladesh-produces-first-sequenced-genome-of-year-round-jackfruittrue1718730911095imj129Global Institute for Food Security partnership in Bangladesh produces first sequenced genome of year-round jackfruitThe Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is proud to announce its partnership with the Bangladesh Agricultural Research Council (BARC) and Bangabandhu Sheikh Mujibur Rahman Agricultural University (BSMRAU) has led to the sequencing of a year-round jackfruit variety genome, making Bangladesh the only southeast Asian country other than China to entirely sequence a genome. research, international,1676991240000/articles/research/2023/global-institute-for-food-security-partnership-in-bangladesh-produces-first-sequenced-genome-of-year-round-jackfruitnewssite://news/articles/research/2023/global-institute-for-food-security-partnership-in-bangladesh-produces-first-sequenced-genome-of-year-round-jackfruitvvd8931676992095456ccm0461678226737395show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/jackfruit.jpgsite://news/images/2023/jackfruit.jpgnewsjackfruit.jpg2075911080720Jackfruit is the national fruit of Bangladesh and is an important source of nutrients for many Bangladeshi people. (Photo: Submitted)YesNoneNoneNo/
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This technological feat is an important outcome of the partnership, which aims to improve sustainable food security in Bangladesh, while strengthening trade ties between the fast-growing country and the province of Saskatchewan.

“Jackfruit is the national fruit of Bangladesh and is an important source of nutrients for many Bangladeshi people, but its growing season is short, and the fruit’s nutritional value has yet to be fully commercialized, so its impact on food security in the country has great potential,” said Dr. Andrew Sharpe (PhD), Bangabandhu Research Chair in Food Security at GIFS.

Bangladesh, one of Saskatchewan’s top 10 trading partners, is the world’s second largest producer of jackfruit, producing 1.1 million tons in 2019-20 alone. However, because the evergreen trees that produce the world’s largest edible single fruit rely on cross-pollination to breed, the quality is inconsistent, making it hard to cultivate and process commercially.

By using advanced technologies to adapt the genome for favorable traits – such as high yield, year-round production, and stress resistance to flooding, saline, drought, and pests – the research team hopes to make large-scale commercialization more likely.

“The growing period for seasonal jackfruit in Bangladesh is short, running from June to August, which, because of limited processing and storage, results in wastage as high as 30 per cent or more,” said Dr. Tofazzal Islam (PhD), lead researcher and founding director of the Institute of Biotechnology and Genetic Engineering (IBGE) at BSMRAU, where the genome of a year-round jackfruit variety was sequenced.

“The sequencing and annotation of a year-round jackfruit whole-genome with a yield potential four times the seasonal variety lays the foundation for the biotechnological improvement and sustainable commercial development of this highly nutritious southeast Asian staple and meat substitute used in vegan and vegetarian cooking.”

Besides achieving a world’s first by decoding the genome of this jackfruit variety, the social, economic, and environmental outcomes that could come alongside the commercialization of jackfruit are significant.

GIFS’ research, training and development partnership with BARC includes programs designed to enhance farmer incomes, address the effects of climate change, and strengthen the country’s delivery of the United Nations’ sustainable development goals, including reducing poverty and empowering women.

“Cultivating and processing this jackfruit variety could become an important source of income for people, especially women, in poor, rural regions of the country, and the increased cultivation would enhance forest cover and provide more efficient land use,” said Islam.

“Jackfruit processing and added value products will ensure maximum benefit to local growers, improving food and nutrition security and helping alleviate rural poverty. As the second largest jackfruit producer in the world, Bangladesh is well positioned to occupy a substantial share in the international market for a variety of jackfruit processed products.”

Alongside providing technological support and know-how – such as GIFS’ advanced bioinformatics, which helped assemble the decoded jackfruit genome – GIFS is working to advance commercialization of successes like the sequencing of the jackfruit variety by helping establish an agricultural technology centre in Bangladesh.

“Through our partnership with BARC and the upcoming inauguration of the ag-tech centre, we aim to enhance crop breeding and plant improvement, advance soil health and quality, improve soil water retention, and deliver innovations for post-harvest food handling and processing – a specific area of concern for jackfruit commercialization but also for the country’s food production as a whole,” said Sharpe.

The year-round jackfruit variety – named BARI Kanthal-3 – was sequenced on an Illumina DNA sequencing platform at IBGE and analyzed by GIFS’ data management and analysis team. This effort included support from the Bangladesh Agricultural Research Institute (BARI), and Canadian researchers at the National Research Council (NRC) and the University of British Columbia (UBC).

The peer-reviewed research was published in Frontiers in Plant Science December 20, 2022.

 

usask-led-research-project-receives-more-than-1.3-million-to-study-bone-strength-development-in-children-with-diabetestrue1718730911095imj129USask-led research project receives more than $1.3 million to study bone strength development in children with diabetesUniversity of Saskatchewan (USask) researchers have received more than $1.3 million for an unprecedented multi-year study of the development of bone structure, density and strength in children with Type 1 diabetes.Matt Olson for Research Profile and Impact1676560500000/articles/research/2023/usask-led-research-project-receives-more-than-1.3-million-to-study-bone-strength-development-in-children-with-diabetesnewssite://news/articles/research/2023/usask-led-research-project-receives-more-than-1.3-million-to-study-bone-strength-development-in-children-with-diabetesbpk4551676560647843ccm0461683041567794show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/saija-kontulainen.jpgsite://news/images/2023/saija-kontulainen.jpgnewssaija-kontulainen.jpgsaija-kontulainen.jpg1211021080892Dr. Saija Kontulainen (PhD) (pictured) with the USask College of Kinesiology and Dr. Munier Nour (MD) with the College of Medicine will lead a project supported by researchers at facilities across Canada. (Photo: Submitted)Dr. Saija Kontulainen (PhD) (pictured) with the USask College of Kinesiology and Dr. Munier Nour (MD) with the College of Medicine will lead a project supported by researchers at facilities across Canada. (Photo: Submitted)NoNoneNoneNo/
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Titled the “Canadian Bone Strength Development in Children with Type 1 Diabetes Study,” the five-year project was awarded $1,352,140 by the Canadian Institutes of Health Research (CIHR) Project Grant program.

The team, co-led by Dr. Saija Kontulainen (PhD) with the College of Kinesiology and Dr. Munier Nour (MD) with the College of Medicine, will take the helm of a project supported by researchers at facilities across Canada.

“I like the team effort. It’s great we have a USask-led national team,” Kontulainen said. “We want to use this opportunity to place Canada in a leading position to study and advance bone health in children with diabetes.” 

The project will compare bone development of preteen-aged children with and without Type 1 diabetes over the course of four years. Using a technique called high-resolution peripheral quantitative computed tomography (HR-pQCT), as well as other scanners used to diagnose bone diseases like osteoporosis, Kontulainen and her team will attempt to map the bone development of children during the time of their growth spurt when rapid skeletal development occurs.  

“Our hypothesis is that the bone growth in children with Type 1 diabetes differs, but we need to know how it differs, when it differs,” Kontulainen said.  

The goal of this project, she said, is to answer those key questions, important for prevention of bone fragility life-long. Findings will guide the development of therapies or treatments to optimize bone growth.  

Kontulainen lauded the nation-wide team of specialists working on the project, and said she was excited to continue the tradition of former USask scholars working in this field before her.

“This is building on the legacy of world-renowned longitudinal bone studies that were carried out at the University of Saskatchewan,” she said.

The project is raising the bar when it comes to the scale of this kind of research, and Kontulainen said the implications of their work would stretch far beyond Canada’s borders.

“It’s unique, and it will bring globally important information,” she said. “We will know how the bones are changing … This is the collaborative way we should do research.”

This project is one of several USask projects to receive a total of $1,852,140 from the CIHR Project Grant — Fall 2022 Competition. The other USask projects receiving funding through this grant program are:

Dr. Neeraj Dhar (VIDO) –$100,000 for a one-year project - Role of phenotypic heterogeneity in mycobacterial persistence: Prospects for more effective treatment regimens. 

Dr. Alyson Kelvin et al. (VIDO) - $100,000 for a one-year project - Preclinical Models for Monkeypox Virus Infection and Therapeutic Development.

Dr. Alyson Kelvin (VIDO) - $100,000 for a one-year project - Understanding mechanisms coronavirus cross-reactivity, immune durability, and pan-coronavirus vaccine protection. 

Dr. Scot Leary (Biochemistry, Microbiology and Immunology) - $100,000 for a one-year project - Disrupting mitochondrial function in the liver: implications for immune suppression. 

Dr. Cordell Neudorf (Community Health and Epidemiology) - $100,000 for a one-year project - Multilevel estimation of the relative impacts of social determinants on income-related health inequalities in urban Canada: Toward a new Canadian Social Determinants Urban Laboratory.

vido-first-non-u.s.-organization-invited-to-join-high-containment-networktrue1718730911095imj129VIDO first non-U.S. organization invited to join high containment networkThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has been unanimously accepted as the first and only international organization in the Research Alliance for Veterinary Science and Biodefense BSL-3 Network (RAV3N), a partnership of 18 United States-based large biocontainment facilities focused on veterinary infectious diseases.research, international,1676489640000/articles/research/2023/vido-first-non-u.s.-organization-invited-to-join-high-containment-networknewssite://news/articles/research/2023/vido-first-non-u.s.-organization-invited-to-join-high-containment-networkbpk4551676489864584ccm0461678226565622show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/vido-rav3n.jpgsite://news/images/2023/vido-rav3n.jpgnewsvido-rav3n.jpgvido-rav3n.jpg2837581080810The USask Vaccine and Infectious Disease Organization has been unanimously accepted as the first and only international organization in the Research Alliance for Veterinary Science and Biodefense BSL-3 Network. (Photo: Submitted)The USask Vaccine and Infectious Disease Organization has been unanimously accepted as the first and only international organization in the Research Alliance for Veterinary Science and Biodefense BSL-3 Network. (Photo: Submitted)NoNoneNoneNo/
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VIDO is the largest and most advanced Biosafety Level 3 Agriculture (BSL-3 Ag) facility in Canada and the only Canadian non-government facility authorized to work with the foreign animal disease African swine fever.

“Canada and the United States share the world’s longest undefended border, and our wildlife and livestock face similar threats,” said VIDO Director and CEO Dr. Volker Gerdts. “By participating in RAV3N we strengthen our collective preparedness for emerging infectious diseases.”

The research network, headquartered at the Texas A&M University’s Global Health Research Complex (GHRC), was established in 2020. RAV3N enables strategic and co-ordinated approaches for large-animal biocontainment infrastructure and science capacity to improve bio-surveillance, diagnostics, and countermeasure developments against high-consequence pathogens of veterinary importance.

High-consequence veterinary pathogens are viruses and bacteria that have epidemic potential and lack effective vaccines or therapeutics. Examples include African swine fever virus, bovine tuberculosis, contagious bovine pleuropneumoniaand avian influenza—some of which are also zoonotic, meaning they can be transmitted between animals and humans.

“By expanding our partnership to include VIDO as an affiliate member we have taken steps improve North America’s ability to protect our animals,” GHRC Executive Director Kurt Zuelke said. “Infectious diseases don’t obey borders and having VIDO in our network is a positive step to protecting the U.S. from threats.”

The announcement was made public during VIDO’s board meeting in Texas, hosted by GHRC. Dr. Gerald W. Parker, associate dean for Global One Health at Texas A&M, is a member of VIDO’s board of directors. During the visit, the groups are also identifying additional potential collaborative opportunities.

In the near future, Zuelke said GHRC plans to host a series of high-level meetings to explore opportunities for VIDO and USask to partner with colleges, schools and agencies within the Texas A&M research enterprise, which posted $1.153 billion in total research expenditures in its most recent fiscal year (2022).

About University of Saskatchewan’s Vaccine and Infectious Disease Organization:
The University of Saskatchewan’s Vaccine and Infectious Disease Organization (VIDO) is internationally recognized for its role in vaccine development and is one of Canada’s national science facilities. VIDO has a 45-year history of vaccine development and commercialization—eight of its vaccines have been sold commercially, and six have been described as world-firsts. The >170-member organization operates using an ISO:9001 certified management system in state-of-the-art containment Level 2 and 3 facilities. VIDO receives operating support from the Canada Foundation for Innovation Major Science Initiatives fund and the Government of Saskatchewan through Innovation Saskatchewan and the Ministry of Agriculture. Visit www.vido.org

About the Global Health Research Complex (GHRC) at Texas A&M University:
GHRC is a state-of-the-art, nationally distinct, high-containment research facility and core laboratory serving as a resource to combat emerging infectious disease threats. In addition, GHRC is the USDA-designated Secretariat for RAV3N, a newly formed network of federal and university large animal biocontainment and BSL-3/4 laboratory facilities delivering collaborative research, service, and pandemic preparedness. Visit https://ghrc.tamu.edu.
feeding-the-petroleum-industry-with-plant-based-fuel-additives-usask-researchtrue1718730911095imj129Feeding the petroleum industry with plant-based fuel additives: USask researchWhile people around the world slowly increase their awareness of using renewable plant-based materials for energy, University of Saskatchewan (USask) graduate student Priyanka Tirumareddy is tackling the fight head-on with a bio-based fuel additive that she hopes will help power automobiles in the future. Brooke Kleiboerresearch1676404620000/articles/research/2023/feeding-the-petroleum-industry-with-plant-based-fuel-additives-usask-researchnewssite://news/articles/research/2023/feeding-the-petroleum-industry-with-plant-based-fuel-additives-usask-researchbpk4551676404946103bpk4551676478025149show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/priyanka_tirumareddy.jpgsite://news/images/2023/priyanka_tirumareddy.jpgnewspriyanka_tirumareddy.jpgpriyanka_tirumareddy.jpg2841731080729USask College of Engineering PhD student, Priyanka Tirumareddy. (Photo: Submitted)USask College of Engineering PhD student, Priyanka Tirumareddy. (Photo: Submitted)NoNoneNoneNo/
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“Millions of years ago, when dead plants and animals were buried under the ground and in the presence of extreme temperature and pressure conditions, fossil fuels like coal, petroleum, and natural gas were generated,” explained Tirumareddy, who is currently pursuing a PhD in chemical engineering at USask’s College of Engineering. 

In fact, 80 per cent of the world’s energy needs are met by using fossil fuels, but global reserves of these fuels are limited and will run out. The usage of fossil fuels generates large amounts of carbon emissions contributing to global warming. Tirumareddy stresses that finding alternatives quickly can help protect future generations from being deprived of necessary energy sources. 

One option is to harness the energy in the non-edible portions of plants, like the hull of an oat, crushed canola meal, or spent coffee grounds, as the basis of a biofuel.  

Biofuel theoretically acts the same way as fossil fuel but is instead solely made of plant-based materials, which are more easily generated in nature compared to the ancient fossil fuels. 

“To reduce the carbon intensity in the atmosphere, Canada has set some renewable fuel regulations. According to these regulations, fuel producers need to blend gasoline and diesel with at least five per cent and two per cent ethanol and biodiesel, respectively,” said Tirumareddy. “To meet these fuel standards, there is a huge demand for renewable fuels. Currently, biomass is the sole source of renewable fuels for the transportation sector that can be used within the prevailing fossil fuel infrastructure, so our goal is identifying sustainable options for plant-based materials to create this fuel.” 

Tirumareddy is working under the supervision of Dr. Ajay Dalai (PhD), a distinguished professor at USask and Canada Research Chair in Bioenergy and Environmentally Friendly Chemical Processes, who has conducted globally renowned research programs that look at using biofuels to address worldwide environmental concerns. 

“In our lab, we are able to create similar conditions [to those that created fossil fuels] on a pilot scale where biomass is mixed with water and converted into biofuels in the presence of moderate temperature and high pressure. This process is called hydrothermal liquefaction,” said Tirumareddy. “Out of all the different feedstock types, mustard meal and canola meal produced bio-oil with high yield and good quality.” 

Further analysis of the raw materials revealed that canola and mustard meals have some special chemical characteristics that allow them to convert into an oil product that is potentially useful. A problem, though, is that the oil produced is thick and doesn’t blend easily with petroleum, which is necessary for use in machinery like automobiles. 

To address this issue, Tirumareddy said the oxygen content of the substance is key. 

“The highly viscous nature of the bio-oil is due to the presence of many hetero-compounds and a large amount of oxygen, whereas petroleum crude oil has less oxygen content,” said Tirumareddy. “By removing the oxygenated compounds, we can produce high-quality bio-oil which can be blended with petroleum crude and can be used in the transport sector.” 

Tirumareddy said a perk of producing biofuels is that the process nets zero carbon emissions, whereas typically, the energy sector is responsible for a large portion of global carbon emissions. 

“Biomass materials use carbon dioxide from the atmosphere to grow and their use as fuel emits carbon dioxide to the environment, making the overall process carbon neutral,” she said. 

With her work published in multiple book chapters and being prepared for submission to an academic journal, Tirumareddy said her research is far from complete. 

“I was born and brought up in a small village in India. During my childhood, I was always surrounded by trees and agricultural fields,” said Tirumareddy. “When I grew up and moved to a city to study, I started becoming concerned about pollution, water, energy scarcity, and other environmental challenges. This led me to take up chemical engineering as my career prospective. 

Research funding to support Tirumareddy’s work was provided by the Natural Sciences and Engineering Council of Canada, Mitacs, NULIFE Green Tech, and Western Economic Diversification Canada. 

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-led-women-plus-water-expert-list-to-help-bridge-gender-inequity-gap-in-sciencetrue1718730911095imj129USask-led Women Plus Water Expert List to help bridge gender inequity gap in science An international initiative born out of the University of Saskatchewan (USask), featuring experts and top researchers from around the globe, is increasing diversity in sustainable water management, access, and advocacy that will lead to better decisions affecting the future of the planet.Mark Fergusonwater, research, international1676044620000/articles/research/2023/usask-led-women-plus-water-expert-list-to-help-bridge-gender-inequity-gap-in-sciencenewssite://news/articles/research/2023/usask-led-women-plus-water-expert-list-to-help-bridge-gender-inequity-gap-in-scienceccm0461676048917621ccm0461678226585546show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/corinne_schusterwallace.jpgsite://news/images/2023/corinne_schusterwallace.jpgnewscorinne_schusterwallace.jpg1576961080720The founder of Women Plus Water, USask’s Dr. Corinne Schuster-WallaceThe founder of Women Plus Water, USask’s Dr. Corinne Schuster-Wallace (PhD). (Photo: Submitted)NoNoneNoneNo/
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The Women Plus Water Expert List officially launched at the United Nations (UN) General Assembly on Friday, Feb. 10, 2023, in collaboration with Cansu SITE, a program of the Royal Academy of Sciences International Trust. The launch was part of the formal event recognising the 8th UN International Day for Women and Girls in Science — led by her Royal Highness Princess Dr. Nisreen El-Hashemite.

Born out of the USask Global Institute for Water Security (GIWS) and Global Water Futures (GWF) program, the Women Plus Water Expert List aims to introduce communities, leaders, and policymakers to a new wave of leaders in water research, management, and decision-making.

The inspiration came from the more than 2,000 participants in 49 countries who attend the online Women Plus Water Lecture Series events that take on topics from water diplomacy to water modelling and more. The audience, expert guests, and hosts are from all aspects of water research, management, and advocacy and include a mix of young professionals and established leaders across academia, government, civil society, art, entrepreneurs, and the private sector. 

The founder of Women Plus Water, USask’s Dr. Corinne Schuster-Wallace (PhD), said creating this network of people committed to increasing diversity and equity in water will benefit everyone.

TextImage/images/2023/andrea_rowe.jpgsite://news/images/2023/andrea_rowe.jpgnewsandrea_rowe.jpg1136837201080Dr. Andrea Rowe (PhD), USask equity, diversity and inclusion specialist for GIWS and GWF. (Photo: Submitted)Align right

“The climate crisis is a water crisis, and this won’t come as a surprise to many after the destruction and loss of life we’ve seen over the past several years,” said Schuster-Wallace, GWF associate director and associate professor in the USask Department of Geography and Planning. “The lived experience and expertise of women, Indigenous People, people from the global south, racialized people, and people in equity-deserving groups are systematically on the margins of developing the solutions necessary to address the climate crisis.”

Schuster-Wallace said Women Plus Water keeps her hopeful.

“A new generation of leaders is stepping up to the challenge to increase diversity in sustainable water management for equitable decisions that leave no one behind and protect the most vulnerable to water-related extremes. Diversity benefits everyone. The time is now to take action for a more inclusive future.”

Having experts from diverse backgrounds is essential at the decision-making level, said Dr. Andrea Rowe (PhD), USask equity, diversity and inclusion specialist for GIWS and GWF.

“Increasing the role and representation of women and other marginalized people when it comes to water is critical to our future,” said Rowe. “There is a significant opportunity for governments and decision makers at all levels to engage with experts and to ensure that there is a diversity of people from different backgrounds making meaningful decisions.”

Rowe points to recent climate conferences that only highlighted global inequities in access to water decision-making and power. 

“COP 26 in Glasgow was called out by activists and journalists as the most exclusionary climate conference in history because of the high cost of accommodation, lack of travel visas, and low representation of women, Indigenous People and people from the global south. This was repeated at COP 27 in Sharm-El Sheik in 2022,” said Rowe.

“It is for reasons like this, that a network like Women Plus Water is so important for everyone,” she said.

Visit: www.womenpluswater.org

groundbreaking-usask-research-identifies-key-blood-protein-target-for-improving-dialysistrue1718730911095imj129Groundbreaking USask research identifies key blood protein target for improving dialysis Innovative work by University of Saskatchewan (USask) researcher Dr. Amira Abdelrasoul (PhD) into membranes used in hemodialysis to cleanse kidney patients’ blood has identified the key protein that creates big problems leading to further health complications and even death. College of Engineering, research, 1676041200000/articles/research/2023/groundbreaking-usask-research-identifies-key-blood-protein-target-for-improving-dialysisnewssite://news/articles/research/2023/groundbreaking-usask-research-identifies-key-blood-protein-target-for-improving-dialysisccm0461676041523186ccm0461676041576672show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/abdelrasoul.jpgsite://news/images/2023/abdelrasoul.jpgnewsabdelrasoul.jpg1143751080720Headshot of USask researcher Dr. Amira AbdelrasoulUSask researcher Dr. Amira Abdelrasoul (PhD) is an associate professor in USask’s College of Engineering. (Photo: Submitted)NoNoneNoneNo/
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Abdelrasoul, an associate professor in USask’s College of Engineering, aims to use her findings to develop a new type of membrane that is more compatible with the body. This membrane will create better performance and will be less susceptible to fouling from blood proteins.  

Her long-term goal is to create an artificial wearable kidney that would improve the quality of life and survival rate of kidney patients. 

One out of 10 Canadians, or about four million people, have kidney disease and the rate continues to rise. Chronic kidney disease has no cure and progresses in stages until the organ eventually fails. Nearly half of new patients are under age 65, and the number of persons living with kidney failure has grown by more than 30 per cent since 2011. 

While about 43 per cent of patients receive a kidney transplant—donated organs are in short supply, and some patients aren’t good candidates—the remaining 57 per cent with end-stage kidney disease rely on life-sustaining hemodialysis. 

“However, this membrane-based therapy cannot exactly mimic or replicate the function of our healthy kidney,” said Abdelrasoul. “The problem is when blood interacts with the membrane, blood protein routinely gets adsorbed on the surface of the membrane, and that provokes a chain of unwanted biochemical reactions.” 

A dialysis patient typically requires three sessions per week with each lasting four to five hours. So, even mild interactions between blood and the membrane can result in patients experiencing health complications in the long-term such as blood clots, anemia, blood poisoning, heart inflammation, infections, and sleep problems, she said. 

In a paper published on Feb. 11 in the prestigious high-impact journal Nature, Abdelrasoul and her team present their findings on the “competition” among human serum proteins for adsorption into the polyether membranes (PES) that are used in about 90 per cent of hemodialysis machines. 

Abdelrasoul has pioneered the use of customized gold nanoparticles of different sizes and shapes to label and track the movement of specific blood proteins – human serum albumin (HSA), fibrinogen (FB), and transferrin (TRF). 

Using the Biomedical Imaging and Therapy beamline at USask’s Canadian Light Source to visualize what occurs when proteins come in contact with a hemodialysis membrane, researchers found that FB dominated both HAS and TRF in adsorption at different depths of the membrane. This happened when they were in a mixture when interacting with the dialysis membrane.  

Understanding the competitive adsorption of these serum proteins is important because the adsorption of each protein leads to a different pathway of blood activation. This can ignite a sequence of coagulation or releasing inflammation, which can lead to further health problems, said Abdelrasoul. 

Adsorption also means reducing the volume of important proteins returning to the bloodstream, causing issues such as anemia, she said, as well as hindering the efficacy of the membrane in filtering toxins, salts and metabolic wastes from the blood to keep the patient healthy.  

Abdelrasoul is using the research findings to develop a new generation of membrane material with different structures and chemical composition with a reduced tendency to interact and attach to the FB protein she has identified as the key source of blood inflammation leading to health complications. 

“Improving the performance of hemodialysis applications will provide better quality of life for kidney failure patients and reduce untimely deaths,” she said. 

 

a-dna-protein-may-be-responsible-for-causing-cancerous-stress-balls-in-the-body-usask-researchtrue1718730911095imj129A DNA protein may be responsible for causing cancerous ‘stress balls’ in the body: USask researchIn 2022, an estimated 7,000 Canadians were diagnosed with leukemia, a term used to define cancer of the blood cells. Of that 7,000, it is estimated that nearly half will face mortality. University of Saskatchewan (USask) College of Medicine graduate student Ananna Arna dedicated a research project to examine how genetics and DNA replication play a role in leukemia development.BROOKE KLEIBOERresearch,1675698000000/articles/research/2023/a-dna-protein-may-be-responsible-for-causing-cancerous-stress-balls-in-the-body-usask-researchnewssite://news/articles/research/2023/a-dna-protein-may-be-responsible-for-causing-cancerous-stress-balls-in-the-body-usask-researchccm0461675698391945ccm0461675698391945show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ananna-arna-1.jpgsite://news/images/2023/ananna-arna-1.jpgnewsananna-arna-1.jpg1878381080720Headshot of USask College of Medicine graduate researcher Ananna ArnaUSask College of Medicine graduate researcher Ananna Arna hopes her work sheds light on how leukemias form. (Photo: Submitted)NoNoneNoneNo/
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Like other cancers, leukemia is caused by genetic factors and environmental factors,” said Arna. “Genetic alteration impairs normal blood cell production and overall body function.”

If something is to alter genetics, this naturally means the alteration of DNA. Helicase proteins are responsible for “unzipping” normally double-stranded DNA into two single strands.

Under the supervision of USask College of Medicine professor Dr. Yuliang Wu (PhD), Arna’s study aims to understand how the actions of a specific DNA helicase – DEAD-box helicase 41 (DDX41) – can possibly contribute to the causation of specific leukemias in the body.

“Although scientists have identified a significant contribution of various helicases in cancer onset and progression, the mechanism of how a faulty DDX41 leads to cancer has not been explored,” said Arna.

“DNA alteration of blood cells occur under various conditions; however, these changes are observed more commonly in helicases,” said Arna. “We suspect DDX41 helicase plays a significant role in forming small granules that consist of many proteins and RNA molecules.”

“These granules exist under normal conditions, but they increase in quantity when cells undergo trauma or stress conditions, and reduce in quantity when stress is gone,” said Arna.

The research team suspected that DDX41 had the ability to cause a change in the way these ‘stress balls’ are formed. Disruptions to this process have the potential to lead to cancer development.

Some early research findings from Arna’s team indicate that DDX41 is required for this granule formation. When mutations occur in DDX41, this can lead to alterations in the way granules are produced, opening the door for the creation of potentially negative cellular behaviour.

“Myelodysplastic syndrome (MDS) and acute myeloid leukemia (AML) are two types of aggressive blood cancers with five-year survival rates of only around 25 per cent,” said Arna. “The incidence of AML and MDS increases with the aging population. Given that Canada’s senior population is expected to grow by 68 per cent over the next 20 years, the number of patients with MDS and AML is expected to increase significantly.”

The results obtained from studying the actions of DDX41 will give medical practitioners an in-depth look into how leukemias develop, which can be implemented in the invention of new treatment options and in existing therapeutics. 

Arna was actively involved in the project for nearly two years, mainly in designing, performing, and interpreting experiments. Another grad student will carry the work forward as Arna has taken on the challenge of medical school and has started her first year in the USask Doctor of Medicine program.

“Currently, I have started my first year at USask College of Medicine,” Arna said, of her future plans. “I hope to serve as a family physician in Saskatchewan after I complete my degree.”

The research has been supported by USask, the Natural Sciences and Engineering Research Council of Canada, the Cancer Research Society, the Leukemia and Lymphoma Society of Canada, and the Saskatchewan Health Research Foundation.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

clinical-trial-planned-for-novel-alzheimers-disease-therapy-at-usasktrue1718730911095imj129Clinical trial planned for novel Alzheimer’s disease therapy at USaskA novel therapy developed for Alzheimer’s disease — previously shown to significantly slow the progression of the disease and, in some instances, reverse cognitive decline — will be tested in a Phase II clinical trial at the University of Saskatchewan (USask).research, College of Medicine,1675694160000/articles/research/2023/clinical-trial-planned-for-novel-alzheimers-disease-therapy-at-usasknewssite://news/articles/research/2023/clinical-trial-planned-for-novel-alzheimers-disease-therapy-at-usaskccm0461675694483215ccm0461678720579297show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/ron-geyer.jpgsite://news/images/2023/ron-geyer.jpgnewsron-geyer.jpg1178471080720Headshot of USask College of Medicine professor Dr. Ron Geyer USask College of Medicine professor Dr. Ron Geyer (PhD). (Photo: Submitted)NoNoneNoneNo/
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The clinical trial, led by USask College of Medicine professors Dr. Ron Geyer (PhD) and Dr. Andrew Kirk (MD), will advance the development of NeuroEPO, a recombinant form of the naturally produced erythropoietin protein which prevents neuron cell death and promotes the growth and communication of neurons in the brain. 

In a prior human clinical study by the Center for Molecular Immunology, NeuroEPO was evaluated in early-stage Alzheimer’s patients and showed:

  • More than 80 per cent of the clinical trial participants showed their cognitive decline was arrested, with no further deterioration.
  • Cognition improved in 54 per cent of the participants.
  • Over 80 per cent of the control group (received placebo) showed worsening in their cognition.

“The positive results that have been demonstrated this far for NeuroEPO are an important milestone in the development of a breakthrough technology for the treatment of Alzheimer’s disease,” Geyer said. “This Phase II clinical trial at the USask will be pivotal towards further demonstrating NeuroEPO’s efficacy, not only for Saskatchewan’s Alzheimer’s patients, but society as a whole."

Members of the clinical research team include assistant professors and geriatricians in the college, Dr. Megan Surkan (MD) and Dr. Krista Lagimodiere (MD), and clinical psychologist Dr. Megan O’Connell (PhD). They will also collaborate with the Centre for Molecular Immunology, who will play an integral role in this trial, as well as with Rocket Science Health Inc.

During the trial, a new method will be used to deliver the drug through the nasal cavity using an engineered drug delivery device developed by Rocket Science Health to deposit small quantities of the drug in the upper nasal region where it is taken directly to the brain without first being metabolized in the liver. This novel direct nose to brain delivery is critical for drug delivery to the brain, which allows NeuroEPO to reach its target in the brain within minutes and avoids the potential for side effects in other organs. 

As part of the process to measure the effectiveness of NeuroEPO to stop the decline in cognition in Alzheimer’s patients, the group will use both cognitive assessments and measure biological markers in clinical trial participants that include beta amyloid plaques, Tau neurofibrils and ApoE, as well as MRI that measures decline in brain volume.

These biological markers, which have not previously been measured with NeuroEPO administration, are hallmarks of Alzheimer’s disease and play a significant role in neuron cell death.

Detection of beta amyloid plaques in the brain will be enabled by a positron emission tomography imaging probe (drug) that must be manufactured on-site. Fortunately, the Sylvia Fedoruk Canadian Centre for Nuclear Innovation operates the Saskatchewan Cyclotron Facility on the USask campus to support cutting-edge radiopharmaceutical research and development, such as the work led by Geyer and Kirk. The radiation-emitting component, Fluorine-18, is produced at the Facility and combined with the molecule Flutemetamol, in a laboratory compliant with Health Canada regulations, to yield the imaging probe.

“Establishing a biologic diagnostics process in Saskatchewan will be of great benefit to clinicians, allowing them to more accurately diagnose Alzheimer’s disease and provide the appropriate therapeutic intervention,” Geyer said.

Currently the Alzheimer’s diagnosis is performed using cognitive assessments, making it difficult to differentiate the disease from other types of dementia. The USask team will work with the Geriatric Evaluation and Management Clinic at City Hospital, the Rural and Remote Memory clinic, and the Alzheimer Society of Saskatchewan to recruit participants and make the public aware of this clinical trial.

A date for the clinical trials to begin has not been finalized.

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Together, we will undertake the research the world needs. We invite you to join by supporting critical research at USask.

canadian-light-source-at-usask-announces-appointment-of-new-executive-directortrue1718730911095imj129Canadian Light Source at USask announces appointment of new executive directorToday, the Canadian Light Source (CLS) Board of Directors at the University of Saskatchewan (USask) is announcing the appointment of a new CLS executive director. canadian light source, can light source, research1675435560000/articles/research/2023/canadian-light-source-at-usask-announces-appointment-of-new-executive-directornewssite://news/articles/research/2023/canadian-light-source-at-usask-announces-appointment-of-new-executive-directorccm0461675435874253ccm0461675435904906show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/bill_matiko.jpgsite://news/images/2023/bill_matiko.jpgnewsbill_matiko.jpg1150881080720Bill Matiko will become the executive director, effective immediately, for a period of five years. (Photo: Submitted)NoNoneNoneNo/
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Bill Matiko, current chief financial officer and chief operating officer for the CLS, will become the executive director, effective immediately, for a period of five years. 

“After an extensive search, the best candidate turned out to be right here, and we’re extremely pleased that he’s accepted our offer,” said Pierre Lapointe, chair of the CLS Board of Directors. “Bill has proven he has the leadership skills to guide the CLS through the important next phase of the facilities, to ensure the CLS remains a major contributor to Canadian science, innovation, and the economy.”

As COO, Matiko has effectively led the CLS since September 2021, with full operational oversight and authority. 

“As the CLS enters this next critical phase, with the major linear accelerator upgrade that will ensure its continued leadership in the global synchrotron community, we believe Bill is in the best position to ensure the continuity of leadership and excellent management of this important University of Saskatchewan national resource,” said Dr. Baljit Singh, USask vice-president, research. 

Prior to joining the CLS as CFO in 2019, Matiko was the COO and CFO at Suncorp Valuations, a global provider of appraisal, business valuation and risk management services. Approximately 30 years of his career was spent at Deloitte, where he eventually became a partner, serving clients in the public, private, government and not-for-profit sectors across Canada, the United States and Mexico. 

The CLS is a national research facility of the University of Saskatchewan.

usask-research-hopes-to-help-developing-countries-conquer-financial-roadblocks-to-infrastructuretrue1718730911095imj129USask research hopes to help developing countries conquer financial roadblocks to infrastructureA country’s development often relies on gaining the attention of investors who are willing to invest cold, hard cash into a project that will ultimately enhance a nation’s job market, tap into natural resources, or provide better services for its citizens.BROOKE KLEIBOERresearch, Edwards School of Business1675351680000/articles/research/2023/usask-research-hopes-to-help-developing-countries-conquer-financial-roadblocks-to-infrastructurenewssite://news/articles/research/2023/usask-research-hopes-to-help-developing-countries-conquer-financial-roadblocks-to-infrastructureccm0461675352103921ccm0461675352103921show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/joan-lu-1080.jpgsite://news/images/2023/joan-lu-1080.jpgnewsjoan-lu-1080.jpg2549811080720Joan Lu stands outside of the Edwards School of Business at the University of Saskatchewan campusUSask Edwards School of Business graduate student, Joan Lu. (Photo: Submitted)NoNoneNoneNo/
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As part of her Master of Science in Finance research, University of Saskatchewan (USask) Edwards School of Business graduate student Qiongfang (Joan) Lu decided to investigate the realities of obtaining financing for developing countries to support their growth – particularly in the vast landscape of Africa.

“Poor infrastructure conditions have impeded Africa’s development for decades, as many practical difficulties exist in implementing infrastructure projects,” said Lu. “Driven by my two-year living experience in Africa during the COVID-19 pandemic, I felt the urge to research something about African infrastructure, because I strongly believe this is truly the bottleneck to unlocking Africa’s enormous potential.”

Africa is rich with potential. Its population of youth and young adults will grow to the largest workforce in the world over the next decade. Along with this increase in labour availability, up to 60 per cent of Africa’s farmable land is currently uncultivated, and natural resources, such as an abundance of minerals, have been largely untapped.

Regardless of this potential, Lu said that, according to the World Bank, “the infrastructure funding for Africa is only about ten per cent compared to other emerging markets.”

Countries obtain funding in two major ways – through debt or equity. A debt issuer may offer money or support to a foreign company in exchange for a promise of repayment. An equity investor may purchase a portion of a company that is starting operations in a foreign country.

“By using panel data from 35 African countries over 17 years, we find that an African country with better infrastructure development is more likely to attract investors, both debt issuers and equity investors,” said Lu, who conducted the study under the supervision of professor and international business expert Dr. Craig Wilson (PhD).

Findings show that developing countries tended to attract more equity investment than debt investment.

“The fact that equity investors show higher participation in less developed African countries might be a bit surprising for some,” said Lu. 

According to Lu, despite investment in African countries often being perceived as risky, its infrastructure projects typically bring much higher returns and lower default risks than those of other regions in the world.

TextPullquote“My biggest motivation in research is to look for ways to utilize finance as a tool for making the world more sustainable and more equal to all humankind.” Joan Lu/Align left

“It is important to advocate our findings to professionals in the financial industry to increase their awareness of infrastructure investment opportunities in Africa,” said Lu. “It is worth highlighting that policymakers should find ways to encourage more equity investors to consider investing in less developed African countries because our findings show they are more willing to explore such opportunities; therefore, allocating more resources to equity investors is likely to yield better policy outcomes.”

The academic paper written with these findings has been presented twice at The Cross Country Perspectives in Finance Symposium and has been submitted to the Journal of International Financial Markets, Institutions, and Money for potential publication.

Lu said one of the biggest lessons she has learned throughout the project is how concepts like corporate finance can be viewed through a humanistic lens.

“My biggest motivation in research is to look for ways to utilize finance as a tool for making the world more sustainable and more equal to all humankind,” she said. “I believe finance is not an isolated field. It is connected to the values and perceptions of people.”

Lu plans to continue the work as she pursues her PhD in finance and expects to graduate in 2026. Funding for the study was provided by the Edwards School of Business Research Fund.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

mela-proud-of-forensics-centre,-own-contribution-to-usasktrue1718730911095imj129Mela proud of forensics centre, own contribution to USaskYou could say that the University of Saskatchewan (USask) was the answer to a prayer for Dr. Mansfield Mela (MBBS) back in 1999, when he was pondering his future.Sarath Peirisblack history month, bhm, provost,1675269300000/articles/research/2023/mela-proud-of-forensics-centre,-own-contribution-to-usasknewssite://news/articles/research/2023/mela-proud-of-forensics-centre,-own-contribution-to-usaskccm0461675269555130ccm0461675289497447show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/mela-1080.jpgsite://news/images/2023/mela-1080.jpgnewsmela-1080.jpg2707121080720Headshot of Dr. Mansfield Mela, a professor of psychiatry in USask’s College of Medicine, associate faculty member in the College of Law, and director of USask’s Centre for Forensic Behavioural Science and Justice Studies.Dr. Mansfield Mela is a professor of psychiatry in USask’s College of Medicine, associate faculty member in the College of Law, and director of USask’s Centre for Forensic Behavioural Science and Justice Studies. (Photo: Submitted)NoNoneNoneNo/
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Mela was in the United Kingdom, having just completed his psychiatric residency training at Cardiff University in Wales and a Master of Science degree in psychiatry he had embarked upon at home in Nigeria.

“I was praying for direction when a colleague contacted me from Saskatoon, saying, ‘Do you want to come and have a look at what we have here?’” said Mela.

Mela took up the invitation, travelled west for a look-see, and joined USask as a clinical tutor in 2000. Today, he is a professor of psychiatry in USask’s College of Medicine, associate faculty member in the College of Law, and director of USask’s Centre for Forensic Behavioural Science and Justice Studies, which he and colleagues helped found in 2009 under the leadership of Dr. Stephen Wormith (PhD).

Recognized as a Founder of the forensic psychiatry subspeciality in Canada, Mela’s research deals with understanding how people with mental health disorders intersect with the legal system, with a special focus on fetal alcohol spectrum disorder (FASD) and criminal consequences that arise from FASD.

He also researches how medication can help to reduce criminality, as well as the role of forgiveness in reducing criminality.

“What that means is helping individuals who have hurt others, to recognize their own victimization,” he said. “It’s about guiding and supporting them through the process of reducing their bitterness and resentment that have led them to victimize others.”

In addition to his forensics research, Mela educates lawyers and psychiatrists on becoming medical/legal experts to deal with the courts, and also engages in patient-oriented research to include the voices of clients in developing solutions and strategies in forensic mental health.

He highlights the substantial contribution the forensics centre makes to ensuring that communities in Saskatchewan and across Canada are safe.

The forensics centre was involved in establishing and evaluating Saskatchewan’s first mental health court in Saskatoon, he said, with the province since expanding these courts to other communities. As well, an evaluation by the centre of an FASD pilot project at the Regional Psychiatric Centre has the federal government looking at establishing more FASD clinics across Canada.

“I’m really proud of our small forensic centre that does a lot of work with the Ministry of Corrections, Ministry of Justice, policing services, as well as the federal government and public safety departments,” Mela said. “The research we do really contributes to that safety, allowing people to make this home.”

Twenty-three years after his arrival, Mela is ensconced in Saskatoon with his spouse and three boys, has learned to tolerate—if not accept—the weather, plays badminton instead of his beloved cricket, and watches basketball and hockey although he plays neither.

As for his experience over that time as a Black academic at USask, Mela identifies many positive as well as negatives.

“I have been blessed and fortunate to have been recruited by someone whom I thought was exceptionally blind to colour,” said Mela. “Dr. David Keegan (MD) was more interested in, ‘can you deliver the goods?’ And that’s how I got into the medical faculty.”

And he feels fortunate to have worked with colleagues to whom his colour mattered little.

“I’ve never felt that my promotion was interfered with in any way. My work and the things that I’ve done have been devoid of those discriminatory practices,” he said.

“I also have a very strong community and church group that have been very helpful in reducing the unavoidable stresses you get from day-to-day.”

However, as a prominent Black USask faculty member, Mela has been a mentor to others whose experience was much different.

“I hope that in due course people will be taken for who they are and what they bring to the table, not what their colour is.”

Mela wants Black History Month to be a celebration of the many Black people at USask and in Saskatoon who are doing extremely well and has some thoughts for those who struggle to accept or appreciate the work done by anybody in the Black community.

“They can rest assured that the examples of some of us is evidence enough that there are people from the community who do not depend on handouts but do the work that every other person does,” he said.

“For those who do not have those tendencies of discrimination but contribute to it by their silence, my encouragement is to step up. Celebrate and accept as well as speak up if you are seeing racism happening.”

usask-researcher-and-nobel-laureate-herzberg-predicted-source-of-comets-green-hue-in-1939true1718730911095imj129USask researcher and Nobel laureate Herzberg predicted source of comet’s green hue in 1939A comet from the outer solar system will be visible from Earth for the first time in 50,000 years – and its green shine can be explained in part by a prediction made by Nobel laureate Gerhard Herzberg at the University of Saskatchewan (USask) almost a century ago.BROOKE KLEIBOERresearch,1675173600000/articles/research/2023/usask-researcher-and-nobel-laureate-herzberg-predicted-source-of-comets-green-hue-in-1939newssite://news/articles/research/2023/usask-researcher-and-nobel-laureate-herzberg-predicted-source-of-comets-green-hue-in-1939ccm0461675099047957ccm0461675173841346show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/observatory.jpgsite://news/images/2023/observatory.jpgnewsobservatory.jpg2629981080720The USask Observatory with the night sky visible in background.The USask Observatory is open for public viewing of celestial objects on the first and third Saturdays of each month. (Photo: Submitted)NoNoneNoneNo/
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Comet 2022 E3 (ZTF), which will be visible in early February, has been orbiting the outer solar system for tens of thousands of years. Because of its wide orbit, the comet is only seen from Earth every 50,000 years, making it a truly once-in-a-lifetime event for skywatchers. Those in Canada looking to the northwestern skies before dawn on Feb. 1 and Feb. 2 have the best chance of seeing the comet.

TextImage/images/2023/comet.jpgsite://news/images/2023/comet.jpgnewscomet.jpg1375038001127Comet C 2022 E3 (ZTF) was discovered by astronomers using the wide-field survey camera at the Zwicky Transient Facility this year in early March. (Photo: Dan Bartlett/NASA)Align right

“It’s important to pay attention to celestial events like this because they are often how we learn about our world,” said Dr. Daryl Janzen (PhD), an astronomy expert and instructor in the Department of Physics and Engineering Physics at USask’s College of Arts and Science. “Science itself was essentially invented because people noticed that the planets follow wandering paths through the stars and wanted to explain that.”

Janzen also co-ordinates public outreach activities for the USask Observatory, which is open for public viewing of celestial objects on the first and third Saturdays of each month.

Like many other comets, Comet 2022 E3 (ZTF) gives off a distinct green colour from its bright head as it arcs across the sky. The puzzle of the exact cause of this green coloration has been solved in recent years, thanks in part to Herzberg.

Herzberg, winner of the Nobel Prize in chemistry in 1971 and a groundbreaking researcher who conducted much of his foundational work at USask from 1935-1945, spent his career studying the structure and geometry of molecules using spectroscopy, the study of the absorption and emission of light and radiation by matter. His studies led to innovative understandings of how molecules and atoms function and interact, and formed the basis of many advancements in astronomy, health, chemistry, and physics.

Herzberg began studying the diatomic molecule, C2, as early as 1937 while he was at USask. C2 is formed because carbon (C) is a relatively unstable element and attempts to stabilize itself by bonding itself with a second carbon molecule. His work eventually evolved into an analysis of how C2 may be of interstellar importance. A prediction Herzberg made in analyzing the spectroscopy of C2 laid the foundations for our current understanding of why colours appear in comet comas—the cloud of dust and gas that surrounds a comet’s head.

According to work published in 1939 in The Astrophysical Journal, Herzberg speculated that the cause of a comet’s green hue could  be due to sunlight causing C2 to reach a high level of vibration, which causes the two molecules to break their bond and disassociate. It was thought the ripping apart of these molecules released energy emitted as a green colour.

This prediction remained unconfirmed for almost a century due to the difficulty of testing such a scenario. In December 2021, a University of New South Wales team published a research paper in the Proceedings of the National Academy of Sciences that tested Herzberg’s theory for the first time. Through a lab experiment, the research team showed that C2 molecules disassociate at high vibrational levels and cause a green light to emit from a comet’s coma. This discovery provided scientific proof of what Herzberg suspected back in 1939.

“Comet comas are typically green, and as Herzberg predicted, the colour comes from photo-dissociation of diatomic carbon, which is an abundant molecule in comets,” said Janzen. “This recent study confirmed that C2 has a lifetime of roughly two days until sunlight breaks the molecule apart and emits a green photon. It’s not just the colour, but this short timeframe that explains why the green light comes only from the coma and not the comet’s tail.”

TextImage/images/2023/observatory-building.jpgsite://news/images/2023/observatory-building.jpgnewsobservatory-building.jpg3167571080736The USask Observatory is open for public viewing of celestial objects on the first and third Saturdays of each month. (Photo: Submitted)Above content

Herzberg took much interest in interstellar space, and in the mysteries that could lie in outer space that may help us understand molecules and atoms and their behaviour here on Earth.

“We’ve now explained why comets have green comas because, first of all, people bothered to notice that the comas are green, and then Herzberg had an idea to explain why that is,” Janzen said. “When we pay attention to the world and see something we haven’t seen before, we are participating in the first step on the path toward scientific discovery.”

Observing Comet 2022 E3 (ZTF) as it passes by Earth in early February prompts a reminder of the scientific legacy left by Herzberg both at USask and in the world, as the skies are lit “USask green.”

Visit research.usask.ca/herzberg to learn more about Herzberg’s groundbreaking work at USask.

leaders-in-discovery-five-usask-researchers-honoured-with-top-provincial-health-awardstrue1718730911095imj129Leaders in discovery: five USask researchers honoured with top provincial health awardsDr. Volker Gerdts (DVM, PhD), director and CEO of the Vaccine and Infectious Disease Organization (VIDO) and professor in the Western College of Veterinary Medicine (WCVM) at the University of Saskatchewan (USask), has been recognized with an Achievement Award by the Saskatchewan Health Research Foundation (SHRF). 1674763200000/articles/research/2023/leaders-in-discovery-five-usask-researchers-honoured-with-top-provincial-health-awardsnewssite://news/articles/research/2023/leaders-in-discovery-five-usask-researchers-honoured-with-top-provincial-health-awardsccm0461674763258554ccm0461674763504109show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/volker_gerdts.jpgsite://news/images/2023/volker_gerdts.jpgnewsvolker_gerdts.jpg14636317091139Dr. Volker Gerdts (DVM, PhD) is among five USask researchers recognized by the provincial funding agency as part of its annual Santé Awards honouring health research excellence in Saskatchewan. (Photo: Submitted)NoNoneNoneNo/
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“Dr. Gerdts’ scientific and leadership accomplishments throughout his illustrious career make him most deserving of this award and recognition. We are grateful for his leadership of VIDO, particularly during the challenging times of the COVID-19 pandemic. He was able to grow and strengthen Canada’s pandemic response and was an integral part in creating Canada’s Centre for Pandemic Research,” said USask Vice-President Research Baljit Singh. “We are grateful for his ongoing commitment to our One Health Signature Area of Research and for inspiring the next generation of scientific leaders.”

Beyond his impressive professional achievements of publications and citations, Gerdts has been a mentor and leader in One Health, which recognizes the integral connections between human, animal, and environmental health. At the institutional level, he has been a champion for One Health as a signature area of research at USask. On the international stage, he co-led the Natural Sciences and Engineering Research Council of Canada (NSERC)-funded Integrated Training Program in Infectious Diseases, Food Safety and Public Policy, training more than 200 young researchers from 15 countries.

“This award is recognition of the many colleagues and collaborators I have worked with over the years, including an outstanding group of individuals here at VIDO,” said Gerdts. “I am excited to continue to develop solutions for emerging diseases of humans and animals. The support from SHRF and other funders over the years has helped to make this vision reality.”

With 91 grants totaling more than $117 million as principal investigator, more than $79 million as co-applicant and over $10 million in contract research, Gerdts has led the development of several vaccines and novel adjuvants—ingredients that help create a stronger immune response—for people and animals.

His work helped to develop a universal protocol for vaccination of pregnant women to improve the health of newborn babies, and as a result, pregnant women now routinely receive the pertussis (whooping cough) vaccine to protect their newborns against the disease. Gerdts’ research focusing on the fetal immune system development was published in Nature Medicine, and his work on a single-immunization vaccine platform for neonates continues with research into a vaccine for pertussis and respiratory syncytial (RSV), which is undergoing production optimization so it can be ready for production in VIDO’s manufacturing facility and used in human clinical trials.

Under his leadership VIDO has experienced enormous growth, including the completion of its vaccine manufacturing facility that strengthens Canada’s production capacity, positioning VIDO as Canada’s Centre for Pandemic Research. He has also played an integral role in drawing top talent from around the globe to work and live in Saskatchewan, while at the same time elevating the province’s scientific reputation.

Since the beginning of the pandemic, Gerdts has demonstrated creative thinking and a keen ability to successfully bring together funders and interdisciplinary collaborators. His over 250 media interviews and presentations about COVID-19 are examples of his skills as a trusted scientific communicator.

Gerdts is among five USask researchers recognized by the provincial funding agency as part of its annual Santé Awards honouring health research excellence in Saskatchewan.

“We are proud of our researchers who have received these prestigious awards,” said Singh. “They are confronting the world’s greatest challenges head on through creativity and collaboration. Their collective impact includes discoveries for improved mental health and wellness, hope for new treatments for drug-resistant infections, and the expertise that will influence how our decision-makers will shape an accessible and culturally responsive healthcare system for the people of Saskatchewan.”

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Dr. Lloyd Balbuena (PhD), associate professor in the department of psychiatry in USask’s College of Medicine, has been recognized with an Early Career Award for his work since receiving SHRF’s Establishment Grant in 2017. His project, titled Neuroticism and Mood Instability as Suicide Prevention Targets, aims to identify predictors of suicide in the general population and in a sample of patients who experienced suicidal ideation.

In general population data from the United Kingdom (U.K.) analyzed by his team, the researchers found the personality trait neuroticism predicted suicide. Daily cigarette smoking was also associated with suicide in the general populations of U.K. and Norway, but that’s not to say it is a cause. In a clinical sample of Saskatchewan patients, Balbuena’s team found that suicidal ideas fluctuate, meaning that patients who visit emergency rooms for suicidal ideation and are discharged may again become suicidal.

While suicide rates remain high, Balbuena feels impactful suicide research can identify a specific modifiable factor that can save lives.

“I find fulfilment as a participant in the quest to understand suicide. I consider myself a marathon runner who does his best even with the knowledge that he will not finish first,” he said.

In his current work, Balbuena is pursuing the smoking-suicide link by trying to estimate how much genes and environment contribute to smoking behaviour, and is studying inflammation as a potential mechanism that links cigarette smoking to suicide.  

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Three USask College of Medicine researchers and their teams were recognized with Excellence Awards for having the top-ranked applications, as determined by committees of their peers, in their respective funding competitions.

Dr. Jessica Sheldon (PhD) was recognized for her project that seeks to understand how histamine, most known for its function in allergies, can influence infection, specifically by a multidrug resistant bacterium called Acinetobacter baumannii. Her project aims to reveal avenues for using antihistamine-based therapeutics as a new potential treatment.

Dr. Ivar Mendez (MD, PhD), working with a highly experienced and nationally recognized research team, was recognized for the team’s project to develop an actionable framework that will provide a roadmap for the Ministry of Health to establish an integrated patient-centred virtual care service in Saskatchewan.

Dr. Stuart Skinner (MD) and the Wellness Wheel team are recognized for their work with addictions care. The project has trained and certified several peer support workers in Saskatoon, Regina, and on-reserve to better support people with addictions across Saskatchewan. The project aims to demonstrate the value and impact of a formal peer mentorship program as a key component of culturally responsive addictions care. The team will also develop a plan for the full integration of peer mentorship into the health care system.

usask-awarded-5.2-million-for-innovative-research-projectstrue1718730911095imj129USask awarded $5.2 million for innovative research projectsEarly detection of infectious diseases in chickens and developing regional influenza vaccines for pigs are among 28 innovative livestock and forage research projects at the University of Saskatchewan (USask) to be awarded a total of $5.2 million in new funding Wednesday. USask Research Profile and Impactresearch, 1674658380000/articles/research/2023/usask-awarded-5.2-million-for-innovative-research-projectsnewssite://news/articles/research/2023/usask-awarded-5.2-million-for-innovative-research-projectsccm0461674659236855bpk4551675189636633show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/pigs_1080.jpgsite://news/images/2023/pigs_1080.jpgnewspigs_1080.jpg1721061080720Twenty-five USask researchers were awarded funding for projects. (Photo: Submitted)NoNoneNoneNo/
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The money comes from Saskatchewan’s Agriculture Development Fund (ADF), a program jointly funded by the provincial and federal governments. 

In all, 25 USask researchers were awarded funding for projects that range from using artificial intelligence to monitor the well-being of pigs to developing vaccines to control diseases such as foot rot in cattle, to controlling microbial diseases in bees and maximizing the use of wheat straw in the diet of beef cattle. Five of these projects, totalling $863,000, are at the USask-owned Prairie Swine Centre. 

“This major investment by our federal and provincial governments and industry partners ensures the continued advancement of leading-edge research by USask scientists in the areas of livestock well-being and health, production efficiency, and agricultural technology,” said USask Vice-President Research Baljit Singh. 

“We greatly appreciate this support for research that is contributing to global food security, and to enhancing the economy of Saskatchewan and Canada by developing value-added products, increasing exports, and training of highly skilled professionals.” 

Industry co-funders of the USask projects are: SaskMilk; Alberta Milk; Saskatchewan Cattlemen’s Association; Saskatchewan Forage Seed Development Commission; Saskatchewan Alfalfa Seed Producers Development Commission; Results Driven Agriculture Research; and the Saskatchewan Canola Development Commission. 

TextGetting the poop on broiler chicken health Image/images/2023/gomis_susantha.jpgsite://news/images/2023/gomis_susantha.jpgnewsgomis_susantha.jpg1575981080720Dr. Susantha Gomis (PhD), professor and head of the Department of Veterinary Pathology in USask’s Western College of Veterinary Medicine (WCVM). (Photo: Submitted)Align left

Dr. Susantha Gomis (PhD), professor and head of the Department of Veterinary Pathology in USask’s Western College of Veterinary Medicine (WCVM), was awarded $170,000 to develop a biomarker-based fecal test for the early detection and control of diseases and performance improvement in commercial broiler chickens. 

“The key element of this project is the rapid diagnostics focus,” said Gomis.  

With concern about antibiotic-resistant superbugs and consumer demands leading to eliminating antibiotics from broiler feed meant to prevent diseases and improve bird welfare, infection rates of pathogens such as E. coli and Clostridium perfringens are increasing in chickens. 

But as Gomis explains, with broilers headed to slaughter at around six weeks, conventional lab testing to diagnose a bacterial or viral infection (or both) and treat it take too long, as regulations require a 21-day withdrawal period for certain antibiotics to clear a bird. The industry currently lacks the ability to detect pathogens within one to two days of onset of an infection. 

Gomis already had been analyzing metabolites in the blood serum of broilers to identify biomarkers that signal an infection even before lesions are detectable under a microscope. He is now investigating if chicken feces provide a non-invasive method of detecting the biomarkers of infections. 

Such early detection of subclinical infections would be a boon for the industry, not only by providing early warnings of infection, but also in terms of savings for expensive feed whose calories are being diverted to activate the immune system of sick birds instead of being used as fuel for growth.  

“The technology to detect diseases early before clinical signs appear can help improve poultry health, food safety, and animal welfare, and ultimately enhance the competitiveness of Canada’s broiler production,” he said. 

TextDeveloping a regional influenza vaccine for pigs Image/images/2023/detmer_susan.jpgsite://news/images/2023/detmer_susan.jpgnewsdetmer_susan.jpg122781720900Dr. Susan Detmer (DVM, PhD), associate professor of veterinary pathology at the WCVM. (Photo: Submitted)Align right

Dr. Susan Detmer (DVM, PhD), associate professor of veterinary pathology at the WCVM, was awarded $150,000 over three years to develop vaccines for pigs that are more effective against current strains of the influenza A virus than commercial products that have become out of date. 

“We have been working towards a regional vaccine because we have dominant viruses within a region,” said Detmer, who has been doing influenza virus surveillance in pigs across Western Canada since 2011.  

“So, within Alberta and Saskatchewan, we have five viruses that are dominant. We can put those five viruses in a vaccine, and it will protect most of the pigs in our region. The same can be done for the five viruses that are dominant in the Manitoba region.” 

She is also developing a vaccine for flu strains in the Quebec region, on a fee-for-service basis. 

“So, we can have three different vaccines or five different vaccines that will cover all of Canada because there’s enough consistency and cross-reactivity between these virus that we should be able to get to most of the pigs,” she said. 

Of special concern is a novel strain of the flu, Alpha H1N2, that first appeared in Manitoba in 2013, and  in Saskatchewan two years later, and subsequently has become a dominant strain. It has increased the mortality rate of nursery pigs by five per cent to 10 per cent, and has a high zoonosis potential, meaning it can infect humans and then reinfect pigs through human contact. This pig-origin influenza A viruses infected a swine worker in Minnesota in 2016 and in Manitoba in 2021. 

In developing the vaccine, Detmer is also testing its efficacy for having antibodies in immunized pregnant sows show up in their colostrum to protect piglets during their first six to eight weeks of life when they are most at risk of severe complications from influenza. 

TextUSask funding recipients also includeNone/Above content
  • Jonathan Bennett (Agriculture and Bioresources), $207,010 to determine combined herbicide and fertilizer application for absinth control 
  • Bill Biligetu (Agriculture and Bioresources), $25,025 for developing alfalfa cultivar blends for forage production based on sub-species, fall dormancy and root type; and $219,525 for accelerating the development of forage wheat varieties for improved forage quality and biomass yield 
  • Jennifer Brown (Prairie Swine Centre, and Agriculture and Bioresources), $215,500 for improving the feed efficiency of pork production through the use of thermal profiles 
  • Scout Butler-Siemens (Arts and Science), $25,600 to investigate the decomposition of manure in aquatic ecosystems 
  • Jeffrey Chen (Vaccine and Infectious Disease Organization (VIDO), WCVM and Medicine), $204,310 for harnessing trained immunity-inducing biomolecules to protect pigs against multiple viral and bacterial infections 
  • Daniel Columbus (Prairie Swine Centre, and Agriculture and Bioresources), $90,000 for evaluating and optimizing peri-weaning management to improve performance, welfare, and resilience of piglets; and $30,000 for mitigating effects of deoxynivalenol (DON) intake with increased dietary nutrient content in pigs 
  • Matheus Costa (WCVM), $200,000 for a pipeline for testing and validating non-antibiotic tools to mitigate diarrhea in grower-finisher pigs; and $150,000 to investigate non-antibiotic treatment for swine dysentery 
  • Antonio Facciuolo (VIDO, WCVM), $327,750 for the development of injectable and oral vaccines for Johne’s disease in cattle 
  • Philip Griebel (VIDO, WCVM), $31,790 for an analysis of antibody concentration in beef calves born to dams administered inactivated or modified-live viral vaccines 
  • Eric Lamb (Agriculture and Bioresources), $43,600 to investigate litter accumulation and productivity in Saskatchewan native rangelands 
  • Bart Lardner (Agriculture and Bioresources), $175,200 to investigate growth-promoting implant strategies to enhance neonatal to wean-calf health, performance and profit 
  • Qiang Liu (VIDO, WCVM), $369,000 for a bivalent subunit vaccine for porcine epidemic diarrhea (PED) 
  • Rex Newkirk (Agriculture and Bioresources), $91,500 for determination of micronutrient availability resulting in improved precision formulation with canola meal in animal feeds 
  • Gregory Penner (Agriculture and Bioresources), $190,833 for post-weaning management for beef-dairy cross calves in Western Canada: Phase 2 of 2 
  • Jose Perez-Casal (VIDO, WCVM), $243,017 for the development of an effective multivalent vaccine to control foot rot in cattle 
  • Sean Prager (Agriculture and Bioresources), $180,600 for developing economic thresholds and sequential sampling plans for lesser clover leaf weevil in red clover 
  • Bernardo Predicala (Prairie Swine Centre, and Engineering), $210,000 for optimizing temperature requirements of pigs to reduce energy use in swine production; and $317,500 for precision detection of real-time health and welfare conditions of pigs using advanced artificial intelligence (AI) technologies 
  • Gabriel Ribeiro (Agriculture and Bioresources), $735,866 for maximizing wheat straw use in the diet of beef cattle with canola or flax screenings supplementation 
  • Elemir Simko (WCVM), $269,900 to investigate cost-effective and evidence-based antibiotic control of AFB and spread of AMR in beekeeping industry in Saskatchewan 
  • Emily Snyder (WCVM), $112,198 to investigate the role of serotonin in acute interstitial pneumonia in feedlot cattle 
  • Fabienne Uehlinger (WCVM), $102,911 for establishing evidence-based vaccination schedules for sheep producers 
  • Peiqiang Yu (Agriculture and Bioresources), $135,600 to investigate the use of a newly developed blend protein pellet on rumen parameters and milk fat in dairy cows 

 

we-wrote-that-play,-together-usask-research-paints-picture-of-lived-experiences-of-iranian-womentrue1718730911095imj129“We wrote that play, together”: USask research paints picture of lived experiences of Iranian women A University of Saskatchewan (USask) graduate originally from Tehran, Iran, Haleh Mir Miri has experienced firsthand the type of oppression that women can be subjected to under extremist Islamic rule.BROOKE KLEIBOERresearch, young innovator, college of arts and science,1674575280000/articles/research/2023/we-wrote-that-play,-together-usask-research-paints-picture-of-lived-experiences-of-iranian-womennewssite://news/articles/research/2023/we-wrote-that-play,-together-usask-research-paints-picture-of-lived-experiences-of-iranian-womenccm0461674575506965ccm0461674575506965show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/haleh_mir_miri-1.jpgsite://news/images/2023/haleh_mir_miri-1.jpgnewshaleh_mir_miri-1.jpg3567491080720USask graduate Haleh Mir Miri dedicated her research to understanding and documenting the effects of oppression on Iranian women. USask graduate Haleh Mir Miri dedicated her research to understanding and documenting the effects of oppression on Iranian women. (Photo: Submitted)NoNoneNoneNo/
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“The nationalist Islamization project has become one of the Islamic Republic’s longest-standing goals, grounded in efforts to rule women’s bodies, beginning right after the revolution in 1979 in Iran,” said Mir Miri, who received a Master of Arts in Women and Gender Studies from USask’s College of Arts and Science this past November.

Mir Miri said that under Islamicist practices, women are alienated from their own bodies and sexual desires. The state fights to control gender roles and dynamics of intimate relationships among its citizens. Exploring how Iranian women who leave the country process the traumatic memories they bring along with them was of particular interest to Mir Miri.

“Women and other sexual minorities understand their lives through multi-layered systemic violence, surveillance, and, as we have seen recently, sometimes even fatal interrogation,” said Mir Miri. “My lived experience as a woman in a country with a history of multi-layered oppression for sexual, gender, ethnic, and labour minorities inspired me to do this research.”

Under the supervision of USask associate professor Dr. Marie Lovrod (PhD), Mir Miri turned to her research as a tool to create a “living story” of how Iranian women experience life in the shadow of complex memories of oppressive conditions.

Study participants engaged in five virtual, three-hour meetings over a period of six weeks, followed by collaborative work on selected written memories. The memories that the group identified as key to themselves were transformed into a virtual play, in which participants had the opportunity to develop a dialogue about sexual policies in the Islamic Republic and how these reflected on conventional Iranian families.

“The distinguishing point of this research is the specific definition of trauma,” said Mir Miri. “Trauma in this study is not something that happens to a person all of a sudden and causes a wound in the mind-body — it is a persistent condition where individuals have less control over their behaviour and ability to lead their lives due to constant monitoring by society and complicit family members.”

Mir Miri introduced the Persian word toroma into the study as a way to describe the trauma associated with being constantly surveilled and threatened with violence if strict lifestyles are not followed. Mir Miri hopes to use these memories for a positive purpose— to inspire “potentially powerful collective healing process where [women who have left Iran] remember and reactivate their power to act against systemic forms of violence.”

TextPullquote“For me, this research is a part of a more significant project that I have in mind, and I am delighted that I took baby steps toward it.”Haleh Mir Miri /Align left

“I am trying to revive the memories of the past whose traces can be found in the present while writing a part of the lived history of my country from the lens of women and other gender minorities who seek to create a different future. We wrote that play, together.”

Mir Miri is currently working on publishing a book chapter based on her research in the text Bodies and Beliefs: Purity Culture and the Rhetoric of Religious Trauma, edited by Victoria Houser and Mari Ramler and supported by Duke University Press. The book is slated for publication in 2024.

Canadian health-care professions have built trauma-informed care into the fabric of their service models, and Mir Miri hopes some of her research results can be used to inform other health-care practitioners of potentially useful methods to inspire healing.

“For me, this research is a part of a more significant project that I have in mind, and I am delighted that I took baby steps toward it,” said Mir Miri.

Support for the study was provided by the USask College of Graduate and Postdoctoral Studies.

This article first ran as part of the 2023 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-research-income-growth-leads-canadas-medical-universitiestrue1718730911095imj129USask research income growth leads Canada’s medical universities Canada’s Top 50 Research Universities rankings for 2022 published Wednesday place the University of Saskatchewan (USask) first among the country’s tier of 16 medical universities for research income growth from all grants, contracts, and contributions. research, 1674141900000/articles/research/2023/usask-research-income-growth-leads-canadas-medical-universitiesnewssite://news/articles/research/2023/usask-research-income-growth-leads-canadas-medical-universitiesccm0461674143270393ccm0461680186708684show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/medicine-building.jpgsite://news/images/2022/medicine-building.jpgnewsmedicine-building.jpg2572201080720The College of Medicine at the University of Saskatchewan campus.USask’s sponsored research total of $285.4 million is a record for the university. (Photo: Chris Morin)NoNoneNoneNo/
TextImage/images/2023/singh-baljit.jpgsite://news/images/2023/singh-baljit.jpgnewssingh-baljit.jpg1489268001000USask Vice-President Research Baljit Singh. (Photo: David Stobbe)Align left

USask also achieved its highest-ever placement in the rankings—tenth among the 50 universities ranked—a jump of two spots from 2021. 

USask’s sponsored research total of $285.4 million is a record for the university, and includes increased government funding flowing to universities for pandemic-related research. The increase of 27.8 per cent from last year is the largest percentage increase among medical universities in the annual rankings by Research Infosource Inc., based on Statistics Canada financial data from 2020-21. 

“This record investment in research attests to the tremendous work of USask researchers, who are doing innovative work in many areas of expertise including our signature areas of food and water security, one health-infectious diseases, synchrotron sciences, as well as in public policy, social sciences and arts,” said USask Vice-President Research Baljit Singh. 

“Moving to a top-10 ranking underlines the growing strength of USask research. Our collaborative researchers are maximizing opportunities provided by investments in major science facilities such as the Canadian Light Source, VIDO (Vaccine and Infectious Disease Organization) and other vital resources to develop innovative technologies that benefit Saskatchewan, Canada and the world,” he said. 

USask also moved up one spot to place tenth among 47 institutions ranked in the Research University of the Year category, scoring 43.9 out of 100. The University of Toronto was first with 98.7, while McGill in second spot had 65.6 and McMaster in third spot scored 63.6. These rankings are based on total research income, research intensity per faculty member, research intensity per graduate student, total number of publications in leading journals, publication intensity, and publication impact.  

USask again performed strongly in research intensity per graduate student, moving to first place in Canada from No. 3 last year—reflecting its record research revenues that amount to $81,800 per graduate student. The average income per graduate student for the 50 universities was $42,800 

Also of note is how USask ranked No. 13 in corporate research income at $22.6 million and this total increased  25.2 per cent from 2021 and places the university at the top in percentage growth among universities.  

This year’s assessment of the top 50 universities’ income performance included a spotlight on five years of funding from the four major national funding agencies: Canada Foundation for Innovation (CFI), Natural Sciences and Engineering Research Council (NSERC), Canadian Institutes for Health Research (CIHR) and the Social Sciences and Humanities Research Council  (SSHRC).  

CFI funding of  $150.9 million (2016-17 to 2020-21) positioned USask at No. 4 nationally, and No. 1 overall among the 16 medical universities in terms of percentage of total income (13.6 per cent). NSERC income over the period was $189.8 million, placing USask at No. 7 in the medical tier, but second-highest in terms percentage of total income (17 per cent).  

“We are grateful for the confidence in USask’s high-quality research reflected in the support we receive from provincial and federal governments, industry, and not-for-profit partners. Our researchers are dedicated to advancing knowledge and striving to deliver innovative solutions the world needs,” said Singh.  

The ranking is conducted by Research Infosource, a research, consulting and publishing firm in Canada that annually publishes influential ranking information on research universities, corporations, hospitals and colleges.   

 

research-albertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissancetrue1718730911095imj129Alberta’s new policy on psychedelic drug treatment for mental illness: Will Canada lead the psychedelic renaissance?Alberta’s new policy on psychedelic-assisted therapy for mental illness may set a precedent that moves Canadians one step closer to accepting psychedelics as medicinal substances.Erika Dyckresearch, College of Arts and Science,1673773200000/articles/research/2023/research-albertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissancenewssite://news/articles/research/2023/research-albertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissancenews_ws1674063589976ccm0461674063773667show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/file-20221223-30570-ki7ovk.jpgsite://news/images/2023/file-20221223-30570-ki7ovk.jpgnewsfile-20221223-30570-ki7ovk.jpg2604261080720Mushrooms grown in a labPsychedelics are being held up as a potential solution to the growing need for mental health treatment. But, magic mushrooms are not magic bullets. (AP Photo/Peter Dejong)NoNoneNoneYesNoYesMatching keywordsYesImage/images/research-stories/conversation-canada/file-20221223-30570-ki7ovk.jpgsite://research/images/research-stories/conversation-canada/file-20221223-30570-ki7ovk.jpgresearchfile-20221223-30570-ki7ovk.jpgfile-20221223-30570-ki7ovk.jpg2954811200787MushroomsPsychedelics are being held up as a potential solution to the growing need for mental health treatment. But, magic mushrooms are not magic bullets. (AP Photo/Peter Dejong)NoNoneNoneNo/
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This article originally appeared in The Conversation.

 

Patients in Alberta will now be able to legally consider adding psychedelic-assisted therapy to the list of treatment options available for mental illnesses.

Alberta psychiatrists and policymakers suggest that they are getting ahead of the curve by creating regulations to ensure the safe use of these hallucinogenic substances in a therapeutically supported environment. As of Jan. 16, the option is available only through registered and licensed psychiatrists in the province.

Alberta’s new policy may set a precedent that moves Canadians one step closer to accepting psychedelics as medicinal substances, but historically these drugs were widely sought out for recreational and non-clinical purposes. And, if cannabis has taught us anything, medicalizing may simply be a short stop before decriminalizing and commercializing.

Psychedelic drugs — including LSD, psilocybin (magic mushrooms), MDMA (ecstasy) and DMT (ayahuasca) — are criminalized substances in most jurisdictions around the world, but some people are suggesting it is time to re-imagine them as medicines. A few places are even considering decriminalizing psychedelics altogether, claiming that naturally occurring plants like mushrooms, even “magic” ones, should not be subject to legal restrictions.

In the wake of cannabis reforms, it appears that psychedelics may be the next target in the dismantling of the war on drugs. Canada made bold strides internationally with its widespread cannabis decriminalization, but are Canadians ready to lead the psychedelic renaissance?

Early psychedelic research

There is some precedent for taking the lead. In the 1950s and ‘60s, an earlier generation of researchers pioneered the first wave of psychedelic science, including Canadian-based psychiatrists who coined the word psychedelic and made headlines for dramatic breakthroughs using LSD to treat alcoholism.

Vancouver-based therapists also used LSD and psilocybin mushrooms to treat depression and homosexuality. While homosexuality was considered both illegal and a mental disorder until later in the 1970s, psychedelic therapists pushed back against these labels as patients treated for same-sex attraction more often experienced feelings of acceptance — reactions that aligned this particular approach in Vancouver with the gay rights movement.

Despite positive reports of clinical benefits, by the end of the 1960s psychedelics had earned a reputation for recreational use and clinical abuse. And, there was good reason to draw these connections, as psychedelic drugs had moved from pharmaceutical experimentation into mainstream culture, and some researchers had come under scrutiny for unethical practices.

Regulation and criminalization

Most legal psychedelics ground to a halt in the 1970s with a set of regulatory prohibitions and cultural backlash. In public health reports since the 1970s, psychedelics have been described as objects of unethical research, recreational abuse and personal risk including injury and even death.

Underground chemists and consumers tried to combat this image, suggesting that psychedelics provided intellectual and spiritual insights and enhanced creativity.

Most jurisdictions around the world criminalized psychedelics, whether for clinical research or personal experimentation. Indigenous and non-western uses of hallucinogenic plants of course stretch back even further in history, and these too came under legal scrutiny through a combination of colonial pressures to assimilate and a looming war on drugs that did not distinguish between religious practices and drug-seeking behaviours.

The return of psychedelics

Close-up view of long-stemmed mushrooms with reddish-brown caps
At the moment, the next generation of scientific research on psychedelics still lags behind the popular enthusiasm that has catapulted these substances into the mainstream. (AP Photo/Peter Dejong)

In the last decade, regulations prohibiting psychedelics have started relaxing. The U.S. Food and Drug Administration has designated breakthrough therapy status to MDMA and psilocybin, based on their performance in clinical trials with post-traumatic stress disorder (PTSD) and treatment-resistant depression, respectively.

Health Canada has provided exemptions for the use of psilocybin for patients with end-of-life anxiety, and has started approving suppliers and therapists interested in working with psychedelic-assisted psychotherapy. Training programs for psychedelic therapists are popping up across Canada, perhaps anticipating a change in regulation and the current lack of trained professionals ready to deliver psychedelic medicine.

At the moment, the next generation of scientific research on psychedelics still lags behind the popular enthusiasm that has catapulted these substances into the mainstream. Celebrity testimonials and compelling patient accounts are competing for our attention.

Meanwhile, the growing burden of mental illness continues to overwhelm our health-care systems. Psychedelics are being held up as a potential solution. But, magic mushrooms are not magic bullets.

Beyond the medical marketplace

Historically hallucinogenic substances have defied simple categorization as medicines, spiritual enhancers, toxins, sacred substances, rave drugs, etc. Whether or not Health Canada, or the province of Alberta, reclassifies psychedelics as a bona fide therapeutic option, these psychoactive substances will continue to attract consumers outside of clinical settings.

Canada has an opportunity to take the lead once more in this so-called psychedelic renaissance. But, it might be our chance to invest in more sustainable solutions to harm reduction and ways of including Indigenous perspectives, rather than racing to push psychedelics into the medical marketplace.

Indigenous approaches to sacred plants are not only about consuming substances, but involve preparation, intention and integration, often structured in ritualistic settings that are as much about spiritual health as physical or mental health.

This cosmology and approach does not easily fit under the Canada Health Act, nor is it obvious who should be responsible for regulating or administering rituals that sit outside of our health-care system. These differences in how we might imagine the value of psychedelics is an opportunity to rethink the place of Indigenous knowledge in health systems.

We are well positioned to take a sober approach to the psychedelic hype, which has been driven in large part by financial interests, and consider what aspects of the psychedelic experience we want to preserve.

Now may be a good time to reinvest in our public institutions to ensure that psychedelics don’t simply become another pharmaceutical option that profits private investors. Instead, we have an opportunity with psychedelics to rethink how a war on drugs has harmed individuals and communities and how we might want to build a better relationship with pharmaceuticals.The Conversation

Erika Dyck, Professor and Canada Research Chair in the History of Health & Social Justice, University of Saskatchewan

This article is republished from The Conversation under a Creative Commons license. Read the original article.

/research-stories/news-and-features-articles/the-conversation-canada/albertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissanceshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research/research-stories/news-and-features-articles/the-conversation-canada/albertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissanceresearchalbertas-new-policy-on-psychedelic-drug-treatment-for-mental-illness-will-canada-lead-the-psychedelic-renaissanceArticle headlineAlberta’s new policy on psychedelic drug treatment for mental illness: Will Canada lead the psychedelic renaissance?Alberta’s new policy on psychedelic-assisted therapy for mental illness may set a precedent that moves Canadians one step closer to accepting psychedelics as medicinal substances.Erika DyckJan 15, 2023 9:00 AM
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research-how-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnowtrue1718730911095imj129How do snowflakes form? Is each snowflake really unique? Why is some snow light and fluffy or heavy? The amazing science of snowMolecule by molecule, a snowflake grows and eventually begins to fall. A scientific look at the amazing nature of snowflakes and snow.Krystopher Chutko research,1673540220000/articles/research/2023/research-how-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnownewssite://news/articles/research/2023/research-how-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnownews_ws1673881514100ccm0461673882599769show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/file-20230111-46586-breuxu.jpgsite://news/images/2023/file-20230111-46586-breuxu.jpgnewsfile-20230111-46586-breuxu.jpg15415915001000Close up image of a snowflakeIf you catch a snowflake, take a moment to look at it: It’s a formation no one has ever seen before. (Damian McCoig/Unsplash)YesNoneNoneYesNoYesMatching keywordsYesImage/images/research-stories/conversation-canada/file-20230111-46586-breuxu.jpgsite://research/images/research-stories/conversation-canada/file-20230111-46586-breuxu.jpgresearchfile-20230111-46586-breuxu.jpgfile-20230111-46586-breuxu.jpg1375381200901If you catch a snowflake, take a moment to look at it: It’s a formation no one has ever seen before. (Damian McCoig/Unsplash)YesNoneNoneNo/
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This article is republished from The Conversation

In northern communities, seasonal snow plays a central role in day-to-day activities.

For some, it means a day off from school. For others, it’s a signal that skiing season is starting. Or maybe it’s a harbinger of an extra long commute to work. It’s remarkable how many memories and emotions can be evoked by a few billion tiny ice crystals.

We may see snow as a blanket or drifts across the landscape or our driveway. But when was the last time you took a closer look at snow, and I mean a really close look?

Many a writer has mused about snowflakes as a natural work of art. Here’s a scientific look at the amazing nature of snowflakes and snow.

A person catching snow in their mouth smiling.
When was the last time you caught a snowflake? THE CANADIAN PRESS/Darryl Dyck

How do snowflakes form?

While different catalogues will say that there are seven types of snowflakes, or eight or 35, we are probably most familiar with the classic six-sided dendrite forms, characterized by elaborate and nearly symmetrical branches. You know, the type that you would cut out of a piece of paper.

The dendrite form is a study in water chemistry. When ice forms at the molecular level, the angle between the hydrogen and oxygen atoms will always be 120 degrees; put three of these together to get a full ring of molecules with a six-sided structure. In fact, every time a water molecule attaches itself to this ring, it will do so at the same angle.

As the snowflake grows, the attachment of water molecules is determined by the temperature and humidity of the air. Since these characteristics don’t change too much at the size of a growing snowflake, those attachments tend to occur evenly across the six points of the hexagonal flake.

Molecule by molecule, the snowflake grows and eventually begins to fall. This takes the snowflake to a new part of the atmosphere, where temperature and humidity are different, resulting in new ice structures forming, but still with the same set of angles.

Video about ice and snow crystal growth with physics professor Ken Libbrecht.

Is each snowflake really unique?

A typical dendrite is made up of about a quintillion (that’s a one with 18 zeroes after it) individual water molecules. Given slight changes in temperature and humidity and the huge number of molecules and bonding opportunities involved, the ice structures created can be incredibly diverse and complicated.

For this reason, it is entirely likely that no two snowflakes form in exactly the same way, and consequently no two snowflakes are alike.

Twin snowflakes have been grown in a lab, where temperature and humidity are closely controlled, but that’s a bit of a cheat.

Why is some snow light and fluffy and some is heavy?

A red cardinal sits in snowy branches as snow falls all around.
Freshly fallen snow tends to be light and fluffy because the flakes take up a lot of space. THE CANADIAN PRESS/Justin Tang

The story of snow crystal growth doesn’t end high above in the clouds. Once the snowflakes reach the ground and accumulate as a blanket of snow, they begin to change.

Freshly fallen snow tends to be light and fluffy because the flakes take up a lot of space and there is a lot of air between and within them. But over time, they break apart, pack tighter together and the density increases.

This process is known as sintering and is useful for building snow shelters like igloos and quinzees. But some of the most remarkable changes happen at the bottom of the snowpack, where warmth from the ground below and cold from the air above interact.

Through a process of sublimation — water molecules change from ice directly to vapour, skipping the liquid phase — and refreezing, cup-shaped crystals a few centimetres across known as depth hoar can form. Though beautiful to look at, depth hoar has a low density and when it forms on a steep slope there is a chance for the snowpack to slide as an avalanche.

So next time you’re out in the snow, even if you’re grumbling about having to shovel the driveway for the umpteenth time this winter, take a moment to catch a snowflake on your mitten and have a look at it. You’re looking at a formation no one has ever seen before.

Check out physics professor Kenneth Libbrecht’s website for a full description of snowflake forms.The Conversation

Krystopher Chutko, Assistant Professor, Department of Geography and Planning, University of Saskatchewan

This article is republished from The Conversation under a Creative Commons license. Read the original article.

/research-stories/news-and-features-articles/the-conversation-canada/how-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnowshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research/research-stories/news-and-features-articles/the-conversation-canada/how-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnowresearchhow-do-snowflakes-form-is-each-snowflake-really-unique-why-is-some-snow-light-and-fluffy-or-heavy-the-amazing-science-ofsnowArticle headlineHow do snowflakes form? Is each snowflake really unique? Why is some snow light and fluffy or heavy? The amazing science of snowMolecule by molecule, a snowflake grows and eventually begins to fall. A scientific look at the amazing nature of snowflakes and snow.Krystopher Chutko Jan 12, 2023 4:17 PM
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usask-awarded-14-million-to-support-innovative-crop-researchtrue1718730911095imj129USask awarded $14 million to support innovative crop researchThe University of Saskatchewan (USask) has been awarded $14 million through Saskatchewan’s Agriculture Development Fund (ADF), with $7.2 million of the funds allocated to operating the Crop Development Centre (CDC) for the next five years.Research Profile and Impactresearch, 1673452140000/articles/research/2023/usask-awarded-14-million-to-support-innovative-crop-researchnewssite://news/articles/research/2023/usask-awarded-14-million-to-support-innovative-crop-researchbpk4551673452733824rig2131677683836958show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/cdc-land.jpgsite://news/images/2023/cdc-land.jpgnewscdc-land.jpg3826551080720Nineteen USask researchers were awarded $6.8 million to support 29 innovative crop-related projects through the Agriculture Development Fund. (Photo: Kaylie Krys)Nineteen USask researchers were awarded $6.8 million to support 29 innovative crop-related projects through the Agriculture Development Fund. (Photo: Kaylie Krys)NoNoneNoneNo/
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Nineteen USask researchers were awarded $6.8 million to support 29 innovative crop-related projects, ranging from using plant-derived ethanol and biodiesel to reduce plastic waste, to developing nutritionally balanced milk using pulse and oilseed protein, to tackling a root rot problem in lentils, a key export for Saskatchewan. 

“I am grateful for the investment in crop research at USask by the provincial and federal governments, and industry partners that recognizes the tremendous economic and social contributions of our researchers,” said USask Vice-President Research Baljit Singh.  

“Their innovations help deliver on USask’s commitment to addressing global food security and creating value-added products that make Saskatchewan a world leader in agriculture.” 

The ADF is supported through the Canadian Agricultural Partnership, a five-year, $3 billion investment by federal, provincial, and territorial governments to strengthen Canada’s agriculture and agri-food sector. This includes a $2-billion commitment that is cost-shared 60 percent federally and 40 percent provincially/territorially, with a $388-million investment in strategic initiatives for Saskatchewan agriculture. 

TextCDC a world leader in plant breedingImage/images/2023/adf-curtis.jpgsite://news/images/2023/adf-curtis.jpgnewsadf-curtis.jpg44863925743861Dr. Curtis Pozniak (PhD), a professor in USask’s College of Agriculture and Bioresources and Crop Development Centre director. (Photo: Christina Weese)Align left

Plant geneticist and wheat breeder Dr. Curtis Pozniak (PhD), a professor in USask’s College of Agriculture and Bioresources and CDC director since 2020, stressed the importance of support from the Ministry of Agriculture since CDC’s inception 52 years ago. 

“We are grateful for this significant ADF funding to support CDC’s operations. It speaks to the province’s commitment to the CDC’s mission, which is to improve the profitability of Saskatchewan and western Canadian growers,” he said. “This support is invaluable to achieving our vision of being global leaders in the area of plant breeding, pathology, and quality of the grain crops that we grow in Western Canada.” 

The operating funds support the work of eight CDC scientists, grain quality testing, and field operations. 

Pozniak said CDC has developed more than 500 crop varieties across 40 different crop types over the past five decades, noting that high-yielding productive varieties are fundamental to a sustainable agriculture production system. Thanks to CDC’s innovations, Saskatchewan is now the world leader in exporting peas, lentils, and chickpeas to fast growing markets such as India, Bangladesh, and northern Africa.  

An economic assessment of the CDC showed that for every dollar invested in the CDC, there was a $12 return to growers, he said. If one considers just pulse crops alone, such as lentils and peas, that return is a substantial $44 for each dollar invested. 

“Over the next five years, we will continue our work to be globally recognized for research and crop development and build our capacity in terms of people and infrastructure so that we can expand the important work that we do at CDC,” said Pozniak. 

TextDeveloping MAGIC lentils to fight root rotImage/images/2023/adf-sabine.jpgsite://news/images/2023/adf-sabine.jpgnewsadf-sabine.jpg37302525743861Dr. Sabine Banniza (PhD), professor in USask’s College of Agriculture and Bioresources. (Photo: Christina Weese)Align right

Dr. Sabine Banniza (PhD), professor in USask’s College of Agriculture and Bioresources, was awarded $421,000 in ADF funding as well as additional support from the Saskatchewan Pulse Growers Association to develop a multi-parent advanced generation intercross (MAGIC) lentil population to explore resistance to two soil-borne pathogens that researchers believe are the main problems for root rot. 

Root rot affects the below-ground portion of the developing plant, leading to poor performing pulse crops. Once root rot has set in, nothing can be done to reverse it. 

Surveys between 2015 and 2017 indicate that 48 to 99 per cent of lentil and pea fields had moderate to severe root rot in Saskatchewan, and complete yield losses were reported in heavily infested fields in Saskatchewan and Alberta. 

Banniza’s  team will use four “elite” lines of lentils that are close to being varieties that could be commercially grown and intercross them with four close wild relatives that have known resistance to the two pathogens, called Fusarium avenaceum and Aphanomyces euteiches. 

“We will do an intensive crossing program to generate loads and loads of crosses—resulting in about 400 lines—that combine the genes of those two lentil groups as much as possible,” said Banniza. “Then we will evaluate them in the phytotron (controlled environment facility) for resistance to these two pathogens.” 

Banniza is hopeful that her four-year project will identify resistant lines that can be developed right away into commercial varieties or are just a few steps away from that. 

TextUsing Saskatchewan ethanol and biodiesel to reduce plastic wasteImage/images/2023/adf-martinreaney.jpgsite://news/images/2023/adf-martinreaney.jpgnewsadf-martinreaney.jpg37354716002000Dr. Martin Reaney (PhD), professor in USask’s College of Agriculture and Bioresources. (Photo: Submitted)Align left

In a world confronting a steadily growing mound of plastic waste that is polluting land and water alike, Dr. Martin Reaney (PhD), professor in USask’s College of Agriculture and Bioresources, has been awarded $360,000 to develop technology to degrade plastics to reusable forms by using Saskatchewan-produced biodiesel and ethanol. 

Biodiesel is a diesel fuel substitute made from plant oil or other renewable material. 

Reaney said his team some years ago developed an “incredibly efficient” and very inexpensive catalyst using vegetable oil and salt water to make biodiesel, with glycerol as a byproduct. Researchers learned that they could add hydroxides of sodium, potassium or even lithium to the glyceride, with the resulting glycerol alkoxide crystallizing into a cheap catalyst. 

When a catalyst is combined with ethanol and added to plastic materials, such as PET (polyethylene terephthalate, used to make water bottles etc.), or PLA (polylactic acid, used to make plastic film, etc.) plastics, or plastic powders from drinking water bottles, it reacts quickly to release monomers, which are the original materials used to create the plastic.  

Another common source of non-biodegradable plastic waste is polystyrene, which is often used as an expanding foam in appliances or for moulding. This type of plastic can easily be dissolved in biodiesel, which is a fuel created from oils. The resulting mixture can then be utilized in various products, like concrete additives and sealants. 

“I think if you combine this technology with some other innovations, such as laws requiring plastics be designed to be reaggregated back into pure plastics, this could be revolutionary,” said Reaney. 

TextNutritionally balanced milk from pulse-oilseed proteinsImage/images/2023/adf-nickerson.jpgsite://news/images/2023/adf-nickerson.jpgnewsadf-nickerson.jpg37790040882725Dr. Mike Nickerson (PhD), professor and acting head of food and bioproduct sciences at USask’s College of Agriculture and Bioresources. (Photo: Submitted)Align right

The non-dairy milk market is growing rapidly, with a predicted global worth of more than $3.7 billion US by 2026. Dr. Mike Nickerson (PhD), professor and acting head of food and bioproduct sciences at USask’s College of Agriculture and Bioresources, has been awarded $305,000 to develop a more nutritionally balanced milk alternative. 

“We want to mimic more of the three-and-a-half, four per cent protein level of milk whereas some of the other plant-based milks tend to be lower in that amount,” said Nickerson. 

He also noted that many alternative milk products, especially legume-based products such as soya milk, have a “beanie” flavour. 

“We want to develop a gluten-free, plant-based milk with that complete healthy fatty acid profile, and also pay attention to flavour and try to improve the flavour profiles of these milk products,” he said. 

The key technology his team is developing is the blending of proteins, Nickerson said, making expansion into other products such as ice cream and yogurt attractive. 

The technology brings several advantages to Saskatchewan agriculture producers, he said, with value-added opportunities for more plant proteins and expanded market segments for those ingredients, as well as higher demand for crops. 

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  • Bishnu Acharya (Engineering), $201,333 for valorization of canola meal by developing canola meal extract as a microbial media for fermentation; and $175,000 for investigating the feasibility of agricultural biomass power generation in Saskatchewan. 
  • Yongfeng Ai (Agriculture and Bioresources), $208,500 for investigating the use of infrared heating to improve functional and nutritional attributes of pea flours in prototype food products; and $359,400 for the development, characterization, and food use of novel whole-cell flours from Canadian pulses. 
  • Sabine Banniza (Agriculture and Bioresources), $225,950 for exploring the diversity of Fusarium solani and F. Oxysporum infecting pulse crops. 
  • Jonathan Bennett (Agriculture and Bioresources), $411,699 for identifying microbial inocula to increase salt tolerance in barley. 
  • Kirstin Bett (Agriculture and Bioresources), $129,361 for identifying genetic tools to ensure Saskatchewan dry beans are protected from anthracnose. 
  • Maryse Bourgault (Agriculture and Bioresources), $433,964 for investigating livestock re-integration in cropping systems for soil health improvement. 
  • Won Jae Chang (Engineering), $550,853 for development of economical salinity remediation strategies for agriculture water using innovative desalination minerals. 
  • Anas El-Aneed (Pharmacy and Nutrition), $153,625 for commercializing green extraction technology of phytosterols from canola oil waste stream. 
  • Supratim Ghosh (Agriculture and Bioresources), $210,000 for developing pulse protein-based whipped cream with healthy vegetable fat as a high-value dairy alternative. 
  • Pierre Hucl (Agriculture and Bioresources), $96,527 for increasing the efficiency of canary seed breeding and enhancing herbicide tolerance; and $99,983 for combining higher anthocyanin levels, enhanced quality, and improved disease resistance in the purple wheat. 
  • Darren Korber (Agriculture and Bioresources), $262,500 for investigating commercially ready vegan protein-based entrapment systems for probiotics for inclusion in plant-based foods. 
  • Randy Kutcher (Agriculture and Bioresources), $173,823 for developing an accelerated disease phenotyping system to select wheat germplasm resistant to FHB and stripe rust; and $208,150 for evaluating flax-chickpea intercropping for disease management – fungicide regime and variety selection. 
  • Curtis Pozniak (Agriculture and Bioresources), $195,001 for marker-assisted pre-breeding for alternative semi-dwarfing genes and anther extrusion in durum and bread wheat. 
  • Sean Prager (Agriculture and Bioresources), $226,500 for examining potential threats from pea seed-born mosaic virus and developing PSbMV-based tools to study legume seed development. 
  • Martin Reaney (Agriculture and Bioresources), $260,000 for investigating vegan soft cheese and yogurt replacement products from pulses. 
  • Jeff Schoenau (Agriculture and Bioresources), $102,789, for straw harvesting strategies to provide feedstock while maintaining soil and environmental quality. 
  • Jafar Soltan (Engineering), $45,000 for investigating potential and feasibility of ozone treatment processes for the reduction of off-flavours and improvement of colour of plant proteins. 
  • Takuji Tanaka (Agriculture and Bioresources), $218,000 for development of applications of legume protein enriched fraction derivatives: combinations of proteolysis and conjugation.
  • Tom Warkentin (Agriculture and Bioresources), $270,250 for developing soybean cultivars for profitable, sustainable prairie cropping systems; and $278,875 for increasing protein-yield in pea using nested association mapping; and $155,747 for the development of SNP markers for marker-assisted selection of pea for water use efficiency and micronutrients. 
  • Albert Vandenberg (Agriculture and Bioresources), $225,000 for breeding high value lentils for future consumer trends; and $250,000 for 3F2B - fast forward faba bean breeding. 

For a full list of all projects funded, please visit the Government of Saskatchewan announcement here.

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Together, we will undertake the research the world needs. We invite you to join by supporting critical research at USask.

groundwater-warning-in-california-a-wake-up-call-for-canada-famigliettitrue1718730911095imj129Groundwater warning in California a wake-up call for Canada: FamigliettiA team of scientists who pioneered methods to observe changes in global groundwater stores over the past two decades using a specialized NASA satellite mission has made a surprising discovery about the aquifers that supply California’s Central Valley region.research, water, GWF,1673278020000/articles/research/2023/groundwater-warning-in-california-a-wake-up-call-for-canada-famigliettinewssite://news/articles/research/2023/groundwater-warning-in-california-a-wake-up-call-for-canada-famiglietticcm0461673278590345ccm0461679413348936show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/jay_famiglietti.jpgsite://news/images/2023/jay_famiglietti.jpgnewsjay_famiglietti.jpg1082331080720Dr. Jay Famiglietti headshotDr. Jay Famiglietti (PhD), professor emeritus in hydrology at the University of Saskatchewan (USask) and former executive director of USask’s Global Institute for Water Security. (Photo: Submitted)NoNoneNoneNo/
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Despite the Sustainable Groundwater Management Act (SGMA) adopted in 2014 to prevent over-pumping and stabilize the aquifers, the groundwater depletion rate has accelerated to a point where the resource could disappear over the next several decades. SGMA gives the state’s local groundwater management districts until 2042 to reach sustainability goals. 

Renowned water scientist Dr. Jay Famiglietti (PhD), lead researcher of a scientific team that in late December published a paper in the prestigious Nature Communications journal detailing what their analysis indicates, has a blunt message: 

“All around the world, we have been kicking the can down the road for a long time on effectively managing groundwater. Now we are at the end of the road, and it’s a dead end.”  

Among the world’s most productive agricultural areas, California’s Central Valley grows most of the produce consumed across North America. To do that it relies heavily on aquifers – as much as 100 per cent during droughts. While groundwater has been disappearing from the region for almost a century, the increasing rate of drawdown in recent years is completely unsustainable, Famiglietti said. 

“If that water disappears, so does food production. That means less produce, higher prices, shortages, and other shocks to food systems,” said Famiglietti, professor emeritus in hydrology at the University of Saskatchewan (USask) and former executive director of USask’s Global Institute for Water Security. 

“My fear is that if we wait 20 years to bring these aquifers to sustainability, there may not be anything left,” he said. “So, speeding up the implementation period may be worth considering, because there appears to be a rush to pump as much as possible before the hammer comes down.”  

His team analyzed nearly two decades of data collected by NASA’s Gravity Recovery and Climate Experiment (GRACE) satellite and the GRACE Follow-On satellite. Their research shows groundwater losses during 2019-2021—the driest three-year period in California’s history—were 31 per cent faster than in two previous drought periods of 2006-2011, and 2011 to 2017. This rate is also five times greater than the long-term average rate of depletion since 1962.  

Deep groundwater took geologic time of millions of years to accumulate, Famiglietti said, and the current scale and pace of the depletion means that recharging the supply is virtually impossible. 

“We talk about managed aquifer recharge and replenishing some of these aquifers. But that’s a small amount of water and it’s close to the surface. This is industrial scale mining of groundwater, with virtually no chance on human time scales to replace the losses.” 

The impacts of depletion far extend beyond food production, he said. A big issue is the subsidence (sinking) of the ground, which can potentially affect about one-quarter of the Central Valley. 

Water for desert cities, including in major U.S. cities such as Las Vegas, Phoenix, Tucson, and Salt Lake City, will be also more scarce, he said.  

Accompanying the disappearance of groundwater, there is ecological damage as wetlands are drained, and as streams run dry. And as water tables fall, costs increase to dig deeper wells and pump groundwater higher, creating affordability problems for people who need to access the water. As well, the poorer quality of the deep water makes expensive treatment necessary for drinking it. 

What’s happening in the Central Valley is also happening in the Lower Colorado Basin, the southern part of the High Plains Ogallala Aquifer, the Middle East, in India and Bangladesh, and several other major food-producing regions around the world, he said. 

This depletion of groundwater should be a wake-up call for Canada, where more than half of the population relies on groundwater for drinking, and for Saskatchewan, which is striving to double its food production capacity, said Famiglietti. 

“Currently we’re OK, but if we want to increase food production and we want to be doing it on an annual, sustainable basis, that means irrigation and that means having continuous access to water. To me that means groundwater," he said. 

“We have to think about how much groundwater we need for sustainable food production, and then to manage to balance that with changing surface water availability so that we can do it for centuries, not just for a few decades.” 

 

usask-led-project-shows-path-to-food-security-in-at-risk-communitiestrue1718730911095imj129USask-led project shows path to food security in at-risk communities A University of Saskatchewan (USask)-led research project is literally putting food on the table for families in one of the most malnourished countries in the world. Paul Sinkewicz for Research Profile and ImpactCollege of Pharmacy and Nutrition, research, 1672844880000/articles/research/2023/usask-led-project-shows-path-to-food-security-in-at-risk-communitiesnewssite://news/articles/research/2023/usask-led-project-shows-path-to-food-security-in-at-risk-communitiesccm0461672845087326ccm0461672845230828show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/vatanparast.jpgsite://news/images/2023/vatanparast.jpgnewsvatanparast.jpg2450211080720Several people, including USask researchers, enjoy an outdoor meal at a picnic tableThe initial meeting between Dr. Hassan Vatanparast and Dr. Ginny Lane (at head of picnic table) with the community about the project in Momostenango, Guatemala. (Photo: Submitted)NoNoneNoneNo/
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A recently completed project by the Vatanparast Nutritional Epidemiology Lab in USask’s College of Pharmacy and Nutrition, in partnership with the University of Idaho (U of I), aimed to improve food security for families in Guatemala.  

Climate change has drastically impacted the ability of the largely Indigenous local population in Momostenango, Guatemala, to sustain traditional methods of agriculture. The disruption to the local economy was having disastrous effects on the health of families. 

The project led by Dr. Hassan Vatanparast (MD, PhD), supplied funds to households to buy hens, with the central highlands municipality of Momostenango supplying building materials for chicken coops to raise the birds as a continued food source for malnourished families. 

Participants Gabriel and Rosalina are raising their two young daughters in a small, well-kept adobe house. With their share of the project funds, they built a coop, purchased 10 laying hens, and carefully nurtured their new enterprise. 

“They keep the hens healthy by feeding them corn concentrate mixed with garlic and onion as per their grandmother’s advice,” said Dr. Ginny Lane (PhD), one of the principal researchers along with Vatanparast.  

“They now have 75 hens that produce 40 to 50 eggs per day,” said Lane, assistant professor of nutrition at U of I and a registered dietitian. 

The family consumes about 10 eggs per day and sells the rest to their neighbours. Demand is so great that usually all the eggs are sold by midday, with neighbours who arrive late leaving empty-handed.  

“Prior to the project, their children would get sick often and did not consume many eggs,” said Lane. “Now their daughters are healthy and do not get sick as often. When the hens become old and stop producing, they sell them and save the money to buy new hens that are a cross between barn egg layers and the disease-resistant hens native to the area.” 

The family is very dedicated to the care of its hens and told Lane, “We now dream of a better future for our daughters, as they will be able to finish school and have different life options.” 

The project involved a total of 10 families, with varying success. Some families used their flock to produce both eggs and chicks to be sold at market, providing food and income. 

Other families struggled because they did not have the resources to regularly buy feed for their hens. An illness derailed one family’s operation completely after they were forced to sell their hens to buy medicine. 

The project received funding from both the Queen Elizabeth II Diamond Jubilee Scholarship program, which covered a portion of Lane’s time, and a One Health fund grant through USask, which funded the needed supplies. One Health is a global initiative that encourages collaboration among all health disciplines, with the goal of attaining optimal health for people, animals and the environment. 

Vatanparast said the overarching goal of the project was to identify alternative approaches to tackle malnutrition in Indigenous communities that have been affected by climate change.  

“Before starting this trial, we collected baseline information on malnutrition, the existing resources present in the communities, and the potential adoptability to alternative interventions to improve malnutrition while empowering the community members, especially Indigenous women,” he said.  

A short-term impact of the project could include immediately addressing acute malnutrition in Momostenango, a community with one of the highest rates of malnutrition in both North and South America, Vatanparast said.  

“In the era of climate change, Gabriel and Rosalina’s success can set an example for long-term impacts of such initiatives, providing a roadmap toward empowering at-risk communities and creating circular economies through the implementation of sustainable approaches.” 

 

a-story-of-fire-and-ice-usask-research-studies-how-wildfires-impact-glacier-melttrue1718730911095imj129A story of fire and ice: USask research studies how wildfires impact glacier meltFrom a distance, the mountain peaks of the Canadian Rockies look like a pristine landscape, untouched by human activity, but Caroline Aubry-Wake experienced firsthand how interconnected our world is while studying the impact of wildfires on the Athabasca Glacier.Ashleigh Mattern for GIWSresearch, water, GWF,1672855200000/articles/research/2023/a-story-of-fire-and-ice-usask-research-studies-how-wildfires-impact-glacier-meltnewssite://news/articles/research/2023/a-story-of-fire-and-ice-usask-research-studies-how-wildfires-impact-glacier-meltccm0461672779626669rig2131677683859656show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/aubry-wake-athabasca-glacier.jpgsite://news/images/2023/aubry-wake-athabasca-glacier.jpgnewsaubry-wake-athabasca-glacier.jpg1185781080720USask researcher Caroline Aubry-Wake of the Global Institute for Water Security on the Athabasca Glacier. USask researcher Caroline Aubry-Wake of the Global Institute for Water Security on the Athabasca Glacier. (Photo: Mark Ferguson)NoNoneNoneNo/
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“You wake up in the morning and you go to your computer to work … and you look outside and it’s raining ashes,” said the former Global Institute for Water Security (GIWS) researcher at the University of Saskatchewan (USask).

Aubry-Wake’s research article “Fire and Ice: The Impact of Wildfire-Affected Albedo and Irradiance on Glacier Melt” was published in the American Geophysical Union (AGU) journal Earth’s Future in April 2022.

The research, which was conducted from 2015-2020, found that soot from fires darkened the ice surface and caused ice melt to increase by up to 10 per cent. But in years when there was a lot of smoke in the air, the ice melted less than it would have without the smoke because less solar energy reached the ice surface.

Climate change is not only accelerating glacier melt, but also driving an increase in forest fires, so this work will help deepen researchers’ understanding of the impact climate change has on water resources in mountain regions and across Western Canada.

While there have been other studies about how soot causes an increase in ice melt, Aubry-Wake said how smoke impacts the system hadn’t been discussed much in scientific circles.

“It is a significant advance, just to show that there is a lot going on in the mountains,” she said. “You really have to think about how all these different processes are linked and how they interact together to get the right answer.”

If they had only looked at surface darkening and melt, it would have appeared as though the darkening didn’t have a big effect on the melt. But in fact, the smoke was having a compensatory effect.

TextImage/images/2023/peyto-glacier.jpgsite://news/images/2023/peyto-glacier.jpgnewspeyto-glacier.jpg3248061080720A look at the Peyto Glacier, one of the Rocky Mountain locations for Global Institute of Water Security research. (Photo: Mark Ferguson)Above content

In models that simulate glacier melt, it’s sometimes based only on temperature, but Aubry-Wake said that broad approach may lead researchers to miss important details, especially when climate change is causing phenomena and processes that are totally new.

“Trying to understand the granularity … helps us better understand what might change in the future,” she said.

The research was a group endeavour: Aubry-Wake did the fieldwork, co-author and USask PhD candidate André Bertoncini provided applied remote sensing analysis, and the supervisor was John Pomeroy, USask distinguished professor and Canada Research Chair in Water Resources and Climate Change.

Aubry-Wake did the research as a PhD candidate in mountain hydrology with USask, based at the Coldwater Laboratory in Canmore, Alta., but recently started a new step in her science career by taking up a post-doctoral fellowship at Utrecht University in Netherlands after defending her thesis on Oct. 12.

Her PhD research focused on how glacier melt and snowmelt change the mountain landscape and affect hydrology, and her post-doc work will take her studies underground, looking at subsurface hydrology in the Himalayas.

She is excited to be working in a new area of study, but said she will continue to watch how the research develops in the Athabasca Glacier region where she did her PhD work.

“There’s always more science to be done,” she said. “Hopefully, we’ll be able to revisit it in the future and see how it changed.”

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Together, we will undertake the research the world needs. We invite you to join by supporting critical research at USask.

new-connections-advance-health-and-wellness-at-usasktrue1718730911095imj129New connections advance health and wellness at USaskWhile experts in music and immunology may not typically have much in common, an unlikely pair of researchers are leading a new area of research focus for the University of Saskatchewan (USask).Jeanette Neufeldresearch,1672840800000/articles/research/2023/new-connections-advance-health-and-wellness-at-usasknewssite://news/articles/research/2023/new-connections-advance-health-and-wellness-at-usaskccm0461672778617840ccm0461674143522359show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2023/signature-1.jpgsite://news/images/2023/signature-1.jpgnewssignature-1.jpg1676001080720Choral director Dr. Jennifer Lang and immunologist Dr. John Gordon.Choral director Dr. Jennifer Lang (PhD) and immunologist Dr. John Gordon (PhD) are co-leading USask’s new Health and Wellness signature area of research. (Photo: Jeanette Neufeld)NoNoneNoneNo/
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On closer examination it makes sense: As a choral director, Dr. Jennifer Lang (PhD) is exceptionally well trained at uniting many different voices. As one of Canada’s leading immunologists, Dr. John Gordon (PhD) is adept at crafting the perfect question.

Together they will use their unique skills to lead one of the university’s new Signature Areas of Research – bringing together a large community of people whose work at USask intersects with the broad theme of Health and Wellness.

“We all have this unique interest and vantage point in exploring what health and wellness is,” said Lang, a faculty member in the College of Arts and Science and director of choral activities at USask. Her research explores how bringing people together to make music enhances well-being. “If everybody comes at something from a different angle, you’re able to see a bigger picture.”

USask’s Signature Areas of Research bring emphasis to the institution’s strengths and provide a vision for its future. Health and Wellness was named as a new Signature Area of Research in early 2022 after a campus-wide renewal process which solicited input from more than 500 participants across campus.

Within the category of health and wellness are five distinct “pillars” or areas of focus: origins of health and disease; population and public health; music, arts and well-being; climate change and population demographics. Each of these pillars is represented by a “pillar lead” who engages in group discussions to determine next steps for the research area.

“We’re exploring these intersections of how one area might influence and affect another area. These conversations are the really important initial steps,” said Lang. “Because of the recognition of health and wellness at this university, really strong community connections have been formed and facilitated.”

While at first glance health and wellness might seem exclusive provenance of the USask College of Medicine, Gordon notes that more than 10 colleges and units on campus have connections to this signature research area.

“We have an embarrassment of wealth in terms of the numbers of colleges and schools who engage in health or wellness-relevant research or training programs,” said Gordon, who is a faculty member in the Department of Medicine within the College of Medicine. “There’s almost an endless depth of resources for engagement of people who are interested in this.”

Both Lang and Gordon said they were met with an immediate, enthusiastic response from many people across campus who saw themselves represented in this new category.

In the long term, they believe this signature area recognition will lead to new training programs for students, opportunities for students to work on cross-disciplinary research projects, increased collaboration across disciplines, and more external funding to the university.

“The idea is that you can do a lot more as a well-integrated team than you can as individuals,” said Gordon.

He gives the example of a team of investigators who might come from the “music, arts and wellness” pillar working with researchers who have an interest in Indigenous health and are part of the “origins” pillar. Together they might explore the impact of Indigenous music and arts on intergenerational health.

“Such a proposal could more likely be a winner with granting agencies because of the fact that it involves multidisciplinary teams and community researchers,” said Gordon. “Together they could accomplish so much more than a single individual.”

When viewed broadly, research into health and wellness at USask has the potential to increase effectiveness of health care, health promotion and disease prevention in society, while also elevating the role of the arts in the scientific discourse.

“If done properly, this could be a nationally and internationally important 25-year initiative,” Gordon said.

indextrue1718730911095imj129Section titlerename me/articles/research/2023/indexnewssite://news/articles/research/2023/indexccm0461672759601654ccm0461672759601654show-in-navNounitshow-navYesshow-headerYesshow-prev-nextNoshow-feedbackNo1
2022true20222022/articles/research/2022newssite://news/articles/research/2022imj1291641310296771imj1291641310296771show-in-navYesusask-chemist-wins-national-institutes-early-career-research-awardtrue1718730911095imj129USask chemist wins national institute’s early career research awardUniversity of Saskatchewan (USask) researcher Dr. Tara Kahan (PhD), recognized as a world leader in both atmospheric chemistry in snow and ice (cryospheric chemistry) and indoor chemistry, has won the Chemical Institute of Canada (CIC) Environment Division’s 2023 Early Career Research Award. research, College of Arts and Science,1671732720000/articles/research/2022/usask-chemist-wins-national-institutes-early-career-research-awardnewssite://news/articles/research/2022/usask-chemist-wins-national-institutes-early-career-research-awardvvd8931671733767773ccm0461674143612913show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/tara-kahan.jpgsite://news/images/2022/tara-kahan.jpgnewstara-kahan.jpg1128851080720USask researcher Dr. Tara Kahan (PhD). (Photo: Chris Putnam)NoNoneNoneNo/
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“I’m still processing. Getting this award is really exciting,” said Kahan. “People who have won this award in the past are people whom I greatly admire. Being put in the same category as them is validating and really important recognition by my peers.” 

As the winner, she will present a keynote lecture at CIC’s Canadian Chemistry Conference and Exhibition (CSC 2023) in Vancouver in early June. 

Kahan was recruited to join USask’s College of Arts and Science chemistry department in 2018 after six years at Syracuse University as an assistant professor. She was awarded a Tier 2 Canada Research Chair in Environmental Analytical Chemistry in 2019. 

“In her short time at USask, she has shown herself to be a world-class scholar whose research has had impact at both the national and international level,” wrote Dr. Matt Paige (PhD), head of the chemistry department, in a letter supporting the CIC nomination. 

“Her contributions to research are evidenced by her scholarly publication record, her participation in international collaborative research projects, her track record of invited conference presentations and by how highly in-demand she is for public scientific outreach.” 

Kahan’s groundbreaking research on ice-surface chemistry includes using a specialized laser-based Raman microscope to demonstrate for the first time that pollutants behave very differently on snow and ice than in liquid water. Kahan said this finding could settle what had been ongoing confusion, disagreement and debate in the cryospheric chemistry community about it. 

“This allows us to move forward with making atmospheric models that, for instance, predict what will happen in the future in the Arctic as it warms, opening up shipping lanes and adding more pollution that affects the ecosystem there. It could also open up the way to new remediation opportunities based on some of the chemistry that we see.” 

Dr. Paul Shepson (PhD), dean of the School of Marine and Atmospheric Sciences at Stony Brook University in New York, wrote that the analytical methods Kahan has developed to characterize physical and chemical properties of air-ice interfaces have led to new insights about reactions in snow-covered regions and “shattered” long-held views. 

 “Tara has shown us a new picture of nature’s reality … she has taken us a quantum leap forward,” Shepson wrote. 

Kahan is also pioneering methods and tools to research how soluteschemicals like salt spread on roads—affect the chemistry of ice and snow at the surface, the complex reactions that occur when salt combines with decaying organic matter, and the unintended consequences of the byproducts for land and aquatic life. 

She describes having access to the Canadian Light Source to understand how molecules behave at the ice surface as a huge benefit that makes her move to USask that much more career-enhancing. 

Kahan’s other major research area is indoor chemistry. She gained international attention during the height of the pandemic-induced frenzy of cooking (on gas stoves) and hyper-cleaning by people confined to their homes with research that showed high levels of reactive and toxic oxidants and providing the first time-resolved measurements of nitrogen oxides and nitrous acids in the air. 

“Mostly what I am doing is finding new ways to measure what’s in the air, and then using those methods to see how things that people do affect the air that they are breathing,” she said. 

 

usask-researchers-to-gain-remote-access-to-huge-array-of-statistics-canada-datatrue1718730911095imj129USask researchers to gain remote access to huge array of Statistics Canada data A recent investment of $17.4 million in a national research and training platform by two federal granting agencies will provide University of Saskatchewan (USask) health and social sciences researchers secure remote access to a wide array of microdata from Statistics Canada. research,1671719880000/articles/research/2022/usask-researchers-to-gain-remote-access-to-huge-array-of-statistics-canada-datanewssite://news/articles/research/2022/usask-researchers-to-gain-remote-access-to-huge-array-of-statistics-canada-dataccm0461671720625435ccm0461671725038713show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/carl_darcy.jpgsite://news/images/2022/carl_darcy.jpgnewscarl_darcy.jpg1692501080720Dr. Carl D’Arcy headshotDr. Carl D’Arcy (PhD), professor of psychiatry in USask’s College of Medicine, and School of Public Health (epidemiology). (Photo: Submittted)NoNoneNoneNo/
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“This is a significant investment in terms of social sciences, and it will provide faculty and graduate students access to survey data on large samples of 30,000 or 60,000 people they wouldn’t otherwise be able to actually generate,” said Dr. Carl D’Arcy (PhD), professor of psychiatry in USask’s College of Medicine, and School of Public Health (epidemiology). 

“I want to stress that it’s high-quality, anonymized data you can access and use it whatever reasonable way you see fit. It provides huge opportunities for doing research of significance to Canada or even regionally,” said D’Arcy, academic director for the Saskatchewan Research Data Centre (SKY-RDC) platform. Study results are publishable in high quality journals. 

SKY-RDC is part of the nationwide Canadian Research Data Centre Network (CRDCN) that received the funding announced in November by the Social Sciences and Humanities Research Council (SSHRC) and the Canadian Institutes of Health Research (CIHR). This investment follows another $17.4 million in ongoing funding for CRDCN announced this summer by the Canada Foundation for Innovation (CFI). 

D’Arcy said researchers can divide the national data sets provided by Statistics Canada and administrative data available from federal and provincial agencies any way they want to, and look at a single province, region or the entire country.  

“What’s readily available is really significant,” D’Arcy said, noting that about 40 faculty and student clusters are making use of the data, with graduate students often using the platform to access information for use in their theses. Researchers need an approved project to access data. 

With available data covering long periods, researchers can track trends in everything from population structure to disease prevalence, adult literacy, immigration integration, and child poverty. Data from the Canadian Social Survey provides data on everything from well-being, unpaid work, and family time to quality of life and cost of living, to issues such as discrimination. The wide array of other data covers geographical data, agriculture-related data, economic data of all types, and health-related data. 

“I don’t think USask faculty and students make as much use of it as they should, especially because for junior faculty members it’s high-quality data you can use that really requires no extra funding,” he said. 

“When you wish to develop an area of expertise and do not have a large amount of grant funding available to you, these datasets give you a foundation from which you can certainly develop a publication track record. All it takes is your time and effort.” 

SKY-RDC currently has about 10 workstations at its location in the Murray Library, where USask users and authorized users must go to access the data through the CRDCN network with support from onsite Statistics Canada analyst Dr. Ruben Mercado (PhD).  

The planned move in the next year or two by Statistics Canada and 33 universities across Canada to establish the new virtual Research Data Centre (vRDC) platform will, for the first time, enable bonafide social science and health researchers to remotely access most of the confidential datasets through their laptops or tabletop computers, as well as enhance their access at campus-based RDCs. 

quantum-computers-can-enhance-medicine,-artificial-intelligence-usask-researchtrue1718730911095imj129Quantum computers can enhance medicine, artificial intelligence: USask researchQuantum computing is an innovative, complex realm many are unfamiliar with, but for those fascinated by mathematical physics — like University of Saskatchewan (USask) student Tarah Teixeira — it’s exciting to be a part of the development of future applications for quantum computers.BROOKE KLEIBOERresearch, College of Arts and Science,1671639120000/articles/research/2022/quantum-computers-can-enhance-medicine,-artificial-intelligence-usask-researchnewssite://news/articles/research/2022/quantum-computers-can-enhance-medicine,-artificial-intelligence-usask-researchccm0461671639352857ccm0461671639352857show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/tarah-teixeira300.jpgsite://news/images/2022/tarah-teixeira300.jpgnewstarah-teixeira300.jpg1923401080720USask College of Arts and Science undergraduate student Tarah TeixeiraUSask College of Arts and Science undergraduate student Tarah Teixeira. (Photo: Submitted)NoNoneNoneNo/
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“The first time I visited the U of S was during an open house,” said Teixeira, a U of S College of Arts and Science undergraduate student.

“I was invited to sit in on a mathematics lecture that morning. I gladly missed the welcome event to attend the lecture. After that day, I was determined to study mathematical physics.” 

Under the mentorship of Dr. Steven Rayan (PhD), director of the Centre for Quantum Topology and its Applications (quanTA) and a faculty member in the College of Arts and Science’s Department of Mathematics and Statistics, Teixeira began studying how quantum computers work as part of her honours degree in mathematical physics.

To operate, classic computers use small pieces of information called bits. Bits can operate in an ‘on’ or ‘off’ state — like a light switch — that helps the computer to classify and process information. Alternatively, quantum computers use quantum particles referred to as qubits. Instead of operating like a light switch, quantum particles have spin. Whatever direction the particle’s spin is observed in is called its ‘state.’

usask-guide-aims-to-help-put-the-welcome-mat-out-for-petstrue1718730911095imj129USask guide aims to help put the welcome mat out for petsUniversity of Saskatchewan (USask) researchers have developed a pet-friendly rental housing guide for Saskatoon—part of an initiative to explore the benefits of welcoming companion animals in places where they wouldn’t normally be allowed.Jessica Colby1671634500000/articles/research/2022/usask-guide-aims-to-help-put-the-welcome-mat-out-for-petsnewssite://news/articles/research/2022/usask-guide-aims-to-help-put-the-welcome-mat-out-for-petsvvd8931671634693645vvd8931671634693645show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/dell_dog.jpgsite://news/images/2022/dell_dog.jpgnewsdell_dog.jpg1072891080720A group of University of Saskatchewan researchers has created a pet-friendly rental housing guide, in hopes of welcoming more pets into rental properties. (Photo: Caitlin Taylor)NoNoneNoneNo/
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PAWS in Places, led by Dr. Colleen Dell (PhD), is a collaboration between Royal Canin, Western College of Veterinary Medicine (WCVM), the USask One Health and Wellness office and the Saskatoon pet community. Its goal is to share evidence-based knowledge that will raise awareness about the potential benefits of allowing pets in the workplace, rental housing and other establishments. 

“[The guide] has lots of links in it to help people navigate the rental housing market,” said Dell, a professor in USask’s College of Arts and Sciences and the Research Chair in One Health and Wellness.

The new guide includes information about pet-friendly places in the city, rental policies in Saskatoon and the province of Saskatchewan, tenant rights, older adult residences, and regulations for both service and emotional support animals. It also provides templates and fillable resources for pet resumés and pet references.

Unlike elsewhere in Canada, rental housing in Saskatchewan can deny prospective residents if they have pets.

Each year, the Saskatoon Society for the Prevention of Cruelty to Animals (SPCA) cares for about 4,000 animals. Of those animals, many are surrendered by owners who are moving and can’t take their pets with them to their new rentals.

“There needs to be awareness raised in the community about the importance of pets in housing to the people who are renting, as well as landlords,” said Dell, whose team developed the guide with input from over 50 people including landlords, tenants and representatives of housing organizations and animal shelters. 

People who reside in pet-friendly rentals tend to stay for longer periods of time. The addition of more pet-friendly housing in Saskatchewan has the potential to be helpful not only for people looking to rent, but for their pets as well.

Dell’s collaborators included USask post-doctoral fellows Dr. Holly McKenzie (PhD) and Dr. Linzi Williamson (PhD). As well, WCVM professor and small animal internal medicine specialist Dr. Liz Snead (DVM) served as the veterinary college’s lead on the project.

WCVM veterinary students Kaylyn Kubes, Erynn Buhr, Breeze Agar and Catherine Beaupre worked on the project, along with USask social science students Kayla Arisman, Maryellen Gibson, Alexandria Pavelich and Aliya Khalid. Ben Carey, a researcher in the One Health and Wellness Office, was involved in co-ordinating the project.

Beaupre, a fourth-year veterinary student, is a strong proponent of the human-animal bond and the concept of zooeyia—a term that describes the positive benefits to human health from interacting with animals.

“I truly see the need for further public education and awareness on the positive health impacts that pets can provide for people—physically, mentally, and socially,” said Beaupre.

Beaupre and her classmates provided feedback and consultation as well as creative contributions for the renter’s guide. Each person who worked on the project was responsible for a different section, such as collecting information about pets in emergency shelters or investigating the human-animal bond.

“It was really great to work between the vet students and sociology and our students in the One Health office because everyone’s bringing in a different view and everyone has a different background,” said Dell.

Click here to download the Saskatoon Pet-friendly Rental Housing Guide and print-ready posters on the PAWS in Places website. Printed posters are also available for organizations.

usask-initiative-funds-projects-studying-homelessness,-housing-securitytrue1718730911095imj129USask initiative funds projects studying homelessness, housing security The University of Saskatchewan’s (USask) donor-funded Pathways to Equity initiative has awarded funding to a trio of projects focused on housing security, renters’ rights, and homelessness. Matt Olson for Research Profile and Impactresearch,1671547920000/articles/research/2022/usask-initiative-funds-projects-studying-homelessness,-housing-securitynewssite://news/articles/research/2022/usask-initiative-funds-projects-studying-homelessness,-housing-securityccm0461671550338372ccm0461671550540471show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/initiative_funds1.pngsite://news/images/2022/initiative_funds1.pngnewsinitiative_funds1.png2387761080720Clockwise from top left: Sarah Buhler, Chantelle Johnson, Dr. Brenda Mishak (PhD), Dr. Keith Da Silva (DDS), Andrea Kotlar, and Jason Mercredi. Clockwise from top left: Sarah Buhler, Chantelle Johnson, Dr. Brenda Mishak (PhD), Dr. Keith Da Silva (DDS), Andrea Kotlar, and Jason Mercredi. (Photos: Submitted) NoNoneNoneNo/
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The projects, all involving collaborations between USask researchers and community leaders, aim to provide better understanding of a variety of housing issues for Saskatchewan residents.

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USask College of Law associate professor Sarah Buhler is working closely with Chantelle Johnson, executive director of Community Legal Assistance Services for Saskatoon Inner City Inc. (CLASSIC), on the project, “Access to Justice for Renters in Saskatchewan.”   

The project, which seeks to identify barriers renters face in trying to access appropriate legal resources when it comes to fighting for their housing rights, was awarded $9,791.  

“I think general society assumes laws and systems are working in ways that they aren’t,” Johnson said. “It’s always good to bring these systemic stories to light.” 

Johnson and the team at CLASSIC have identified that when it comes to eviction hearings at Saskatchewan’s Office of Residential Tenancies, many renters facing eviction have simply not attended their hearings.  

Buhler and Johnson are creating an outreach survey for those directly impacted by these situations. By reaching out directly to those who cannot or will not attend eviction hearings, the researchers hope to understand access-to-justice barriers that tenants face. 

As Buhler puts it, eviction can be devastating. Making sure everyone has fair access to the tools to avoid that situation is important — and ensuring that appropriate government bodies understand those barriers — is the best way to remove the barriers, she said. 

“It’s great that the university is interested in local research,” Buhler said. “It’s important for everyone to be concerned about issues that affect the most marginalized and vulnerable members of our society.” 

She lauded Johnson and the team at CLASSIC, noting that the project would be impossible without the community organization’s frontline connections.

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Dr. Brenda Mishak (PhD) from USask’s College of Nursing and Jason Mercredi with Métis Nation–Saskatchewan (MN–S) received $10,000 for their project aimed at addressing rising homelessness in rural and northern Saskatchewan. 

Mercredi, director of housing for MN–S, said not much data was available when discussing issues of homelessness among Métis people, so a project aimed at creating concrete datasets at the community level would have a significant impact.  

“This is going to be data from people in Saskatchewan, Métis citizens in Saskatchewan, and it’s music to our ears,” Mercredi said. “We need to make sure we’re making data-based and distinctions-based decisions.” 

He noted that MN–S is seeing record levels of homelessness and poverty in Saskatchewan, which makes funding this area of research that much more important.  

The plan for the project is to engage with attendees at Back to Batoche Days, the annual cultural celebration organized by MN–S, in 2023. By connecting at the ground level, Mishak said they hope to gather the best data possible to take to government decision makers.   

Mishak said the research team was still creating an advisory committee by tapping people in positions to affect policy in the province.  

Her hope — one echoed by Mercredi — is that the funding from the Pathways to Equity initiative can be the start of many projects exploring homelessness among rural and Métis people in Saskatchewan.  

“We’re planting a seed, with hopes to grow in many directions,” Mishak said. “The ultimate goal is to influence policy, which is often the root of homelessness.” 

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Dr. Keith Da Silva (DDS), assistant professor at USask’s College of Dentistry, and Andrea Kotlar, executive director of the Fetal Alcohol Spectrum Disorder (FASD) Network of Saskatchewan, are planning groundbreaking research aimed at the financial and housing welfare of provincial residents with FASD.  

Awarded $9,832, the collaborative project will reach out to those who have lived experience with FASD to better understand their barriers to accessing government income and housing assistance programs.  

Kotlar said many of their clients with FASD are part of the low-income demographic, and government supplemental programs — such as the recently changed Saskatchewan Income Support program — are not providing an adequate income for those affected by FASD.  

“Some people have to make the tough decision about, if they pay rent, maybe they don’t eat. Or if they decide to spend money on food or clothing, they can’t necessarily pay rent,” she said.  

The research project will examine a previously untapped area of focus by looking specifically at housing security.  

Da Silva, who is also on the board of the FASD Network, said his interest in this area of research came from helping with a free USask dental clinic in Saskatoon. He said watching and helping patients navigate social assistance for dental care highlighted the interconnectedness of Saskatchewan’s social systems, as well as the need for more research into these areas. 

“Through our attempts to highlight a problem that is unique to this population, it leads to more resources down the road,” Da Silva said. “These clients need navigators; they can’t do it on their own.” 

vidos-economic-impact-over-half-a-billion-dollars-sreda-studytrue1718730911095imj129VIDO’s economic impact over half a billion dollars: SREDA studyThe Saskatoon Regional Economic Development Authority (SREDA) released key findings from its Economic Impact Study conducted on the University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO). The study concluded VIDO’s operations and construction projects contributed more than $511 million to the economy in the last decade. The impact of VIDO’s commercialized vaccines was not included in the study. VIDO1671461640000/articles/research/2022/vidos-economic-impact-over-half-a-billion-dollars-sreda-studynewssite://news/articles/research/2022/vidos-economic-impact-over-half-a-billion-dollars-sreda-studyccm0461671465067572ccm0461671469224169show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/vido_vaccine_centre.jpgsite://news/images/2022/vido_vaccine_centre.jpgnewsvido_vaccine_centre.jpg1101481080720VIDO’s new vaccine manufacturing facility. VIDO’s new vaccine manufacturing facility. (Photo: David Stobbe)NoNoneNoneNo/
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“Saskatoon is an international science and innovation hub. Organizations like VIDO create a significant number of jobs right here in Saskatoon. We are a science city and the impact of our innovation sector on the economy shouldn’t be underestimated,” said Alex Fallon, president and CEO of SREDA.

The report also indicated an estimated 2,375 full-time equivalent jobs were created or supported by the organization in the last 10 years. SREDA estimated the economic impact of VIDO using Statistics Canada’s input-output economic multipliers for the Saskatchewan economy.

“We know VIDO has an important role in protecting the health and prosperity of people and animals in our province and country,” said VIDO Director and CEO Dr. Volker Gerdts. “This study confirms our organization’s impact goes beyond the vaccines we have commercialized and validates VIDO is making a considerable impact to our local economy.”

COVID-19 led to a large spike in research activity which increased the total economic output from the organization. Specifically, VIDO tested more than 400 vaccines, antivirals, and therapeutics from around the world to help end the pandemic.

The ability to rapidly respond to future infectious diseases will be amplified as VIDO becomes Canada’s Centre for Pandemic Research. The centre includes VIDO’s new vaccine manufacturing facility, upgrades to Containment Level 4, a new animal housing facility, and an expanded research team. Since the start of the pandemic, 91 new team members joined VIDO—over half from outside of Saskatchewan.

“VIDO’s expansions over the past decade and vision for the future will support leading-edge science and ensure capacity for future pandemics,” said USask Vice-President Research Baljit Singh. “VIDO is also a major contributor to the economic development in Saskatoon and our province.”

The impact created by VIDO is strongly emphasized by reduced cost on the economy, the health-care system and saving lives. The report demonstrates VIDO’s value as a world-class research organization, not only to the health of the Canadian economy but across the world.

Results from an overall University of Saskatchewan Economic and Social Impact study currently being conducted by KPMG will be available for distribution in mid-2023.

usask-developed-bio-glitter-green-alternative-to-persistent-plasticstrue1718730911095imj129USask-developed bio-glitter ‘green’ alternative to persistent plasticsIn everything from shiny gift wrapping to kids’ dance costumes to makeup for adults heading to parties, glitter is everywhere this time of year. But custodians and environmentalists hate the stuff, because it’s almost impossible to clean up, both indoors and especially outdoors.College of Engineering, research, 1670943240000/articles/research/2022/usask-developed-bio-glitter-green-alternative-to-persistent-plasticsnewssite://news/articles/research/2022/usask-developed-bio-glitter-green-alternative-to-persistent-plasticsccm0461670943678559ccm0461670943763313show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/glitter.jpgsite://news/images/2022/glitter.jpgnewsglitter.jpg1362281080720A hand holding a vial of glitter.A USask research team has developed an innovative glitter product that is biodegradable. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Now, a University of Saskatchewan (USask) research team has developed an innovative glitter product that is biodegradable and uses light-reflecting shapes to create sparkles unlike any other – with the potential to mitigate plastic pollution around the world.

A product that is used in everything from party favours to cosmetics to boat paint, glitter products are often made of tiny plastic particles referred to as microplastics. Glitter is produced in the form of flakes, and its small size and ability to disperse into the environment in which it is released makes cleanup and control of the product difficult, if not impossible.

“In modern glitter production, aluminum and polyethylene terephthalate (microplastics) are usually combined to produce the final product,” said Amin Babaeighazvini, a PhD student in USask’s College of Engineering, and a lead member of the research team that developed the product.

Although I have developed a number of biodegradable films over the past eight years, we have recently developed biodegradable and edible glitters from natural resources that do not include microplastics.”

Microplastics have been found to have significant effects on ecosystems when they enter waterways or other natural resources through human action, and have even been found in remote locations, far from human activity. As well as being non-biodegradable and environmentally toxic, many glitter and sparkle products contain toxic pigments that provide their colour.

These factors have led to arguments that plastic glitter should be banned from production and use.

To reduce the environmental threats of producing and using glitter, Babaeighazvini and his research supervisor Dr. Bishnu Acharya (PhD), an associate professor of engineering, have created a plant-based  product called ChiralGlitter, that is inspired by the natural process of producing structural colours.

“The glitter particles are a variety of unique shapes and sizes that allow them to reflect light at different angles, causing the surface to sparkle or shimmer,” said Babaeighazvini.

This means the colours in the glitter come from light reflecting off its surface.

“Most of the colours that we see in nature are either from pigments or structural colours,” said Acharya. “Structural colour is based on how the light falls on the structure. The light reflects in a certain way, and that gives the colour. We mimic these phenomena in creating ChiralGlitter.”

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ChiralGlitter is made of cellulose nanoparticles, a substance found in plant cell walls. This makes the product 100 per cent bio-based. Although the concept of biodegradable glitter is not new, the product invented by this USask research team avoids the aluminum and microplastic coatings still used often to create a sparkly surface.

“We use a biomaterial such as wood or agricultural waste to synthesize cellulose nanocrystals,” said Babaeighazvini. “Then, we fabricate functional materials from those nanocrystals, such as these biodegradable and edible glitters. The thing that makes this eco-friendly and non-toxic is the cellulose. Nanocrystals are from nature.”

As the world moves to developing more sustainable products, ChiralGlitter has the potential to be a leader in a plant-based category that can contribute to many types of commercially distributed products.

“In our lab, we always focus on how to get high-value material from something which is underutilized,” said Acharya. “And one of the applications is a bio-glitter. But the goal is always, how can we maximize the value of the underutilized biomass and create a value chain to drive the bioeconomy.”

The work was supported by Natural Science and Engineering Research Council of Canada Discovery Grant program and the Saskatchewan Ministry of Agriculture Research Chair fund through Acharya.

usask-research-investigates-new-treatments-for-drug-induced-neuropathy-in-cancer-patientstrue1718730911095imj129USask research investigates new treatments for drug-induced neuropathy in cancer patientsChemotherapy can be a saving grace when facing cancer. When drug-induced neuropathy results from anti-cancer drugs like Cisplatin (CP), a common drug for breast cancers, a way to combat these unwanted side effects is critical for patients to maintain optimal treatment.College of medicine, research, 1670856840000/articles/research/2022/usask-research-investigates-new-treatments-for-drug-induced-neuropathy-in-cancer-patientsnewssite://news/articles/research/2022/usask-research-investigates-new-treatments-for-drug-induced-neuropathy-in-cancer-patientsccm0461670857057782ccm0461670857109326show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/krishnan-lab.jpgsite://news/images/2022/krishnan-lab.jpgnewskrishnan-lab.jpg1651191080720Dr. Anand Krishnan (PhD), far right, with his lab members and research team.Dr. Anand Krishnan (PhD), far right, with his lab members and research team. (Photo: Submitted)NoNoneNoneNo/
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Dr. Anand Krishnan (PhD), assistant professor in the College of Medicine at the University of Saskatchewan (USask), was awarded $120,000 from the Canadian Institutes of Health Research Institute for Cancer Research and from the Cancer Research Foundation to find potential therapies for peripheral neuropathy in breast cancer. This painful complication affects 70-100 per cent of patients undergoing Cisplatin treatment.

Several classes of chemotherapy drugs can induce peripheral neuropathy, resulting in severe pain, numbness, a lack of spatial awareness and movement defects. In these cases, either reducing the dose or stopping the causative treatment altogether are the mainstay options for relief.

With no effective treatment for these negative side effects, Krishnan and his collaborators will take a closer look at nerve tissue to understand what is causing this neuropathy at the molecular level.

“Despite decades of research in this field, no effective therapies are available for tackling this debilitating complication from chemotherapy drugs,” said Krishnan. “By looking at the nerve-tumour interface and identifying specific targets to test candidate drug treatments, we are one step closer to identifying clinical therapies for patients.”

Krishnan’s team hopes to find the underlying molecular changes that facilitate neuropathy development. When identified, these molecular targets will allow the team to test potential drug or drug combination treatments.

This research is an extension of Krishnan’s larger focus exploring the nerve-tumour interface in treatment-resistant breast and prostate cancer. Peripheral nerves are part of the tumour microenvironment and can promote cancer growth. By examining the molecules released from nerves and their signalling cascades in detail, it may reveal new pathways for potential targeted interventions.

With a background in cancer biology and peripheral nerve disorders, Krishnan is working with many collaborators including neuroscientists, clinician scientists, and students, to ensure this fundamental work is also translational to a clinical setting.

“I’d like to thank my collaborators and funders for their support in this emerging area of research that promises to offer new therapies for treatment-resistant cancers. It really makes future translation of this work possible.”

As part of this competition, Dr. Scot Leary (PhD) from the USask College of Medicine also received funding to identify molecular mechanisms that drive mitochondrial fragmentation in tumour-initiating cells – cells responsible for the development, maintenance and aggressiveness of tumours – and examine if inhibiting these molecular mechanisms kills these cells and suppresses tumour growth in triple-negative breast cancer.

usask-led-international-research-project-delves-into-decolonizing-world-news-coveragetrue1718730911095imj129USask-led international research project delves into decolonizing world news coverage A now-defunct world news co-operative’s legacy is found in the creation of Métis Nation–Saskatchewan’s New Breed Magazine in 1970, establishment of the national APTN network in 1992, launch of Al Jazeera in 2006, and the growing presence of Indigenous and minority journalists in media today. research,1670511780000/articles/research/2022/usask-led-international-research-project-delves-into-decolonizing-world-news-coveragenewssite://news/articles/research/2022/usask-led-international-research-project-delves-into-decolonizing-world-news-coverageccm0461670512082504ccm0461670512154797show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/labelle.jpgsite://news/images/2022/labelle.jpgnewslabelle.jpg1530431080720USask researcher Dr. Maurice Labelle (PhD). USask researcher Dr. Maurice Labelle (PhD). (Photo: Submitted)NoNoneNoneNo/
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That’s the thesis of University of Saskatchewan (USask) researcher Dr. Maurice Labelle (PhD). He is leading an international collaborative study of how the Non-Aligned News Agencies Pool (NANAP), which operated from 1974 to the mid-1990s, paved a path toward more equitable and decolonized news reporting by challenging racist attitudes and practices of western news agencies. 

“NANAP was actually the largest international attempt against perpetuating global oppression in the world press, and nobody knows about it,” said Labelle, an associate professor in USask’s College of Arts and Science, who describes himself as an international historian of decolonization. 

“A deeper understanding of NANAP will shed new light on challenges surrounding systemic barriers in global news-making and current anti-racist efforts to change media infrastructures in ways that amplify the voices and stories of marginalized peoples at home and abroad,” said Labelle. 

Labelle’s project has been awarded a partnership development grant of $198,000 over three years by Canada’s Social Sciences and Humanities Research Council (SSHRC), and includes researchers from Canada, France, the United States, Italy, Lebanon, the Netherlands, and the United Kingdom. Project partners are the United Nations Educational, Scientific and Cultural Organization (UNESCO), the Universities of Saskatchewan, British Columbia, and Toronto, and the private advertising firm Resonator Agency Inc. 

Researchers will study UNESCO’s vast archival holdings and digital library in Paris, documents from the former Yugoslavia—a strong early supporter of NANAP—archived in Belgrade, Serbia, and personal papers of partnership member Roberto Savio, founder of the Third World news agency Inter Press. 

Major agencies that dominated world news coverage—the Soviet Union’s Tass, and western-controlled Associated Press (AP), Reuters, Agence France-Presse (AFP), and United Press International (UPI)—did not respect the importance of local journalists in oppressed places or their ability to accurately convey local experiences or sentiments, Labelle said. 

He cited a disturbing exchange Savio reported having with a foreign desk editor at AFP, who opined: “What’s true in Paris is also true in Timbuktu. Therefore, a French journalist can write from Timbuktu without any problem. Actually, he will write better than an African journalist.” 

Labelle said NANAP opened the door to enable free and open exchanges among more than 40 national news agencies in Africa, Asia, the Middle East, Latin America, and Europe, who continue to strive to decolonize a world news domain, which was created and racially maintained by the imperial west. 

Along with examining NANAP’s international efforts to democratize world news, the project is developing an international network that seeks to unite decolonization scholars in the global north and south, training students of diverse backgrounds to develop skills in communication, data management and social research, contributing to the social benefits advanced by community-based champions of equity, diversity, and inclusion in education and media. 

“NANAP was part of something big in in terms of international journalism and news, and it has led to a broader decolonization phenomenon that is gaining momentum by basically forcing straight white men to give up power and privilege and adopt a broader, inclusive mindset,” said Labelle. 

In partnership with UNESCO, Labelle plans to organize an online workshop, hosted by USask, bringing together researchers from the global north and south to delve into UNESCO’s archives to examine a largely forgotten UNESCO initiative called the New World Information and Communications Order (NWICO), which attempted to balance the circulation of information between developed and developing nations. 

The workshop will be followed a year later with an international conference on NWICO at the University of Toronto. The goal is to produce a co-edited volume on NWICO based on the research. 

 

unlocking-the-secrets-of-the-freeze-thaw-cycle-usask-research-looks-at-cold-spots-and-cold-momentstrue1718730911095imj129Unlocking the secrets of the freeze-thaw cycle: USask research looks at cold spots and cold momentsHydrological research on the Prairies can be a challenge when the water is locked up in ice for almost half the year.Ashleigh Mattern for GIWSwater, research, 1670338920000/articles/research/2022/unlocking-the-secrets-of-the-freeze-thaw-cycle-usask-research-looks-at-cold-spots-and-cold-momentsnewssite://news/articles/research/2022/unlocking-the-secrets-of-the-freeze-thaw-cycle-usask-research-looks-at-cold-spots-and-cold-momentsccm0461670339337533ccm0461671570426178show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kim_gilmour.jpgsite://news/images/2022/kim_gilmour.jpgnewskim_gilmour.jpg4133991080720Kimberly Gilmour outside near a pond in winter.The work was led by former USask honours student Kimberly Gilmour. (Photo: Cody Attewell)NoNoneNoneNo/
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“Anyone who’s lived here through winter knows going out to do fieldwork in February is harder than July,” said Dr. Helen Baulch, associate professor with the School of Environment and Sustainability and Global Institute for Water Security, and Centennial Enhancement Chair at the University of Saskatchewan (USask).

“There are well-documented reasons we haven’t done as much winter research. … There are safety issues, and it’s challenging to get your fingers to work!”

That said, there are important and fascinating understandings to unlock when it comes to the Prairies’ freeze-thaw cycles, which was the topic Baulch and colleagues tackled in their research paper “Cold spots and cold moments: The potential for sediment freezing to depress denitrification in wetland sediments” published in The Journal of Environmental Quality.

TextImage/images/2022/helen_baulch.jpgsite://news/images/2022/helen_baulch.jpgnewshelen_baulch.jpg1385201080720Dr. Helen Baulch, associate professor with the School of Environment and Sustainability and Global Institute for Water Security. (Photo: Mark Ferguson)Align left

“We know in the Prairies winters are variable and we know winters will grow shorter and warmer, so how does that impact key processes in the landscape?”

The paper focuses on “cold spots” and “cold moments,” places where beneficial processes that can occur naturally are not occurring, and times of the year they are not happening or happening at low rates, Baulch said.

“Basically, we’re understanding why we’re not obtaining all the benefits we might wish for from some of these processes,” she said.

In particular, the research looks at elevated levels of nitrogen, which can have a negative impact on the environment, and asks how wetlands can help us manage excess nitrogen.

Baulch’s hope is that these landscape-scale insights will someday be integrated into models and understanding these cycles could also help design constructed ecosystems.

“If you’re looking at designing urban wetlands, you might want to make them deep enough, so you don’t have freeze-thaw cycles at the bottom if those are going to impede key processes,” she said.

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The work was led by former USask honours student Kimberly Gilmour.

“It’s unusual — but wonderful! — for an honours student to publish work,” Baulch said.

Gilmour has graduated since she did the research in 2015, but the work had a big impact on her future career decisions.

“The Global Institute for Water Security and what they stand for has really informed my later work and influenced the type of companies I would apply for,” she said.

Today, Gilmour works as an environmental technician with NexGen Energy, and said she chose to work with the business because the company’s mission and values aligns with her own personal values — a lesson she learned doing this research through GIWS.

She grew up on a farm surrounded by wetlands, and while she appreciated them for their natural beauty, she never understood their true importance until she started studying their role in the ecosystem.

“Realizing how amazing wetlands are and what an important ecosystem service they provide for us was the most fascinating part of this, and how we can conserve and utilize them to improve downstream water quality,” she said.

neutrons-canada-board-takes-over-reins-from-canadian-neutron-initiative-working-grouptrue1718730911095imj129Neutrons Canada board takes over reins from Canadian Neutron Initiative working group Some of Canada’s top leaders in materials and nuclear research met at McMaster University in Hamilton, Ont., this week for Neutrons Canada’s first board meeting. research,1670001720000/articles/research/2022/neutrons-canada-board-takes-over-reins-from-canadian-neutron-initiative-working-groupnewssite://news/articles/research/2022/neutrons-canada-board-takes-over-reins-from-canadian-neutron-initiative-working-groupccm0461670001847883ccm0461670602485213show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mcmaster.jpgsite://news/images/2022/mcmaster.jpgnewsmcmaster.jpg2950241080720McMaster researcher Bruce Gaulin shows board members Bill Stirling and Peter MacKinnon, and Fedoruk Centre Executive Director John Root the magenta detector tank at the MacSANS instrument where a custom-built neutron detector will be installed McMaster researcher Bruce Gaulin shows board members Bill Stirling and Peter MacKinnon, and Fedoruk Centre Executive Director John Root the magenta detector tank at the MacSANS instrument where a custom-built neutron detector will be installed. (Photo: Submitted)NoNoneNoneNo/
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Established in October 2022, Neutrons Canada is a not-for-profit research organization focused on governing, managing and representing Canada’s infrastructure program for neutron beam research and development.  

Establishment of the organization, with an independent board of directors drawn from government, industry, and academic sectors, completes six years of effort by the Canadian Neutron Initiative (CNI) working group led by University of Saskatchewan (USask) Vice-President Research Baljit Singh, and McMaster Vice-President Research Karen Mossman.  

As founding members of Neutrons Canada, USask and McMaster will continue to play a central role in advancing access to neutron beam infrastructure for Canadian researchers and enabling them to collaborate internationally.  

McMaster physicist Bruce Gaulin is leading a $47-million Canada Foundation for Innovation-funded, multi-institutional project to develop a national neutron beam user laboratory and ensure access to international sources for Canadian scientists. The lab will consist of a new guide-hall, two new beamlines, and three new neutron beam instruments to support materials research in clean energy, health and medicine, safety and security.  USask is a key partner in this project.   

Singh said the meeting represented an exciting start for Neutrons Canada and gave board members an opportunity to learn more about nuclear facilities and explore neutron beam projects already underway.   

“As a nuclear research leader in Canada, USask is proud to work closely with McMaster University, which has longstanding excellence in neutron research, and be part of this collaborative initiative to enhance our national neutron beam infrastructure,” Singh said. 

“USask is home to the Canadian Light Source, which along with our Fedoruk Centre, will be a major part of Neutrons Canada’s future. This initiative will ensure Canadian researchers have access to the advanced technologies they need to make ground-breaking discoveries with tremendous impacts in science, health, environment and the economy.”  

Singh and Dave Tucker, McMaster’s assistant vice-president, research (nuclear), congratulated Dr. John Barrett, President of Portolan Global Inc., on being appointed the inaugural Board Chair of Neutrons Canada, saying the organization is in great hands under his leadership. 

 

TextImage/images/2022/picture1.jpgsite://news/images/2022/picture1.jpgnewspicture1.jpg2847891080720Top row (L-R): Peter MacKinnon, Bill Sterling, Drew Marquardt, Chris Houser, Bob Watts, John Root, Steve Yue, Kevin Fitzgibbons, Karen Chad, Dave Tucker, Laurent Kreplak. Bottom row (L-R): Niki Schrie, Baljit Singh, Karen Mossman, John Barrett, Priti Wanjara, Daniel Banks. (Photo: Submitted)Above content

Barrett is the former President and CEO of the Canadian Nuclear Association (2013-2019). He previously served as Canada’s Ambassador to the International Atomic Energy Agency and has held executive positions in the Privy Council Office, Office of the Governor General of Canada, and Department of National Defense.  

“Dr. Barrett’s experience and expertise in diplomacy and international governance in nuclear technology and his knowledge of the entire sector will ensure Canada’s neutron science community remains competitive on the global stage,” Singh said.   

The board toured the McMaster Nuclear Reactor for a demonstration of the reactor’s neutron scattering capabilities. The group also visited the guide hall where the McMaster Small Angle Neutron Scattering (MacSANS) instrument is being assembled. MacSANS will be used to study a broad range of nanostructured materials by scientists from all over Canada.  

usask-research-finds-zapped,-infrared-heated-lentils-more-nutritious-and-greener-to-processtrue1718730911095imj129USask research finds zapped, infrared-heated lentils more nutritious and ‘greener’ to process By combining heat from microwaves and infrared energy, University of Saskatchewan (USask) researchers have uncovered a new, more energy efficient way to process lentils, making them more nutritious and digestible. The findings may result in more value for consumers, food processors, ingredient manufacturers, and producers.College of Engineering, research, 1669905840000/articles/research/2022/usask-research-finds-zapped,-infrared-heated-lentils-more-nutritious-and-greener-to-processnewssite://news/articles/research/2022/usask-research-finds-zapped,-infrared-heated-lentils-more-nutritious-and-greener-to-processccm0461669906236924ccm0461671117643284show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lentils.jpgsite://news/images/2022/lentils.jpgnewslentils.jpg1220361080720Left to right: USask doctoral student Tahereh Najib, research engineer Dr. Mehdi Foroushani (PhD), and USask College of Engineering researcher Dr. Venkatesh Meda (PhD) at USask’s Bioprocessing Lab. (Photo: Submitted)Left to right: USask doctoral student Tahereh Najib, research engineer Dr. Mehdi Foroushani (PhD), and USask College of Engineering researcher Dr. Venkatesh Meda (PhD) at USask’s Bioprocessing Lab. (Photo: Submitted)NoNoneNoneNo/
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Processing red lentils with a specialized combination infrared microwave system—a countertop device that allows heating by microwave and radiant heat simultaneously—the USask research team was able to substantially improve how easily these lentils could be digested.

“The process makes these macromolecules—starch and protein—more accessible to enzymes in our bodies,” said Dr. Mehdi Foroushani (PhD), USask research engineer and first author on the study published in the journal Food Chemistry Advances.

By tweaking the amount of moisture in the lentils, and the amounts of microwave and infrared energy, the research team was able to make more than 96 per cent of the starch digestible, and more than 85 per cent of the protein digestible, measured by how quickly the product dissolves in vitro. In raw lentils, less than 69 per cent of starch is digestible and less than 80 percent of protein is digestible.

To better understand what happened at the molecular level and examine it in the finest detail possible, the research team analyzed the lentil samples using USask’s Canadian Light Source synchrotron.

“Starch has a smooth surface,” said USask doctoral student Tahereh Najib, co-author of the study. “We make it kind of rough, so it’s more accessible by enzymes and the starch can be better broken down.”

More than two million tonnes of lentils are produced on average each year in Canada, the world’s biggest producer, with the majority produced in Saskatchewan. Lentils are harvested, cleaned, and graded before packaging or further processing. Most are cooked and consumed as a whole grain, but a growing volume of lentils is dried and turned into a powder to isolate proteins from starches and used as a food additive.

“Our process takes 200 per cent less drying time,” said USask College of Engineering researcher Dr. Venkatesh Meda (PhD), principal investigator on the study. “The unique nature of this energy method is that there is no input of chemicals used for drying, there is no output in terms of release of greenhouse gases.”

In microwaving, heat is generated from the center of the lentil and radiates outward—moisture and heat escape to the outside environment. By simultaneously roasting the surface of the lentils with infrared heat, the research team was able to increase the overall efficiency and better seal in the microwave heat.

“By having more plant-based alternative food ingredients in our diet, one can also reduce our environmental footprint by fulfilling our need for proteins from plant sources,” said Meda.

The ideal setting of lentil moisture, microwave energy intensity, and infrared roasting depends largely on how the lentil flour will be used.

“Modified lentil flour can be a great source of plant-based ingredients for our dietary and nutritional needs, and our kitchen and food processing operations,” said Meda. “Lentil flour serves as an additive or substitution to our food system to not only make the food nutritious but also preserve its acceptable texture.”

The USask-processed lentils have not yet been assessed or approved for official trials involving human or animal consumption, for which a commercial kitchen is required. While the texture may be acceptable, how does the zapped lentil flour taste?

“At home we have been using it, and the aroma has improved to ‘acceptable,’ and not deteriorated compared to any other commercial variety,” said Meda. “We’re happy to report there is not much loss in any of the sensory qualities: colour, texture, aroma.”

Currently, the lentil flour is processed in very small batches—only 50 grams. The next steps in the research involve improving the flavour, scaling up to process larger amounts of lentils, applying the process to other legumes and oilseeds, and examining whether the technique could also improve seed quality for germination.

The research was funded by the joint Saskatchewan Ministry of Agriculture-Government of Canada Agriculture Development Fund.

fedoruk-centre-at-usask-supports-small-reactor-plantrue1718730911095imj129Fedoruk Centre at USask supports small reactor planThe executive director of the Sylvia Fedoruk Canadian Centre for Nuclear Innovation (Fedoruk Centre) at the University of Saskatchewan (USask) is pleased to see the provincial and federal government openly considering small modular reactors (SMRs) to replace coal or gas and provide a steady base of electricity supply.James ShewagaFedoruk centre, research,1669902840000/articles/research/2022/fedoruk-centre-at-usask-supports-small-reactor-plannewssite://news/articles/research/2022/fedoruk-centre-at-usask-supports-small-reactor-planccm0461669903135370ccm0461669907796471show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/fedoruk-centre-06.jpgsite://news/images/2022/fedoruk-centre-06.jpgnewsfedoruk-centre-06.jpg2038351080720A scientist working at the Sylvia Fedoruk Canadian Centre for Nuclear InnovationThe Sylvia Fedoruk Canadian Centre for Nuclear Innovation was established in 2011 to help place Saskatchewan among global leaders of nuclear research, development and training. (Photo: David Stobbe)NoNoneNoneNo/
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The Province of Saskatchewan is considering installing up to four small nuclear reactors on the electrical grid to reduce greenhouse gases in response to the federal government’s directive to phase out coal by 2030, with wind and solar power projects also in progress to further reduce carbon emissions.

TextImage/images/2022/john-root-headshot-2019---david-stobbe.jpgsite://news/images/2022/john-root-headshot-2019---david-stobbe.jpgnewsjohn-root-headshot-2019---david-stobbe.jpg2233048001240Dr. John Root (PhD) is the executive director of the Sylvia Fedoruk Canadian Centre for Nuclear Innovation at the University of Saskatchewan. (Photo: David Stobbe)Align right

“It’s a good idea to consider a nuclear energy option, because burning coal to produce heat to make steam and generate electricity also produces carbon dioxide that goes into the environment. You can capture some of it, but not all of it.  Nuclear energy generates no carbon dioxide in the first place,” said Dr. John Root (PhD), executive director of the Fedoruk Centre.

“I think it is reasonable for Saskatchewan to look at small reactors to help achieve cleaner electricity. SMRs are similar in scale to our typical coal-fired generators, opening up the possibility of gradually phasing in nuclear generators as we phase out coal and minimize disruptions during the transition. Saskatchewan is also a major player in the mining of uranium, the fuel for nuclear power. It would be great to put some of this valuable resource to work for us right here at home. ”

The provincial government and SaskPower announced on Sept. 22 that the communities of Elbow and Estevan are being considered as possible sites for the first SMRs, and plan to select one of the two areas by 2024 for further evaluation. A final decision on approving SMRs is not expected to be made until 2029, with the plan requiring an extensive assessment period, including a rigorous federal licensing process.

“Replacing fossil-fuel power generation with an SMR technology would be a good contribution to the battle against climate change, even if Saskatchewan was not a major supplier of uranium, but we are that supplier,” said Root. “If small modular reactor technology takes off, it will take off worldwide, and everyone will be needing our uranium. I think it is fitting for Saskatchewan to help pioneer the deployment of SMRs, and participate wholeheartedly in the world’s transition to a cleaner energy future.”

While the estimated cost for a 300-megawatt SMR could range anywhere from $2-5 billion, the Province of Saskatchewan’s growth plan projects SMRs could boost provincial uranium sales to $2 billion per year, and could contribute to generating $16 billion in private capital investment and help in creating 100,000 new jobs, many benefitting northern and Indigenous communities.

Root said one of the key considerations for a successful deployment of SMRs is to welcome discussion about the safety of nuclear technology, something the Fedoruk Centre is well-positioned to play a part in.

“We believe that the conversation may be the most important thing,” said Root. “We must listen. We must be respectful, acknowledge concerns and provide facts when they are asked for, and refrain from defensive or dismissive attitudes. Together, our Saskatchewan community can acknowledge common commitments to find the best way possible towards a cleaner energy system, weighing risks and benefits, and learning how SMRs can help us manage risks of a nuclear component more easily than might have been the case in decades past.”

Root said the new SMR designs are focused on safety improvements.

“Safety is Job 1 in the nuclear industry and there is an independent federal government agency – the Canadian Nuclear Safety Commission – that scrutinizes every step of the way, preparing a site, constructing a facility, operating the facility and eventually decommissioning the facility. SMRs are designed to be safer than traditional nuclear plants, aiming to be inherently safe. In some designs, cooling does not require active pumping, so they are more resilient in case of a power failure, for example.”

TextImage/images/2022/fedoruk-centre-lab.jpgsite://news/images/2022/fedoruk-centre-lab.jpgnewsfedoruk-centre-lab.jpg1923801080720The Fedoruk Centre supports Saskatchewan’s capacity for nuclear research, development and training to advance nuclear imaging, materials science and public policy. (Photo: David Stobbe)Above content

Root said one of the key activities of the Fedoruk Centre is to advise the public and government about nuclear science and technologies.

Canada’s Small Modular Reactor Action Plan calls for partnering among “provinces and territories, Indigenous Peoples and communities, power utilities, industry, innovators, laboratories, academia, and civil society.” The Province of Saskatchewan and the Fedoruk Centre at USask are among more than 100 entities across the country that have offered contributions to  the federal SMR action plan.

“Saskatchewan universities have contributed and everyone has put in their two cents to create a national picture of all of these players contributing to SMRs, aligning somewhat as a distributed team,” said Root.

With provincial plans for SMR deployment taking shape over the next few years, Root said now is the perfect time for Saskatchewan post-secondary institutions to bolster academic leadership for research and education in SMR-related topics.

“The Fedoruk Centre has funded many projects to strengthen nuclear research, development, or training, led by professors at the University of Saskatchewan and at the University of Regina,” said Root. “I believe we are short on academic leadership in nuclear topics in Saskatchewan. It will be about six or seven years before SMRs could be deployed, but by then you want to have people ready to support the new technology. First, we need the dedicated academic leaders and then there are years to develop programs and a workforce for the nuclear sector. The time to start is now.

“It’s not only about SMRs, but also the social science of how you interact with communities about nuclear power, and about using radio isotopes for health, or applying nuclear methods to advance materials for everyday life. All these aspects of nuclear science and technology are connected. Ideally, many Saskatchewan researchers and teachers would choose to participate in nuclear research, development and training, and also to be available to respond to public interests or concerns, sharing their individual perspectives and expertise in respectful conversation.”

The Fedoruk Centre was established in 2011 as a not-for-profit corporation with an independent Board of Directors and USask as the sole member. The Fedoruk Centre is funded through an agreement with Innovation Saskatchewan, an agency of the provincial government, plus revenue from third parties, for the purpose of helping to place Saskatchewan among global leaders of nuclear research, development and training.

global-institute-for-food-security-at-usask-making-speed-a-prioritytrue1718730911095imj129Global Institute for Food Security at USask making speed a priorityThroughout 2022, the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) has continued to invest in leading edge technology platforms, form strategic collaborations throughout Canada and around the world, and advocate for policies that support agri-food and agricultural innovations in its efforts to realize a world where everyone has access to safe and nutritious food. Dan MatthewsGIFS, research, 1669834320000/articles/research/2022/global-institute-for-food-security-at-usask-making-speed-a-prioritynewssite://news/articles/research/2022/global-institute-for-food-security-at-usask-making-speed-a-priorityccm0461669834548800ccm0461669834548800show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/gifs-main-photo.pngsite://news/images/2022/gifs-main-photo.pngnewsgifs-main-photo.png1470641080720GIFS Chief Executive Officer Dr. Steven Webb (PhD) in the advanced Omics and Precision Agriculture Lab GIFS Chief Executive Officer Dr. Steven Webb (PhD) in the advanced Omics and Precision Agriculture Lab (OPAL) at USask. (Photo: David Stobbe)NoNoneNoneNo/
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“GIFS provides our industry, academic, and public partners in agri-food and agriculture the opportunity to accelerate and scale their research, so that it makes an impact in the world, increasing yields, improving drought resistance, and much more,” said Dr. Steven Webb (PhD), chief executive officer of GIFS.

Webb said to help solve the challenge of food security in a growing world, Canada needs to be more efficient and effective in its attempts to innovate. That means working collaboratively and scaling efforts, so discoveries leave the lab and positively impact food security around the world.

“As 33,000 leaders from 190 countries gathered at COP27 to debate how to address the impacts of a changing climate, the world’s population surpassed eight billion people. Less than a century ago it was two billion,” said Webb. “Crossing this symbolic milestone highlights the pressing realities of a growing population on a finite planet. To address this reality, we need to fail fast, learn quickly, and prepare a regulatory runway for the innovations that follow.”

According to McKinsey & Company, one in nine people can’t get enough to eat every day, and 33 to 40 percent of our food is lost or wasted each year. As the world’s population continues to grow, significant challenges lie ahead in feeding an unprecedented number of people while trying to raise the quality of life for all and, at the same time, reduce carbon emissions.

“When people ask me what the solution to sustainable and global food security is, I tell them better collaboration and more innovation,” said Webb. “Innovation requires us to think about our approach to food and agriculture differently, and shift our ways of doing science, agriculture and food processing towards options that are economically, environmentally and socially sustainable. Collaboration is just as critical because we can’t do this on our own … Innovation is a team sport.”

Webb’s team is currently reorganizing processes and attracting talent to better focus on their mission of working with partners to discover, develop, and deliver innovative solutions that produce globally sustainable food.

TextImage/images/2022/dr.-nancy-tout.pngsite://news/images/2022/dr.-nancy-tout.pngnewsdr.-nancy-tout.png189963800800Dr. Nancy Tout (PhD). (Photo: David Stobbe)Align right

To help with this, the institute hired its first chief scientific officer, Dr. Nancy Tout (PhD). Tout spent more than 21 years at Syngenta Canada and has a wealth of leadership experience in research and development. Her expertise, deep industry connections, and knowledge of the Canadian research environment are already making an impact.

“GIFS fills an important gap between knowledge creation and market impact,” said Tout. “Our partnership model brings industry, government, and academia together … three sectors that need to collaborate to spark meaningful discoveries and market impacting innovations that positively effect producers and consumers lives.”

Alongside these critical partnerships, GIFS is developing programs and technology platforms designed to add speed and scale to the discovery, development, and delivery phases. One of those programs is accelerated breeding.

“Accelerated breeding can decrease the time required to deliver new products into the hands of producers by two to three years, improving the chances of hitting future crop production targets,” said Tout. “When researchers make a discovery, this program will provide vital information so that they can choose what areas to focus on to develop it into something that leaves the lab.”

Dr. Raju Datla (PhD), who leads GIFS’ resilient agriculture research, has leveraged GIFS’ engineering biology platform to discover protein variants he hopes will improve plant efficiency in the use of water, nutrients, and photosynthesis while increasing the yield these crops’ output. GIFS accelerated breeding program aims to more efficiently and effectively help Datla identify the best protein variant to develop plants that will improve future crops.

“GIFS new high throughput Inscripta Onyx gene editing platform offers unprecedented genome engineering capabilities for targeting genes or whole genomes in experimental systems like E coli, yeast and other microbes at a scale and depth not possible before,” said Datla. “My team used the unique capabilities of this system to target genetic mutation of an important eukaryotic signaling protein linked to key performance functions of agriculture crops and human health.”

TextImage/images/2022/dr.-raju-datla.jpgsite://news/images/2022/dr.-raju-datla.jpgnewsdr.-raju-datla.jpg248657800800Dr. Raju Datla (PhD). (Photo: David Stobbe)Align left

Datla said early experimental findings from these studies show promise and his team is currently assessing the potential applications of these variants in crop plants. Accelerated breeding at GIFS will improve this process and drive it towards market impact.

“We can’t solve today’s challenges with yesterday’s technology,” said Webb. “I think that sums up GIFS brilliantly. Our accelerated breeding and biomanufacturing programs help our partners speed up the entire ‘design, build, test, and learn cycle’ researchers go through so that results come faster and with greater certainty.”

Thanks to funding investments from federal and provincial governments, GIFS is building Western Canada’s only biomanufacturing program dedicated to advancing sustainable agriculture and innovative food ingredients.

“The world witnessed the impact of biomanufacturing when virologists around the globe raced to produce a COVID-19 vaccine. Thanks to the robust speed, scale, and teamwork between industry, academic, and government, safe and efficacious vaccines were produced in record time, saving countless lives,” said Webb. “In a similar way, accelerated breeding provides breeders more information, helping them focus on advancing and testing lines that have the potential to be new varieties or hybrids for producers.”

But speed needs direction, and innovations are of little value if they never leave the lab. To help ensure game-changing discoveries are used by breeders, understood by producers, or trusted by consumers, a policy and regulatory pathway is required to get a discovery out of the lab and into the world.

“Data and information sharing is key to accelerating new scientific breakthroughs and innovations, contributing to the integration of scientific data, bridging basic science with applied research, and facilitating technological innovations,” said Dr. Lana Awada (PhD), senior policy fellow in food security at the Centre for the Study of Science and Innovation Policy in the Johnson Shoyama Graduate School of Public Policy at USask. “To achieve these goals, there is a need to develop and adopt policies that facilitate access and sharing within and across different stakeholders, such as scientists, breeders, producers, and consumers. A well-defined data governance and stewardship framework can improve access to and sharing of data and information.”

For an innovation to lead to significant benefits it needs to be adopted and used. Building communication channels amongst stakeholder groups, like breeders, producers, and consumers, and well-designed regulatory and governance models can facilitate the widespread adoption and applications of technologies, Awada said.  

GIFS has made being a leader in framing, understanding, and communicating policy and regulatory interests in agri-food and agricultural innovation a priority and is collaborating with regional, national, and global partners to better understand the barriers to bringing new food ingredients to market and the regulatory and policy supports needed to help consumers adapt and adopt to these innovations.

The institute is a founding partner of the National Index on Agri-Food Performance, a public-private coalition establishing Canada’s first agri-food sustainability index. The index will ensure transparency and clear metrics for understanding and communicating the accountability of Canada’s agri-food system. Webb also recently participated as a witness on the House of Commons committee on global food security.

Webb said GIFS’ task is to develop the technological and regulatory environment to speed up the discovery, development, and delivery pathways for researchers and industry partners working on solving global challenges to get their innovations into the world, making a positive impact on food security around the globe.

four-new-usask-vanier-scholars-demonstrate-excellence-in-research-and-leadershiptrue1718730911095imj129Four new USask Vanier Scholars demonstrate excellence in research and leadershipUniversity of Saskatchewan (USask) doctoral students Gilbert Adum, Lindsey Boechler, Cody Koloski, and Pezhman Zolfaghari Didani have been named 2022 Vanier Scholars. research, 1669661100000/articles/research/2022/four-new-usask-vanier-scholars-demonstrate-excellence-in-research-and-leadershipnewssite://news/articles/research/2022/four-new-usask-vanier-scholars-demonstrate-excellence-in-research-and-leadershipvvd8931669661520107ccm0461674143584549show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/vanier.pngsite://news/images/2022/vanier.pngnewsvanier.png2647661080720Clockwise from top left: Gilbert Adum, Lindsey Boechler, Pezhman Zolfaghari Didani and Cody Koloski. (Photos: Submitted) NoNoneNoneNo/
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The prestigious annual Vanier Canada Graduate Scholarships recognize academic excellence, research potential, and leadership skills in scholarly work. Each student will be awarded a scholarship valued at $150,000 over three years as they conduct their doctoral research programs. 

“We are grateful for the support of the Vanier Canada Graduate Scholarship and that these impressive scholars have chosen USask for their graduate training,” said Vice-President Research Baljit Singh. “We know their emergence as leaders and high achievement in their chosen scholarly fields will help further establish our institution as a global leader in discovery the world needs.” 

Research projects supported by the scholarship will investigate numerous social and scientific challenges that society faces, with focuses on education, health, medicine, and environmental sciences. 

TextProtecting the Earth’s biodiversity None/Above content

Gilbert Adum has a goal to conserve and protect life on Earth, while helping communities find ways to promote economic growth. Investigating and building on current conservation policies will be necessary to help achieve this goal and advance Canada’s commitment to the post-2020 Biodiversity Framework of conserving 30 per cent of lands by 2030. 

Adum will explore a new conservation policy tool known as Other Effective Area-based Conservation Measures (OECMs) and its potential to aid in this mission. OCEMs refer to areas where conservation measures are taken by local actors outside of traditional protected areas. 

“OECMs may include traditional agricultural landscapes, abandoned pastures, historic wrecks, cemeteries, and First Nations designated sites,” said Adum. “Unlike previous tools, OECMs place Indigenous and local communities at the centre of conservation decisions.” 

Adum notes that the balance between achieving economic well-being and biological and cultural conservation is not well understood particularly when it comes to Indigenous Peoples. His project will work to fill this gap by engaging directly with community partners to understand their perspectives on OECMs. 

With the supervision of USask’s School of Environment and Sustainability, Distinguished Professor Dr. Maureen Reed (PhD), who also serves as UNESCO Co-Chair in Biocultural Diversity, Sustainability, Reconciliation and Renewal, Adum’s research project will work with Indigenous and rural communities in the Redberry Lake Biosphere Region, Sask., where biodiversity losses are significant.  

The work will help to determine how OECMs can establish equitable policies and practices to simultaneously address conservation and development needs, including meeting Canada’s obligations to advance the United Nations’ Sustainable Development Goals. 

TextBuilding air purification systems that combat viruses None/Above content

The COVID-19 pandemic has shown that airborne viruses can rapidly cause widespread disease in large populations.  

USask Engineering PhD student Pezhman Zolfaghari Didani is developing a high-performing air purification system that can remove tiny airborne pathogens from the air more efficiently than current air filters. 

“In most indoor environments, such as large buildings, the central air conditioning system must circulate the air inside the building,” said Didani. “This phenomenon helps the pathogens, such as SARS-CoV-2, spread rapidly inside the buildings and infect many healthy persons.” 

Didani notes that many methods have been proposed to remove pathogens from the air flowing through air conditioning systems, but many of these may introduce toxic chemicals or additional respiratory diseases, or the systems require frequent maintenance, limiting their effectiveness.  

With supervision from USask College of Engineering professor Dr. Jafar Soltan (PhD) and College of Medicine associate professor Dr. Shelley Kirychuk (PhD), Didani plans to develop a device that will convert ozone gas to oxygen and active oxygen species that can rapidly attack and decompose a wide range of organic molecules. These species have the ability to inactivate airborne pathogens by damaging their structures and ceasing their reproduction. Didani would design the device to be compatible with current air conditioning systems. 

“The device will be able to eliminate harmful chemicals and organic pollutants from the air,” said Didani. “Because of the non-selective nature of this novel air disinfection unit, we would potentially be able to eliminate organic pollutants and airborne pathogens that emerge in the future.” 

TextImproving mental health and well-being with virtual reality tools None/Above content

As an PhD student in USask’s Interdisciplinary Studies program, Lindsey Boechler will undertake a project that aims to identify how virtual reality (VR) technology can be used to support and enhance the mental well-being of Indigenous adolescents in northern Saskatchewan. 

She notes that with disproportionately high suicide rates of Indigenous youth, current mental health care methods should be evaluated and improved to better support this group in a culturally responsive way. A virtual platform provides a medium for building a care environment that is based on the needs and priorities of Indigenous youth and can be altered to be responsive to changing needs while enforcing a sense of self and identity. 

“The initial goal is to partner with Indigenous communities to outline the current status of mental health supports and identify services gaps through the perspectives of community members,” said Boechler. “This assessment will be followed by exploring how VR technology can be used to address the gaps or to enhance existing supports.” 

Boechler will work alongside College of Education associate professors Dr. Vicki Squires (PhD) and Dr. Michael Cottrell (PhD). 

The research will build on existing knowledge of how VR technology can be used to address mental health and well-being, with hopes to provide additional information about best practices while creating advanced VR mental health interventions. 

“By further enhancing VR interventions, our research will serve as a catalyst that pushes the boundaries of a virtual presence in the domain of enhancing mental health and well-being,” said Boechler. 

Text Improving understanding of Lyme disease None/Above content

The bacteria that causes Lyme disease, Borrelia burgdorferi, is one of the most important pathogens in the Northern Hemisphere. It is transmitted to humans through interactions with live vertebrate hosts such as the blacklegged tick, rodents, and birds. Once infected with Borrelia burgdorferi, humans develop Lyme disease, which is characterized by signs such as a red rash on the skin, fever, headache, and fatigue. If left untreated, the infection can spread to the heart and nervous system and cause long-lasting damage. 

As a PhD student in USask’s Western College of Veterinary Medicine (WCVM), Cody Koloski will conduct a research project that aims to understand how vertebrate hosts are able to become infected with more than one strain of Borrelia burgdorferi at a time. 

“In nature, vertebrate hosts are frequently infected with more than one strain, a phenomenon called co-infection,” said Koloski. “In co-infected hosts, strains have the ability to interact with each other, which can influence their success in nature. A common scenario is when a strain encounters a host that is already infected with another strain.” 

But the process of a second strain establishing itself in a previously infected body and causing a co-infection is not well understood, Koloski added. 

With the supervision of WCVM assistant professor Dr. Maarten Voordouw (PhD), Koloski will conduct a research program that investigates if the first strain to cause infection forms a sort of barrier against a secondary infection. The team will compare how mice with normal immune systems versus mice with compromised immune systems with differing levels of the Borrelia burgdorferi bacteria, affect the ability for co-infection with a second strain. 

“The research will give us a better understanding of how pathogen strain diversity is maintained in nature,” said Koloski. 

 

usask-research-to-benefit-from-prestigious-banting-fellowshipstrue1718730911095imj129USask research to benefit from prestigious Banting FellowshipsTwo researchers have been awarded highly competitive fellowships to carry out research at the University of Saskatchewan (USask) in support of self-determination for Indigenous community disaster displacement, and to get to the root of why Earth’s first animals made the move from oceans to land 420 million years ago.research, 1669657020000/articles/research/2022/usask-research-to-benefit-from-prestigious-banting-fellowshipsnewssite://news/articles/research/2022/usask-research-to-benefit-from-prestigious-banting-fellowshipsvvd8931669657823277ccm0461672840974232show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/banting.pngsite://news/images/2022/banting.pngnewsbanting.png2662371080720Dr. Lilia Yumagulova (PhD) and Dr. Anthony Shillito (PhD). (Photos: Submitted)NoNoneNoneNo/
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Dr. Lilia Yumagulova (PhD), with USask, and Dr. Anthony Shillito (PhD), from the University of Oxford, England, will each receive $140,000 over two years as part of the Banting Postdoctoral Fellowships, a federal program which aims to attract and retain top-tier postdoctoral talent, both nationally and internationally. 

“USask is pleased to host these exceptional young scholars as they strengthen their skills and become research leaders of tomorrow,” said Vice-President Research Baljit Singh. “These fellowships have been the catalyst of many great discoveries at our institution, and we know these projects will contribute to the growing impact of our dynamic research culture.” 

Text“We are here to stay”: The role of self-determination for Indigenous disaster risk reduction None/Above content

Yumagulova’s work focuses on understanding how communities adapt to rapid, multifaceted disasters and crises. Her research with supervisor Dr. Simon Lambert (PhD), associate professor of Indigenous Studies in USask’s College of Arts and Science, and with support from USask’s Dr. Caroline Tait (PhD) and Dr. Warrick Baijius (PhD), will explore the barriers to, and enablers of, self-determination in forced displacement and planned relocation of Indigenous communities due to disasters and climate change.  

Indigenous people in Canada are disproportionately affected by disasters and climate displacement due to historical and ongoing racists policies, such as the Indian Act that confiscated land, banned cultural practices, and forced people onto reserves, sometimes in hazardous locations.  

Though much has been documented on the effects of short-term evacuations of Indigenous communities, Yumagulova’s research will address gaps in knowledge by focusing on recurring evacuations and prolonged displacements and relocation.  

Led by an Indigenous Circle of Advisors, this project will include environmental and literature scans, Indigenous practitioner interviews and sharing circles, and community-based research to understand lived experiences, particularly of Indigenous women and their unique capacities for dealing with such displacements. 

“Dr. Yumagulova’s passion and commitment in supporting Indigenous communities in disasters is well known across Canada and beyond, empowering Indigenous youth to work within their communities for a more resilient future to what are increasingly regular and intense disaster events,” said Lambert. “The Banting is a timely recognition of both Dr. Yumagulova’s abilities and the importance of her work, which will elevate USask in the disaster risk reduction space.”  

“I am honoured to be working alongside the Indigenous Circle of Matriarchs and the communities across Turtle Island for this project that highlights the role of women and Indigenous capacities for disaster risk reduction and planned relocation,” said Yumagulova. “I am grateful to be joining a stellar group of Indigenous scholars within the Indigenous Studies department at USask who bring an extensive unparalleled expertise in community-led research.” 

This work will result in an evidence-based overview of culturally safe practices that can alleviate the outcomes of disasters and help prepare for climate change relocation of Indigenous communities. 

TextFrom oceans to land: Why Earth’s first animals made the move None/Above content

Shillito’s work seeks to understand the details of terrestrialization – when and where animals first made the transition to land from oceans, and which were the first to establish continental ecosystems. 

His project with supervisors Dr. Luis Buatois (PhD) and Dr. M. Gabriela Mángano (PhD), professors of geological sciences in the College of Arts and Science, will address the biggest remaining question of the process: Why? 

Existing research has shown that animals could make small excursions onto land long before life on the continents became established 420 million years ago. Shillito will investigate why this transition took so long, considering the most significant factors that led animals to establish permanent non-marine communities, such as availability of food resources, less hostile living conditions, and reduced competition and predation. 

Fieldwork, database analyses and literature review will provide a multifaceted approach to answer this novel question surrounding terrestrialization. The multidisciplinary approach combines geological and biological evidence to produce a complete picture of the process. Ultimately, tangible evidence can be found only through ichnology – the study of trace fossils, such as footprints or burrows in rock that provide evidence of the behaviour of the organism that made them – and sedimentology, to understand the physical landscapes and habitats they occupied.  

“Anthony has done impressive work for his PhD. In order to explore the first steps of the terrestrialization process, he has gathered field data from a wide variety of areas around the world, including the United Kingdom, Australia, and the Canadian Arctic,” said Buatois. “Also, he has already published a series of fascinating studies on this topic. He will bring his ideal background to USask, and I foresee fruitful interactions with our research group.” 

“Since the start of my PhD I’ve closely followed and admired the work of the USask ichnology research group led by Dr. Buatois and Dr. Mángano, so I’m thrilled to have the opportunity to work as part of such a world-leading team,” said Shillito. “I’m hoping to learn a lot during my time at USask, and to continue to establish myself in the field.” 

The project will deepen our understanding of one of the most significant events in the history of life and the planet – the initial transition from living in the oceans to living on land. This novel work also aims to resolve longstanding tensions between molecular and geological analyses, opening the way for increased collaboration in the field.  

 

zapping-brain-cancer-with-long-needles-opens-door-to-new-treatments-usask-researchtrue1718730911095imj129Zapping brain cancer with long needles opens door to new treatments: USask researchUniversity of Saskatchewan (USask) researchers have developed a new method of killing brain cancer cells while preserving the delicate tissue around it. The technique also has a remarkable side-benefit: making chemotherapy treatment of brain cancer suddenly possible.research, College of Medicine1669301340000/articles/research/2022/zapping-brain-cancer-with-long-needles-opens-door-to-new-treatments-usask-researchnewssite://news/articles/research/2022/zapping-brain-cancer-with-long-needles-opens-door-to-new-treatments-usask-researchccm0461669302376082ccm0461669302413694show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask-nr-nov-24.jpgsite://news/images/2022/usask-nr-nov-24.jpgnewsusask-nr-nov-24.jpg2288921080720(Top left to right): USask researchers Dr. Mike Moser (MD, College of Medicine), and Dr. Chris Zhang (College of Engineering), (Bottom left to right): post-doctoral fellow Dr. Zheng Fang (PhD), and alumnus Dr. Bing Zhang (PhD). (Top left to right): USask researchers Dr. Mike Moser (MD, College of Medicine), and Dr. Chris Zhang (College of Engineering), (Bottom left to right): post-doctoral fellow Dr. Zheng Fang (PhD), and alumnus Dr. Bing Zhang (PhD). (Photos: Submitted)NoNoneNoneNo/
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The technique involves placing long needles through the skull and sending pulses of electrical current into a glioblastoma tumour—the pernicious variety of brain cancer that caused Tragically Hip frontman Gord Downie’s death.

“A safer and more effective cancer treatment may be clinically possible,” said Dr. Mike Moser (MD), USask College of Medicine general surgery researcher and co-author of a study published recently in the Journal of Biomechanical Engineering.

“Patients with brain tumours may now have another option for local treatment that does not involve opening the skull, and does not involve heat or radiation.”

The USask-led research team created 3D models of cells to test which treatment protocols of electrical current—called irreversible electroporation (IRE or NanoKnife) and high-frequency irreversible electroporation (H-FIRE)—can destroy glioblastoma cells while minimizing the risk to surrounding tissues and blood vessels.

Glioblastoma, the most aggressive and deadly form of brain cancer, affects one in 25,000 Canadians, and only six per cent of those with the cancer currently survive longer than five years after diagnosis.

The technique relies on how glioblastoma cells respond to the electrical current. The researchers discovered tumour cells can be killed with a smaller electrical field than would kill surrounding healthy tissues.

They also discovered that this technique temporarily disrupts the blood-brain-barrier—the semi-permeable membrane that allows only tiny molecules to pass from the blood into the brain.

“The blood-brain barrier prevents many treatment drugs from getting to the tumour,” said USask biomedical engineering researcher Dr. Chris Zhang (PhD), co-author on the study. “We’ve shown that our technique can also help to open this barrier, so the brain is better able to receive other treatments—like chemotherapy or drugs that help increase the immune response—and help the patient fight the tumour in a systematic manner.”

The team also involved USask doctoral student Lujia Ding, and post-doctoral fellow Dr. Zheng Feng (PhD), as well as researchers from China’s Fudan University and Shanghai University. The project is part of an extended collaboration with Dr. Bing Zhang (PhD), a former USask doctoral student of Moser and Zhang.

The research was funded by CREATE and Discovery Grants from Canada’s Natural Sciences and Engineering Research Council, a grant from the Royal University Hospital Foundation, and a grant from National Natural Science Foundation of China to Dr. Bing Zhang and his team.

The next step in the research is to develop a combined method of tumour removal and immunotherapy using their H-FIRE technique.

usask-research-a-step-closer-to-shedding-light-on-bacterial-infection-processtrue1718730911095imj129USask research a step closer to shedding light on bacterial infection processBefore you got those nasty gut cramps that sent you scurrying to the washroom, or you came down with a fever, chills, and clogged airways thanks to pneumonia, various cells in your body were battling bacterial invaders who showed up armed with a sophisticated toolbox to overcome the body’s defences.research, College of Medicine1669129080000/articles/research/2022/usask-research-a-step-closer-to-shedding-light-on-bacterial-infection-processnewssite://news/articles/research/2022/usask-research-a-step-closer-to-shedding-light-on-bacterial-infection-processccm0461669129487659ccm0461669220250085show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/miroslaw-cygler.jpgsite://news/images/2022/miroslaw-cygler.jpgnewsmiroslaw-cygler.jpg1384951080720USask College of Medicine microbiologist Dr. Miroslaw Cygler (PhD). USask College of Medicine microbiologist Dr. Miroslaw Cygler (PhD). (Photo: Submitted) NoNoneNoneNo/
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The content of this toolbox are proteins called effectors, and their mechanism of attacking cells to cause disease has been tough to pin down. Just ask microbiologist Dr. Miroslaw Cygler (PhD) at the University of Saskatchewan’s College of Medicine, who has been studying effectors for more than a decade to understand their role in bacterial infections.

Common bacteria such as E. coli and salmonella each have 30-50 of these specialized proteins, whereas Legionella, a highly infectious pathogen spreading through inhaling microscopic water droplets containing the bacteria—say from the spray of a shower, faucet or whirlpool, or water from the ventilation system in a large building—contains as many as 300-350 effectors, said Cygler.

The action of each effector protein can be different, but many have partially overlapping functions. That makes very challenging to figure out what each protein is doing and to understand their individual contributions to disease development, Cygler said.

Some bacteria types attach to the outside of a cell—different bacteria select different cell types—and use a syringe-like apparatus to inject their effectors through the cell membrane into the cell, he said. Other bacteria enter the cell when the cell membrane engulfs the bacterium in a process called phagocytosis, and then begin releasing their effectors.

“Of course, the cell has many defence mechanisms to counter that, and the bacteria have another set of mechanisms to combat those responses,” Cygler said. “So, there is this huge tug-of-war, and depending on the individual’s immune system, some people get really sick, others get a little sick and quickly recover.

Now, in a paper published in Proceedings of the National Academy of Sciences (PNAS), the prestigious, highly cited multidisciplinary science journal, Cygler and collaborators from an Australian laboratory report they have identified a target of the enteropathogenic E. coli bacterium effector protein called NleH.

This bacterium targets human epithelial cells. NleH recognizes a protein called Eps8 and disrupts its normal cellular function, which facilitates the infection process. Enteropathogenic E. coli is a significant cause of diarrheal disease in children under age 2 in lower income countries.

Cygler’s lab at USask, in collaboration with Professor Elizabeth Hartland’s group at the Hudson Institute of Medical Research at Monash University in Australia, has opened the door to new discoveries involving effector proteins.

“Our research led to a more thorough understanding of the cellular function of this effector and provided avenues for further investigations,” Cygler said.

“But we are not at the point yet where we say we can say that this NleH protein is a good target for antibiotics development that would lead to controlling E. coli infection”, said Cygler. “We have expanded our knowledge about the E. coli effectors’ mechanisms, but more research is required to fully understand the complex interplay between this bacterium and cellular responses of human epithelial cells.”

Cygler’s team and other international collaborators will continue the long-term process of investigating  all the types of effectors in gram-negative bacteria, trying to discover their pathogenic processes, and investigating which would be good targets for inhibiting or modulating in order to control diseases.

He described science as a parallel process, where discoveries from many sources converge over time to lead to solutions.

“It frequently takes a long time from initial ‘blue sky’ research results to discovering their commercial applications,” Cygler said. “If you look at Nobel prizes, often they are given for discoveries made 20-30 years ago. At the time people didn't see many applications for them, but they are later awarded because they led to unpredicted benefits,” he said.

“So, it’s curiosity as usual that leads us to places that we don't know what they mean, but eventually we find out that they're very important.”

 

usask-research-awarded-3-million-help-build-better-citiestrue1718730911095imj129USask research awarded $3 million to help build better citiesUniversity of Saskatchewan (USask) researchers are co-leading a new pan-Canadian and international research team aiming to understand how cities of all sizes in all countries can most efficiently implement and build sustainable transportation infrastructure—such as bike lanes, bus rapid transit, and road safety projects.research,1668786540000/articles/research/2022/usask-research-awarded-3-million-help-build-better-citiesnewssite://news/articles/research/2022/usask-research-awarded-3-million-help-build-better-citiesvvd8931668786781341ccm0461683058801202show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/fuller-headshot.jpgsite://news/images/2022/fuller-headshot.jpgnewsfuller-headshot.jpg1168831080720USask College of Medicine researcher, Dr. Daniel Fuller (PhD). (Photo: submitted)NoNoneNoneNo/
TextImage/images/2022/fuller-bikes.jpgsite://news/images/2022/fuller-bikes.jpgnewsfuller-bikes.jpg985621080720Cyclists (L-R) Callista Ottoni, Dale Bracewell, and Margot Gough take a break in Victoria, B.C. (Photo: Elise Gatti)Align left

The $3 million Healthy Cities Implementation Science Team award was announced today in Ottawa by the Canadian Institutes of Health Research (CIHR). The funding, part of a total $27 million committed, is intended to support interdisciplinary teams implementing and evaluating interventions in diverse urban contexts with the goal of improving health and health equity.

Climate change, health, and sustainability all hinge on a rapid transition to sustainable transportation,” said project co-leader Dr. Daniel Fuller (PhD), a researcher at USask’s College of Medicine. “Our impact will be evidence-informed methods that will allow cities to, as quickly as possible, implement sustainable transportation interventions.

The project will involve multiple research approaches, including analyzing municipal policy documents and plans, interviewing elected officials and city staff, and collecting survey data from citizens in each city.

“We are working closely with researchers and city staff from Halifax, Montréal, Kingston, Guelph, Toronto, Saskatoon, Calgary, Surrey, Victoria, and Melbourne, Australia,” said Fuller.

The project—a culmination of years of research and collaboration—is co-lead by Dr. Meghan Winters (PhD) from Simon Fraser University and Dr. Marie-Soleil Cloutier (PhD) at l’Institut National de la Recherche Scientifique. 

The USask contingent of the team consists of Fuller, geography and planning researchers from the USask College of Arts and Science Dr. Scott Bell (PhD) and Dr. Ehab Diab (PhD), and Dr. Nazeem Muhajarine (PhD), community health and epidemiology researcher from USask’s College of Medicine.

Approximately $700,000 dollars will fund research at USask over the next six years, to be used for training programs, funding for graduate students, summer institutes, and international experiences for students and researchers to learn from international cities. 

“We are leading the student training aspects of the grant, including developing credentials in implementation science and healthy cities for USask and for students from across the country and internationally,” said Fuller.

“There will be considerable opportunities for USask trainees across a variety of disciplines to participate in this work.”

 

usask-researcher-aims-to-reduce-fertilizer-use-through-plant-cross-breedingtrue1718730911095imj129USask researcher aims to reduce fertilizer use through plant cross-breedingA strong source of protein and fibre, peas are a staple in many diets and are appearing more frequently in products such as plant-based meat substitutes and bakery goods. University of Saskatchewan (USask) PhD student Loveleen Dhillon has dedicated her doctoral research to investigating how to improve nitrogen fixation to optimize pea crop yields in Canada. Brooke Kleiboerresearch,,1668699180000/articles/research/2022/usask-researcher-aims-to-reduce-fertilizer-use-through-plant-cross-breedingnewssite://news/articles/research/2022/usask-researcher-aims-to-reduce-fertilizer-use-through-plant-cross-breedingbpk4551668699530858ccm0461683058826515show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/loveleen-dhillon300.jpgsite://news/images/2022/loveleen-dhillon300.jpgnewsloveleen-dhillon300.jpg13183614001125USask PhD candidate Loveleen Dhillon. (Photo: Submitted)USask PhD candidate Loveleen Dhillon. (Photo: Submitted)NoNoneNoneNo/
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Nitrogen is a crucial nutrient for plant growth and development in agriculture. Canada is the top producer and exporter of field peas in the world, with Saskatchewan being home to 54 per cent of pea growing area. 

“Canadian agriculture relies heavily on inorganic nitrogen fertilizers to achieve higher yield in crops,” said Dhillon, whose research is being conducted in the USask College of Agriculture and Bioresources. “These nitrogen fertilizers are one of the most expensive and energy-intensive inputs in our agricultural systems.”  

Although these fertilizers come with financial costs for producers, they also come with environmental concerns related to nitrous-oxide emissions from application.  

“There is a critical need to reduce nitrogen fertilizer usage in Canadian agriculture,” said Dhillon. 

To address this need, Dhillon’s study examines how nodules on the roots of the pea plant hold onto nitrogen and investigates possible genetic combinations of pea varieties that can be bred to increase this ability.  

The work is supervised by Dr. Tom Warkentin (PhD), a USask plant sciences professor and Ministry of Agriculture Strategic Research Program Chair in Pulse Crop Breeding and Genetics.  

“We tested pea breeding lines in multiple environments in Saskatchewan for their nitrogen fixing and agronomic performance,” said Dhillon. “We are evaluating 220 pea varieties originating from different parts of the world for their nitrogen fixation potential and adaptation under Saskatchewan environments.” 

The pea breeding lines in this study were generated at the USask Crop Development Centre. The idea is to take higher-performing pea varieties from other parts of the globe and combine them with Saskatchewan crops to increase production while creating heartier plants that require less nitrogen fertilizer.  

“By crossing top-performing and Saskatchewan-adapted pea varieties (high yielding but low nitrogen fixation) with pea nodulation mutants (low yielding and high nitrogen fixation), our study is the first study that involves estimating the potential of nitrogen fixation of a large number of pea breeding lines under actual field conditions,” said Dhillon. 

She said achieving higher nitrogen fixation in pea plants without reducing seed yield makes peas an attractive and profitable choice in Western Canadian cropping systems. 

Another part of the study examines pea root architecture systems to identify potential structures that may hold onto nitrogen more efficiently. 

“I had the opportunity to work with the team at the Global Institute for Food Security under the supervision of Dr. Leon Kochian (PhD) and his team to associate root architectural traits with nitrogen fixation potential in peas. I am also working alongside USask research officer Dr. Kishore Gali (PhD) to identify genes that regulate nitrogen fixation in peas. I am currently analyzing and interpreting data from these experiments,” Dhillon said. 

Benefits of this research include the potential to reduce dependance on chemical fertilizers, to improve soil health, to reduce crop production cost and to increase protein content of pea seeds. 

“This project will directly contribute to the (USask) mission to improve food security and long-term sustainability,” said Dhillon, who expects to complete her PhD in 2023. 

The research is supported by the College of Agriculture and Bioresources, the Saskatchewan Ministry of Agriculture, and the Western Grains Research Foundation. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

indigenous-gangs,-street-lifestyle-focus-of-new-canada-research-chairtrue1718730911095imj129Indigenous gangs, street lifestyle focus of new Canada Research ChairUniversity of Saskatchewan (USask) researcher Dr. Robert (Bobby) Henry (PhD), whose work on Indigenous street gangs and lifestyles is internationally recognized, has been awarded a Tier 2 Canada Research Chair (CRC) in Indigenous Justice and Well-being. 1668697560000/articles/research/2022/indigenous-gangs,-street-lifestyle-focus-of-new-canada-research-chairnewssite://news/articles/research/2022/indigenous-gangs,-street-lifestyle-focus-of-new-canada-research-chairvvd8931668697894107vvd8931668697950030show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/robert_henry.jpgsite://news/images/2022/robert_henry.jpgnewsrobert_henry.jpg1078751080720Dr. Robert Henry (PhD), an assistant professor in Indigenous Studies at USask’s College of Arts and Science. (Photo: Submitted)NoNoneNoneNo/
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Tier 2 CRCs, worth $120,000 annually for five years, are awarded by Canada’s three major granting agencies to exceptional emerging researchers who are recognized by peers for their potential to be leaders in their field. 

Henry, an assistant professor in Indigenous Studies at USask’s College of Arts and Science, and the executive director of the Saskatchewan Network Environments of Indigenous Health Research (SK-NEIHR), aims to improve public understanding of street gangs and lifestyles through community-engaged research, and to inform policies that can reduce the “hyper-incarceration” of Indigenous persons.  

He wants to understand the complexities of gang involvement by viewing it through a lens of “survivance”—a term that encompasses survival, resistance and resurgence. 

“Survivance is a strength-based approach to understanding the process of an individual becoming involved and leaving street gangs,” Henry said. “Some Indigenous individuals use gangs to survive settler colonialism and see gangs as a resistance space. When leaving these violent spaces and lifestyle, they look to resurge a positive identity.” 

Henry, who is Métis, is working with non-profit organizations—STR8 UP in Saskatoon and Ogijiita Pimatisiwin Kinamatwin (OPK) in Winnipeg—to “shoulder tap” youths and adults with gang experience to establish a gender- and age-representative community advisory committee. 

While the CRC will train highly qualified personnel (HQP) from USask, Henry said a major focus will be the community advisory group, which will inform him about local street politics and specific research the communities want. 

He plans to use photovoice, digital storytelling, and body-mapping that have proven effective in past research projects, as well as interviews and focus groups to examine the life histories of Indigenous peoples engaged in gang and street life.  

With little community-involved research done so far with Indigenous gangs, Henry said, much of what is presumed about these groups is based on street gangs in the United States, and creates misconceptions. 

“People say once an individual is in an Indigenous gang, they are in it for good. However, most are in for a really short time,” he said. “When we look at who is or isn’t in an Indigenous gang, mostly what we see are a lot of individuals performing in a specific way to get their names known to get into the gang.” 

Both males and females engaged in gangs perform masculinity— conveying a tough, non-emotional image they believe society expects, he said. Masculinity is tied to the concept that toughness brings power, which brings money, which brings respect, Henry said.  

The idea that people join gangs because it gives them a sense of belonging is simplistic, he said. Rather, many already have a sense of belonging because they are born into, or have kinship links to, gang-involved individuals. What they want is power, money and respect. 

Indigenous gangs are individual entities that are often linked by name only, Henry said. However, gang members across the Prairies are frequently linked through kinship or such ties as shared foster care residency in the past.  

Henry wants to bring together community agencies from Saskatoon, Regina, Winnipeg, Calgary, Edmonton and even Thunder Bay, Ont., to share information and build a strong Prairie Survivance Network to help develop effective local policies to improve justice and overall community well-being. 

“By the end of five years, I hope to understand the street lifestyle from the ground up, and expand the Prairie network to other national and international partnerships in places like Australia and New Zealand with whom I’m already doing some work,” Henry said. 

 

new-funding-for-vido-will-protect-canadians-and-our-animals-from-high-consequence-pathogenstrue1718730911095imj129New $8.1 million funding for VIDO will protect Canadians and our animals from high consequence pathogensThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has received a significant investment from the Canada Foundation for Innovation (CFI) to establish containment Level 4 (CL4) capacity—the highest level of containment. Once completed, this will make VIDO the only non-government CL4 facility in Canada.1668632940000/articles/research/2022/new-funding-for-vido-will-protect-canadians-and-our-animals-from-high-consequence-pathogensnewssite://news/articles/research/2022/new-funding-for-vido-will-protect-canadians-and-our-animals-from-high-consequence-pathogensvvd8931668633125441vvd8931668633646142show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/intervac_winter1.jpgsite://news/images/2020/intervac_winter1.jpgnewsintervac_winter1.jpg3265771080720The University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) is internationally recognized for its role in vaccine development and is one of Canada’s national science facilities. (Photo: Tom Arban)NoNoneNoneNo/
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“By strengthening Canadian research capacity for containment Level 4 diseases, VIDO will help enable scientists to develop solutions for any infectious disease,” said Director and CEO Dr. Volker Gerdts (DVM). “It will significantly expand Canada’s ability to work with high consequence pathogens and help support Canada’s Biomanufacturing and Life Sciences Strategy.”

Today’s $8.1 million investment from the CFI’s Biosciences Research Infrastructure Fund will be used to upgrade areas of VIDO to CL4. Currently the only CL4 facilities in Canada are the federal government’s National Microbiology Laboratory (NML) and Canadian Food Inspection Agency’s (CFIA) National Centre for Foreign Animal Disease in Winnipeg. VIDO actively collaborates with both the NML and CFIA.

“The Level 4 capacity will be supported by the world-class infrastructure and expertise already in place at VIDO,” said Director of Research Dr. Andrew Van Kessel (PhD). “We are excited to help drive research of national importance against infectious diseases.”

This CFI infrastructure investment builds on the $53.9 million in operational funding recently awarded through the CFI Major Science Initiatives Fund.

A key part of the upgrade process included numerous consultations with the community to improve awareness and gain support for the international importance of these containment research facilities. This outreach included sessions with local groups, online forums, and an open house session hosted by VIDO’s Community Liaison Committee.

More information can be found at: https://www.vido.org/centre.

usask-researcher-asks-public-to-report-cougar-evidencetrue1718730911095imj129USask researcher asks public to report cougar evidenceA University of Saskatchewan (USask) researcher is building a database to uncover the whereabouts of the secretive and elusive prairie cougar.University Communications1668628440000/articles/research/2022/usask-researcher-asks-public-to-report-cougar-evidencenewssite://news/articles/research/2022/usask-researcher-asks-public-to-report-cougar-evidencevvd8931668628662240vvd8931668628662240show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cougar.jpgsite://news/images/2022/cougar.jpgnewscougar.jpg1435781080720Two cougars spotted in Saskatchewan.Saskatchewan cougars have received minimal attention due to an assumption of having few cats in the province. (Photo: Paul Martins)NoNoneNoneNo/
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As part of the Prairie Cougar Research Project, Tammie Windsor—project lead and graduate student in the USask College of Arts and Science—is asking the public to share their observations of cougar evidence within the province.

“I will be collecting reports for the duration of the project—for 2.5 years. This can include recent and historical evidence of sightings, photos, videos, scat, tracks, injured or dead animals from cougar predation, and carcasses of cougars,” said Windsor.

The project database is created from the date and location of each report for georeferencing onto a map. Windsor will use the information to analyze population distribution, abundance, habitat selection, and other ecological factors.

She said the success of the project heavily relies on the public to report their observations.

According to Windsor, despite extensive research on cougars throughout North America, Saskatchewan cougars have received minimal attention due to an assumption of having few cats. An increase of reports from the public and accounts of GPS-collared cats travelling through the province alludes to a larger population than originally suspected.

“This baseline study could serve as a jumping off point for more technical research once we know the location and abundance of cougars throughout the province,” said Windsor. “This project would link the research together from other provinces on how cougars are utilizing the landscape.” 

The Prairie Cougar Research Project is sanctioned and sponsored by the USask Department of Biology’s Animal Population Ecology Lab. The project supervisor is Dr. Philip McLoughlin (PhD), professor in the USask College of Arts and Science.

To report evidence of a cougar sighting within Saskatchewan, please contact Tammie Windsor at sk.cougars@usask.ca or 306-713-3639. You can also fill out a survey here.

usask-hydrologists,-beamline-scientists-named-highly-cited-researcherstrue1718730911095imj129USask hydrologists, beamline scientists named highly cited researchers Two University of Saskatchewan (USask) researchers at the Global Institute for Water Security (GIWS) and two senior beamline scientists at USask’s Canadian Light Source (CLS) have been named to Clarivate’s 2022 Highly Cited Researchers list. research, DD,1668546120000/articles/research/2022/usask-hydrologists,-beamline-scientists-named-highly-cited-researchersnewssite://news/articles/research/2022/usask-hydrologists,-beamline-scientists-named-highly-cited-researchersccm0461668546396638ccm0461668548961038show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/famiglietti-clark.jpgsite://news/images/2022/famiglietti-clark.jpgnewsfamiglietti-clark.jpg3004891080720From left: Dr. Jay Famiglietti (PhD) and Dr. Martyn Clark (PhD). From left: Dr. Jay Famiglietti (PhD) and Dr. Martyn Clark (PhD). (Photos: Submitted)NoNoneNoneNo/
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Researchers recognized in this list have published multiple academic papers that rank in the top one per cent of citations in their fields for the year, as analyzed by the global Web of Science—a database of bibliographic citations that covers the various journals of medical, scientific and social sciences. 

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Dr. Jay Famiglietti (PhD), executive director of GIWS and Canada 150 Research Chair in Hydrology and Remote Sensing, is a leading hydrologist and has previously served as a senior water scientist in the NASA Jet Propulsion Laboratory.  

A professor at USask’s School of Environment and Sustainability, Famiglietti’s research focuses on using satellites and advanced computer models to track the changing availability of freshwater around the world and the depletion of groundwater reserves. He has a major focus on communicating important findings to the public and the research community, and also is a regular adviser to national and international governments on water security issues. 

His research work has been cited approximately 20,400 times across 182 published papers, including in prestigious journals such as Nature and Science. 

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Dr. Martyn Clark (PhD), associate director of the Centre for Hydrology and Coldwater Laboratory and professor in the USask College of Arts and Science Department of Geography and Planning, is a leading hydrologist who has recently served as the editor-in-chief of the journal, Water Resources Research. 

His research focuses on developing hydrological models and understanding the sensitivity of water resources to climate change. Recent work includes developing computer models to predict changes in streamflow – including the occurrences of floods and droughts – with the USask Centre for Hydrology Computational Hydrology research group as part of the Global Water Futures project.  

His work has been published in 189 publications and cited approximately 18,100 in academic journals including Nature Climate Change. 

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The senior CLS beamline scientists recognized by Clarivale as highly cited researchers are Dr. Yongfeng Hu (PhD) and Dr. Jigang Zhou (PhD). Mostly through their work in conducting beamline experiments for a variety of scientists at the synchrotron, Hu and Jigang are cited as co-authors in numerous published journal papers.  

Learn more about the Highly Cited Researchers list and see other recipients here.

brinkmann-focuses-on-advancing-usask-toxicology-research-profiletrue1718730911095imj129Brinkmann focuses on advancing USask toxicology research profile The University of Saskatchewan (USask) made Dr. Markus Brinkmann (PhD) an offer he couldn’t refuse. This when he was being tempted by an overture from a German university to return home with his young family to pursue his toxicology research program. Sarath Peirisresearch, Toxicology, 1668523380000/articles/research/2022/brinkmann-focuses-on-advancing-usask-toxicology-research-profilenewssite://news/articles/research/2022/brinkmann-focuses-on-advancing-usask-toxicology-research-profileccm0461668523829484ccm0461683059014002show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/markus4-002.jpgsite://news/images/2022/markus4-002.jpgnewsmarkus4-002.jpg2376811080720Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. (Photo: Gord Waldner)NoNoneNoneNo/
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Now it’s a case of the best of both worlds for the rising star in environmental toxicology research as he takes on the directorship of USask’s Toxicology Centre, along with an appointment as Special Adviser to the Vice-President Research on Strategic Research Partnerships with Germany. 

Brinkmann’s ambassador role is geared to advancing opportunities for USask researchers and students in his research-intensive birthplace. 

A third component of USask’s retention offer was the Centennial Enhancement Chair (CEC) in Mechanistic Environmental Toxicology—Brinkmann’s catch-all summary for the types of research he’s been conducting, with a focus on how the proliferation of chemicals affects the environment, especially aquatic life. 

“In the end, I turned down the German offer because it was really attractive to stay here,” said Brinkmann. 

He finds USask’s environment highly supportive. Compared to German universities, the relationship with students and administration is “more direct and eye-level” instead of being hierarchical at times, he said. 

“During my work with the wastewater surveillance program, etc., I really came to enjoy a direct relationship with the university administration all the way up to the president, who is supportive of the work we do,” he said. “That level of support is unprecedented in the German context.” 

As well, for someone with four children, Brinkmann finds Saskatchewan supportive of young families, especially with good early education programs. 

“And we came to love the great outdoors, and the things you can do here way more easily—going out fishing with the kids, camping, sleeping in backcountry somewhere just enjoying the serenity—that just doesn’t exist in Germany anymore.” 

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Brinkmann is looking forward to building on the strong foundation laid by his predecessors, such as longstanding director Karsten Liber, who turned USask’s program into the No. 1 interdisciplinary toxicology program in Canada, and David Janz, the interim director who steered the program through the rocky shoals of the COVID-19 pandemic. 

The Toxicology Centre has brought together a diversity of scientists from clinical toxicology to biochemical, veterinary and environmental toxicology over the past 40 years, he noted. And it is one of the longest-standing interdisciplinary programs on campus, and one of Canada’s only dedicated toxicology programs for both undergraduate and graduate students. 

“So, it’s a big responsibility for me as a younger person to come into this role, build on this history, and try to advance it at the same time,” said Brinkmann. “Certainly, we have to modernize our programs to appeal to the current demographic of students. But I think that is an exciting challenge to be working on, and that’s probably also a good reason to have a somewhat younger person with fresh ideas in this position.” 

TextChair in Mechanistic Environmental Toxicology Image/images/2022/markus-brinkmann-1080.jpgsite://news/images/2022/markus-brinkmann-1080.jpgnewsmarkus-brinkmann-1080.jpg2413261080720Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. (Photo: Carey Shaw)Above content

Brinkmann’s aim for his research chair is to gain insights into the complex interrelations between environmental components such as water, soils, sediments, and air that are all affected by human activity, and the organisms exposed to these impacts. 

“In my view, we really need to start appreciating that level of complexity rather than ignoring it, which our profession has done quite successfully in the past,” he said.  

As an example, he pointed to his research on the toxic compound, 6PPD-quinone, which is created when a protectant in rubber tires called 6PPD is shed on roadways and becomes oxidized. Stormwater carries the toxicant into rivers and lakes, where it poses a deadly threat to several species of fish. 

Extensive testing of 6PPD before its release in the mid-1960s had raised no concerns, Brinkmann said. Only after decades of its use in tires was its transformation in the environment into the toxic 6PPD-quinone discovered. 

“What really drives me is trying to identify how chemicals cause these environmental impacts, and the mechanisms by which it happens.”  

Environmental systems are complex and ever-changing, he said. Unlike in a controlled laboratory setting, there’s no stable baseline for comparisons. 

“You go out into the environment and, all of a sudden you have fish that just recently spawned in an algal bloom on top of a chemical stressor with potential hypoxia and so on. Maybe there’s a wastewater discharge and things like that. It gets really complicated quickly,” Brinkmann said. 

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As he joins USask President Peter Stoicheff and Vice-President Research Baljit Singh on a mid-November trip to Germany to sign memorandums of understanding with partners and to discuss building programs of mutual benefit, Brinkmann said his ambassadorship will bring long-term value to USask. 

“Growing international relationships is important to any university, but especially for USask because our goal is to be the university the world needs,” he said.  

“We are striving to do a lot of interdisciplinary applied research, and that involves stakeholders at many levels. A lot of our environmental problems, and many of our research tasks—look at the global COVID pandemic—are global issues that we can’t tackle by only looking at the regional or national level.” 

Brinkmann said USask needs to involve international partners, and Germany is one of the big research engines globally and has one of the highest per capita research spending levels in the world. So, there’s an advantage to forming mutually beneficial relationships.  

“With my personal network in Germany as well as across the toxicology and environmental science fields in North America, I’m looking forward to building those bridges and advancing USask’s profile regionally and globally,” said Brinkmann. 

agbio-usask-students-wheat-pathology-research-helps-producers-in-practical-waystrue1718730911095imj129USask student’s wheat pathology research helps producers in practical waysMackenzie Hladun is fascinated by the basic principles of how a host can defend itself from disease, whether it comes to animals, humans or plants.Nykole KingCollege of Agriculture and Bioresources, CDC, Crop Development Centre, research,1668085500000/articles/research/2022/agbio-usask-students-wheat-pathology-research-helps-producers-in-practical-waysnewssite://news/articles/research/2022/agbio-usask-students-wheat-pathology-research-helps-producers-in-practical-waysnews_ws1668453635856ccm0461668454147119show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mackenzie_h.jpgsite://news/images/2022/mackenzie_h.jpgnewsmackenzie_h.jpg2522781079720CDC graduate student Mackenzie Hladun. CDC graduate student Mackenzie Hladun. (Photo: Dave Stobbe)NoNoneNoneYesNoYesMatching keywordsYesImage/news/2022/11/mackenzie_h.jpgsite://agbio/news/2022/11/mackenzie_h.jpgagbiomackenzie_h.jpgmackenzie_h.jpg1789631024683CDC graduate student Mackenzie Hladun. (Photo: Dave Stobbe)NoNoneNoneNo/
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“I’m just so intrigued with how a host can identify a disease and fight it off. I don’t know if it's the resilience factor or if it's the have-to-survive factor in the host, but pathology has always just clicked in my brain,” said Hladun. 

Hladun, originally from White City, Sask., is a graduate student at the Crop Development Centre (CDC) in the College of Agriculture and Bioresources at the University of Saskatchewan (USask). Her research is focusing on assessing many mechanisms that contribute resistance Fusarium head blight (FHB) in wheat.

“I'm measuring many traits in wheat that allow the wheat plant to fight off Fusarium head blight, and it’s saving itself from being killed by this disease,” said Hladun.

Hladun’s undergraduate studies focused on studying human and animal diseases. After finishing her Bachelor of Science in Cellular and Molecular Biology at the University of Regina, she worked in an administrative role for Saskatchewan’s Ministry of Agriculture.

Hladun had already spent her previous summers during her undergraduate program working for the Ministry of Agriculture, and she realized she had “fallen in love with agriculture.”

From that point on, Hladun decided to research her options for a master’s degree, landing on the USask website. Once she found Dr. Randy Kutcher (PhD), who specializes in disease resistance in wheat, she knew she wanted to conduct research in his lab.

Part of what made Kutcher’s research stand out to Hladun was that it has practical applications for producers.

“The results can actually provide producers or other researchers’ information that they will need — which to me is just a fantastic concept. We’re actually helping people by doing this. You can see where it’s impacting the industry,” said Hladun.

By combining genetic data and statistical information, Hladun is looking to understand the genes resistant to FHB and help to improve varietal resistance through “marker-assisted selection.”

“It's tracking this genetic information throughout the crosses so that the breeder can identify what disease-resistant traits are still in the population,” said Hladun.

During her graduate research, Hladun collected all her field data and appreciated working side-by-side with the lab technicians in the CDC field lab, in the field, and at the USask Department of Plant Science greenhouses.

Hladun is currently collecting the last set of data for her master’s thesis and her projected completion date is set for early 2023. After completing her research, she sees herself as an agronomist working directly with producers to support their work with “boots on the ground”.

What drives Hladun is seeing her work positively impact local producers. During a CDC Field Day last year, she recalls a moment after she wrapped up her speech on her project. After a long pause, one producer thanked her for how it strengthens their crop productions on their own farms. 

“This one woman just put up her hand and said, ‘Thank you for doing the work that we can't do.’ It just clicked that not everyone can do what I'm doing,” said Hladun. “That's really rewarding.”

To learn more about how to apply for graduate student opportunities with the Crop Development Centre, please visit the Plant Sciences graduate studies webpage.

/news/2022/11/usask-students-wheat-pathology-research-helps-producers-in-practical-waysshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackYessite://agbio/news/2022/11/usask-students-wheat-pathology-research-helps-producers-in-practical-waysagbiousask-students-wheat-pathology-research-helps-producers-in-practical-waysArticle headline USask student’s wheat pathology research helps producers in practical waysMackenzie Hladun is fascinated by the basic principles of how a host can defend itself from disease, whether it comes to animals, humans or plants.Nykole KingNov 10, 2022 1:05 PM
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usask-researcher-investigates-human-reindeer-relationships-by-examining-animals-teethtrue1718730911095imj129USask researcher investigates human-reindeer relationships by examining animals’ teethExamining how animal teeth wear over time may shed new light on the relationships and interactions between humans and animals throughout history, says University of Saskatchewan (USask) graduate student Grace Kohut.BROOKE KLEIBOERCollege of Arts and Science, research, Young Innovators,1668440220000/articles/research/2022/usask-researcher-investigates-human-reindeer-relationships-by-examining-animals-teethnewssite://news/articles/research/2022/usask-researcher-investigates-human-reindeer-relationships-by-examining-animals-teethccm0461668440469604ccm0461668440469604show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/grace-kohut300.jpgsite://news/images/2022/grace-kohut300.jpgnewsgrace-kohut300.jpg1832491080720U of S graduate student Grace Kohut examining reindeer and caribou mandibles in a lab. U of S graduate student Grace Kohut examining reindeer and caribou mandibles in a lab. (Photo: Submitted)NoNoneNoneNo/
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Kohut is part of a research team examining how Nenets–Indigenous people from the Iamal Peninsula of Arctic Siberia–interacted with reindeer, and how the animals were used to help the humans survive.

“To Nenets, everything is interesting about reindeer, as this animal is a crucial species for their well-being, playing a critical role in their diets, annual migrations and clothing,” said Kohut, a graduate student in the Department of Archaeology and Anthropology in USask’s College of Arts and Science.

Reindeer were used by the Nenets people for everything from transportation to food and clothing resources. The Iamal-Nenets region continues to be an active area for reindeer herding to this day.

To determine how reindeer contributed to the lives of the Nenets people, Kohut and her research supervisor, USask assistant professor Dr. Tatiana Nomokonova (PhD), are analyzing the wear on samples of reindeer teeth from the region.

“Tooth wear can be a relatively fast, inexpensive, and most importantly, non-destructive method of assessing reindeer ages,” said Kohut. “My tooth-wear age-estimation method will be used for the first time to identify Indigenous animal age categories in the past.”

Kohut said teeth can tell many stories that are helpful in determining how reindeer co-existed with humans in an environment.

“Studying tooth wear and eruption works well for identifying some individuals that fall within certain Nenets reindeer age categories, especially the younger animals critical for making clothing and older animals whose hides can be used for bedding and dwelling covers,” said Kohut.

Similarly, if plants or lichen closer to the ground were eaten due to reduced vegetation, the animals’ teeth will wear down faster. If advanced tooth wear is seen compared to age, then the reindeer likely experienced poor grazing and forage conditions frequently.

This type of information about the past can be useful to the Nenets people in the future as they continue to rely on reindeer herds for many aspects of survival. Kohut hopes to develop a series of public outreach activities co-designed with the Nenets people to share the information with their youth.

“While studying and working in archaeology I’ve found the diversity of ways that people interact with, use, and relate to animals really interesting. My research is a part of a larger collaborative project designed to interconnect past and present uses of reindeer, including the incorporation of Nenets’ knowledge directly into archaeological research,” she said.

In addition to supporting the Nenets people in efficient and informed reindeer herding, Kohut also plans to change the way researchers use tooth wear to estimate age.

“Many of the existing tooth-wear methods I reviewed were developed by wildlife researchers,” said Kohut. “My plan is to also make a user-friendly open-access field manual for anyone who is interested in using it.”

She said this work could help Indigenous people in Canada delve further into the lives of animals that are important to their way of life.

“These animals (like reindeer and caribou) remain important to many Indigenous peoples across the Circumpolar North, including in the Canadian North,” she said. “Application of my methods could increase understanding about caribou use at such sites and provide further information on how caribou are impacted by management and hunting policies today.”

The project has been supported by the Social Sciences and Humanities Research Council of Canada, and the USask Department of Archaeology and Anthropology.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

neutrons-canada-established-to-lead-research-infrastructure-programtrue1718730911095imj129Neutrons Canada established to lead research infrastructure program Led by the University of Saskatchewan (USask) and McMaster University as co-chairs of the Canadian Neutron Initiative, 15 member universities have come together to incorporate a new not-for-profit research organization, Neutrons Canada. research,1668006000000/articles/research/2022/neutrons-canada-established-to-lead-research-infrastructure-programnewssite://news/articles/research/2022/neutrons-canada-established-to-lead-research-infrastructure-programccm0461668006676771ccm0461668029733660show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/reactor.jpgsite://news/images/2022/reactor.jpgnewsreactor.jpg1528571080720McMaster University’s 5MW research reactor is a source of neutrons for Canada’s future. McMaster University’s 5MW research reactor is a source of neutrons for Canada’s future. (Photo: Submitted)NoNoneNoneNo/
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The new agency’s purpose is to govern, manage, and represent Canada’s infrastructure program for research and development with neutron beams. This program will include international partnerships that secure access to world-leading neutron laboratories, operation of Canada’s domestic neutron beam facilities, and national initiatives for future neutron sources—each of which enable Canadians to address major social and economic challenges. 

Because everything is made of materials, innovation in materials underpins many technology advances to address challenges such as climate change, a clean economy, safety, security, and health. 

Neutron beams are irreplaceable tools for both application-driven materials research and fundamental research. Just like beams of light are used in a microscope to learn about materials, beams of neutrons scatter from materials to reveal details that cannot be “seen” with other scientific tools. 

Canada has been a global leader in research using neutron beams for more than 70 years. Until 2018, much of this research was centred around the now-closed Canadian Neutron Beam Centre at the Chalk River Laboratories. Neutron Canada will provide leadership of the research infrastructure program needed to fill that void. 

Today’s announcement builds on $57 million in investments, from federal and provincial sources and other project partners, in neutron beam infrastructure to establish a national neutron beam lab at the McMaster Nuclear Reactor and to gain access to world-leading neutron sources in the United States.  

Creation of Neutrons Canada is a key milestone in the implementation of the National Neutron Strategy, which was designed to rebuild Canadian capacity for this research field. This strategy was built by universities through the Canadian Neutron Initiative working group, through consultations with the research community over the past several years.  

Management of Neutrons Canada will be turned over to an independent board of directors in December.  

TextQuotes Image/images/2022/singh-baljit-sq.jpgsite://news/images/2022/singh-baljit-sq.jpgnewssingh-baljit-sq.jpg150297678679Baljit Singh, Vice-President of Research, University of Saskatchewan Align left

“Neutrons Canada is a truly national organization with 15 member universities across Canada, each of whom have substantial research activities that require neutrons. Researchers are already doing cutting-edge work in materials science, medicine, and energy using X-ray beamlines at our country’s only synchrotron, the Canadian Light Source at the University of Saskatchewan. Access to neutrons, which complement and add another dimension to their research, is essential to our province and to our global contributions as we continue to build capabilities in nuclear science, quantum science, and technology.
Baljit Singh, Vice-President of Research, University of Saskatchewan 

TextImage/images/2022/karen-mossman-sq.jpgsite://news/images/2022/karen-mossman-sq.jpgnewskaren-mossman-sq.jpg70387479479Karen Mossman, Vice-President of Research, McMaster University Align left

Maintaining a robust national program for the Canadian neutron beam science community is vital for the country’s international competitiveness. We need to optimize the use of our domestic neutron facilities, develop strategic global partnerships and plan for tomorrow’s infrastructure – of which the McMaster Nuclear Reactor is a key component. We’re so proud to be building Canada’s Neutron Beam Lab at McMaster University and look forward to supporting Neutrons Canada in integrating the facility into a national network and strategy.
– Karen Mossman, Vice-President of Research, McMaster University 

TextImage/images/2022/_dsc9528-copy.jpgsite://news/images/2022/_dsc9528-copy.jpgnews_dsc9528-copy.jpg196630700725Drew Marquardt, President of the Canadian Institute for Neutron Scattering Align left“Access to neutrons is essential for our members’ research addressing challenges such as making better batteries for storing clean energy for vehicles or the electricity grid, understanding and treating diseases such as cancer, and making discoveries for quantum technologies. We celebrate the creation of Neutrons Canada as a major step forward for our research fields.”
– Drew Marquardt, President of the Canadian Institute for Neutron Scattering 
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What is “material research using neutron beams”? 
The fields of research for which beams from a bright neutron source are required span natural sciences and engineering and include certain areas of health research and the humanities such as treating cancer and non-destructive probing of historical artefacts. Neutron beams are commonly used to probe materials or objects, which could be anything from molecules to living systems. Just like beams of light are used in a microscope to learn about materials, beams of neutrons scatter from materials to reveal details that cannot be “seen” with other scientific tools. 

About the Canadian Neutron Initiative
The Canadian scientific community initiated the Canadian Neutron Initiative (CNI) in 2015, aiming to establish a new, pan-Canadian, university-led framework for stewardship of Canada’s capability for research with neutron beams, and thereby enable a national program for research using neutron beams to continue beyond the planned 2018 closure of the Canadian Neutron Beam Centre. The CNI working group is co-chaired by the VPs of Research of the University of Saskatchewan and McMaster University, and includes their counterparts at the University of Windsor, the University of Alberta, and Dalhousie University, and the president of the Canadian Institute for Neutron Scattering, which represents researchers who use neutron beams. 

Founding members of Neutrons Canada 

  1. Dalhousie University 
  2. McMaster University 
  3. Queen’s University 
  4. Université du Québec à Trois-Rivières 
  5. University of Alberta 
  6. University of British Columbia 
  7. University of Calgary 
  8. University of Guelph 
  9. University of Regina 
  10. University of Saskatchewan 
  11. University of Toronto 
  12. University of Waterloo 
  13. University of Windsor 
  14. University of Winnipeg 
  15. Western University 

 

usask-research-investigates-what-can-happen-when-immune-system-proteins-go-roguetrue1718730911095imj129USask research investigates what can happen when immune system proteins go rogueA specific family of DNA-modifying proteins normally function as part of the human immune system to combat viral infections. But what happens when these proteins begin to modify DNA – and go rogue?BROOKE KLEIBOERresearch, College of Medicine1667917800000/articles/research/2022/usask-research-investigates-what-can-happen-when-immune-system-proteins-go-roguenewssite://news/articles/research/2022/usask-research-investigates-what-can-happen-when-immune-system-proteins-go-rogueccm0461667918043694ccm0461667918319652show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lai-wong300.jpgsite://news/images/2022/lai-wong300.jpgnewslai-wong300.jpg2769291080720USask College of Medicine PhD student Lai Wong in a laboratory. USask College of Medicine PhD student Lai Wong in a laboratory. (Photo: Submitted)NoNoneNoneNo/
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Scientifically known as apolipoprotein B mRNA editing enzyme catalytic polypeptides (APOBECs), and with actions detected in many types of cancers, including breast, lung, and ovarian, medical researchers such as University of Saskatchewan (USask) PhD candidate Lai Wong are on a mission to understand the role of APOBEC proteins in DNA mutations.

I’ve always been interested in cancer research because it’s fascinating to me how our cells run like little, well-oiled machines, but only a couple mutations can cause everything to malfunction,” said Wong. “If our cells acquire too many mutations, it can lead to the development of cancer as well as help the cancer evolve and grow.

We currently don’t know if APOBEC-induced mutations can initiate cancer or drive cancer evolution. The goal of our research is to understand how these proteins gain access to our DNA and what downstream effects they have on our cells.”

Wong said that APOBEC proteins cannot be judged for their cancer risk using the same biological markers as other proteins, making APOBECs an interesting subject for researchers.

Uniquely, APOBECs can only act during the stage of DNA replication when the double-stranded structure is split. These single strands of DNA only exist for a short period of time in the DNA replication process before they are copied and combined with another strand. APOBECs must perform their duties during this time span only, making it difficult for researchers to visualize these proteins in action to better understand their role.

Supervised by College of Medicine professor Dr. Linda Chelico (PhD), Wong’s work involves developing and optimizing experiments that can be used to study the effects of APOBECs on cancer caused by mutations.

Results thus far have determined that APOBEC proteins all have unique biochemical characteristics that dictate how well they can access DNA strands. A factor such as how fast the APOBEC protein can ‘climb’ on and off the DNA strand can help researchers to predict how likely APOBECs can modify DNA and potentially induce mutations.

“If we can determine what effects APOBECs have on cancer initiation and progression, we may be able to use these proteins to find a drug to block cancer initiation or to suppress cancer evolution during therapy,” said Wong.

Wong hopes to continue to play a role in the work even after her PhD project is complete.

“I am interested in pursuing a career in clinical research because I’d like to be involved in testing the efficacy and safety of treatments in clinical trials,” said Wong. “I have succeeded in my graduate studies because of the calibre of ongoing research (at USask) led by experts in the field.”

The research is supported by the Natural Sciences and Engineering Research Council of Canada, and the Canadian Institutes of Health Research.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

signature-areas-of-research-help-usask-highlight-its-strengthstrue1718730911095imj129Signature areas of research help USask highlight its strengthsThe university has provided $360,000 to nine teams to assist in developing and showcasing innovative interdisciplinary research, scholarly, and artistic workShannon Boklaschukresearch, provost,1667834700000/articles/research/2022/signature-areas-of-research-help-usask-highlight-its-strengthsnewssite://news/articles/research/2022/signature-areas-of-research-help-usask-highlight-its-strengthsccm0461667835380555ccm0461672754284673show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/campus-aerial--1080.jpgsite://news/images/campus-aerial--1080.jpgnewscampus-aerial--1080.jpg4747411080720An aerial view of the University of Saskatchewan campus. USask has nine signature areas of research. (File photo)NoNoneNoneNo/
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The nine signature areas of research at the University of Saskatchewan (USask) represent the institution’s unique strengths as well as its commitments to interdisciplinary innovation and collaboration.

As part of the signature areas renewal process, USask has provided $360,000—which is $40,000 for each signature area team—to resource a variety of activities, such as potential meetings, seminars, and symposia, that will help to inform and engage the community as the teams’ work takes shape.

TextImage/images/2022/baljit-square.jpgsite://news/images/2022/baljit-square.jpgnewsbaljit-square.jpg133654546546Dr. Baljit Singh (PhD) is USask’s vice-president, research. (Photo: David Stobbe)Align right

“How the money will be used is up to the signature areas scholars themselves,” said Dr. Baljit Singh (PhD), USask’s vice-president research, who noted that each signature area will have its own leadership structure.

“We are asking the signature areas leaders to envision how they will be telling the community—within and outside the university—what their signature areas are doing,” he said.

Earlier this year, three new signature areas of research were announced—Communities and Sustainability, Health and Wellness, and Quantum Innovation—following a collaborative process that included input from hundreds of members of the USask community. These new signature areas were added to USask’s existing six signature areas—Agriculture, Energy and Mineral Resources, Indigenous Peoples, Synchrotron Sciences, One Health, and Water Security—that were selected a decade ago through a campus-wide consultation process.

Of the six existing signature areas, two signature areas—Energy and Mineral Resources and Water Security—were selected to undergo a refresh process. They are now named Water: Health, Equity, Access, Security and Sustainability of our Planet’s Fresh Water Resources, and Energy and Mineral Resources for a Sustainable Future. The other four areas will be reviewed in 2024.

Singh said USask has developed its nine signature areas to “put a sharper focus on some of the areas of existing and emerging strengths” that can be found in the research, scholarly, and artistic work taking place across the university.

“Our signature areas have allowed us to engage with members of the campus community in a deeper way, to understand what’s on their minds and where they see the university’s research, scholarly, and artistic work going in the next five to 10 years,” he said.

“This was a very democratic process because everybody had a chance to present their idea. We also put steps in place where researchers were able to discuss the ideas with each other and combine their ideas to create a bigger and better signature area,” Singh added.

“Going forward, we are hoping that the leaders will create platforms for interdisciplinary work in these signature areas to create better learning opportunities for students and more robust engagement outside of the university as well.”

TextImage/images/2022/airini-sq.jpgsite://news/images/2022/airini-sq.jpgnewsairini-sq.jpg211559643703Dr. Airini (PhD) is USask’s provost and vice-president academic. (Photo: David Stobbe)Align left

USask Provost and Vice-President Academic Dr. Airini (PhD), who co-led the signature areas renewal process in 2021 with Singh, said the goal was to build community, elevate excellence, generate discussion, and inform future directions in each of the university’s signature areas.

“We are grateful to everyone who participated in the signature areas renewals process and invested their time and energy in these important conversations,” she said. “Our signature areas have a key role to play in our bold ambition to be the university the world needs.”

The Office of the Provost and Vice-President Academic and the Office of the Vice-President Research are now collaborating on a process to identify and connect signature pedagogies with the signature areas of research, to enhance the research, teaching, and learning activity on campus. USask has many opportunities to learn about the context and possibilities being investigated through the signature research areas. In addition, work is underway to expand industry and skill-based studies. For example, microcredentials could be offered in a signature area, or students could work on capstone projects in a signature area. Identifying signature pedagogies at the university will also assist students in finding interdisciplinary groups of scholars with whom they would like to study and work.

“Teaching, learning, and research are inextricably linked at the university,” said Airini. “We see the development of signature pedagogies as the next step in showcasing our interdisciplinary collaboration, innovation, and expertise to the world.”

The leaders of the three new signature areas are looking forward to enhancing the research, scholarly, and artistic work, as well as the teaching and learning activity, connected to their interdisciplinary collaborations.

TextQuantum InnovationImage/images/2022/steven-rayan-by-david-stobbe-sq.jpgsite://news/images/2022/steven-rayan-by-david-stobbe-sq.jpgnewssteven-rayan-by-david-stobbe-sq.jpg260924800800Dr. Steven Rayan (PhD) is leading the Quantum Innovation signature area of research. (Photo: David Stobbe)Align right

Dr. Steven Rayan (PhD), who leads Quantum Innovation, said its selection as a signature area recognizes nearly 90 years of quantum science and quantum thinking at USask—a legacy that includes the groundbreaking work of Dr. Gerhard Herzberg from 1935 to 1945, and his Nobel Prize in Chemistry 1971. At the same time, the selection of this new signature area recognizes that faculty, postdoctoral fellows, students, and other stakeholders working in the quantum sphere at USask are pioneering exciting developments in quantum technologies and some of the most promising quantum solutions to global problems, he said. 

“The naming of Quantum Innovation as a signature area of research comes at the right time as universities, governments, and corporations around the world mobilize to prioritize quantum research and development,” said Rayan, a faculty member in the Department of Mathematics and Statistics in the College of Arts and Science and the director of the Centre for Quantum Topology and Its Applications (quanTA).

“Canada, in particular, had announced its sweeping National Quantum Strategy in 2021, with the first major initiatives and funding exercises coming to fruition this year. The announcement of the signature area aligns the University of Saskatchewan perfectly with this national priority and sends a clear message that USask is the right place in which to invest this funding.” 

Rayan said the future is bright for Quantum Innovation at USask, noting the coalescence of the signature area has aligned crucial research pathways at the university. Through these, Rayan expects to see several groundbreaking quantum-fueled, USask-designed technologies come to fruition in the next two to three years. The technologies will have considerable applications in computing, advanced manufacturing, health care, and environmental monitoring and assessment, Rayan said.

“At the same time, we will be launching exciting research programs investigating quantum approaches to data security and digital currencies, to name just a couple of emerging areas. A core part of our vision is to anticipate the social and economic impact of these technologies before they are used, and to engage the public in their design, so that quantum innovations do not create new problems in the process of solving existing ones,” he said.

“As such, the work of Quantum Innovation relies on USask’s full spectrum of scholarly and artistic thinking and talent, as well as the interest and expertise of the wider community around us. The complete integration of science, design, understanding, and assessment that we are attempting is only possible at this institution, where interdisciplinarity is at the very core of our academic culture and manifests in everything we do.”

TextCommunities and SustainabilityImage/images/2022/pohler-bradford-squires.jpgsite://news/images/2022/pohler-bradford-squires.jpgnewspohler-bradford-squires.jpg3093591080720(From left): Dr. Dionne Pohler (PhD), Dr. Lori Bradford (PhD) and Dr. Vicki Squires (PhD) are leading the Communities and Sustainability signature area of research. (Photos: submitted)Above content

Interdisciplinarity is also key to the new Communities and Sustainability signature area of research. The signature area working group has adopted a governance model that will eventually include a community-based advisory council and a collaborative leadership structure. The current co-operative leadership structure is distributed among three people: Dr. Dionne Pohler (PhD), an associate professor in the Edwards School of Business and the Co-operative Retailing System Chair in Co-operative Governance at the Canadian Centre for the Study of Co-operatives; Dr. Vicki Squires (PhD), associate dean, research, graduate support and international Initiatives in the College of Education and an associate professor in the Department of Educational Administration in the College of Education; and Dr. Lori Bradford (PhD), Canada Research Chair Tier 2 in Incorporating Social and Cultural Sciences into Engineering Design and an assistant professor in the Ron and Jane Graham School of Professional Development in the College of Engineering and in the School of Environment and Sustainability.

The Communities and Sustainability signature area will focus on the interrelatedness of human communities and natural ecologies. It will also involve understanding the relationships among different peoples and the natural world and ensuring they are maintained in a good way—a philosophy embodied in the Cree/Saulteaux concept of wahkohtowin—to overcome urgent environmental, social, and political challenges.

Pohler said the Communities and Sustainability working group wants the signature area “to provide a hub to connect people who are doing research that focuses on developing relationships and contributes to the flourishing of our natural and social environments.”

“Lots of people at the university are already doing this work in collaboration with non-academic partners. Our goals are to make this work more visible, develop appropriate ways of measuring our impact, and continue building relationships within and outside the university to support research that has a positive effect on our communities,” Pohler said.

“We would also like to create a home for those outside the university—our community partners—to become excited about engaging in the research mission of the university,” she added.

Communities and Sustainability resulted from the merger of two initially separate pitches for a new signature area of research.

“The pitch involved over six different units across campus, and received support from faculty, staff, and community partners. Since our successful pitch, we have grown even more and formed a working group to develop our vision and a unique collaborative governance and leadership model,” said Pohler.

“We believe this new signature area has incredible potential to connect many researchers across campus whose research questions and methods are often developed in collaboration with community and non-academic partners, and to remove barriers within the university for others to undertake this type of research.”

TextHealth and WellnessImage/images/2022/gordon-lang.jpgsite://news/images/2022/gordon-lang.jpgnewsgordon-lang.jpg2174281080720(From left): Dr. John Gordon (PhD) and Dr. Jennifer Lang (PhD) are leading the Health and Wellness signature area of research. (Photos: submitted)Above content

Like Quantum Innovation and Communities and Sustainability, the Health and Wellness signature area of research is also interdisciplinary in nature. It has brought together five distinct concepts—the pillar leads and affiliates of the Origins of Health and Disease; Population and Public Health; Music, Arts, and Wellbeing; Climate Change; and Population Demographics proposals—and is now co-led by Dr. Jennifer Lang (PhD), a faculty member in the Department of Music in the College of Arts and Science, and Dr. John Gordon (PhD), a faculty member in the College of Medicine.

Researchers from numerous USask colleges and departments see the Health and Wellness signature area as “a window of opportunity” in which their work is reflected, and they also envision themselves and their work as part of this critical field of study, said Lang and Gordon.

“Health and Wellness is a natural and welcoming home and a collaborative gathering place for our arts scholars, population health, public health, biomedical, clinical, Indigenous, social, and political science researchers at levels not seen previously at our institution,” said Lang.

The Health and Wellness signature area is a collaboration between scholars from multiple disciplines who have varied perspectives but who share a common passion for health and wellness as it relates to individuals, communities, and the Earth. The signature area also aligns with national and global priorities on health inequalities, focusing its formidable and expanding research expertise on these long-standing issues and on preparedness for pandemic emergencies, such as the current global COVID-19 pandemic, said Lang and Gordon.

“This signature area has the potential to explore initiatives at the community level in addition to powerful overarching research that will impact our pedagogical and clinical practices moving forward,” Gordon said.

Lang and Gordon said the Health and Wellness team sees itself as a collective in its efforts to critically investigate matters related to health and wellness. The researchers also see great potential in the ways the new signature area can complement and partner with the eight other signature areas, as well as with departments, colleges, schools, and centres on campus and beyond.

“We will collectively focus our energy on real-world, pressing problems that need to be answered, rather than focusing on work solely within our separate disciplines,” Lang said.

Visit USask’s research website to learn more about all nine signature areas of research and the research expertise at the university.

engineering-abdelrasoul-honoured-with-two-research-awardstrue1718730911095imj129Abdelrasoul honoured with two research awardsA University of Saskatchewan (USask) College of Engineering professor's work has led to groundbreaking advances in hemodialysis membrane science and technology.USask Engineering CommunicationsCollege of Engineering, research, 1667583240000/articles/research/2022/engineering-abdelrasoul-honoured-with-two-research-awardsnewssite://news/articles/research/2022/engineering-abdelrasoul-honoured-with-two-research-awardsnews_ws1667834421307ccm0461667836619850show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/Amira-Abdelrasoul.jpgsite://news/images/2019/Amira-Abdelrasoul.jpgnewsAmira-Abdelrasoul.jpg2666001080720Dr. Amira Abdelrasoul in the labDr. Amira Abdelrasoul says she is motivated to move her research forward. NoNoneNoneYesNoYesMatching keywordsYesImage/images/news/2022-abdelrasoul-honoured-with-two-research-awards.jpgsite://engineering/images/news/2022-abdelrasoul-honoured-with-two-research-awards.jpgengineering2022-abdelrasoul-honoured-with-two-research-awards.jpg90201837720Dr. Amira Abdelrasoul says she is motivated to move her research forward. NoNoneNoneNo/
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Dr. Amira Abdelrasoul, an associate professor in the University of Saskatchewan College of Engineering, is the recipient of the 2021 Young Investigator Excellence Award from the Canadian Light Source (CLS).

It is awarded to an early-career researcher who is an active CLS user that has published results based on data obtained from the CLS.

Abdelrasoul was also recognized this fall as one of 18 outstanding chemical engineering women researchers across the globe by the Journal of Chemical Engineering Research and Design.

“I am so honored and proud to be the recipient of these awards. I really appreciate the recognition and I am sincerely grateful to the professors who nominated me and to everyone supporting my research program!” said Abdelrasoul, who is an associate professor in the Division of Biomedical Engineering in the Department of Chemical and Biological Engineering.

Abdelrasoul has pioneered the use of customized gold nanoparticles to label and track the movement of specific blood proteins through hemodialysis membranes, which has proven to be a significant advance towards achieving more biocompatible dialysis membranes.

The work she has done has led to groundbreaking advances in hemodialysis membrane science and technology. With the new information she has gathered through her work at CLS, she is now able to create new designs and membrane materials to be tested in dialysis applications. She acknowledges that “it is particularly special to be recognized by a unique research facility like the CLS.”

The ultimate aim of Abdelrasoul’s research is the design and commercialization of an artificial wearable kidney based on novel membranes designed to reduce inflammation, blood protein deposition, and other effects of hemodialysis that lead to very high rates of morbidity and mortality among dialysis patients. Such a revolutionary advancement would be life-changing for the millions of Canadians and people around the world who suffer from advanced kidney disease.

“To be recognized for my work by a high reputational journal in our field and among other women researchers around the world is so great. I am motivated to move the research forward to new milestones in hemodialysis research until I achieve my ultimate goal and affect a real change for kidney failure patients,” said Abdelrasoul.

/news/2022/abdelrasoul-honoured-with-two-research-awardsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://engineering/news/2022/abdelrasoul-honoured-with-two-research-awardsengineeringabdelrasoul-honoured-with-two-research-awardsArticle headlineAbdelrasoul honoured with two research awardsUSask Engineering professor's work has led to groundbreaking advances in hemodialysis membrane science and technology.research, health, awardNov 4, 2022 5:34 PM
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usask-team,-st.-john-ambulance-partner-on-skills-training-for-therapy-dog-handlerstrue1718730911095imj129USask team, St. John Ambulance partner on skills training for therapy dog handlersUniversity of Saskatchewan (USask) researcher Dr. Colleen Dell (PhD) and her team have partnered with St. John Ambulance in Saskatchewan to offer a first-of-its-kind online certificate course to improve the abilities of therapy dog handlers to prepare and support their interactions with the program’s participants.research, College of Arts and Science,1667486460000/articles/research/2022/usask-team,-st.-john-ambulance-partner-on-skills-training-for-therapy-dog-handlersnewssite://news/articles/research/2022/usask-team,-st.-john-ambulance-partner-on-skills-training-for-therapy-dog-handlersccm0461667487810005ccm0461667487850986show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/therapy-dog-on-job.jpgsite://news/images/2022/therapy-dog-on-job.jpgnewstherapy-dog-on-job.jpg2563751080769Therapy dog, Minky, on the job alongside handler, Victoria Marchand. (Photo: Ben Carey)Therapy dog, Minky, on the job alongside handler, Victoria Marchand. (Photo: Ben Carey)NoNoneNoneNo/
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Becoming a therapy dog team typically involves extensive vetting and testing, said Dell, but the handlers receive limited education to increase their awareness and skills in areas that would aid their visits. 
 
“Our community-based team addresses this gap in our new course, Being an Informed Therapy Dog Handler,” said Dell, sociology professor in USask’s College of Arts and Science, Centennial Enhancement Chair in One Health and Wellness, and founder of the PAWS Your Stress Therapy Dog Program on campus. 
 
“The content draws on the vast amount of research and first-hand experiences we have had in Saskatchewan, ranging from responding to community needs with the Humboldt Broncos bus crash through to visiting clients each week at addictions treatment facilities.” 
 
Therapy dogs are well-behaved family pets that enjoy the company of humans, and their important community role has been increasingly recognized in recent years, said Dell. These volunteer therapy dog and human handler teams visit a range of places where individuals do not typically have access to a pet, such as in hospitals, vaccination clinics, airports, and university campuses. 
 
The course being released today is in recognition of One Health Day. It enables Dell’s team to highlight the One Health concept of zooeyia—the positive benefits of animals to human health. 
 
The new self-paced, eight-hour training course is available free to St. John Ambulance therapy dog handlers at: https://sites.usask.ca/online-handler-education. It is also open at no cost to anyone interested. 
 
“This course will offer a level of preparation for new handlers that has been sorely needed, and a welcome review and reminder for the rest of us who are already in the field,” said Wendi Stoeber, an experienced therapy dog handler and contributor to the course. 
 
The aim is to increase therapy dog handlers’ awareness and skills. The four modules address: participant diversity and offering an inclusive therapy dog experience; responding to participants’ mental health; supporting handlers’ self-care; and basics of dog body language and therapy dog care. 
 
“We are very fortunate to work alongside dedicated educators, researchers and students at USask,” said St. John Ambulance Director of Community Services Lisa Schwann. 
 
“This was an enormous task they undertook, and it is very much needed, she said. “And we are proud of the essential role our St. John Ambulance therapy dog handlers had in creating the course. 
 
She also said that three handlersStephanie Peachy (officer), Jane Smith (member), and Dell (officer)were recently inducted into the Priory of the Order of St. John at an official ceremony at Government House in Regina for their significant contributions to therapy dog research. 

The course was made possible by sponsorship from handler and author Jane Smith, who shared half of the proceeds of the sale of the children’s book Murphy Mondays, funded by a HUG Grant from the Royal University Hospital (RUH) Foundation. Murphy Mondays tells the story of the first St. John Ambulance Therapy Dog Team to visit an Emergency Department in Canada. 

lightsource-new-bone-imaging-technique-could-lead-to-improved-osteoporosis-treatmenttrue1718730911095imj129New bone imaging technique could lead to improved osteoporosis treatmentOsteoporosis takes heavy toll on Canadians in terms of physical suffering and economic burden.Joanne Paulsoncanadian light source, can light source, research1667378100000/articles/research/2022/lightsource-new-bone-imaging-technique-could-lead-to-improved-osteoporosis-treatmentnewssite://news/articles/research/2022/lightsource-new-bone-imaging-technique-could-lead-to-improved-osteoporosis-treatmentnews_ws1667402679976ccm0461667403833996show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/website-jumbos-58.jpgsite://news/images/2022/website-jumbos-58.jpgnewswebsite-jumbos-58.jpg21092215001000Two people walk in a garden while holding hands. NoNoneNoneNo/
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More than 2.3 million Canadians are affected by osteoporosis, resulting in billions of dollars in economic burden and incalculable suffering.

A research team from the College of Medicine at the University of Saskatchewan has developed a new approach to imaging that detects changes in bone tissue far more quickly than bone densitometry scans, the method currently used in health care. While the study was done using a rabbit model, the results could lead to improved drug treatment in humans with osteoporosis.

Using the BMIT beamline of the Canadian Light Source at the University of Saskatchewan, Dr. David Cooper and colleagues were able to see the incredibly tiny pores inside cortical bone, the dense outer surface of bone that accounts for the majority of bone mass. These pores change over time, showing how bone tissue is continuously removed and replaced.

TextVideo/https://www.youtube.com/watch?v=6ST2dJ9D53wVideo: New bone imaging technique could lead to improved osteoporosis treatment Align right

The researchers stimulated this bone turnover using parathyroid hormone, then tracked the changes in the pores of the cortical bone in as little as 14 days.

“In humans, the pores we were looking at are about the width of a few hairs – a quarter of a millimetre – and in rabbits they’re about half that size,” said Cooper, whose latest breakthrough builds on a decade’s worth of work in this area. “Using micro-computed tomography (micro-CT) we were, for the first time, able to see the shapes of these pores and actually track them over time.”

Study lead Dr. Kim Harrison said this research would not have been possible using conventional X-ray techniques. “This uses refractive qualities between soft and hard tissues which highlights these pores within the bone and makes it easier to image and track the changes,” she said.

“This really is the establishment of a fundamentally new way of looking at bone turnover,” said Cooper. “Nobody has ever been able to do this before in terms of tracking the pores.”

Current osteoporosis diagnostic testing, done by bone density scans, is “a very blunt instrument,” Cooper added. “It might take years for changes to be detectable. We’re detecting these things over weeks in animals. It could have a rapid impact on how current drugs used in the treatment of osteoporosis are deployed.”

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Harrison, Kim D., Erika Sales, Beverly D. Hiebert, Arash Panahifar, Ning Zhu, Terra Arnason, Kurtis J. Swekla, Peter Pivonka, L. Dean Chapman, and David ML Cooper. "Direct Assessment of Rabbit Cortical Bone Basic Multicellular Unit Longitudinal Erosion Rate: A 4D Synchrotron Based Approach." Journal of Bone and Mineral Research (2022). https://doi.org/10.1002/jbmr.4700

Photos: Synchrotron | BMIT Beamline | Dr. David Cooper and Dr. Kim Harrison

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usask-ag-research-looks-to-stop-cereal-killer-in-its-trackstrue1718730911095imj129USask ag research looks to stop 'cereal killer' in its tracksWith a growing movement to limit the use of synthetic chemicals on crops, University of Saskatchewan (USask) graduate student Antonia Powell is putting green technology to the test when protecting wheat crops from disease.BROOKE KLEIBOERresearch, College of Agriculture and Bioresources,1667317920000/articles/research/2022/usask-ag-research-looks-to-stop-cereal-killer-in-its-tracksnewssite://news/articles/research/2022/usask-ag-research-looks-to-stop-cereal-killer-in-its-tracksccm0461667318013132ccm0461667489848059show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/powell-1080.jpgsite://news/images/2022/powell-1080.jpgnewspowell-1080.jpg2288531080720USask College of Agriculture and Bioresources graduate student Antonia Powell is working alongside her supervisor to develop disease-control methods for crops that are rooted in green technology. USask College of Agriculture and Bioresources graduate student Antonia Powell is working alongside her supervisor to develop disease-control methods for crops that are rooted in green technology. (Photo: Submitted)NoNoneNoneNo/
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Fusarium Head Blight (FHB) is one of the most devastating fungal diseases for wheat crops, compromising harvest and the global supply of staple products such as bread and durum wheat that is commonly used in pasta.

“These crops are not only food sources for many, but they are the livelihood, income generator, and food staples in which many communities around the world depend on to survive, especially here in Saskatchewan,” said Powell.

To maintain nutritional quality and the safety of grain products, Powell is working with USask professor Dr. Vladimir Vujanovic (PhD) to find effective green options that can be used to kill FHB rather than applying synthetic fungicides.

“Our research has revealed that a fungus called Sphaerodes mycoparasitica Vujan. limits the growth of fusarium by directly destroying the machinery that it uses to infect, invade, and kill growing wheat cells,” said Powell, a Master of Science student in USask’s College of Agriculture and Bioresources.

This biocontrol agent can also be applied at any stage in the crop’s lifecycle, rather than just at the flowering stage like many fungicides currently on the market–making it an easier option for farmers to use during the busy growth season.

“This treatment involves green technology that seeks to limit the dependence on synthetic fungicide,” Powell said. “This management strategy is based on the use of biological control, which is the management or control of a pest by using a natural predator.”

Besides helping to kill FHB, the biocontrol fungus has been found to serve as a potential helper for wheat crops in their seedling stage. Applying the fungus to crops in early growth stages provides an element of protection from fungus toxins, enhances seed quality and ultimately increases crop yield.

“Most FHB research studies are usually focused on bread wheat, which is more commonly cultivated,” said Powell. “Our research highlights the potential of this method to treat not only the more FHB- resistant bread wheat but also the potential to provide extra resistance to the more FHB-susceptible durum wheat, commonly used in pasta, that has low-level resistance.”

At the time of writing, the study is the first of its kind to assess the potential of combining a biocontrol agent with bread and durum wheat as a treatment for FHB.

Powell’s novel contributions to research have won her first place in multiple three-minute thesis competitions, in which graduate students conducting research explain their work and its important findings in three minutes.

“There is currently no effective preventative method for this disease; however, this biocontrol agent we have identified is most effective as a preventative strategy (to date),” said Powell.

This research was funded by the Agriculture Development Fund, a Natural Sciences and Engineering Research Council of Canada Discovery grant, and the USask Food and Bioproduct Sciences Department’s Devolved Scholarship.

Powell will be presenting her project “Conquering a Cereal Killer” at the 2022 National 3MT Showcase on Nov. 2.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

food-bank-use-highest-on-prairies-as-grocery-prices-skyrocket-usask-national-polltrue1718730911095imj129Food bank use highest on Prairies as grocery prices skyrocket: USask national poll Faced with soaring grocery bills that have grown at their fastest rate since August 1981 to far outpace the overall inflation rate, more Prairie residents are turning to food banks and community fridges to feed themselves than citizens of any other region in Canada. CHASR, research,1667230620000/articles/research/2022/food-bank-use-highest-on-prairies-as-grocery-prices-skyrocket-usask-national-pollnewssite://news/articles/research/2022/food-bank-use-highest-on-prairies-as-grocery-prices-skyrocket-usask-national-pollccm0461667231084706ccm0461667231137244show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/grocery_store.jpgsite://news/images/2022/grocery_store.jpgnewsgrocery_store.jpg2092001080720A photo of fresh food, including peppers and lettuce. CHASR’s Taking the Pulse of Canada survey had 1,001 respondents across Canada who were contacted via landlines and cellphones. (Photo: nrd / Unsplash)NoNoneNoneNo/
TextImage/images/2022/jessica_mccutcheon.jpgsite://news/images/2022/jessica_mccutcheon.jpgnewsjessica_mccutcheon.jpg1483527201080Dr. Jessica McCutcheon (PhD), survey research manager at CHASR. (Photo: Submitted)Align left

The finding is among several from a national omnibus survey on food security conducted from Sept. 6 to Oct. 17 by the University of Saskatchewan’s (USask) Canadian Hub for Applied and Social Research (CHASR). 

“The Prairies were quite a lot higher, at 10.3 per cent, versus the next lowest, British Columbia, at five per cent,” said Dr. Jessica McCutcheon (PhD), survey research manager at CHASR.  

“I looked into what might be causing this, and there wasn’t a clear answer. What was clear is that it’s not just a finding in this survey but it’s also in other surveys pretty consistently, that Alberta and Saskatchewan have among the highest food bank use rates.” 

Prairie residents (27.8 per cent) are also more likely than Ontarians (17.5 per cent) or Quebecers (15.7) to say they have reduced meal sizes or skipped meals entirely to save money. And Prairie residents (52.2 per cent) are more apt to have grown or hunted their own food than Quebecers (37.1 per cent) and Ontarians (41.1 per cent), something McCutcheon said could be attributed to the relatively larger rural component of the Prairie population. 

McCutcheon said low income is the driving cause for food insecurity, and these numbers likely far underestimate the true extent of the problem because low-income persons are the most difficult to get to complete surveys.  

CHASR’s Taking the Pulse of Canada survey had 1,001 respondents across Canada who were contacted via landlines and cellphones. Nearly 78 per cent of respondents said they had used coupons or bought food items on sale, 58.6 per cent said they had decreased household food waste, and 54.5 per cent said they had planned meals to ensure they had enough money and food. As well, 30.7 per cent said they had eaten less healthy food because it’s cheaper. 

Notably, nearly five per cent of respondents nationally said they had stolen food out of necessity, while seven per cent of Prairie residents said they had done so. 

“Again, that’s probably an underestimate because we are talking about a social desirability bias in the response,” said McCutcheon. “Some people might not admit it, but people having to go to such extremes paints a stark picture.” 

As for strategies to help Canadians cope with food insecurity and raise funds to offset costs, 90 per cent support increasing funding to publicly accessible community gardens, 88.5 per cent support increasing funding to food banks, 88 per cent support implementing a universal healthy school food program, and 87 per cent providing grocery subsidies to low-income households.  

While nationally 56.6 per cent support implementing a tax on sugar and artificially sweetened beverages, the strongest support for the measures is in Quebec with 77 per cent and lowest in the Prairies, where opinion is evenly split. Similarly, when it comes to penalizing carbon emissions, 73.5 per cent of Quebecers are in support while the support drops to just 30.6 per cent on the Prairies and 39 per cent in British Columbia. 

The national results from 1,001 participants yield a margin of error of +/- 3.08 per cent 19 times out of 20, meaning the survey results can be considered reliable 95 per cent of the time. However, McCutcheon notes that the regional breakdowns, based on fewer responses for each region, warrant caution in drawing strong conclusions. 

 

usask-no.-9-in-canada,-in-top-100-universities-globally-in-new-sustainability-rankingtrue1718730911095imj129USask No. 9 in Canada, in top 100 universities globally in new sustainability ranking The University of Saskatchewan (USask) is among the top tier of all universities in tackling the world’s biggest environmental, social, and governance challenges, according to the Quacquarelli Symonds (QS) World University Rankings: Sustainability. sustainability, hp-articles1666888740000/articles/research/2022/usask-no.-9-in-canada,-in-top-100-universities-globally-in-new-sustainability-rankingnewssite://news/articles/research/2022/usask-no.-9-in-canada,-in-top-100-universities-globally-in-new-sustainability-rankingccm0461666889060044ccm0461681487491891show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/solar.jpgsite://news/images/2022/solar.jpgnewssolar.jpg3861761080720Solar panelsThe sun shines on the USask’s 5.12-kilowatt solar module array. Built in 2016, the array provides a hands-on renewable energy research and learning environment for students. (Photo: James Shewaga) NoNoneNoneNo/
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The rankings released Wednesday by QS is the agency’s first foray into assessing universities on sustainability, and analyzes institutions based on environmental and social impact. It evaluates the performance of each university across multiple domains in each category. 

In Canada, USask placed fourth in environmental impact and No. 14 in social impact, with a combined rank of ninth among 26 Canadian universities as well as Canada’s U15 group of research-intensive universities.  

“This new QS World University Ranking recognizes our collective, continued efforts to make our world greener and more equitable, through our world-class research.” said USask Vice-President Research Baljit Singh. “Placing in the top 10 of universities in Canada, and in the top 100 universities in the world shows our progress towards our mission of being the university the world needs.” 

Globally, USask ranked No. 91 out of 700 universities evaluated, including No. 42 in environmental impact and No. 265 in social impact.  

The ranking is a holistic measure of performance, weighing social and environmental performance equally for a combined sustainability score.  

Eight measures comprise the rankings, including research collaborations between countries that donate international aid and those that receive aid, assessments across 16 of the United Nations’ Sustainable Development Goals, and alumni who have made major contributions to address social and environmental challenges.  

According to QS World University Rankings’ published methodology information, the environmental impact category includes three performance indicators on the “outward impact a university is making when it comes to building a sustainable institution, engaging in relevant and impactful research, and embedding sustainability in the curriculum.” The social impact category consists of five dimensions that measure “how seriously institutions take their role in creating a more equal, fair, and just world.” 

USask’s placement in the QS Sustainability rankings are also consistent with The Times Higher Education (THE) sustainability and social impact ratings released in April, despite a different methodology and a larger pool of universities.  

While the first edition of the QS Sustainability ranking included 700 institutions, the ranking is not designed to be a static ranking, with goals and metrics adapted as best practices evolve and are better defined, said Leigh Kamolins, QS Director of Analytics and Evaluation, in a news release published in September. 

 

education,-arts-and-humanities-strong-usask-performers-in-the-subject-rankings1true1718730911095imj129Education, arts and humanities strong USask performers in THE subject rankingsThe University of Saskatchewan (USask) has achieved its best-ever subject ranking in the latest Times Higher Education (THE) World University Rankings by Subject, with education garnering a spot in the 151-175 category, moving up four tiers from a ranking of 301-400 one year ago.hp-articles1666795140000/articles/research/2022/education,-arts-and-humanities-strong-usask-performers-in-the-subject-rankings1newssite://news/articles/research/2022/education,-arts-and-humanities-strong-usask-performers-in-the-subject-rankings1ccm0461666795709606ccm0461681487465229show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus_aerial.jpgsite://news/images/2022/campus_aerial.jpgnewscampus_aerial.jpg2034581080720An aerial view of the University of Saskatchewan campus. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Along with education, USask moved up in three other subjects among the 11 broad subject areas assessed by THE for its 2023 rankings, with arts and humanities moving to the 301-400 category (previously 401-500), physical sciences to 301-400 (previously 401-500) and law, previously unranked, moving into the 201-250 band.

Compared to 2022, USask remained constant in six other subject areas: computer science, engineering, life sciences, social sciences (all in the 301-400 band), psychology (401-500) and business and economics (501-600). The only decline was in clinical and health, down one tier to 501-600.

“These rankings indicate that our university is making gains globally every year as we strive to be the university the world needs,” said USask Vice-President Research Baljit Singh. “They reflect the outstanding work of our researchers and academics, and their commitment to excellence and to contribute to improving the world.”

The subject rankings are part of the World University Rankings compiled annually by THE, a weekly British magazine that reports specifically on news and issues related to higher education.

THE ranked 1,799 universities overall in its 2023 ranking, with more than 500 others classified as “reporter institutions” not considered because they didn’t meet criteria. To be considered for a subject ranking, an institution must meet a certain threshold for the number of papers published in the discipline area, as well as in the proportion of faculty who work in the discipline. This is the first year that USask has been ranked in all 11 subject areas THE includes in its assessment.    

Early analysis of the results points to a significantly higher citations score for education as a reason for USask's strong performance in this category. Nationally, education rose to tie at No. 10 in 2023 from a tie for 14 last year, and among U15 universities, USask tied for ninth spot, up from No. 11.

USask’s best performance growth was in arts and humanities, which rose five positions to tie at No. 15 among 31 Canadian institutions. USask tied for 10th spot in this subject area among its U15 counterparts, up from No. 14 in 2022. Physical sciences rose five positions from 2022 to tie for ninth among Canadian universities in the 2023 rankings.

Computer science at USask, although unchanged from last year, remained the university’s best performer in any subject among U15 institutions, tied at No. 7. Physical sciences rose by one spot to tie for eighth among U15 institutions, from a tie for ninth last year. Social sciences remained tied for ninth among the U15, and engineering tied for No. 10, same as last year.

Psychology was unchanged from last year with a rank of 14 among U15 schools. Business and economics, too, remained unchanged at the bottom of U15s, and life sciences dropped a spot in the U15, tied at No. 11, down from a tie at No. 10 last year.

 

usask-study-links-reconstructive-surgery-after-breast-cancer-to-changes-in-upper-limb-movementtrue1718730911095imj129USask study links reconstructive surgery after breast cancer to changes in upper limb movement A recently published study authored by a pair of University of Saskatchewan (USask) researchers shows that reconstructive surgery after breast cancer treatment has a demonstrable impact on arm and shoulder function. College of medicine, 1666710540000/articles/research/2022/usask-study-links-reconstructive-surgery-after-breast-cancer-to-changes-in-upper-limb-movementnewssite://news/articles/research/2022/usask-study-links-reconstructive-surgery-after-breast-cancer-to-changes-in-upper-limb-movementccm0461666710876611ccm0461666710944228show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kim_lang.pngsite://news/images/2022/kim_lang.pngnewskim_lang.png2647191080720Dr. Soo Kim (PhD) and Dr. Angelica Lang (PhD) from USask’s College of Medicine. (Photos: Submitted)NoNoneNoneNo/
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The results could improve post-surgery rehabilitation methods, or even influence the type of reconstructive surgery breast cancer survivors choose. 

Dr. Angelica Lang (PhD) and Dr. Soo Kim (PhD), both from USask’s College of Medicine, co-authored the paper, published this month in Plastic and Reconstructive Surgery, the Journal of the American Society of Plastic Surgeons. 

Lang, an assistant professor in college’s Canadian Centre for Health and Safety in Agriculture (CCHSA), and Kim, a professor at the college’s School of Rehabilitation Science (SRS), studied the motion and functional abilities of 95 Saskatchewan women. Of those, 25 were in the control group, 25 had received a mastectomy only, and 45 had received a mastectomy with one of three types of reconstruction surgery. 

“Women who had breast reconstructions showed movement patterns that were different from those who haven’t had reconstruction,” Lang said.  

“These alterations are related to reduced functional abilities such as reaching and lifting, and potentially to the development of future shoulder injuries. It is important to understand these changes in order to restore shoulder function after breast cancer surgery.” 

Study participants were outfitted with reflective markers on their torso and arms and were asked to perform a series of tasks while being monitored by specialized equipment. 

The research conducted by Lang, Kim and their team showed that women who underwent breast reconstruction, using any of three common procedures, used their shoulder and arm muscles differently compared with those without breast cancer and those with mastectomy only.  

The tasks used in the testing assessed overall upper limb functionality. Those who underwent reconstruction had lower functionality scores on several tests. 

The authors conclude in the study that patients with breast cancer display body motion alterations after reconstructive surgery that may contribute to decreases in functional performance and create instability in the shoulder. 

“We hope that this research will help to improve quality of life for breast cancer survivors,” Lang said. “By identifying and acknowledging the challenges they face after surgery, we hope that steps can be made to better rehabilitate their shoulder function.” 

Despite a majority of patients with breast cancer being of working age, there have been no published studies on their shoulder kinematics—sometimes called the “geometry of motion”—during work-related function after reconstructive surgery. 

Aside from improving targeted shoulder rehabilitation treatment programs for patients with breast cancer to restore movement and strength, the knowledge gained from the study could prevent future injuries such as rotator cuff tears, and improve long term quality of life, especially for women whose work requires reaching or overhead arm movement. 

Also contributing to the research were Dr. Steve Milosavljevic (PhD), professor at SRS, Dr. Clark Dickerson (PhD), professor in Kinesiology and Health Sciences, University of Waterloo, Dr. Annika Card (MD), assistant professor in plastic surgery at USask’s medical college, and Dr. John Barden, professor of Kinesiology and Health Studies, University of Regina. 

The Saskatchewan Health Authority through a Royal University Hospital Women Leading Philanthropy Grant funded this research. 

 

usask-researcher-aims-for-strategies-to-prevent-youth-evictionstrue1718730911095imj129USask researcher aims for strategies to prevent youth evictions A University of Saskatchewan (USask) researcher with a focus on human rights and access to justice has been awarded $140,000 for a project that aims to find alternatives to child and youth evictions in Canada. Paul Sinkewicz for Research Profile and ImpactCollege of Law, 1666622400000/articles/research/2022/usask-researcher-aims-for-strategies-to-prevent-youth-evictionsnewssite://news/articles/research/2022/usask-researcher-aims-for-strategies-to-prevent-youth-evictionsccm0461666622923076ccm0461666622961551show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/sarah_buhler.jpgsite://news/images/2022/sarah_buhler.jpgnewssarah_buhler.jpg1396581080720Sarah Buhler is an associate professor at USask’s College of Law.Sarah Buhler is an associate professor at USask’s College of Law. (Photo: Submitted)NoNoneNoneNo/
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Sarah Buhler, associate professor at USask’s College of Law, received the research grant from Making the Shift, an organization that funds research to prevent and end youth homelessness in Canada. It is co-led by the Canadian Observatory on Homelessness and A Way Home Canada. 

“Our project really focuses on the law and the legal system, and ways that we might be able to prevent evictions of youth, because evictions are one cause of homelessness,” Buhler said.  

She said the project, titled Building a Human Rights and Youth-Centred Approach to Eviction Law and Practice, is national in scope and still in its formative stages. It is being done in collaboration with two national housing rights organizations: the National Right to Housing Network and the Canadian Centre for Housing Rights. 

The project will end up capturing both youth, aged up to 24 living on their own, and those children and youth who are part of a family unit dealing with eviction, she said. 

“We’re going to be looking at the concept of the best interest of the child and the human rights of children and youth, so it’s going to end up capturing children, youth and families,” Buhler said. “If we can find strategies to reduce evictions of youth, we are going to also prevent evictions of other people.” 

In Canada, children and youth experience eviction from rental housing at higher rates than most other age groups, Buhler said. Research shows that youth often are not aware of how the legal process works, or their rights, she said. 

“If they get an eviction notice, they often will simply move out rather than thinking about whether they have other options.” 

Eviction is particularly damaging for youth because of its long-term consequences, increasing their risks of getting embroiled in the legal system or other problematic areas, she said.  

Eviction into homelessness also violates international human rights law, yet Canadian eviction laws do not reflect human rights obligations or account for the unique experiences and vulnerabilities of youth. Instead,tribunals established to resolve landlord-tenant disputes too often resort to evictions, rather than exploring other options, she said.  

Buhler said many landlords would rather not resort to eviction, so working with them on eviction-prevention programs is important.  

When the project is up and running, it will include national workshops involving youth, service providers, and advocates. 

“Our focus is going to be specifically on the law and the legal system and looking at actual eviction proceedings and thinking about what are the principles, and how can adjudicators think more about the circumstances and the rights of youth.” 

 

riverbank-stability,-social-implications-of-dental-health-at-centre-of-new-usaskcity-of-saskatoon-projecttrue1718730911095imj129Riverbank stability, social implications of dental health at centre of new USask—City of Saskatoon projectOne of two cutting-edge research projects awarded funding though an innovative collaboration between the University of Saskatchewan (USask) and City of Saskatoon contributed to discussions around the national dental plan, while the other is helping to predict riverbank slope failures in the city. Matt Olson for Research Profile and Impact research,1666363920000/articles/research/2022/riverbank-stability,-social-implications-of-dental-health-at-centre-of-new-usaskcity-of-saskatoon-projectnewssite://news/articles/research/2022/riverbank-stability,-social-implications-of-dental-health-at-centre-of-new-usaskcity-of-saskatoon-projectccm0461666364723775ccm0461666364762616show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/slope_study.jpgsite://news/images/2022/slope_study.jpgnewsslope_study.jpg1977071080720USask students during geophysics field school in May 2022 with Dr. Igor Morozov (PhD) and master’s student Mark Lepitzki. USask students during geophysics field school in May 2022 with Dr. Igor Morozov (PhD) and master’s student Mark Lepitzki. (Photo: Submitted)NoNoneNoneNo/
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The two projects were awarded a total of nearly $55,000 through the Research Junction initiative, which supports the creation and development of joint university-city research projects to address contemporary urban issues for the benefit of local residents. 

TextUnderstanding connections between oral health and quality of life Image/images/2022/keith_da_silva.jpgsite://news/images/2022/keith_da_silva.jpgnewskeith_da_silva.jpg1102747201080Dr. Keith Da Silva. (Photo: Submitted)Align left

Dr. Keith Da Silva (DDS), assistant professor at USask’s College of Dentistry, and Dr. Isobel Findlay (PhD), co-director of the Community-University Institute for Social Research, were awarded $24,918 for their project exploring connections between poor oral health, poverty, and overall quality of life for Saskatoon residents.  

They co-led the project with Saskatoon’s senior planner Michael Kowalchuk, who has community development experience from various city initiatives and working groups.  

Da Silva said the idea for the project came from observing the dental college’s student-run free dental clinic that operated in downtown Saskatoon. Its goal was to provide dental services to underserved communities. The free clinic was so popular that the lineup for service went around the block even in winter months, he said.  

“Not being able to access dental care is affecting daily life in almost every aspect,” Da Silva said. “It just has a kind of progressive effect on everything.” 

To obtain data for the project, researchers surveyed patients who had accessed the clinic. As Da Silva put it, the project showed a correlation between dental care, self-esteem, employability, and quality of life — and highlighted a greater need for access to quality dental care for underserved and impoverished residents.  

“We knew the problem was there, but not the extent of it, the impact,” he said. “We know if you’re missing front teeth, it’s harder to smile, you don’t feel as good about yourself. But when you start linking that to your ability to go to a job interview, which our survey shows, it starts having more depth of meaning to the overall nature of the problem.” 

The data from this project have already been used by local and national researchers and advocacy groups. Da Silva, president of the Canadian Association of Public Health Dentistry, said the results of this project were a part of discussions around this year’s federal dental plan for low-income Canadians. 

This Research Junction project received funding from the USask Pathways to Equity initiative, which supports community-centric research focused on homelessness, social justice, education, and health. The Pathways to Equity initiative receives support from an anonymous donor.  

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Dr. Samuel Butler (PhD) and master’s student Mark Lepitzki from USask’s College of Arts and Science received $30,000 from Research Junction to use cutting-edge geophysical techniques to investigate and assess the structure of Saskatoon’s riverbanks. The bulk of the research was conducted as Lepitzki’s thesis work.   

The USask team partnered with Saskatoon’s geotechnical engineering specialist Vanessa Heilman, an expert in the field who has already spent time studying the city’s riverbanks and riverbank stability. Dr. Igor Morozov (PhD), geological sciences professor and an expert in seismic techniques, also contributed to the project.  

“It’s a stepping stone to be able to help predict where slopes will fail,” Lepitzki said. “My project is a foundation to start more research.” 

The team also partnered with Dias Geophysical, a surveying and geophysical services company with offices in Saskatoon. The goal of the project was to use new survey techniques to map out the riverbank slope beneath the surface. 

“You push the top of a slinky, it’s going to shear a little bit, but it’s going to resist that motion. So, some of these seismic methods help us measure that property in the soils,” Lepitzki said.  

Using newly developed techniques and proprietary equipment from Dias Geophysical, Lepitzki and the team from Dias were able to create detailed models of the riverbank slope without being as invasive as standard techniques require. Butler, head of geological sciences, said the investigative work provides better understanding of the riverbank slope.  

“It’s still fairly new, using geophysics to study slope stability,” Butler said. “We are providing more information to the geological engineers to make better predictions for these slope instabilities.”  

The USask researchers said the contributions of Heilman and Dias Geophysical were crucial to the project’s success. 

“It feels so fulfilling to offer something to this community, to hopefully build a foundation others can continue to build on,” Lepitzki said.  

 

winning-battle-for-metals-key-to-defeating-antibiotic-resistant-bacterium-usask-researchtrue1718730911095imj129Winning ‘battle for metals’ key to defeating antibiotic-resistant bacterium: USask research Lock up the silverware! According to new research from the University of Saskatchewan (USask), that’s how the body responds to Acinetobacter baumannii, a nasty pathogen commonly found in hospitals across the globe. research, College of Medicine1666277580000/articles/research/2022/winning-battle-for-metals-key-to-defeating-antibiotic-resistant-bacterium-usask-researchnewssite://news/articles/research/2022/winning-battle-for-metals-key-to-defeating-antibiotic-resistant-bacterium-usask-researchccm0461666277916867ccm0461666277972524show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/a_baumanni.jpgsite://news/images/2022/a_baumanni.jpgnewsa_baumanni.jpg1894641080720Through a super-resolution structured illumination microscope, the Acinetobacter baumannii in this infected lung tissue appears red, due to fluorescent labelling. Through a super-resolution structured illumination microscope, the Acinetobacter baumannii in this infected lung tissue appears red, due to fluorescent labelling. (Photo: Submitted)YesNoneNoneNo/
TextImage/images/2022/jessica_sheldon.jpgsite://news/images/2022/jessica_sheldon.jpgnewsjessica_sheldon.jpg148912595702USask microbiologist Dr. Jessica Sheldon (PhD). (Photo: Submitted)Align left

When this type of antibiotic-resistant bacteria infects a host, the host responds by starving the bug of metals—nutrients essential for the bacteria’s survival. These are the first salvos in an escalating battle to infect or defend the host, according to research recently published in PLOS Pathogens. 

“As with all forms of life, microbes require nutrient metals for their survival and growth,” said Dr. Jessica Sheldon (PhD), microbiologist in USask’s College of Medicine and lead author of the study. “Limiting access to these metals is one method the host can use to control infection.” 

In 2017, the World Health Organization named multidrug-resistant A. baumannii to the No.1 spot of its “priority pathogen” list—a catalogue of bacteria posing the greatest threat to human health, and urgently requiring research and development into novel therapeutic approaches.  

According to research from the Canadian Nosocomial Infection Surveillance Program, the incidence rate of A. baumannii in Canada is low—only 0.015 cases per 1,000 hospital admissions, but for every 100 people infected with A. baumannii, nearly one quarter will die as a result.  

Where some bacteria rely on toxins, A. baumannii’s strength lies in its ability to adapt to harsh environments—drying out, disinfecting, and exposure to highly acidic or basic conditions make the bacteria produce a biofilm. Like pond scum or dental plaque, these biofilms allow the pathogen to attach to surfaces, and survive and thrive in hospital environments until a suitable host is found. 

But acquiring metals such as iron, zinc, and manganese are key to how harmful A. baumannii can become. When bacteria are mutated or impaired for the ability to acquire metals, the outcomes of infection are often far less severe.  

“Iron plays a particularly important role in A. baumannii infection,” said Sheldon.  

In vitro and in a mouse model, the researchers identified that a particular protein the host produces, Lipocalin-2, is essential to controlling disease severity. Producing the protein restricts how much iron the bacteria get, reducing the likelihood of the host dying due to blood infection, and inhibiting the bacteria’s growth in the infected lungs.  

The pathogen, in turn, launches several countermeasures that allow it to acquire iron. 

“During this ‘battle for metals,’ A. baumannii produces small iron binding molecules,” said Sheldon. “These molecules are capable of binding iron so tightly that they can wrestle it away from proteins in the host, and then deliver it back to the bacteria. Lipocalin-2 in turn, can sequester some of these molecules, rendering them ineffective and setting up an evolutionary arms race between the host and pathogen over metal.”  

“To develop new drugs or strategies to treat infections, we need to have a better idea of how the host resists infection, and how the bacterium overcomes this resistance,” said Sheldon. “Our data suggest that therapeutics that bolster the ability of the host to restrict iron availability … may represent viable pathways for drug development.” 

A. baumannii causes devastating infections, such as sepsis and ventilator-associated pneumonia. Outbreaks have been associated with the ongoing COVID-19 pandemic, causing infections in critically ill, ventilated patients. 

“Once it gets into a hospital environment, it can be extremely hard to get rid of,” said Sheldon.  

The next steps in the research involve a collaboration with Dr. Ninad Mehta (PhD) at Saskatoon’s Royal University Hospital to determine if A. baumannii found here differs genetically from bacteria found globally. The results may provide clues as to why the pathogen is less prevalent in Canada than elsewhere. 

The research was completed while Sheldon was finishing a post-doctoral fellowship at Vanderbilt University Medical Center in Nashville, Tenn., supervised by Dr. Eric Skaar (PhD), and working with Drs. Lauren Himmel (DVM, PhD), Dillon Kunkle (PhD), Andrew Monteith (PhD), and research specialist Nichole Maloney, and funded by the Canadian Institutes of Health Research, and the National Institutes of Health.  

 

usask-researchers-co-lead-climate-science-satellite-mission-with-canadian-space-agency-and-nasatrue1718730911095imj129USask researchers co-lead climate science satellite mission with Canadian Space Agency and NASATwo University of Saskatchewan (USask) researchers are leaders of a national team developing three new climate science satellite instruments that will be launched into space as part of a large NASA satellite mission designed to deliver key data for improved forecasts of weather, air quality, and climate.1666103220000/articles/research/2022/usask-researchers-co-lead-climate-science-satellite-mission-with-canadian-space-agency-and-nasanewssite://news/articles/research/2022/usask-researchers-co-lead-climate-science-satellite-mission-with-canadian-space-agency-and-nasabpk4551666104040559bpk4551666209872696show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/hawc_canadiancontribution.jpgsite://news/images/2022/hawc_canadiancontribution.jpgnewshawc_canadiancontribution.jpg3266601080810The Canadian government announced funding for the joint mission in Ottawa on Oct. 18. (Credit: Canadian Space Agency)The Canadian government announced funding for the joint mission in Ottawa on Oct. 18. (Credit: Canadian Space Agency)NoNoneNoneNo/
TextVideo/https://www.youtube.com/watch?v=dkpMY8qZPGc&feature=youtu.beThe Aerosol Limb Manager (ALI) highlighted in this video clip will be developed by the USask contingent of the HAWC project and in collaboration with Canadian aerospace industry partners. Take a look into the beginning stages of instrument development. (Credit: University of Saskatchewan)Below contentThe Canadian government announced funding for the joint mission in Ottawa on Oct. 18. The Canadian contribution to the mission is called HAWC, which stands for High-altitude Aerosols, Water Vapour and Clouds. The data collected will provide critical information for predicting extreme weather in Canada and for improving model predictions of the impacts of climate change, especially in the Arctic. 
 
“This project highlights the contribution our university is making through national and international collaboration to meet global challenges and conduct research the world needs,” said USask President Peter Stoicheff. 
 
Thirteen universities from across Canada are participating in the project, pooling resources and expertise in collaboration with the Canadian Space Agency (CSA), Environment and Climate Change Canada, and the National Research Council of Canada, along with Canadian aerospace companies with expertise in optics and satellite technology. 
 
HAWC will respond to the need for efficient and accurate data that will help make evidence-informed decisions to combat climate change. Improving weather prediction data will help Canada and regions around the world to prepare for extreme events such as winter storms, wildfire smoke plumes, heavy precipitation and volcanic eruptions. 
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“Our talented researchers working at the leading edge of scientific innovation in key areas like satellite remote sensing, sustainable water management, and climate disaster mitigation are making a difference to people and communities around the world,” said USask Vice-President Research Baljit Singh. 
 
The instruments SHOW (Spatial Heterodyne Observations of Water) and ALI (Aerosol Limb Imager) will be developed by the USask contingent of the HAWC project and in collaboration with Canadian aerospace industry partners. These two satellite instruments, focused on aerosol and water vapour measurements, will be led by College of Arts and Science Department of Physics and Engineering Physics and Institute of Space and Atmospheric Studies professors Dr. Adam Bourassa (PhD) and Dr. Doug Degenstein (PhD). 
 
HAWC will integrate the efforts of industry and universities, training and retaining highly qualified personnel, and creating new employment. 
 
Other universities involved in the project are the Université du Québec à Montréal, University of Toronto, McGill University, University of New Brunswick, University of Sherbrooke, University of Waterloo, Wilfrid Laurier University, St. Francis Xavier University, Saint Mary’s University, University of Victoria, Dalhousie University, and the University of Western Ontario. 

Read more about the joint mission here. 

new-usask-post-doctoral-fellows-initiative-to-enhance-interdisciplinary-research-activitytrue1718730911095imj129New USask post-doctoral fellows initiative to enhance interdisciplinary research activity The Living Skies Post-Doctoral Fellows Program is accepting applications for its second round of recruitmentShannon Boklaschukprovost, hp-articles1666021320000/articles/research/2022/new-usask-post-doctoral-fellows-initiative-to-enhance-interdisciplinary-research-activitynewssite://news/articles/research/2022/new-usask-post-doctoral-fellows-initiative-to-enhance-interdisciplinary-research-activityccm0461666021412252ccm0461681487696578show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/peter-mackinnon-building1.jpgsite://news/images/2022/peter-mackinnon-building1.jpgnewspeter-mackinnon-building1.jpg2398041080720The Peter McKinnon Building on the University of Saskatchewan campus.The Living Skies Post-Doctoral Fellows Program will attract outstanding post-doctoral fellows and enhance interdisciplinary collaboration at USask. (File photo)NoNoneNoneNo/
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The University of Saskatchewan (USask) is now accepting applications for the second phase of a new program that aims to increase interdisciplinary research activity by recruiting outstanding post-doctoral fellows from around the world.

USask has allocated $2 million in one-time funding provided by the Government of Saskatchewan, as well as $400,000 from the Vaccine and Infectious Disease Organization (VIDO), for the new Living Skies Post-Doctoral Fellows Program. Through the pilot project, USask will recruit post-doctoral fellows (PDFs) who have earned their PhD degrees at other universities, thereby bringing new citizens, and their talents and expertise, to Saskatchewan.

TextImage/images/2022/dr-singh-sq.jpgsite://news/images/2022/dr-singh-sq.jpgnewsdr-singh-sq.jpg187631715720USask Vice-President Research Dr. Baljit Singh (PhD) said post-doctoral fellows are of vital importance to the intensity, quality and quantity of research programs. (Photo: David Stobbe)Align right

Increasing the number of PDFs at USask will have numerous benefits, including enhancing the university’s research, scholarly, and artistic activity and its research grant outcomes, said USask Vice-President Research Dr. Baljit Singh (PhD).

“We know that post-doctoral fellows—their number and quality—are of vital importance to the intensity, quality and quantity of research programs,” he said.

Post-doctoral fellows are scholars who have completed PhD degrees and who want to enhance their research skills and training as they build their academic careers. PDFs often seek research employment opportunities at universities outside of the post-secondary institutions where they earned their PhDs or other terminal degrees.

Thirteen PDFs are currently being recruited to USask through the Living Skies Post-Doctoral Fellows Program, following a call for applications earlier this year. A call for the second round of applications opened on Oct. 11, with a submission deadline of Nov. 10.

The PDFs will partner with faculty members to work on a variety of research questions in diverse academic areas across the humanities, fine arts, social sciences, and science, technology, engineering, and mathematics (STEM) fields. Together with their mentors, the PDFs will collaborate on cutting-edge interdisciplinary research at USask, said Singh.

“Post-doctoral fellows are very well-trained young scholars, and, during their training program as post-docs, they are 100 per cent focused on the research, scholarly, and artistic work,” he said.

USask has historically had lower numbers of PDFs when compared to other members of the U15 Group of Canadian Research Universities. That trend can be reversed through strategic initiatives in USask’s Office of the Vice-President Research, in partnership with the Office of the Provost and Vice-President Academic, such as the new Living Skies Post-Doctoral Fellows Program, said Singh.

TextImage/images/2022/airini-sq.jpgsite://news/images/2022/airini-sq.jpgnewsairini-sq.jpg211559643703USask Provost and Vice-President Academic Dr. Airini (PhD) said the Living Skies Post-Doctoral Fellows Program exemplifies the aspirations in the University Plan 2025. (Photo: David Stobbe)Align left

USask Provost and Vice-President Academic Dr. Airini (PhD) said the new program is an innovative initiative that exemplifies the aspirations in the University Plan 2025: Transformative Decolonization Leading to Reconciliation, Productive Collaboration, Meaningful Impact, Distinguished Learners, and Global Recognition.

“USask has the bold ambition to be the university the world needs, and new programs such as this will enable USask to enhance its research, scholarly, and artistic work and to make an even greater impact at provincial, national, and international levels,” she said.

The PDFs who are recruited through the new program will work with mentors on campus and will also be connected to private- or public-sector entities outside of the university, such as arts groups, museums, businesses, and technology companies. These off-campus relationships will provide the PDFs with deeper connections to the larger fabric of Saskatchewan and will create new opportunities for their research, scholarly, and artistic work to flourish and for Saskatchewan’s economic enterprises to grow as the PDFs make their homes in the province.

Another important element of the Living Skies Post-Doctoral Fellows Program is its interdisciplinary cohort approach, which brings groups of two or three PDFs together, from different disciplines, to work with two or more faculty members from different areas of the university. The groups of scholars will collaborate to address specific research questions or themes, ultimately creating new connections across campus and enhancing the interdisciplinary nature of USask’s research, scholarly, and artistic work.

“This program will help attract top-tier post-doctoral fellows and encourage interdisciplinary collaboration that is critical to solving today’s problems—including discovering control strategies for infectious diseases,” said VIDO’s Director of Research Dr. Andrew Van Kessel (PhD).

The Living Skies Post-Doctoral Fellows program also complements Saskatchewan’s Growth Plan, which outlines 30 goals for 2030, including key targets of a population of 1.4 million people and 100,000 new jobs.

“One of our goals is to promote Saskatchewan as a top research and education destination,” said Advanced Education Minister Gordon Wyant. “The University of Saskatchewan is providing opportunities for post-doctoral fellows to build their careers with Saskatchewan companies, benefiting our economy and supporting Saskatchewan’s Growth Plan by advancing the province’s technology, research, and innovation goals.”

democratizing-data-new-interactive-map-empowers-canadians-to-access-immigration-datatrue1718730911095imj129Democratizing data: new interactive map empowers Canadians to access immigration data Let’s say you want to know how many asylum seekers came to Canada from Iran in 2020. Where do you go to find out? What if you want to apply for a grant to start an after school program in Lethbridge and you need to know how many 14-year-old refugee children live in the area? Now, you can click a mouse button and find the answers. CHASR, research,1665772740000/articles/research/2022/democratizing-data-new-interactive-map-empowers-canadians-to-access-immigration-datanewssite://news/articles/research/2022/democratizing-data-new-interactive-map-empowers-canadians-to-access-immigration-dataccm0461665773602484ccm0461665774597505show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/jason_1080.jpgsite://news/images/2020/jason_1080.jpgnewsjason_1080.jpg1125721080720Jason Disano is director of the Canadian Hub for Applied and Social Research (CHASR) at the University of Saskatchewan. (Photo: University of Saskatchewan)Jason Disano is director of the Canadian Hub for Applied and Social Research (CHASR) at the University of Saskatchewan. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Dr. Lori Wilkinson (PhD), a Canada Research Chair in Migration Futures and a professor of sociology at the University of Manitoba (U of M), had an idea to create a digital map anyone could use to look up answers to such questions. She then teamed up with researchers at the University of Saskatchewan’s Canadian Hub for Applied and Social Research (CHASR) to create the Canadian Immigration Research Portal, which they will publicly unveil at the international Metropolis Conference on Identities and Immigration, hosted by the U of M from October 19-21 in Winnipeg. Wilkinson, whose primary research focus is on immigrant and refugee resettlement, is the academic chair of the conference. 

“Accessing data is hard if you don’t have connections or statistics knowledge, and even if you do, prior to this map, much of this data could be expensive to obtain,” Wilkinson said. “So we took data tables and put them in an easy-to-use map and now it’s a powerful tool anyone can use, and I think that is the biggest benefit: we’re giving greater access to data, and as a citizenry, we shouldn’t have to sift through tables to find useful data.” 

This new tool provides statistical demographic data to the public, thanks to an agreement the researchers made with Immigration, Refugees and Citizenship Canada (IRCC). 

“We are pleased to support this valuable project in collaboration with the University of Manitoba and IRCC,” said CHASR director Jason Disano. “This project demonstrates the value of CHASR to academia and our local communities through the development of real world applications that provide relevant and timely data.” 

The portal has already been used by policy analysts, researchers, NGO workers, and students across Canada, and has been used to create a pamphlet for the Winnipeg municipal election, informing candidates about Winnipeg’s demography. 

“We are excited to see such important data is being made accessible to grassroots communities,” said Reuben Garang, director of Immigration Partnership Winnipeg, who has used this platform already. “This will inform discussions and programming among local partnerships, settlement sector, different level of governments, business, ethnocultural, Indigenous and newcomer communities.”  

delivering-success-usask-research-sheds-light-on-what-makes-maternity-waiting-homes-work-in-low-income-countriestrue1718730911095imj129Delivering success: USask research sheds light on what makes maternity waiting homes work in low-income countriesPregnancy- or childbirth-related death is rare in high-income, western countries, but not so in low- and middle-income countries.research, College of Medicine1665678600000/articles/research/2022/delivering-success-usask-research-sheds-light-on-what-makes-maternity-waiting-homes-work-in-low-income-countriesnewssite://news/articles/research/2022/delivering-success-usask-research-sheds-light-on-what-makes-maternity-waiting-homes-work-in-low-income-countriesccm0461665679053430ccm0461665679104228show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/maternity_mozambique.jpgsite://news/images/2022/maternity_mozambique.jpgnewsmaternity_mozambique.jpg1128271080720The maternal waiting home in Morrumbene, Inhambane province, Mozambique on June 2, 2022. The maternal waiting home in Morrumbene, Inhambane province, Mozambique on June 2, 2022. (Photo: Submitted)NoNoneNoneNo/
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The World Health Organization estimates there were about 300,000 maternal deaths globally in 2017more than 800 women every day—with a vast majority of these deaths (nearly 85 per cent) occurring in Sub-Saharan Africa and Southern Asia.

To address the high number of maternal deaths, maternity waiting homes (MWHs) are built for women in low-and middle-income countries. Women about to deliver stay and access timely, professional care before, during, and after delivery. These MWHs can make a real difference for women who are at risk for complications or who live far from the nearest medical facility, in areas where motorized transport is scarce, and roads are not always easy to travel.

New research published by Dr. Nazeem Muhajarine (PhD) from the University of Saskatchewan’s (USask) College of Medicine, is tackling the unanswered questions of why, how, and under what conditions MWHs are successfully implemented so that they lead to the desired positive outcomes, namely, a safe delivery and mother and newborn returning home.

“Previous research has returned mixed findings, some showing maternity waiting homes had positive effects, with others showing no effect. None had investigated not only whether, but how and why and under what conditions the maternity waiting homes have the impact that they do,” said Muhajarine. “Our research addressed this complex question.”

Existing studies have addressed narrow aspects of whether MWHs work. Through a focused review and synthesis of more than 100 studies – from Africa, South America and Asia that used different data and methods, and were published in English, French, Spanish and Portuguese – Muhajarine’s team created nine sets of explanations about how and why MWHs succeed or fail to link women to a facility with skilled birth attendants. These findings were then validated through interviews conducted with 12 experts from five African countries who were knowledgeable about implementation of MWHs.

The research findings show that MWHs are successful when they meaningfully reach three groups – health-care providers and implementers, communities, and pregnant women and their families. An MWH is more likely to be successful where it is jointly owned and regulated by a government authority and the community it serves, with both levels contributing resources to develop, manage, and sustain good quality, user-centred services. These homes also need champions within the health system who believe and trust in the intervention, as well as health providers who are trained and sensitized to respectful and humanized care.

At the community level, influential local leaders must be involved in managing MWHs and mobilizing community members’ support. This helps to normalize use of MWHs and facility birth services in the community and builds a sense of collective ownership.

At the user level, joint efforts need to be made by governments and community leaders to educate and engage pregnant women and their families, especially the male partners and other close family members. Addressing concerns about use, creating a more homelike environment, and including activities that benefit women who are waiting to give birth, generates more demand for MWHs.

Muhajarine said this work has illuminated specific actions that need to be taken by government, health systems, communities, and pregnant women and their families for the successful uptake and sustainability of MWHs.

The USask team has established a long-lasting partnership in Mozambique, the Mozambique-Canada Maternal Health Project. The Provincial Health Directorate in Inhambane, and the Mozambique Project team led by Horacio Mandevo Chissaque are key partners in this research, and are the primary intended users.

The next step in this work is to test the team’s explanatory themes regarding MWH uptake and scale up in an evaluation of five MWHs built by the project with funding from Global Affairs Canada. The evaluation will identify what specific actions need to be taken to ensure that new and continuing MWH optimally serve mothers and their communities.

gifs-at-usask-receives-2.5-million-to-help-build-canadas-only-biomanufacturing-facilitytrue1718730911095imj129GIFS at USask receives $2.5 million in federal funds to modernize biomanufacturing in CanadaWith a dramatic increase in global food insecurity caused by a number of different factors, the Government of Canada is committed more than ever to strengthening Canada’s leadership role in food production and innovation. The government is supporting agri-food, biotechnology and biomanufacturing innovations that are needed to help meet increasing demands for safe healthy food. research, GIFs,1665171720000/articles/research/2022/gifs-at-usask-receives-2.5-million-to-help-build-canadas-only-biomanufacturing-facilitynewssite://news/articles/research/2022/gifs-at-usask-receives-2.5-million-to-help-build-canadas-only-biomanufacturing-facilityccm0461665174131192ccm0461666977770277show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/gifs_lab2.jpgsite://news/images/2022/gifs_lab2.jpgnewsgifs_lab2.jpg1104721080720The Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask). The Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask). (Photo: David Conlin)NoNoneNoneNo/
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To support this critical economic sector, the Honourable Dan Vandal, Minister for PrairiesCan, today announced funding of $2.5 million for the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) to help build Canada’s only biomanufacturing facility dedicated to advancing sustainable agriculture and innovative food ingredients.   

Saskatchewan is an agricultural powerhouse containing 44% of Canada’s arable farmland and home to one of the world’s strongest agri-science ecosystems. It is in a unique position to help meet market needs for agri-food and biotechnology products, and to be a leader in feeding Canadians and the world.

This investment, provided through PrairiesCan’s Regional Innovation Ecosystems (RIE) program, creates an agri-food hub within an emerging Canadian network of biomanufacturing centres in Quebec, Ontario, British Columbia, and now Saskatchewan that are bringing this technology to health care, materials science, and environment markets. This new infrastructure will help Canadian researchers and processors better compete in agri-food industries, increase the pace of research into sustainable agriculture, attract foreign investment to Canada, and supply training in this growing field of research, while creating high-quality jobs in Saskatchewan.

GIFS plays a critical role in the discovery, development, and delivery of innovative agri-food and biotechnology products that meet market demand efficiently and sustainably. This expansion will combine genomics, machine learning, and automated biology to create proteins, peptides, and metabolites. These building-block technologies can help food last longer, make plants more resistant to disease, reduce allergens, or improve nutrition in food products. 

Today’s investment helps GIFS produce these technologies quickly, decreasing the time researchers need to test theories, and creating exponential opportunities for innovation in agriculture, agri-food and biomanufacturing. It will also improve Canada’s biomanufacturing capacity for other stakeholders in the agriculture and biotechnology sectors as the federal government expands Canada's domestic biomanufacturing sector.

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“Supporting the creation of an agri-food hub in Saskatchewan and building on the already strong research and development being done at GIFS and USask strengthens Canada’s position as a global leader in the agri-food industry. Our government knows of the immense potential in Saskatchewan to meet the growing global demand for food products, and whenever we see an opportunity to partner with this sector to help reach its goals, we will be there.”
— The Honourable Dan Vandal, Minister of PrairiesCan

"Our government is investing heavily to make our agriculture more resilient to the climate crisis. Through research and innovation projects like those led by GIFS and the University of Saskatchewan, our agricultural producers and agri-food entrepreneurs will have additional tools to ensure food security here and abroad."
— The Honourable Marie-Claude Bibeau, Minister of Agriculture and Agri-Food

“This facility at GIFS will become the engineering biology focal point for agriculture in Canada and strengthen USask’s profile for delivering advancements in agri-food and biotechnology needed to ensure global food security.”
— Dr. Baljit Singh, USask Vice-President Research 

“Adhering to the A, B, C’s of biomanufacturing – automation and miniaturization, biology, and computation – this unique technology platform helps reduce the time it takes to trial innovative solutions and get them to market. Once online, the platform will decrease the room for error through automating lab processes, boast a deep understanding of biological structures and processes, and add powerful computing solutions, like artificial intelligence, to rapidly scale up the design and production of more nutritious and sustainable crops and food products.”
— Steve Webb, CEO of GIFS

global-water-futures-observatories-a-critical-step-towards-water-security-for-canadianstrue1718730911095imj129Global Water Futures Observatories a critical step towards water security for Canadians When the University of Saskatchewan (USask) set out to lead the pan-Canadian Global Water Futures (GWF) Program in 2016, it laid the groundwork for what has become an integrated system of research stations across the country that are critical to understanding, predicting and tracking the health of our water. Mark Fergusonwater, research, 1665064800000/articles/research/2022/global-water-futures-observatories-a-critical-step-towards-water-security-for-canadiansnewssite://news/articles/research/2022/global-water-futures-observatories-a-critical-step-towards-water-security-for-canadiansccm0461665005675712ccm0461665155674739show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/john-pomeroy-2022-1080.jpgsite://news/images/2022/john-pomeroy-2022-1080.jpgnewsjohn-pomeroy-2022-1080.jpg2648651080720Dr. John Pomeroy, USask Canada Research Chair in Water Resources and Climate Change, at the Wolf Creek Research Basin in the Yukon in August.Dr. John Pomeroy (PhD), USask Canada Research Chair in Water Resources and Climate Change, at the Wolf Creek Research Basin in the Yukon in August. (Photo: Mark Ferguson)NoNoneNoneNo/
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Now six years on, GWF is the largest and most published university-led freshwater research program in the world and includes 213 faculty investigators, 531 end-users, 1,826 new researchers, and a network of 23 Canadian universities working on 65 projects and core teams.

The program has also established or operates 76 water observation sites, 27 deployable measurement systems, and 31 state-of-the-art university-based environmental and aquatic analysis facilities.

These facilities monitor things like algae activity in freshwater lakes that are the drinking water source for millions of people; snowpacks and glaciers in the high Canadian Rockies that feed the rivers and streams of western North America and can contribute to catastrophic flooding; the health of the Great Lakes and contaminants in groundwater used as drinking water sources for Indigenous communities.

Thanks to new funding from the Canada Foundation for Innovation (CFI) Major Science Initiatives (MSI), these critical research stations and their data management system will continue to operate under the GWF umbrella as the Global Water Futures Observatories (GWFO).

“This funding means the observational core of Global Water Futures will carry on to at least 2029. Thee tremendous heritage of observations that go back to the early 1960s at Canadian hydrological research basins will continue to be honoured and maintained as sources of science for our professors, places to train our graduate students, and places to test our models and make new discoveries about the changing hydrology in Canada, from the Arctic down to the Great Lakes,” said Dr. John Pomeroy (PhD), USask distinguished professor and director of GWF, and the Canada Research Chair in Water Resources and Climate Change.

“The observations will help us to continue to develop solutions to manage and conserve Canada’s water supplies and major rivers.” 

GWFO provides data to provide early warning and test beds for predictions of flood, drought, and water quality issues, and operates across seven provinces and territories, including the Great Lakes Basin.

USask leads the nine-university collaboration that operates the network to monitor and help support the development of solutions for the impending water crisis that Canadians face due to climate change, inadequate water management, the proliferation of toxic contaminants, and environmental degradation.

The announcement of $15.25 million in funding for the $40.4 million GWFO came in late August along with several other USask projects, including $2.6 million for SuperDARN Canada, $53.9 million for the Vaccine and Infectious Disease Organization (VIDO), and $97 million for the Canadian Light Source (CLS). 

TextA list of the 76 stations across Canada:Image/images/2022/gwfo-map---final.jpgsite://news/images/2022/gwfo-map---final.jpgnewsgwfo-map---final.jpg200675943705Above content

GWFO Field Observation Sites grouped by major water drainage basin

Yukon River Basin

  1. Wolf Creek Research Basin
  2. Tombstone Water Observatory

Mackenzie River Basin

  1. Havikpak Creek Research Basin
  2. Inuvik to Tuktoyaktuk Highway
  3. Smith Creek
  4. Kakisa and Tathlina Lakes
  5. Bogg Creek and surround areas
  6. Trail Valley Creek Research Basin
  7. Baker Creek Research Basin
  8. Peace-Athabasca Delta / Wood Buffalo National Park
  9. Dehcho Lake Sampling Network
  10. Fire Ecology Network
  11. Athabasca Glacier Research Basin
  12. Britnell-Bologna Icefield
  13. Fort McMurray

Saskatchewan-Nelson River Basin

  1. Helen Creek Research Basin
  2. Marmot Creek Research Basin
  3. Sibbald Research Wetland
  4. Peyto Glacier Research Basin
  5. Burstall Creek Research Basin
  6. Kenaston / Brightwater Creek Mesonet Site
  7. Saskatchewan River Delta
  8. Fortress Mountain Research Basin
  9. St. Denis National Wildlife Area
  10. Fen - Boreal Ecosystem Research and Monitoring Sites (BERMS), White Gull Creek Basin
  11. Old Jack Pine (OJP) - Boreal Ecosystem Research and Monitoring Sites (BERMS), White Gull Creek Basin
  12. Old Black Spruce (OBS) - Boreal Ecosystem Research and Monitoring Sites (BERMS), White Gull Creek Basin
  13. Clavet Livestock and Forage Centre of Excellence
  14. Borden Bridge
  15. Buffalo Pound Lake

Columbia River Basin

  1. Columbia Icefield

Great Lakes / St. Lawrence River Basin

  1. Georgian Bay Biosphere
  2. Turkey Point Sites
  3. Gatineau River and Saint-Maurice River watersheds, QC
  4. Turkey Lakes Watershed
  5. Eastern Basin Lake Erie
  6. Fanshawe Reservoir
  7. Lake Ontario - Hamilton Harbor
  8. Lake Ontario - Western Basin
  9. Lake Ontario - Pointe Peter array
  10. Lake Ontario - Rideau Canal - section-1
  11. Lake Ontario - Rideau Canal - section-2
  12. Lake Ontario - Rideau Canal - section-3
  13. Lake Ontario - Eastern Basin
  14. Lake Ontario - Salmon River
  15. Lake Superior - Western Arm
  16. Lake Superior - Nipigon Bay
  17. Lake Superior - Black Bay
  18. Lake Superior - Thunder Bay
  19. Lake Huron - Cisco north channel project
  20. Lake Huron - Algonquin Park
  21. Lake Huron - Lake Whitefish / glider calibration for telemetry
  22. Lake Erie - Detroit River acoustic array
  23. Lake Erie - Pigeon Bay
  24. Urban Ecohydrology 1: Ajax Sewersheds (East & West)
  25. Urban Ecohydrology 2: Richmond Hill stormwater pond
  26. Urban Ecohydrology 3: Lake Wilcox (Richmond Hill)
  27. Urban Ecohydrology 4: Bioretention cell (Mississauga)
  28. Urban Ecohydrology 5: Stormwater ponds (Kitchener)
  29. CFB Borden Site
  30. Hopewell Creek, southern ON
  31. Wilket Creek, Toronto
  32. Morningside Creek, Toronto
  33. Ganatsekaigon Creek, Pickering
  34. Blair Creek, Kitchener
  35. Inverhaugh
  36. West Montrose
  37. Kiwanis Park
  38. EIT
  39. Fairway
  40. Manheim
  41. Glen Morris
  42. Strawberry Creek
  43. Alder Creek Smart Watershed
  44. Elora Research Station (University of Guelph)
  45. rare Charitable Research Reserve
usask-lab-teams-helping-build-saskatchewan-space-legacytrue1718730911095imj129USask lab teams helping build Saskatchewan space legacyUniversity of Saskatchewan (USask) lab manager Mackenzie Malo works in the laboratory of renowned researcher Dr. Ekaterina (Kate) Dadachova (PhD), and together with their team of scientists and graduate students, they are building a legacy in the sky for Saskatchewan through their research.BROOKE KLEIBOERresearch,1664990100000/articles/research/2022/usask-lab-teams-helping-build-saskatchewan-space-legacynewssite://news/articles/research/2022/usask-lab-teams-helping-build-saskatchewan-space-legacyccm0461664921728036ccm0461664990148482show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/must-credit-images-of-research-1.jpgsite://news/images/2022/must-credit-images-of-research-1.jpgnewsmust-credit-images-of-research-1.jpg28993715001000Image of space, stars, nebula.(Photo: Michael Kish for Images of Research 2021)YesNoneNoneNo/
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Malo is working alongside Dadachova, the Fedoruk Centre for Nuclear Innovation Chair in Radiopharmacy and professor in the College of Pharmacy and Nutrition, who came to USask due to its access to unique research facilities and potential to grow a radiopharmaceutical industry. She brought Malo onto her team to manage the lab and co-ordinate various research projects.

Malo’s work managing the Dadachova Lab earned her a 2022 University Staff Excellence Award.

“Science should be a collaborative effort and working in Dr. Dadachova’s lab has truly been that,” said Malo. “I have had the opportunity to collaborate with countless other researchers within our own campus and across North America.”

Malo attended the University of Alberta, where she completed a Bachelor of Science and a Master of Science in Biochemistry, under the supervision of Dr. Larry Fliegel (PhD). In 2006, she moved to Saskatchewan where she began working as a lab technician and later became a lab manager at USask, where she has been credited in more than 14 academic publications.

Some of Malo’s early work with Dadachova demonstrated that fungal cells with the pigment melanin in their structure displayed an ability to withstand higher radiation doses than other non-melanized cells. The melanized cells also showed an ability to ‘sense’ their environment and adapt if exposed to the same stressors a second time. Melanin is found in all types of animals and is commonly known as the substance that causes pigmentation in hair, skin, and eyes. The work was funded by the Defense Threat Reduction Agency, a United States Department of Defense agency and conducted at the Radiological Research Accelerator Facility at Columbia University, and with collaborators at the United States Naval Research Laboratory.

TextImage/images/2022/malo-dada-lab-photo-1080-copy.jpgsite://news/images/2022/malo-dada-lab-photo-1080-copy.jpgnewsmalo-dada-lab-photo-1080-copy.jpg1496921080475The Dadachova lab team, managed by Mackenzie Malo (in the middle, fifth from the left), has been focusing on research work that aims to shield people from the harmful effects of radiation by ingesting melanin-infused mushrooms. (Photo: Submitted) Above content

Recently, the team’s main research focus has centered on how melanin may protect astronauts from radiation-rich space travel. Protecting astronauts from radiation in space addresses one of the many concerns with long-term space travel – a feat that many international space organizations are working to take on in the next decade.

This research work has taken Malo as far as the NASA Space Radiation Laboratory at Brookhaven National Laboratory, a U.S. Department of Energy facility, where she worked on an experiment in which melanin-containing mushrooms were tested to see if ingesting them and their melanin content could decrease the negative effects of space radiation on the body.

“Space travel involves countless risks, including radiation exposure,” said Malo. “By identifying easily administered and safe means of protecting radiation-sensitive organs, you could potentially reduce some of the hazards of space travel.”

With the onset of the SARS-CoV-2 pandemic, the research work was interrupted, but the lab team pushed on in the face of challenges with international travel and supply chain disruptions.

“Co-ordination of this work has been ongoing since 2019 and has been extremely challenging,” said Malo. “The experiment was cancelled twice at the last minute due to complications during the pandemic and equipment failure at the NASA facility before we were finally able to complete it.”

The next step of the project will assess the ability of melanin to be incorporated into plastics to be used in a physical shield. USask Master of Science student Michelle Vargas Fernandez is currently tasked with developing a plastic material that contains melanin nanoparticles so it can be tested for its ability to protect vital organs from simulated space radiation.

This protective technology could theoretically be applied to other people besides astronauts, such as those undergoing radiation treatments for cancer or other health concerns.

“Our work on developing radioprotective agents, in cancer therapy, and treatment of infectious disease is exciting because there is a clear real-world application and potential benefit,” said Malo.

Aside from the ongoing work to propel radiopharmaceutical solutions to new heights, Dadachova’s lab team and Malo work alongside Dr. Sean Maw (PhD) and the USask Space Team on their RADSAT-SK project – part of the Canadian CubeSat Project funded and facilitated by the Canadian Space Agency. A multidisciplinary team of USask and Saskatchewan Polytechnic students and staff, including students from the USask Space Design Team, are working to develop sensors that measure radiation doses that can be attached to a satellite. Launch is planned for early 2023, establishing the first Saskatchewan satellite to orbit in space.

“I consider myself a life-long learner, and I am continually challenged in my job to learn and expand my skill set,” said Malo. “I love the challenge and hope to continue growing in this field.”

childhood-diet-may-contribute-to-impacted-wisdom-teeth,-usask-research-showstrue1718730911095imj129Childhood diet may contribute to impacted wisdom teeth, USask research showsHave you ever wondered why so many people end up with impacted wisdom teeth, which cause discomfort, pain and infection, and often require expensive surgical removal? A University of Saskatchewan (USask) graduate student researcher says your childhood diet may have something to do with it.Brooke Kleiboer1664902560000/articles/research/2022/childhood-diet-may-contribute-to-impacted-wisdom-teeth,-usask-research-showsnewssite://news/articles/research/2022/childhood-diet-may-contribute-to-impacted-wisdom-teeth,-usask-research-showsbpk4551664902785175bpk4551664902785175show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/elsa-van-ankum-headshot.jpgsite://news/images/2022/elsa-van-ankum-headshot.jpgnewselsa-van-ankum-headshot.jpg2780031080821USask PhD candidate Elsa Van Ankum. (Photo: Submitted)USask PhD candidate Elsa Van Ankum. (Photo: Submitted)NoNoneNoneNo/
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Dialing back the clock just a few hundred years to before the Industrial Revolution, we don’t see impacted wisdom teeth in most people, including our great-great-great-great grandparents,” said Elsa Van Ankum, an evolutionary developmental anthropology PhD student in the Department of Anatomy, Physiology and Pharmacology in USask’s College of Medicine. “While working as a University of Alberta undergraduate student analyzing skeletons at archeological sites in Greece and China, I couldn’t help but compare their straight teeth to my own orthodontically challenged teeth. I’ve had braces and all four wisdom teeth removed.

“I started to question why braces and wisdom tooth surgeries were so widespread today, and I’ve been following this thread ever since.”

Many things in the diet changed after the Industrial Revolution, including consuming soft-textured foods that were now being processed in factories by machines that partly ‘chewed’ our foods before we bought them. As well, the diets increasingly lacked vitamin D.

Through lab experiments, Van Ankum has found that mice raised on a soft food diet that was also deficient in vitamin D tend to have smaller, differently shaped jaws. Vitamin D is important for healthy bone and tooth formation and growth. Lack of vitamin D also appeared to result in wider tooth roots, which connect the tooth to the jawbone, influencing the size of the root canal.

Because humans and mice process vitamin D in slightly different ways, Van Ankum is travelling to Britain to collect data from human skeletal remains excavated from archeological sites. She is sampling skeletal remains from before and after 1850, the year that serves as a general marker of when dietary changes due to the Industrial Revolution become evident in teeth and jawbones, among other bones. Van Ankum plans to test whether wisdom tooth formation and jaw shape and size differ between pre- and post-Industrial populations.

“Wisdom tooth surgeries are painful and costly. For instance, over a period of four years, even just one insurance provider in Saskatchewan processed 13,500 wisdom tooth extraction surgeries, costing $2.2 million dollars,” said Van Ankum. 

My PhD study is the first to test if the timing of molar development is linked to food texture, vitamin D, and jaw form using human archeological samples. We are closer to explaining why our wisdom teeth give us such problems, which could lead to non-invasive strategies, like changing what we eat as kids, to prevent wisdom tooth impaction.”

Van Ankum has presented her preliminary research findings at several academic conferences since 2019, and made an award-winning presentation at the 2020 meeting of the Canadian Association for Biological Anthropology. Her work is supervised by USask Professor Dr. Julia Boughner (PhD).

“This project is an example of foundational science,” said Van Ankum. “This type of research seeks to understand why nature does what it does, towards one day shaping policy development and practical applications for dental patients in Canada and beyond.”

She’ll also further explore the links between vitamin D and tooth development in mice, using the information gleaned from human skeletal studies in Britain. She hopes to shed light on why differences in tooth size, shape and eruption can occur across time periods, cultures, and even mammalian species.

“I feel grateful to be a part of this process, especially at a time with many exciting avenues of collaboration between disciplines.”

The research has been supported by the Canada Foundation for Innovation, a Natural Sciences and Engineering Council of Canada (NSERC) Discovery Grant, an NSERC Undergraduate Summer Research Award, NSERC Alexander Graham Bell PhD Canada Graduate Scholarship, an NSERC MSc Canada Graduate Scholarship, and a Saskatchewan Innovation and Opportunity Scholarship.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

lightsource-brain-differences-in-men-and-women-could-affect-post-stroke-outcomestrue1718730911095imj129Brain differences in men and women could affect post-stroke outcomesStrokes are the third leading cause of death in Canada and have impacted close to 880,000 Canadians over the age of 20.Erin MatthewsCollege of medicine, Canadian Light Source,1664784720000/articles/research/2022/lightsource-brain-differences-in-men-and-women-could-affect-post-stroke-outcomesnewssite://news/articles/research/2022/lightsource-brain-differences-in-men-and-women-could-affect-post-stroke-outcomesnews_ws1664827707073ccm0461664828070466show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/website-jumbos-33.jpgsite://lightsource/images/website-jumbos-33.jpglightsourcewebsite-jumbos-33.jpgwebsite-jumbos-33.jpg19933124001600MRI images of brainMRI images of brainNoNoneNoneNo/
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“A stroke is caused by a loss of blood flow to brain cells. Without urgent intervention this may cause those cells to die because they constantly need energy and nutrients from the blood,” said Nicole Sylvain, clinical research coordinator and lab manager for Dr. Michael Kelly, a stroke neurosurgeon and professor who’s part of the Saskatchewan Cerebrovascular Center at the University of Saskatchewan

Sylvain and her colleagues are looking at treatments for post-stroke recovery that help supplement these energy losses. Using the Canadian Light Source (CLS) at the University of Saskatchewan (USask), the team was able to identify energy biomarkers in the brain — additional data that could eventually provide clinicians with critical information about the effects of potential stroke treatments on brain recovery after a stroke.

TextVideo/https://www.youtube.com/watch?v=GaF7HJqPzO4Above content

The group’s most recent paper published in IBRO Neuroscience Reports looked at differences post-stroke between male and female mice, and found that female mice have higher amounts of glycogen in their brains. Glycogen is a sugar-like substance that circulates in our blood and nourishes our cells. When the supply of glycogen is disrupted by stroke, the brain is severely impacted.

While men and women are almost equally affected by stroke, women tend to have poorer health outcomes. Animal models in stroke research traditionally use male subjects, but Sylvain and the team has identified a potential problem with taking the data from these lab experiments into clinical trials.

“We found that, for the most part, male data can be generalized for females, however, some of the metabolic markers we measured were actually different,” Sylvain said. “It’s really important to do the research on both sexes.”

It would be impossible for the team to detect the biomarkers without to the Mid-IR beamline.

“The only way to detect them in such an accurate way across the brain is with infrared imaging, so the CLS has been absolutely vital to our research.”

Newton, J. M., M. J. Pushie, N. J. Sylvain, H. Hou, S. Weese Maley, and M. E. Kelly. "Sex differences in the mouse photothrombotic stroke model investigated with X-ray fluorescence microscopy and Fourier transform infrared spectroscopic imaging." IBRO neuroscience reports 13 (2022): 127-135. doi.org/10.1016/j.ibneur.2022.07.006

Photos: Synchrotron | Mid-IR beamline | Nicole Sylvain

Article re-posted on .
View original article.

game-on-usask-researcher-using-video-games-as-antidote-to-distraction,-procrastinationtrue1718730911095imj129Game on: USask researcher using video games as antidote to distraction, procrastination A University of Saskatchewan (USask) researcher is breaking negative stereotypes about video games by using them as a tool for combating procrastination instead of causing it. Matt Olson for Research Profile and Impact research,1664808120000/articles/research/2022/game-on-usask-researcher-using-video-games-as-antidote-to-distraction,-procrastinationnewssite://news/articles/research/2022/game-on-usask-researcher-using-video-games-as-antidote-to-distraction,-procrastinationccm0461664808712064ccm0461664808732550show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cody_phillips.jpgsite://news/images/2022/cody_phillips.jpgnewscody_phillips.jpg2008281080720Dr. Cody Phillips (PhD) is a special lecturer in computer science at USask’s College of Arts and Science. (Photo: Submitted)NoNoneNoneNo/
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“We know conclusively that video games are good for your well-being. The literature is very specific on that front. The logical conclusion from that is, where do those benefits apply?” said Dr. Cody Phillips (PhD).   

“There’s been this demonization of video games, where video games are seen as antithetical to working hard. And I’m not convinced that’s true,” said Phillips, special lecturer in computer science at USask’s College of Arts and Science. 

Phillips and his team recently received a Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant to create video game-based tools to reduce procrastination for “knowledge workers” — people who work in areas that typically require significant formal training and use that knowledge for “thinking” jobs.  

Playing certain kinds of video games, Phillips said, stimulates feelings of motivation and capability. He referred to it as an increase of “self-efficacy,” or the belief that you are skilled and able enough to accomplish the tasks before you. His theory is that by leveraging video game mechanics, these workers can help combat the procrastination that comes with the burnout of working long hours.  

“We can use (video game) manipulations in order to encourage people to enter into a desired state,” he said.  

Phillips used an example from his own life to describe the core ideas of his research. During the early days of the COVID-19 pandemic Phillips said he would often find himself working longer-than-normal hours in isolation but would break up that time with small video game sessions.  

As the pandemic caused nearly universal upheaval in the workplace, Phillips called it the most productive he’s ever been.  

“It made me feel confident and competent,” he said. “I got into a spiral of working and playing, and it fed into each other. I was doing my best work because I was able to do that.” 

It’s not a great leap in logic to use video games as helpful mental tools, he said. Some of his previous work includes investigating the therapeutic benefits of video games, as some players report quantifiable benefits from gaming.  

“Commercial games, in general, have a lot of potential to be used in ways we aren’t using them, and be better leveraged by society,” he said.  

Beyond modifying commercially available games, Phillips and his team are creating a program within the popular social messaging platform, Discord, that will remind players to switch back to working to prevent using games to procrastinate.   

The recent NSERC grant — giving Phillips $25,000 a year for the next five years — will help the research team explore a side of video game research that has remained mostly untapped.  

“We really are entering into an underexplored problem space, which is how can we adapt something people are being distracted by, into something that will hopefully help,” he said. “We are trying to turn a problem into a solution.” 

 

research-usask-researcher-targets-pain-relief-from-diabetic-neuropathytrue1718730911095imj129USask researcher targets pain relief from diabetic neuropathyDiabetes affects about three million Canadians, with the prevalence increasing yearly. About half of those living with diabetes experience nerve pain and sensory issues—called diabetic neuropathy—ranging from mildly uncomfortable to severely debilitating.Brooke Kleiboerresearch,1664455080000/articles/research/2022/research-usask-researcher-targets-pain-relief-from-diabetic-neuropathynewssite://news/articles/research/2022/research-usask-researcher-targets-pain-relief-from-diabetic-neuropathynews_ws1664486874470ccm0461664486936994show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/research-stories/young-innovators/joseph-neapetung.pngsite://research/images/research-stories/young-innovators/joseph-neapetung.pngresearchjoseph-neapetung.pngjoseph-neapetung.png594387831617USask PhD student Joseph Neapetung. (Photo: Submitted)USask PhD student Joseph Neapetung. (Photo: Submitted)NoNoneNoneYes/
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usask-water-and-climate-change-expert-to-address-untrue1718730911095imj129USask water and climate change expert to address UNProfessor John Pomeroy, Canada Research Chair in Water Resources and Climate Change at the University of Saskatchewan, and Director of the Global Water Futures Programme, will be in New York on Friday, Sept. 23, presenting to the United Nations (UN) in a high-level side event on the melting cryosphere and the ongoing threats to groundwater, streamflow and the sustainability of water resources management.research, water, GWF,1663878180000/articles/research/2022/usask-water-and-climate-change-expert-to-address-unnewssite://news/articles/research/2022/usask-water-and-climate-change-expert-to-address-unccm0461663941912211ccm0461663941991505show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/john-pomeroy-un.jpgsite://news/images/2022/john-pomeroy-un.jpgnewsjohn-pomeroy-un.jpg4781551080675Professor Dr. John Pomeroy walks on a glacier with others in the background.Professor Dr. John Pomeroy is a Canada Research Chair in Water Resources and Climate Change at the University of Saskatchewan, and Director of the Global Water Futures Programme. (Photo: Submitted)NoNoneNoneNo/
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Dr. Pomeroy is a global expert on climate change in cold regions and an elected representative to the UN’s Water and Climate Coalition Steering Committee, which includes world leaders from Argentina, Canada, Netherlands, Pakistan, Switzerland, and others. 

“It’s a great honour to represent academia and researchers from Saskatchewan, Canada and other cold regions around the globe on this critical issue,” said Pomeroy. “The science is clear, now we need to make real policy changes, and having the opportunity to work with the UN is a great step forward.”

This event will emphasize the importance of scientific cooperation and connecting scientific research, policy development, and action, and will develop a set of recommendations to enhance interface and interconnections among different components of the cryosphere, river basin hydrology, groundwater, and water vulnerability.

The event will be available for viewing through Zoom: noon – 1pm CST

Please click this URL to join. https://unicef.zoom.us/j/97175817573

Passcode: 648859

young-innovators-usask-researcher-tracks-impact-of-saskatoons-growth-on-wildlifetrue1718730911095imj129Young Innovators: USask researcher tracks impact of Saskatoon’s growth on wildlifeThe growth of a city inevitably means transforming natural environments to fulfil human needs, but urbanization comes at a cost to species living in these landscapes, says University of Saskatchewan (USask) PhD student Katie Harris.Brooke Kleiboerresearch, College of Agriculture and Bioresources,1663773540000/articles/research/2022/young-innovators-usask-researcher-tracks-impact-of-saskatoons-growth-on-wildlifenewssite://news/articles/research/2022/young-innovators-usask-researcher-tracks-impact-of-saskatoons-growth-on-wildlifebpk4551663773786954ccm0461665174361550show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/katie-harris.jpgsite://news/images/2022/katie-harris.jpgnewskatie-harris.jpg3594031080773USask PhD candidate Katie Harris at one of her project’s wildlife monitoring sites in Saskatoon. (Photo: Submitted)USask PhD candidate Katie Harris at one of her project’s wildlife monitoring sites in Saskatoon. (Photo: Submitted)NoNoneNoneNo/
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Urban sprawl, the outward growth of a city as new roads, housing developments, subdivisions and business districts are built, happens rapidly and represents near-permanent changes to the environment.

“A major environmental consequence of city growth is biodiversity loss,” said Harris who is working on a doctorate in animal and poultry science in USask’s College of Agriculture and Bioresources.

Biodiversity and biodiverse areas are extremely important for many reasons, including overall human health and well-being, and environmental health and sustainability, she said.

“However, loss of biodiversity is now occurring at a faster rate than at any time since the last historical extinction event that occurred millions of years ago, and we are currently in a global biodiversity crisis, as every year, more and more species become extinct,” Harris said.

Her research focus is to determine which species call Saskatoon home, and how they are using the city amid urban development and near-constant change.

Harris placed motion-activated cameras at different locations within Saskatoon, which captured 21,000 photos of about 10,000 wildlife appearances from September to December 2021.

The study is the first of its kind in Saskatoon to provide a large-scale, year-round platform for monitoring urban wildlife. Data collected will be used to build an urban wildlife databank for Saskatoon that can serve as a base to examine trends and patterns in wildlife appearances over time.

The first batch of photos identified 18 species, including black bears, porcupines, long-tailed weasels, moose, and beavers. Harris said the most common species appearing within Saskatoon city limits are white-tailed jackrabbits, red foxes, mule deer, and coyotes.

“My preliminary analyses are showing just how vital urban habitat connectivity and wildlife corridors—areas of land that allow an animal to move from one disconnected patch to another—are for wildlife biodiversity, with the least connected sites displaying very low levels of biodiversity,” said Harris.

“Furthermore, most wildlife species have shifted to behaving primarily nocturnally as a coexistence adaptation for living in densely populated urban areas.”

Harris said another interesting adaptation she has observed in urban settings is “human shielding”—a phenomenon that refers to prey animals remaining in areas with human activity because of a reduced risk of encountering a predator species.

Her project will continue to collect data until late 2023, but Harris hopes the monitoring platform continues to observe Saskatoon’s urban wildlife for decades to come. Her project is supervised by USask associate professor Dr. Ryan Brook (PhD).

“I come from a small northern community, The Pas, Manitoba, where I was raised to value and protect our natural resources and what they provide to us,” said Harris.

“Most people—myself included before I started this project—are truly unaware of the number of species that we share the city with. So, it’s been incredibly eye-opening and humbling at times, being able to not only discover this other world, but also share it with others.”

The study was supported by the Natural Sciences and Engineering Research Council of Canada and by numerous partner organizations including USask, the City of Saskatoon, the Meewasin Valley Authority, Wild About Saskatoon, the Saskatoon Forestry Farm Park and Zoo, Wanuskewin Heritage Park, and the Saskatoon Nature Society.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

sophisticated-tools-enable-usask-researchers-to-advance-water-security,-human-healthtrue1718730911095imj129Sophisticated tools enable USask researchers to advance water security, human healthThree University of Saskatchewan (USask) researchers have been awarded $430,000 in total by the Canada Foundation for Innovation (CFI) to help purchase cutting-edge equipment that will advance research aimed at reducing environmental and health-care burdens for Canadians.research, water, 1663771560000/articles/research/2022/sophisticated-tools-enable-usask-researchers-to-advance-water-security,-human-healthnewssite://news/articles/research/2022/sophisticated-tools-enable-usask-researchers-to-advance-water-security,-human-healthccm0461663772891660ccm0461663773063829show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cfi-jelf-fall-2022.jpgsite://news/images/2022/cfi-jelf-fall-2022.jpgnewscfi-jelf-fall-2022.jpg3239691080608Drs. Jenny-Lee Thomassin (left), Helen Baulch (middle) and Asmahan AbuArish (right). Drs. Jenny-Lee Thomassin (left), Helen Baulch (middle) and Asmahan AbuArish (right). (Photos: Submitted)NoNoneNoneNo/
TextNone/Above contentThe new equipment will help Dr. Helen Baulch (PhD) examine specifics of how extreme Prairie weather and seasonality affects water security in a region that has long fought to maintain water quality. Dr. Asmahan AbuArish (PhD) will work to uncover the key molecular players behind cases of inflammatory pulmonary disease, using fluorescence imaging and molecular biophysics expertise. Dr. Jenny-Lee Thomassin (PhD) will use specialized technology to better understand bacteria proliferation in complex real-world environments.

“We are grateful for this timely investment by CFI that helps equip our researchers with the state-of-the-art tools they need to drive innovation and unleash discovery in the globally critical areas of water quality and One Health,” said USask Vice-President Research Baljit Singh.

The funding is provided through CFI’s John R. Evans Leaders Fund (JELF), which helps institutions attract and retain outstanding researchers by providing up to 40 per cent of the cost of academic research infrastructure. The remaining funds are solicited from other public and private sources.
TextMimicking real-world environments to fight antibiotic-resistant bacteriaNone/Above content

Infections caused by antimicrobial- and antibiotic-resistant bacteria represent one of the biggest emerging health challenges in Canada and around the world. To understand how bacteria interact with their environment, experimental conditions that mimic various environments and provide live imaging are needed. A major challenge researchers face in the laboratory is mimicking these complex real-life environments.

JELF funding of $130,000 will help Thomassin, an assistant professor of biochemistry, microbiology and immunology in USask’s College of Medicine, bring specialized
technology to Saskatchewan that will help address critical gaps in knowledge related to the chain of events that lead to bacterial infections.

“This specialized equipment — called a microfluidics system — will help address fundamental research questions, incorporating many aspects of the dynamic and changing environments found in nature,” said Thomassin. “It can mimic real-world environments, imitating the different parts of our bodies or surfaces found in hospitals, and is integral to developing highly relevant phenotyping, colonization, and infection models.”

The new cutting-edge technology will enable Thomassin to advance her research to identify and dissect the arsenal of tools bacteria use in real-world conditions. This instrumentation will also be able to test if disinfectants or newly developed antimicrobials are able to treat dangerous bacteria — a key goal in the field and something that has an impact on Canadians’ daily lives and health.

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A major burden on both affected individuals and the health care system, hyperinflammatory pulmonary diseases are among a group of respiratory conditions that ranks as the fifth most common cause of death in Canada.

The airway cells of individuals with these diseases do not correctly regulate inflammation levels, leading to difficulty breathing and other symptoms that can be dangerous and potentially fatal. The specific mechanisms by which airway cells regulate inflammation are not fully understood.

With JELF funding of $175,000, AbuArish’s research team plans to acquire a super-resolution scanning confocal microscope, which enables advanced molecular biophysics analyses. There are no other microscopes of that type in Saskatchewan and few in Canada. This highly sensitive and fast imaging equipment will allow the team to examine the cells that make up the airways at a molecular level to determine the molecules at play as airways regulate inflammation in real time.

AbuArish, an assistant professor of anatomy, physiology, and pharmacology in USask’s College of Medicine, specifically plans to uncover the origins of inflammation malfunction by investigating the behaviour of essential inflammatory proteins under different health and disease conditions.

Understanding inflammation dysregulation in pulmonary diseases by uncovering the molecular players will pave the way for scientific and pharmaceutical communities to design more effective therapies,” said AbuArish.

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One of the biggest challenges facing the Prairies is the declining water supply, coupled with diminishing water quality, said Baulch, a professor in USask’s School of Environment and Sustainability.

The Prairies are naturally considered to be drylands, and therefore water insecurity is a risk, she said. But with extreme wet and dry periods — seen more often with climate change — rivers and lakes that serve as water reservoirs can change rapidly.

Automated monitoring and sensor technology is required to understand these extremes and how they affect water security,” said Baulch. “For example, we need to be able to understand the transition from winter ice cover to open water conditions that often bring early algae blooms in spring. But it’s a time period we cannot safely sample water without sensors.”

JELF support of $125,000 will help Baulch and her colleagues, Dr. Tim Jardine (PhD) and Dr. Colin Whitfield (PhD), acquire innovative technology that can assist their research group with monitoring and capturing the effects of extreme weather on Prairie aquatic ecosystems.

The new sensing technology will also capture how rates of greenhouse gas emissions from water bodies change over days and seasons, another important contribution to understanding the role aquatic ecosystems play in global GHG emissions.

See a full list of CFI JELF funding recipients here.

usask-led-research-team-aims-to-develop-vaccines-for-prion-diseasestrue1718730911095imj129USask-led research team aims to develop vaccines for prion diseases Even Dr. Scott Napper (PhD) uses words such as scary when describing the focus of his research—a group of diseases caused when otherwise innocuous proteins go rogue, creating conditions that are always fatal and currently untreatable.Colleen MacPherson for Research Profile and Impactresearch,1663685220000/articles/research/2022/usask-led-research-team-aims-to-develop-vaccines-for-prion-diseasesnewssite://news/articles/research/2022/usask-led-research-team-aims-to-develop-vaccines-for-prion-diseasesccm0461663686140474ccm0461666977321528show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/scott-napper-vido.jpgsite://news/images/2022/scott-napper-vido.jpgnewsscott-napper-vido.jpg3014081080720Dr. Scott Napper poses in labDr. Scott Napper is a scientist with the Vaccine and Infectious Disease Organization (VIDO) and a professor of biochemistry in the USask College of Medicine. (Photo: Submitted)NoNoneNoneNo/
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“But that’s what I love about it – it’s so interesting and so very important,” said Napper, a scientist with the Vaccine and Infectious Disease Organization (VIDO) at the University of Saskatchewan (USask).

Napper has a lead role in the search for vaccines to treat diseases caused by misfolded proteins. His original research focused on prion diseases, which include mad cow disease, scrapie in sheep, and chronic wasting disease (CWD) in deer and elk.

However, several similar neurodegenerative diseases in humans are also on his radar, including Alzheimer’s, Huntington’s, Parkinson’s, and amyotrophic lateral sclerosis (Lou Gehrig’s Disease). 

“Is CWD the priority? Yes. Is Alzheimer’s the priority? Yes. We do this work on both human and animal vaccines in parallel,” he said. 

Napper explained these diseases result when a protein misfolds and takes on new and devastating characteristics. And once misfolded, the new protein becomes self-propagating.

When the misfold comes in contact with a properly folded version of itself, that protein also misfolds, “so one becomes two and two become four, and you get a cascade of misfolding that ends in deadly disease.” 

Prion diseases first rose to attention in the early 1950s with the discovery of Kuru, a neurodegenerative disease found in the Fore people of Papua New Guinea, said Napper. It was linked to funerary cannibalism—the Fore people cooked and ate their deceased family members, thus spreading the disease.

When the cause of Kuru was identified about 20 years later as a proteinaceous infectious particle or prion, “it was mind blowing,” said Napper. “It completely changed the way we think about infectious diseases because this is not a bacteria or virus.”

This prion-like mechanism is now known to be responsible for other human neurodegenerative diseases such as Alzheimer’s. And the quest for a cure recently got a boost.

The Alberta Conservation Association, in partnership with Alberta Environment and Parks, and Saskatchewan’s Ministry of Environment, has provided $1.2 million to fund research on an oral vaccine to manage CWD, which poses significant risk to wild populations in four provinces and 28 states. 

A team of scientists at four western Canadian universities, including Napper, Dr. Philip Griebel (DVM, PhD) and Dr. Suresh Tikoo (DVM, PhD) at VIDO, as well as Dr. Sidney Hayes (PhD) in the College of Medicine, aim to develop oral vaccines for CWD that can be released in affected habitats. The other researchers are from the Universities of British Columbia, Alberta and Calgary. 

The scientists will work collaboratively with wildlife groups to develop and deliver an effective real-world solution.

“We’re in lab coats and they’re in camo, but we can all work together,” Napper said.

On the human front, the Weston Family Foundation through the Weston Brain Institute is providing $1.2 million to Napper and three research colleagues at other Canadian universities to develop a vaccine for misfolded protein diseases in humans. Building on previous developments, the scientists will generate antibodies that attach to misfolded proteins—one  has already been selected for pre-clinical development—to prevent disease development.

In both cases, Napper appreciates the team approach.

“Just as we saw with COVID when the global science community came together to develop a vaccine, we’re better, stronger and smarter if we work together, and leave our self-interest and egos at the door.” 

That’s not to say the work will be easy, but the early results are highly encouraging, Napper said. “The pipeline is there, and once we have the target protein, we’ve been able to get the required types of immune responses. All the diseases we’ve talked about have a different target protein but developing the vaccines all use similar processes.”

Napper, who is also a professor of biochemistry in the USask College of Medicine, believes VIDO’s unique culture and expertise will make it a significant contributor.

Created in 1975 to focus on infectious diseases in Canada’s livestock industry, VIDO expanded its mission to include research and vaccine development related to human diseases, with COVID-19 being one example. The breadth of talent among VIDO scientists means the organization “can take a team approach to complex problems,” he said.

“I’m not an immunologist but the guy in the office next door is, and there’s a scientist who’s been developing oral vaccines for 20 years just one floor down. We all want to make the world a better place.” 

Napper admitted it’s faster to develop and market a vaccine for animals than for humans, “so it isn’t unreasonable to imagine a CWD vaccine in seven to 10 years.” A human vaccine will take longer but Napper is undeterred.

“Our initial success might be to simply slow down the progression of the diseases, but we’ll take incremental successes as they come. There’s hope.” 

usask-researchers-study-of-salmonella-transmission-first-of-its-kindtrue1718730911095imj129USask researchers’ study of Salmonella transmission first of its kindUniversity of Saskatchewan (USask) scientists are pursuing research unlike anything else in the world to learn more about how one of most infamous food-borne illnesses spreads. By Matt Olson for Research Profile and Impactresearch,1663599360000/articles/research/2022/usask-researchers-study-of-salmonella-transmission-first-of-its-kindnewssite://news/articles/research/2022/usask-researchers-study-of-salmonella-transmission-first-of-its-kindccm0461663600093079ccm0461663600147918show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/aaron-white-salmonella.jpgsite://news/images/2022/aaron-white-salmonella.jpgnewsaaron-white-salmonella.jpg5523621080742Dr. Aaron White (PhD) (right) and his team including Michelle Gerber (left) are investigating how Salmonella strains are so successful at survival. Dr. Aaron White (PhD) (right) and his team including Michelle Gerber (left) are investigating how Salmonella strains are so successful at survival. (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/salmonella-reporter-strain-image2_sept15_2022.jpegsite://news/images/2022/salmonella-reporter-strain-image2_sept15_2022.jpegnewssalmonella-reporter-strain-image2_sept15_2022.jpeg189554800449(Image: Submitted)Below content

Dr. Aaron White (PhD) and his team recently received a Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant of $160,000 over five years to get to the heart — or the gut — of how and why Salmonella bacteria continue to thrive.

“For some of these types of pathogens, it’s difficult to study how they survive so long in the environment,” White said.

As he explains it, Salmonella is one of the most common food-borne pathogens in North America, and it is notorious for causing painful problems in the stomach and intestine. 

Before Salmonella bacteria can be purged from the body, White said the population splits into two forms: extremely infectious and virulent single-celled Salmonella, and cells that clump together to form what is called a “biofilm” — a cluster of cells that stick to each other and form a membrane around them.

Biofilm cells can survive for a long time in the environment — for example, after the bacteria are  expelled from the human body — but are not nearly as transmissible as their single-celled counterparts. 

White’s research at USask’s Vaccine and Infectious Disease Organization (VIDO) focuses on how Salmonella changes forms.

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“By understanding this splitting, we begin to understand how Salmonella survives better in the environment and perhaps how to stop it,” he said. “We start to understand our immune response to Salmonella, and the long-term impacts of Salmonella infection.”

The team’s research program is already underway, using mice. White lauded master’s student Michelle Gerber for creating a “reporter strain” of Salmonella that turns green when it transforms into a biofilm cell, and red when it remains in its single-celled, virulent form.

The reporter strain is one of the ways they’re able to closely monitor the change in Salmonella bacteria, and pursue research that White said is unlike anything else in the world.

“It’s quite exciting,” he said. “It’s great for trainees. We have a chance to redefine how we approach this bacterium, make better vaccines and control infections, by studying these new ideas.” 

While they are on the cutting edge of research already, White is looking ahead to what might come next. He said through their NSERC-funded research they have already identified a connection between the proteins present at the formation of biofilm cells and those that exist in human neurodegenerative diseases such as Alzheimer’s.

“It’s still in the early stages, but that might be the most exciting thing to come out of my research,” he said. “It’s a big subject to tackle.”

As the team learns more about what causes Salmonella to split and survive, White is excited about the questions his program might answer about the troublesome bacteria — and other questions this research could answer in the future.

usask-teams-dorm-monitoring-project-shows-passive-covid-19-sampling-effective-papertrue1718730911095imj129USask team’s dorm monitoring project shows passive COVID-19 sampling effective: paperThe University of Saskatchewan (USask) research team that developed a low-cost, effective method to monitor seven student residences for COVID-19 has published a paper describing the scientific groundwork laid for the process whose results compared well with city-wide sampling in Saskatoon. research,1663254660000/articles/research/2022/usask-teams-dorm-monitoring-project-shows-passive-covid-19-sampling-effective-papernewssite://news/articles/research/2022/usask-teams-dorm-monitoring-project-shows-passive-covid-19-sampling-effective-paperccm0461663255479573bpk4551663257369883show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kerry-markus-final.jpgsite://news/images/2022/kerry-markus-final.jpgnewskerry-markus-final.jpg2243681080608Dr. Markus Brinkmann (left) is an associate professor in USask’s School of Environment and Sustainability. Dr. Kerry McPhedran (right) is an associate professor in the University of Saskatchewan’s College of Engineering. (Photos: Submitted) Dr. Markus Brinkmann (left) is an associate professor in USask’s School of Environment and Sustainability. Dr. Kerry McPhedran (right) is an associate professor in the University of Saskatchewan’s College of Engineering. (Photos: Submitted) NoNoneNoneNo/
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For the dormitory project, the team used a passive sample collection system that provided round-the-clock monitoring of wastewater, maximizing chances of capturing COVID-19-linked genetic material. The system used 3D-printed cigar-shaped devices, known as torpedo samplers, that were placed inside the wastewater flow, accumulating viral RNA samples over at least 24 hours. 

Inside these tubes were membranes that attract RNA, with cotton swabs to grab some of the particulates. USask Facilities staff gathered samples five days a week for eight months by accessing the tubes through manholes near the dorms. Researchers used a platform provided by the partner company, LuminUltra, to determine the amount of RNA in the samples to measure the prevalence of COVID-19. 

The team’s work published this month in a paper in Elsevier’s journal, Science of the Total Environment, shows that such passive sampling of wastewater is useful for monitoring COVID-19, or other viral illnesses in a small population, said Dr. Markus Brinkmann (PhD), co-author and associate professor in USask’s School of Environment and Sustainability. 

“This a great story of an integrated program, where everyone from USask administrators in the Pandemic Response Team, to us as researchers, to the folks in Facilities, came together to fill the need to keep students safe quickly,” said Brinkmann. 

Researchers compared the results of their passive surveillance process with residence and campus-wide daily self-reported COVID-19 cases. As well, the campus results were compared with the City of Saskatoon Wastewater Treatment Plant viral loads, starting in August 2021. 

“The spread of COVID-19 in the USask residences and general population closely followed the trends of the local and surrounding communities,” said Dr. Kerry McPhedran (PhD), co-author and associate professor in USask’s College of Engineering.  

“These similarities indicate the usefulness and cost-effectiveness of monitoring the spread of COVID-19 in small-scale communities using wastewater-based surveillance,” he said.  

This project points to the robustness of the process of employing passive sampling and using off-the-shelf, relatively inexpensive instruments available from companies such as LuminUltra and Cepheid (GeneXpert) for small-scale monitoring applications, said Brinkmann. 

“I think for some employers and for places such as USask, where lots of people came together to work, learn, and live, it was smart to apply this technology while other sources of information were unavailable. In the big scheme of things, it was fairly cheap,” he said. “One could actually respond in almost real-time to changes in our community COVID-19 prevalence.” 

McPhedran said the method could be used to track the prevalence of other viruses, such as regular flu or a range of other respiratory diseases, if the logistics can be made to work for extending monitoring to the entire campus, not simply the residences, if the need arises in the future. 

Other contributors to the paper are: USask undergraduate students Saanvi Mital and Annisa Ilias; Daniel Hamilton, PhD student in the College of Engineering; and Niteesh Jain, research assistant in engineering. 

Link to the paper: https://authors.elsevier.com/a/1fif5B8ccuqec 

usask-researcher-says-pain-assessment-tools-can-be-more-inclusivetrue1718730911095imj129Young Innovators: USask researcher says pain assessment tools can be more inclusiveHave you ever been asked to rate your pain on a scale of one to 10? Or been shown a chart with different cartoon emoticons, where you are asked to choose one to describe your pain levels? Brooke Kleiboer1663085700000/articles/research/2022/usask-researcher-says-pain-assessment-tools-can-be-more-inclusivenewssite://news/articles/research/2022/usask-researcher-says-pain-assessment-tools-can-be-more-inclusivebpk4551663086558166bpk4551663086674552show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/tayah-zhang-yi.jpgsite://news/images/2022/tayah-zhang-yi.jpgnewstayah-zhang-yi.jpg1613401080608USask School of Rehabilitation Science graduate student Tayah Zhang. (Photo: Submitted)USask School of Rehabilitation Science graduate student Tayah Zhang. (Photo: Submitted)NoNoneNoneNo/
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Pain assessment tools such as these are used to help people describe their pain levels to health-care professionals to help them facilitate treatment and pain management, but a University of Saskatchewan (USask) researcher says these tools are not as universal as they seem.

As a graduate student in USask’s School of Rehabilitation Science, Tayah Zhang is conducting a research project that examines how pain assessment tools used to assess chronic musculoskeletal pain can provide culturally responsive descriptors that are more appropriate for different populations.

“Feelings and expressions of pain are subjective, meaning the way in which I experience pain and the way in which I express myself when I’m in pain differs from another person,” said Zhang. “That is because experiences and expressions of pain are influenced by an individual’s culture, by the way they were brought up, and by their own lived experiences.”

Zhang explained individuals from Indigenous cultures are likely to express pain in different ways than those from Western cultures. Zhang’s research team has partnered with the Northern Saskatchewan Cree community of Pelican Narrows to evaluate how musculoskeletal pain assessment tools are used, their validity, and how culturally responsive they are.

“So far, from our discussions with Cree Elder Rose Dorion and Knowledge Keeper Sally Sewap, we have learned that current pain assessment tools used may not be culturally responsive for their community,” said Zhang.

“The Elder explained that when the people of the community are in pain, they may be very quiet. This is different from most facial pain scale depictions where the last facial expression representing maximum pain is often drawn with an open mouth to indicate loud crying or screaming.”

Colours also play a role in how Indigenous communities may perceive pain. Zhang said one of the suggestions received for a new pain tool was to consider a blue-purple colour to represent high levels of pain, since the colour represents bruising and paleness, while orange should be used to represent no pain and red to represent intense emotions that accompany pain, such as anger.

“These findings really opened our eyes and allowed us to reconsider how we have been approaching pain assessments,” said Zhang. “It has also allowed us to begin thinking about ways to improve current pain scales, so they are more culturally responsive for Indigenous Peoples.”

Zhang is no stranger to cultural differences in expressing emotions, having moved to Canada from China when she was nine years old.

“Through my own lived experiences of growing up within two different cultures, I had a realization of the impact culture has had on the way I expressed pain,” she said. “Growing up in a Chinese culture, I learned that stoicism was a positive trait to possess. It wasn’t until I moved to Canada that I learned it was OK to cry when I’m in pain and that crying does not demonstrate a sign of weakness.”

She applies this experience to her master’s research work with supervisor Dr. Stacey Lovo (PhD), an assistant professor in USask’s School of Rehabilitation Science. The research team plans to take the insights gathered from their partnership with Pelican Narrows, via a remote back pain clinic, to new relationships in La Loche and Waterhen Lake First Nation to work with community members on community-directed needs assessments and pain scales.

This is one step in the direction towards more culturally responsive pain management strategies and health equity,” said Zhang.

The research is supported by the USask Health Sciences Graduate Program, the Canadian Institutes of Health Research, and the Saskatchewan Health Research Foundation.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-team-plans-unique-facility-to-develop,-test-alternative-fish-foodtrue1718730911095imj129USask team plans unique facility to develop, test alternative fish foodA University of Saskatchewan (USask) research team is partnering with an array of industry groups to establish a “globally unique” facility on campus to develop and test plant- and insect-derived proteins to replace the fishmeal that has no great substitute in aquaculture feed today.1663081680000/articles/research/2022/usask-team-plans-unique-facility-to-develop,-test-alternative-fish-foodnewssite://news/articles/research/2022/usask-team-plans-unique-facility-to-develop,-test-alternative-fish-foodbpk4551663081814302bpk4551663081814302show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lynn-weber-aquaculture.jpgsite://news/images/2022/lynn-weber-aquaculture.jpgnewslynn-weber-aquaculture.jpg2207361080608Dr. Lynn Weber (PhD), professor of veterinary biomedical sciences at USask’s Western College of Veterinary Medicine, is co-leading a project to establish a "globally unique" research facility on campus.Dr. Lynn Weber (PhD), professor of veterinary biomedical sciences at USask’s Western College of Veterinary Medicine, is co-leading a project to establish a "globally unique" research facility on campus. (Photo: Submitted)NoNoneNoneNo/
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“Protein by far is the No. 1 ingredient that determines fish growth rate,” said Dr. Lynn Weber (PhD), professor of veterinary biomedical sciences at USask’s Western College of Veterinary Medicine and co-leader of the project. “It is the No. 1 cost in feed, and feed is the No. 1 cost in aquaculture.”  

Declining wild fish stocks are driving up consumer demand for commercially grown fish and seafood, and with it the need for cheaper and environmentally sustainable alternatives to fishmeal, Weber said. 

Fishmeal is made from grinding up fish species deemed undesirable for human consumption—often caught by dragging nets across ocean beds—an environmentally damaging and expensive practice that is unsustainable and affected by dwindling fish stocks, Weber said.  

To reduce costs, feed manufacturers have looked to soy protein as an alternative, she said. But the demand as a human food has made soy expensive. Worsening the problem is that soy contains compounds called anti-nutritional factors that destroy fish guts unless the beans are processed to remove the harmful elements. 

Ingredients such as fava beans and peas provide a better protein alternative, said Weber, who has done research with colleagues such as Dr. Matt Loewen (DVM, PhD)—a project collaborator—on using novel processing methods such as fermentation with yeast, to remove anti-nutritional factors from legumes. Research by some team members using insect protein derived from sources such as fly larvae also looks promising, she said. 

USask, situated in the heart of a province that produces an abundance of peas, fava beans and other potential feed ingredients, is uniquely equipped to host the proposed Aquafeed Testing Facility, Weber said. 

The university has world-class experts in feed ingredient development and processing, along with top-ranked scientists in toxicology, environmental studies, artificial intelligence (AI), and animal physiology, nutrition and behavioural science who are collaborators on the project. 

“The testing facility will have some basic research aspects to do with nutrition, eco-toxicology and AI, but basically it will be a contract facility where we hope to bring in industry partners and charge them to develop new feed ingredients and feeds for aquaculture,” Weber said. 

Among the 20 industry, government, academic, and trade groups supporting the project are global companies such as BioMar AS of Denmark, Evonik of Germany, and Boston-based InnovaSea. 

“These companies are interested enough to directly support the project now, but once we establish the facility and word gets out, I anticipate it will quickly ramp up to become the go-to place globally because there’s such a shortage of all the unique expertise that we have,” Weber said. 

Weber and Dr. Mike Nickerson (PhD), a professor in USask’s College of Agriculture and Bioresources, co-lead the 10-member multidisciplinary faculty team. The group is seeking $3.7 million from the Canada Foundation for Innovation, which is 40 per cent of the $9.3 million needed to revamp USask’s current Toxicology Centre to house the new facility. Provincial and federal agencies, USask, and vendor in-kind support are expected to contribute $5.6 million. 

The flow-through fish tank system in the current toxicology centre will be replaced with a recirculating aquaculture system with a large biofilter that will cut water use by as much as 90 per cent, she said.  

Each of the 30 new feed testing tanks will be capable of holding 20 or more market-sized fish such as trout and tilapia and will be equipped with continuous water quality sensors and in-tank cameras to closely track feeding rates, responses to novel feed ingredients, behaviour, and growth, using AI technology. As well, the rest of the facility will have other, larger tanks to hold fish not currently on trial. 

The facility at USask would allow the complete business cycle for value-added agriculture to occur in Saskatchewan and bring lucrative new markets for Canadian-grown crops, Weber said. 

how-does-dairy-affect-a-childs-growth-and-development-usask-researchers-determined-to-find-outtrue1718730911095imj129How does dairy affect a child’s growth and development? USask researchers determined to find outA group of University of Saskatchewan (USask) researchers are looking into how nutrition, particularly dairy foods, affect growth and development in Canadian children.University Communications1662734640000/articles/research/2022/how-does-dairy-affect-a-childs-growth-and-development-usask-researchers-determined-to-find-outnewssite://news/articles/research/2022/how-does-dairy-affect-a-childs-growth-and-development-usask-researchers-determined-to-find-outvvd8931662734793868vvd8931662736301134show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/hassan_vatanparast.jpgsite://news/images/2022/hassan_vatanparast.jpgnewshassan_vatanparast.jpg1482771080720Dr. Hassan Vatanparast (MD, PhD) is the principal investigator of the Nutrition and Growth Study. (Photo: Submitted)NoNoneNoneNo/
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The research team is currently recruiting Canadian children aged 5 to 11 years old who have no history of chronic conditions and who are not currently taking any medications, to partake in the Nutrition and Growth Study over a span of 2.5 years.

“Adequate nutrition is important at all ages, but it is especially important during childhood for optimal physical growth and cognitive development, as well as to build strong foundations for healthy eating practices which can be applied throughout life,” said Dr. Hassan Vatanparast (MD, PhD), principal investigator of the study and professor in the USask College of Pharmacy and Nutrition, and in the School of Public Health.

According to Vatanparast, dairy products contain significant amounts of nutrients—such as calcium, vitamin D, and high-quality protein—that contribute to optimal health. 

“While we know that these nutrients are required for healthy growth and development in children, we do not know the specific contribution of dairy foods to Canadian children’s growth and cognitive development,” said Vatanparast. “We also do not know Canadian children’s knowledge and attitudes towards healthy eating, particularly dairy consumption, in addition to any facilitators or barriers to consuming dairy products.”

By using a novel mixed-methods longitudinal study design, the team will evaluate many factors including: measuring physical growth and cognitive development; assessing bone density and content, body composition, and biomarkers of growth; tracking cognitive development; and gathering additional information on physical activity, diet, and various sociodemographic factors every six months over the study period.

Families who choose to participate in this study will receive comprehensive health information about their child’s growth and development, as well as an honorarium.

For more information about the study, please contact: Zoe Bye or Mojtaba Shafiee at  zlb912@mail.usask.ca or vnel@usask.ca or 306-229-9563.

usasks-dr.-vivian-ramsden-phd-elected-canadian-academy-of-health-sciences-fellowtrue1718730911095imj129USask’s Dr. Vivian Ramsden (PhD) elected Canadian Academy of Health Sciences Fellow University of Saskatchewan (USask) researcher Dr. Vivian Ramsden (PhD) will be inducted today as a Fellow of the Canadian Academy of Health Sciences (CAHS), one of the highest honours for a health scientist in Canada. 1662653700000/articles/research/2022/usasks-dr.-vivian-ramsden-phd-elected-canadian-academy-of-health-sciences-fellownewssite://news/articles/research/2022/usasks-dr.-vivian-ramsden-phd-elected-canadian-academy-of-health-sciences-fellowbpk4551662653828251bpk4551662658387613show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/viv-ramsden.jpgsite://news/images/2022/viv-ramsden.jpgnewsviv-ramsden.jpg4724051080720Dr. Vivian Ramsden, one of 71 Fellows elected to the Canadian Academy of Health Sciences in 2022. (Submitted photo)Dr. Vivian Ramsden, one of 71 Fellows elected to the Canadian Academy of Health Sciences in 2022. (Submitted photo)NoNoneNoneNo/
TextNone/Above contentRamsden, a professor in the Department of Academic Family Medicine in USask’s College of Medicine, is one of 71 individuals to be recognized by CAHS at a ceremony in Montreal for their substantial accomplishments and commitment to advancing academic health sciences. 
 
Ramsden is a registered nurse, a facilitator of a partnership with a nursing college in Chennai, India; chair of the College of Family Physicians of Canada’s Section of Researchers, and the incoming president of the North American Primary Care Research Group. 
 
Vivian has demonstrated the kind of leadership and creativity that CAHS fellows are known for. Her distinctive expertise in engaging local and global communities as true partners in health research will serve the Academy well and inspire action when it comes to some of our country’s most complex health challenges,” said USask Vice-President Research Baljit Singh. 
 
Widely recognized for her community-engaged work, Ramsden’s participatory health research in primary care is transforming health outcomes for inner-city communities in Saskatoon and Regina, several Indigenous communities in Northern Saskatchewan, several villages in South India, and individuals with incarceration experience. She is a passionate advocate for research that partners with individuals and communities to create solutions for issues that affect their health. 
 
CAHS fellows are nominated and chosen by their peers. Ramsden’s induction follows a significant track record of recognition at the institutional, provincial, national and international levels. Highlights include her recent recognition as the 2021 recipient of the North American Primary Care Research Group (NAPCRG) President’s Award for developing a new subcommittee on patient and clinician engagement. 
 
In 2020 she was honoured as Family Medicine Researcher of the Year by the Foundation for Advancing Family Medicine, and the College of Family Physicians of Canada (CFPC). In 2015, CFPC named Ramsden one of Top 20 Pioneers in Family Medicine Research in Canada, after recognizing her in 2012 as an Honorary Memberthe college’s highest honour for a non-physician. 
 
“Research is a team sport which engages individuals and communities in all aspects of the research process,” said Ramsden. “I am honoured and humbled to have been able to build sustainable relationships with individuals and communities. Although I am receiving this award, I raise this award to the communities that have made this work possible in Saskatchewan, Canada, the United States, and South India.” 
 
USask has 24 health scientists previously elected as CAHS fellows. 
usask-graduate-hopes-to-improve-treatment-plans-for-speech-difficultiestrue1718730911095imj129USask graduate hopes to improve treatment plans for speech difficultiesRecent University of Saskatchewan (USask) graduate Rosalie Hangs aims to help optimize treatment plans for those with aphasia, a disorder that is shown with difficulty expressing words and sounds properly often occurs after damage to the brain, such as from a stroke or head injury.Brooke Kleiboer1662050100000/articles/research/2022/usask-graduate-hopes-to-improve-treatment-plans-for-speech-difficultiesnewssite://news/articles/research/2022/usask-graduate-hopes-to-improve-treatment-plans-for-speech-difficultiesbpk4551662050356119bpk4551662050356119show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/rosalie-hangs.jpgsite://news/images/2022/rosalie-hangs.jpgnewsrosalie-hangs.jpg3063481080608USask College of Arts and Science graduate Rosalie Hangs. (Photo: Submitted)USask College of Arts and Science graduate Rosalie Hangs. (Photo: Submitted)NoNoneNoneNo/
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The project aims to investigate the factors that may cause individuals with diverse types of aphasias to unintentionally produce speech errors such as adding, removing, or altering a sound in a word. These types of errors, known as phonological paraphasias, can make carrying on a conversation difficult as unintended words or non-words are produced during speech.

“After volunteering with a book club for individuals with aphasia, I wanted to know more about post-stroke speech errors and whether they were impacted by the type of task the individual was doing,” said Hangs, who began research on the honours project during her undergraduate studies.

Supervised by Dr. Zhi Li (PhD), assistant professor in linguistics in USask’s College of Arts and Science, Hangs used AphasiaBank, a publicly available collection of interviews between clinicians and individuals with post-stroke aphasias, to analyze how different genres of conversation—such as fictional storytelling versus telling a story about one’s life—affected the number of words and speech errors produced.

She then conducted statistical analyses to see how these outcomes were related to factors such as age, sex, and type of aphasia.

For example, results showed that fictional storytelling produced more than five times as many word errors than storytelling about one’s life. Those with global aphasia, which occurs from damage to the brain’s language centres, produced more than eight times more word errors than those with any other type of aphasia and had the most trouble completing various speech tasks.

In one such task, participants were asked to recall the fairytale Cinderella and provide a summary of the story. Researchers evaluated how well the subjects remember the story and could correctly describe its events and ending. Hangs found that this task elicited over four times more word errors than any other tasks in the study.

Hangs said results from the vast amount of research can help people to be patient and understanding when speaking with individuals with aphasia and identify certain types of conversations that may be more challenging.

“No known research has looked at how age, sex, aphasia type, genre, or task affects how many speech errors people with aphasia make,” said Hangs. “These findings show how these variables affect how many word and non-word errors people with aphasia make, which leads to a greater understanding of how speech-language pathologists can treat them.”

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

usask-research-informing-decision-on-national-school-food-programtrue1718730911095imj129USask research informing decision on national school food programAs you fret over lunches to send with your child to school, consider that Canada is the only G-7 nation—and one of only a few countries in the Organization for Economic Co-operation and Development (OECD)—that do not have a nationally harmonized school food program. research,1662044400000/articles/research/2022/usask-research-informing-decision-on-national-school-food-programnewssite://news/articles/research/2022/usask-research-informing-decision-on-national-school-food-programccm0461662044794875ccm0461662044851199show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/englerstringer.jpgsite://news/images/2022/englerstringer.jpgnewsenglerstringer.jpg1328261080720Dr. Rachel Engler-Stringer poses for a photo.Dr. Rachel Engler-Stringer (PhD) is a professor in Community Health and Epidemiology at USask’s College of Medicine. (Photo: Submitted) NoNoneNoneNo/
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University of Saskatchewan (USask) researcher Dr. Rachel Engler-Stringer (PhD) aims to change that by partnering with an array of community agencies and multidisciplinary academics to inform federal decision-making on a nationally harmonized program. 

The federal government’s announcement in 2019 of its intention to work with provinces and territories on implementing a national program did not come with a financial commitment, but it was the first foray by Ottawa into this policy arena since the Second World War era. 

“All children, regardless of their background, spend a large portion of their waking hours at school—an ideal setting to improve dietary quality and reduce health inequities,” said Engler-Stringer, professor in Community Health and Epidemiology at USask’s College of Medicine and a convenor of the Canadian Association for Food Studies’ School Food Working Group. 

Her group has been awarded $275,000 by the Canadian Institutes for Health Research (CIHR) to do case studies on an array of ad hoc programs in place in schools and school divisions across Canada. This work will be supplemented by reviews of promising international models whose best practices can be adapted to suit Canada’s culturally diverse communities. 

Existing research has mainly focused on nutrition intake, nutrition education, and better student performance linked to food programs, Engler-Stringer said, but little in-depth work has been done on how food programs operate. 

Her team includes 12 multidisciplinary academics from early career to senior investigators who are members of the School Food Working Group. They are collaborating with members of the Coalition for Healthy School Food group, which has more than 180 members across every province and territory. 

They will compare and contrast models in various locations, such as for-profit, non-profit, or student-led catering, subsidized or free models, models that vary in their sources of food, multi-component programs, and food programs targeted to specific populations. 

Although the CIHR-funded harmonized national food program research is distinct from Engler-Stringer’s other school food program projects, the information gleaned from these is essential to informing the national project. 

Latest among these is a two-year project awarded $850,000 by the Public Health Agency of Canada (PHAC) to develop and test school food programs at three Saskatoon schools with a high Indigenous student population, and nine northern Saskatchewan reserve communities. 

In partnership with the Meadow Lake Tribal Council, Canadian Feed the Children, Saskatoon Public Schools, and CHEP Good Food Inc, Engler-Stringer and her USask team will support implementing community co-designed projects to suit the needs at each school in the first year and then test these models in the second year. 

In some rural communities, the program might include a land-based component such as fishing, hunting, and trapping, and bringing these foods into the school food program, while in urban schools it could be gardening and trips to experience wild food gathering, said Engler-Stringer. 

“We’re still trying to figure out what that’s going to look like, especially with incorporating traditional foods into school food programs in an urban context.” 

Even within Indigenous community schools, there is a wide variation in terms of what they wish to incorporate into a program, she said, with some northern communities even looking at attaching to the local school technology such as Growcer units—shipping containers converted to year-round greenhouses—as part of their program. 

“I expect developing a national school food program for Canada will be an incremental process,” Engler-Stringer said. “I believe the best place to start would be with Indigenous communities, which are under-resourced, but frankly have some of the most innovative programs I have seen across Canada.” 

usask-research-teams-to-test-treatments-for-eliminating-hiv-infection,-fibrotic-diseasestrue1718730911095imj129USask research teams to test treatments for eliminating HIV infection, fibrotic diseasesResearch to explore the effectiveness of innovative targeted treatments for HIV infections, and the use of protein therapy to break down fibrous scar tissue are two of five new University of Saskatchewan (USask) projects awarded a total of $3.3 million in federal funding.research, College of Medicine1661870040000/articles/research/2022/usask-research-teams-to-test-treatments-for-eliminating-hiv-infection,-fibrotic-diseasesnewssite://news/articles/research/2022/usask-research-teams-to-test-treatments-for-eliminating-hiv-infection,-fibrotic-diseasesccm0461661870626800ccm0461661870837004show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lavender_lab.jpgsite://news/images/2022/lavender_lab.jpgnewslavender_lab.jpg1562261080720A USask College of Medicine research team including Saurav Rout, Maddie Stewart, Nathan Seidel, Dr. Kerry Lavender, and Satyajit Biswas poses on campus in a group photo.A USask College of Medicine research team including Saurav Rout, Maddie Stewart, Nathan Seidel, Dr. Kerry Lavender (PhD), and Satyajit Biswas is studying new treatments for HIV infection. (Photo: Submitted)NoNoneNoneNo/
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The Canadian Institutes of Health Research (CIHR) provided the funds under its Project Grant program, which supports research that advances health-related knowledge, health care, health systems, and/or health outcomes.

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The human immunodeficiency virus (HIV) has infected 37 million people in the world, causing approximately one million deaths annually. The transmissible virus has no cure, with only minimal treatment options.

Now, a research team led by Dr. Kerry Lavender (PhD), an assistant professor in USask’s College of Medicine, aims to use its CIHR award of $879,750 to develop a more targeted viral treatment toward curing AIDS caused by HIV infections rather than suppress the effects of HIV. Lavender has also been awarded a supplemental $100,000 for early career investigators with the highest-ranking projects whose research focuses on pandemic preparedness and health emergencies.  

“Currently, the only effective means of treating HIV-1 involves the use of antiretroviral therapy (ART) regimens,” said Lavender.

“ART suppresses viral replication and prevents the progression of the virus into AIDS, thus extending patients’ lives. Developing new strategies to eliminate the HIV reservoir and cure the infection are a global priority.”

Because current ART treatment regimens only reduce active virus replication and do not eliminate HIV from the body, those living with HIV need lifelong treatment, which is costly. Lavender’s team will investigate how antiviral immune mediators, called interferon (IFN)-alpha subtypes, can be better used to treat infections such as HIV.

For example, a specific IFN-alpha subtype was used in the past to successfully treat Hepatitis C infection. Lavender’s team has shown a different subtype is more potent than others at controlling HIV infection. It seems to work by “supercharging” Natural Killer (NK) cells whose job is to find, target and kill virus-infected cells. The researchers will examine exactly how the subtype boosts NK cells.

“We will use this knowledge to harness these effects and incorporate them into new therapeutic strategies to significantly reduce, or even completely eliminate, HIV infected cells from the body,” said Lavender.

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With five-year CIHR funding of $1.04 million, USask College of Dentistry Professor Dr. Andrew Leask (PhD) is researching ways to reduce the occurrence of fibrotic diseases, which currently account for almost 45 per cent of health care costs in developed nations.

Fibrotic diseases such as diabetes, lung fibrosis and cancers are characterized by the excessive buildup of collagen-rich scar tissue, which results in the loss of tissue function.

For people who suffer from scleroderma—a fibrotic, autoimmune disease in which dense scar tissue can collect in the skin, lungs, kidney and esophagus—the condition can cause loss of mobility, pain, disfigurement, and death.

Leask is investigating the mechanisms of a potential protein therapy that could be broadly used to treat fibrotic diseases, which currently have extremely limited treatment options.

“This CIHR grant will allow us to begin to test if BLR-200, a peptide molecule, can block or reverse the fibrosis seen in scleroderma,” said Leask. “Our studies on this peptide, combined with our ongoing work on this critical area of research, should allow us to identify the fundamental mechanisms underlying fibrotic conditions, in general.”

Following the funded investigation, the Leask research team together with Dr. Bruce Riser (PhD), CEO of biotechnology company BLR Bio, plans to design and begin clinical trials using BLR-200 to treat scleroderma, and then move on to other diseases such as lung fibrosis, solid tumour cancers, melanoma, long COVID, and fatty liver disease.

See outlines for other funded projects here.

regrowing-nerves,-understanding-severe-period-pain-are-focus-of-new-usask-researchtrue1718730911095imj129Regrowing nerves, understanding severe period pain are focus of new USask researchInvestigating the effectiveness of intermittent low oxygen therapy for nerve regeneration and increasing health professionals’ understanding of menstrual pain in female youth are two of five University of Saskatchewan (USask) research projects awarded a total of $3.3 million in federal funding.research,1661784540000/articles/research/2022/regrowing-nerves,-understanding-severe-period-pain-are-focus-of-new-usask-researchnewssite://news/articles/research/2022/regrowing-nerves,-understanding-severe-period-pain-are-focus-of-new-usask-researchccm0461661785272723ccm0461661785319001show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/verge_lab.jpgsite://news/images/2022/verge_lab.jpgnewsverge_lab.jpg1355001080720USask College of Medicine researchers in the VERGE lab, (left to right) Justin Naniong, Dr. Valerie Verge (PhD), Wafa Mustafa, and Nataliya Tokarska, tackle nerve damage.USask College of Medicine researchers in the VERGE lab, (left to right) Justin Naniong, Dr. Valerie Verge (PhD), Wafa Mustafa, and Nataliya Tokarska, tackle nerve damage. (Photo: Submitted)NoNoneNoneNo/
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The Canadian Institutes of Health Research (CIHR) provided the funds under its Project Grant program designed to support research that advances health-related knowledge, health care, health systems, and/or health outcomes.

TextImproving the body’s ability to repair nerves using non-invasive intermittent low oxygen therapyNone/Above content

Peripheral nerve injuries—injuries to any nerve outside of the brain and spinal cord—are highly prevalent, difficult to effectively repair, and often have poor outcomes for patients, including debilitating pain and compromised function. But a research team led by USask College of Medicine professor Dr. Valerie Verge (PhD) and University of Alberta Department of Medicine professor Dr. Ming Chan (MD) aims to change that.

“We can greatly enhance nerve repair by brief electrical nerve stimulation of the injured nerve before or just after surgical repair in rodents and humans, but this approach is invasive,” said Verge.

A promising, non-invasive option for enhancing nerve repair is acute intermittent hypoxia—breathing alternating cycles of regular air and air with oxygen levels reduced by half. This creates a low level of “beneficial” stress throughout the body, activating many nerve regeneration genes.

“Because the entire body is exposed to this therapy, we believe it has the potential to globally impact nervous system repair in many forms,” Verge added.

The research builds upon earlier work by Verge and USask Western College of Veterinary Medicine researcher Dr. Gillian Muir (DVM, PhD). In rats, the intermittent low oxygen therapy was capable of repairing completely severed nerves, in a manner similar to repair augmented by electrical nerve stimulation. The method has not yet been tested in other, more common forms of nerve injury.

In humans, intermittent low oxygen therapy has been extensively studied in clinical trials to understand its ability to improve remaining muscle function and sensation in humans with spinal cord injuries, and has been proven safe.

When tissue around a nerve swells or becomes enlarged, it can compress or pinch the nerve, causing pain, numbness, or weakened muscles. Verge’s research team has developed a novel rat model of nerve compression and carpal tunnel syndrome. Using the model, the team will next identify the best intermittent low oxygen treatment for repairing nerves, after that compression is surgically alleviated.

The research team will then translate this to people by running a pilot clinical trial on patients diagnosed with severe carpal tunnel syndrome and slated for surgery to relieve their nerve compression. The findings will benchmark the effectiveness of the therapy in treating this common condition and open avenues for treatment of other peripheral nerve pathologies.

The five-year project was awarded $944,000 in CIHR funding to continue research into the usefulness of this promising non-invasive therapy option in peripheral nerve repair.

TextUnderstanding menstrual pain in youthImage/images/2022/gagnon_headshot.jpgsite://news/images/2022/gagnon_headshot.jpgnewsgagnon_headshot.jpg161401720720College of Arts and Science clinical psychologist Dr. Michelle Gagnon (PhD) works to understand menstrual pain. (Photo: Submitted)Align left

The majority of youth who menstruate report experiencing dysmenorrhea—or menstrual pain—with one quarter describing that pain as ‘severe’ or ‘very severe.’ However, little is understood about how dysmenorrhea begins and how it progresses over time.

A research project led by clinical psychologist Dr. Michelle Gagnon (PhD), associate professor of psychology and health studies in USask’s College of Arts and Science, aims to fill this knowledge gap.

“In addition to the direct suffering that dysmenorrhea causes, in adults dysmenorrhea co-occurs with other chronic pain conditions, thus raising suspicions that poorly managed menstrual pain may actually increase the risk of chronic pain conditions,” said Gagnon.

The study, the first of its kind, will follow a group of youth from before menstruation begins to three years after.

The study will identify psychological and social influences that may impact how youth expect to experience menstrual pain before they begin menstruating, and how these influences may affect the occurrence of dysmenorrhea down the line.

Researchers are aiming to create a map of how dysmenorrhea occurs over time. They will collect responses from youth participants and their respective parents to a series of questionnaires given at multiple stages: before menstruation begins, and regularly afterward. The data will be used to build an understanding of how youth experience menstrual pain and begin to analyze the relationship of dysmenorrhea to other pain conditions.

Other USask researchers working on the project include pediatrician Dr. Krista Baerg (MD), and College of Kinesiology associate professor Dr. Marta Erlandson (PhD). Additionally, the research team includes Dr. Jennifer Gordon (PhD) from the University of Regina and Dr. Sarah McQuillan (MD) from the University of Calgary.

With more than $416,000 in CIHR Project Grant funding, the research team hopes to develop knowledge that can be used in the development of prevention and education programs for youth who menstruate and their families to support them through incidences of dysmenorrhea and related chronic pain.

Tomorrow: Investigating innovative targeted therapies to combat HIV and fibrous scar tissue.

usask-chemists-solve-27-year-old-riddle,-produce-promising-new-compoundtrue1718730911095imj129USask chemists solve 27-year-old riddle, produce promising new compoundUniversity of Saskatchewan (USask) chemists have successfully produced for the first time a new, stable organic compound which has eluded other scientists for more than 27 years. USask Research Profile and Impactresearch,1661525400000/articles/research/2022/usask-chemists-solve-27-year-old-riddle,-produce-promising-new-compoundnewssite://news/articles/research/2022/usask-chemists-solve-27-year-old-riddle,-produce-promising-new-compoundccm0461661525941470ccm0461661526000021show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/michel_gravel.jpgsite://news/images/2022/michel_gravel.jpgnewsmichel_gravel.jpg1173501080720Portrait of Dr. Michel Gravel.Dr. Michel Gravel (PhD), lead researcher and professor of chemistry at USask’s College of Arts and Science. (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/diketone.pngsite://news/images/2022/diketone.pngnewsdiketone.png12196821080720Producing this “diketone” is an important middle step—the eighth of 12 steps—in making the stable form [10]annulene synthesized by a USask research team. (Photo: Submitted)Below content

While researchers theorized in 1995 the existence of a stable form of [10]annulene, a flat ring of 10 carbon atoms which are attached together by alternating single and double bonds, it has proven impossible to produce in the laboratory—until now.

“We had champagne,” said Dr. Michel Gravel (PhD), lead researcher and professor of chemistry at USask’s College of Arts and Science. “We did not wait for the publication to be accepted to celebrate. We definitely had a celebration when we observed the molecule for the first time.”

The compound is a clear, colourless liquid at room temperature, absorbs ultraviolet light, and involves a complex 12-step process over multiple months to produce. To make only 10 milligrams of the [10]annulene it requires 1,000 times that amount of starting material.

“Our synthesis is inherently very inefficient,” said Gravel. “What's remarkable, what people are excited about, is that we were able to make it at all.”

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The results, which were published in the journal Nature Synthesis, are the culmination of an iterative, eight-year process for Gravel, who worked with two graduate students, Dr. Karnjit Parmar (PhD) and Christa Blaquiere, and two undergraduate students, Brianna Lukan, and Sydnie Gengler.

“It’s a liquid that’s rather volatile. If you left it on the countertop, it would be all gone by morning,” said Gravel.

The compound has potential to replace benzene—a six-carbon ring structure—in many applications, including as an organic semiconductor for use in electronics and solar panels. First, Gravel needs to produce more of the substance to better investigate its properties.

“Perhaps it will last longer, perhaps it will conduct better. We don’t know yet,” he said.

While the properties of many compounds can be forecast using computer modelling, for [10]annulene and other so-called “aromatic” molecules—those with alternating single and double bonds—computation has not caught up with experimentation. Scientists must produce the compounds to examine them.

Gravel is working on a new pathway to make this and other [10]annulenes more efficiently, reducing the number of steps from 12 to three or four, and increasing the output yield.

“If everything goes well, we’re looking at a few months to produce the compound using the new pathway,” said Gravel. “If things don’t go well, maybe never.”

from-doctoral-thesis-to-coffee-table-book,-for-usask-researchertrue1718730911095imj129From doctoral thesis to coffee-table book, for USask researcherUniversity of Saskatchewan (USask) doctoral student Caroline Aubry-Wake woke up on Wednesday morning to her phone buzzing out of control.Research Profile and Impactresearch, water, GWF,1661441940000/articles/research/2022/from-doctoral-thesis-to-coffee-table-book,-for-usask-researchernewssite://news/articles/research/2022/from-doctoral-thesis-to-coffee-table-book,-for-usask-researcherccm0461661442165299ccm0461661442939721show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2021/caroline-aubry-wake-new-1080.jpgsite://news/images/2021/caroline-aubry-wake-new-1080.jpgnewscaroline-aubry-wake-new-1080.jpg2367551080720Geography and planning PhD candidate Caroline Aubry-Wake is pictured on the Athabasca Glacier in July 2020.Geography and planning PhD candidate Caroline Aubry-Wake is pictured on the Athabasca Glacier in July 2020. (Photo: Robin Heavens)NoNoneNoneNo/
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“I’m near 10,000 likes on this little video I thought would have like five likes—that’s what I usually get on Twitter,” she said.

The tweet in question features a short video of Aubry-Wake, flipping through a glossy, coffee-table style book describing her doctoral research in hydrology, and intended for a very personal audience: her partner, family, and friends.

TextTweet/<blockquote class="twitter-tweet"><p lang="en" dir="ltr">I wanted my partner, my parents and my friends to understand what I did these last 5 years... So I made a small book for them, filled with images and stories relating to my PhD thesis. It has the same chapters, but much more enjoyable to read (and to write)! <a href="https://twitter.com/hashtag/PhD?src=hash&amp;ref_src=twsrc%5Etfw">#PhD</a> <a href="https://twitter.com/hashtag/scicomm?src=hash&amp;ref_src=twsrc%5Etfw">#scicomm</a> <a href="https://t.co/FU7m1FAYb5">pic.twitter.com/FU7m1FAYb5</a></p>&mdash; Caroline Aubry-Wake (@CryoCaro) <a href="https://twitter.com/CryoCaro/status/1562190774686519298?ref_src=twsrc%5Etfw">August 23, 2022</a></blockquote> <script async src="https://platform.twitter.com/widgets.js" charset="utf-8"></script>Above content

Supervised by USask hydrologist Dr. John Pomeroy (PhD), Canada Research Chair in Water Resources and Climate Change, Aubry-Wake studies how mountain snow and ice provide water to downstream valleys, and how this mountain water supply is under pressure from by both climate and landscape changes.

After defending her thesis in October, Aubry-Wake will begin the next chapter of her academic career as a post-doctoral fellow at Utrecht University in the Netherlands with Dr. Walter Immerzeel (PhD), studying the interactions between snow, ice, and water in the Himalayas.

USask Research Profile and Impact (RPI) met with Aubry-Wake via Teams from Canmore, Alta., where she was about to leave on a hike into the mountains with her parents.

RPI: Why do you think your tweet has been so popular?

Caroline Aubry-Wake (CAW): I think that people think it's a great idea. I guess a lot of people want to do something to make their science more accessible, but they often don’t have a good idea on how to make it happen. And now, seeing someone else do it, they said, “Whoa, this is exactly what I've been wanting to do.”

RPI: What was the spark for you to make this book?

CAW: I did this science communications workshop two summers ago. They asked, “What if you could pitch a project to someone?” And I said, “I want to pitch a book that's like my thesis, but for someone like my mom. She is smart, she cares, but she is not a scientist.”

If it was a real book, I would interview other scientists and complement with stories beyond my own. I like sharing science stories, and I could bridge between science and non-science audiences. I am too busy finishing up my PhD to do something like that, so I decided to just make my own thing, and just print it for my parents and my friends.

Many of my friends and acquaintances care about the environment and the mountains, and they are curious about my work, and they want to be supportive. But no one’s going to read my thesis. It’s not rendered for them. So, I decided to make something specifically for them.

RPI: How long did it take to make?

CAW: It took me maybe three to four days, but I had been thinking about it on and off for a few months. It wasn't that time-consuming because a lot of the content I already had: there was an article I wrote for a workshop that I never submitted anywhere, social media captions that I just reformatted, my plain-language abstracts on my journal articles that I adapted. I had submitted some photos to photo contests. So, a lot of the material was already ready.

I only had to write a few things from scratch. Then, my little sister studies in design, so she helped me with the formatting. She said, “It’s going to be prettier if you use that font.”

RPI: How has the process of thinking about your whole body of work and everything you have done over the last five years changed how you explain what you do?

CAW: This book was really the result of me spending a lot of time explaining my science to people in different ways over the last few years. I’ve had a lot of practice on social media and with different types of outreach, but it felt quite special to put it all together in one book. It made me realize how much I have accomplished and how many people supported me in the process.

It also helped me see my science in a different lens. When I’m talking to other scientists, I talk about the innovative approaches, the methodological developments, the uncertainties. That’s very, very technical. Well, my Mom and Dad don’t care about those super technical aspects or how many citations I have. They don’t really care about the specific melt rate of the glacier at that specific point in time. They care that I almost fell into the creek while measuring streamflow, and that I got to fly in a helicopter to get to my field site, and they care about the big picture of climate change. So, I wrote stories of my experiences that conveyed my work in a different way.

RPI: What would you say to someone else who is finishing or who has finished their PhD, who is looking for another way to communicate the work they’ve done to family members?

CAW: I would say to go for it! A PhD is a huge chunk of your life, and it’s great to be able to share it with the people you care about.

I think for some people, doing something like this is a little bit outside of their comfort zone. We are trained to write papers and give scientific talks, not design coffee table books. But it’s worth it.

Doing a project like this allows you to step outside of the nuts and bolts of your science, and look more at the big picture, and that’s always beneficial. We often get stuck into thinking of the science we did, and we put our own science frame on it, instead of putting the frame of the people that we want to share it with. In the grand scheme of things, I do science to help society, so learning how to share the science beyond my thesis and beyond my academic peers is completely worthwhile.

Also, for me personally, it was super beneficial because I was very much in the PhD slump of, “This sucks. I’m so sick of it. I never want to look at my PhD thesis, again.”

And then I made this (book), and I realized, “Wow, that was fun. I had such a great five years.”

RPI: What was the hardest part of putting it together?

CAW: Deciding the structure.

At first, I did a few drafts—I had started maybe a few months ago, just playing with ideas.

At first, I thought, “I’m just going to put random things in it. Then I just decided to do the same structure as my PhD thesis,” and that really helped.

The actual formatting and everything was quite easy because I did it on Canva, that’s what Canva is built for. They have so many templates. So, then you just put in the stuff you want.

Read the PDF version of Caroline Aubry-Wake’s book:

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fire-adapted-insects-make-the-most-of-breeding-grounds-sterilized-by-wildfires-usask-researchtrue1718730911095imj129Fire-adapted insects make the most of breeding grounds sterilized by wildfires: USask researchWith a rise in the number of wildfires in Saskatchewan and beyond each year, burnt landscapes stripped of plant life are becoming more common. Most creatures find a burnt environment uninhabitable, but a University of Saskatchewan (USask) research team has discovered how certain species of insects use these scorched lands as a safe location to lay eggs.1661357040000/articles/research/2022/fire-adapted-insects-make-the-most-of-breeding-grounds-sterilized-by-wildfires-usask-researchnewssite://news/articles/research/2022/fire-adapted-insects-make-the-most-of-breeding-grounds-sterilized-by-wildfires-usask-researchvvd8931661357425574vvd8931661357477390show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bell_fire_bugs.pngsite://news/images/2022/bell_fire_bugs.pngnewsbell_fire_bugs.png14879311080720New USask research shows these fire-loving beetles (Sericoda obsoleta, left) benefit from laying eggs in a post-wildfire burnt environment (right, Fort à la Corne, burned in 2020). (Photos: Aaron Bell)NoNoneNoneNo/
TextImage/images/2022/key-aaron-iain.jpgsite://news/images/2022/key-aaron-iain.jpgnewskey-aaron-iain.jpg1772481080720The USask research team included (L-R) adjunct professor Dr. Iain Phillips (PhD), PhD candidate Aaron Bell, and USask alumna Kiara Calladine. (Photo: Submitted)Below content

“Most animals can't handle the heat of an active fire, but once the fire is out it becomes a beacon that attracts all kinds of things,” said Aaron Bell, a biology PhD candidate in USask’s College of Arts and Science and co-author of the study. “Many animals (not just insects but also birds and mammals) are attracted to recent burns and make use of these habitats in the immediate aftermath of fire.”

According to the USask-led study recently published in the journal Ecosphere, researchers found that pyrophilic—or ‘fire loving’—beetles that lay their eggs in burnt habitats tend to have an 80 per cent increase in reproductive output compared to individuals that lay eggs in unburnt forest soil, demonstrating an important environmental use of wildfire-affected habitats.

Unburnt soils are full of small microorganisms that readily attack and kill vulnerable eggs, whereas soils exposed to the heat of forest fires are temporarily devoid of these predators and pathogens,” said Bell. “Many insects use burnt forest landscapes for reproduction, but pyrophilic insects do it best. Until now, we really didn’t understand what benefit they’re getting from colonizing the burnt environment so quickly.”

Using the recent forest fires in Fort à la Corne in 2020 and near Prince Albert in 2021 as study locations, the research team found that the burnt soil environment is quickly colonized by pyrophilic beetles that take advantage of the heat sterilization of the surrounding soil to lay eggs that have a better chance of survival, thus increasing their reproductive success rates. These findings shed light on the peculiar behaviour of these insects and help explain why they colonize the burnt area so quickly, often while the fire is still burning.

The work also suggests that reproduction in pyrophilic insects is strongly linked to naturally occurring fire. The research team included USask College of Arts and Science adjunct professor Dr. Iain Phillips (PhD), USask alumna Kiara Calladine, and co-supervisor Dr. David Wardle (PhD), a professor at Nanyang Technological University, Singapore.

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Currently, only about 60 species of insects around the globe are known to exhibit this type of behaviour, but there are likely many more, Bell said.

“It wouldn’t surprise me to learn that more species show this type of association with fire, especially in ecosystems like the boreal forest where fire has been a strong shaping force for thousands of years,” said Bell. “The ecology of many insects is poorly understood.”

The work can be applied to understand and estimate both the positive and negative impacts of wildfire for people, animals, and the environment.

“Periodic wildfire is important for maintaining healthy forests and habitat for many species that have co-evolved with fire, but fires often encroach on communities, threatening lives and human values,” said Bell.

“The Cloverdale Fire, which threatened the community of Prince Albert and knocked out power to northern Saskatchewan for four days last May, is an illustration of this balancing act – how do humans maintain healthy ecosystems and species that rely on fire while also keeping people and the things we value safe? It’s important to protect humans and the things we value, but the decision to allow a fire to burn or to put it out has consequences that go beyond us.”

The research was supported by the Natural Sciences and Engineering Research Council of Canada, the Queen Elizabeth II Centennial Aboriginal Scholarship, the Entomological Society of Saskatchewan, the Entomological Society of Canada, and the Gabriel Dumont Institute.

research-finds-insecticides-impair-a-bees-ability-to-move-in-a-straight-linetrue1718730911095imj129Research finds insecticides impair a bee’s ability to move in a straight lineResearch conducted by former University of Saskatchewan (USask) doctoral student Dr. Rachel Parkinson (PhD) under the supervision of Dr. Jack Gray (PhD), professor of biology in the College of Arts and Science, has shown that even at sublethal quantities, insecticides impair a honeybee’s ability to move in a straight line.1661270640000/articles/research/2022/research-finds-insecticides-impair-a-bees-ability-to-move-in-a-straight-linenewssite://news/articles/research/2022/research-finds-insecticides-impair-a-bees-ability-to-move-in-a-straight-linevvd8931661271354369vvd8931661271388886show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bee_treadmill.jpgsite://news/images/2022/bee_treadmill.jpgnewsbee_treadmill.jpg1228501080720A honeybee treadmill helps researchers study the effects of insecticides on a bee’s ability to move in a straight line. (Photo: RH Parkinson, C Fecher, JR Gray)NoNoneNoneNo/
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The results show that after exposure to the insecticides sulfoxaflor and imidacloprid, the honeybees suffer an impaired optomotor response, which is an innate orienting behaviour using wide-field visual motion information. Bees also use this type of visual information to calculate the distance they have travelled from the hive.

As a 2019 Grass Foundation Fellow, Parkinson carried out the experiments at the Marine Biological Laboratory in Woods Hole, Mass. Bees were tethered above an air-supported ball, creating a bee-sized treadmill. The apparatus was set up in front of screens that showed moving vertical black lines to mimic movement in the real environment. The bee’s walking path on the ball was recorded and analyzed to show their resulting ability to control their movement.

“The significance of the research is that this study shows for the first time that the ability of bees to encode and respond to visual information is impaired by insecticides. Bees use the same type of visual information that we tested in walking bees during flight to stabilize themselves and navigate,” said Parkinson. “The next step will be to test whether flying bees experience the same impairments.”

The research, which was recently published in Frontiers in Insect Science, also shows that exposure to these insecticides led to increased cell death in the brain of the bees and affected a key gene expression in the central nervous system involved in detoxification.

“The major concern is that – if bees are unable to overcome any impairment while flying – there could be profound negative effects on their ability to forage, navigate, and pollinate wildflowers and crops,” said Parkinson.

“Parkinson’s work adds to the growing body of evidence of the negative effects insecticides have on bees,” said Gray. “With a better understanding of these effects comes a better chance of survival for these beneficial insects.”

Learn more about how Parkinson studied the honeybees in this feature from Frontiers in Science.

usask-major-scientific-centres-awarded-27-per-cent-of-msi-fundingtrue1718730911095imj129USask major scientific centres awarded $170M of MSI funding Four flagship research centres at the University of Saskatchewan (USask) uniquely equipped to keep Canada at the forefront internationally in vaccine development, imaging science, sustainable water management and monitoring space weather have been awarded nearly $170 million. research, VIDO, SuperDarn, water, 1660918380000/articles/research/2022/usask-major-scientific-centres-awarded-27-per-cent-of-msi-fundingnewssite://news/articles/research/2022/usask-major-scientific-centres-awarded-27-per-cent-of-msi-fundingccm0461660920316902ccm0461663788274276show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/msi_funding.pngsite://news/images/2022/msi_funding.pngnewsmsi_funding.png3144631080720USask’s four flagship research centres, Vaccine and Infectious Disease Organization, SuperDARN, Global Water Futures Observatories and the Canadian Light Source.USask’s four flagship research centres have been awarded $170 million – 27 per cent of all Major Science Initiatives funding in Canada.NoNoneNoneNo/
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Canada’s Minister of Innovation, Science and Industry François-Philippe Champagne announced in Sudbury, Ont., this morning that the federal government is investing more than $628 million through the Canada Foundation for Innovation (CFI)’s Major Science Initiatives (MSI) fund to support 19 research infrastructure projects at 14 institutions over the next three to six years, including those at USask. 

The announcement retains operating funding for three existing USask centres—the Canadian Light Source (CLS), Vaccine and Infectious Disease Organization (VIDO), and Super Dual Auroral Radar Network (SuperDARN), and adds a fourth, Global Water Futures Observatories (GWFO).  

GWFO is among six new research centres across Canada to receive MSI funding.  

“This large federal investment in USask, which is more than one-quarter of all MSI fund allocated, highlights the critical contributions our world-class research centres are making nationally and globally,” said USask President Peter Stoicheff. 

Of USask’s MSI funding: 

● $2.6 million is for SuperDARN Canada: This USask-led initiative operates five radars located in Saskatchewan, British Columbia, the Northwest Territories and Nunavut to provide continuous mapping of “space weather” above Canada. SuperDARN is part of a synchronized global network of 36 high frequency radars deployed in 10 countries. These radars operate together to provide data crucial for predicting when electromagnetic storms in the Earth’s upper atmosphere could threaten technologies such as GPS, pipelines, electrical grids and navigation equipment.  

● $15.25 million is for GWFO: GWFO is an integrated network of 76 instrumented basins, rivers, lakes and wetlands, 27 deployable observation systems, and 31 state-of-the-art water laboratories. Together they provide data to quickly address flood, drought and water quality issues, GFWO operates across seven provinces and territories, including the Great Lakes Basin. USask leads the nine-university collaboration that operates the network to monitor and help support the development of solutions for the impending water crisis that faces Canadians due to climate change, poor water management, the proliferation of toxic contaminants, and environmental degradation. 

● $53.9 million is for VIDO: VIDO is a global leader in infectious disease research, and vaccine development for humans and animals. The organization has played a key role in Canada’s response to the COVID-19 pandemic. To deliver on its role as Canada’s Centre for Pandemic Research, VIDO is expanding its world-class facilities to include vaccine manufacturing, new animal housing and upgrading to containment level 4. VIDO facilities enable researchers from Canada and abroad to study new and re-emerging infectious diseases, increasingly of zoonotic origins, and develop and manufacture vaccines.  

● $97 Million is for CLS: Academic, industry and government researchers from around Canada and the world are using the unique-in-Canada advanced synchrotron techniques offered by CLS to probe the structure of matter. Their work is advancing knowledge in health, agriculture, environment, and materials. Research at CLS is helping to advance cancer therapy and find solutions for antibiotic resistance, improve water and soil quality, support global food security and to develop greener technologies for energy production and storage. 

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“This federal investment secures the operations of our outstanding national facilities, and will help researchers from USask, Canada, and across the world to collaborate in tackling urgent global challenges. These investments are vital to strengthen Canada’s international leadership in research and development and to advance economic prosperity of Canadians.” 
Baljit Singh, Vice President Research, USask 

“We are very grateful for this funding, which will enable ground-breaking research in health, agriculture, the environment and materials science from over 1,000 scientists a year, ensuring that Canada stays at the forefront of global synchrotron science."  
Pierre Lapointe, Chair, CLS Board of Directors 

“This funding provides critical support to operate VIDO, one of Canada’s leading research organizations focused on emerging infectious diseases of humans and animals. This helps ensure Canada’s preparedness by enabling Canadian scientist access to world-class containment infrastructure.” 
—Volker Gerdts, Director and CEO, VIDO  

“I am delighted and grateful for this continued investment in SuperDARN Canada. This support is critical to our operation. It affirms the importance of our Canadian radars to the international effort to understand space weather. Canada continues to be a global leader in this area of research and engineering."
—Kathryn McWilliams, Chair, SuperDARN Executive Council 

“This funding means the core of Global Water Futures will carry on to 2029. And in the tremendous heritage of Canadian hydrological research basins, observatories that go back to the early 1960s, these will continue to be monitored, be sources of science for our professors, places to train our graduate students, and places to test our models and make new discoveries about the changing hydrology in Canada, from the Arctic down to the Great Lakes. The observations will help us to continue to develop solutions to manage and conserve Canada’s water supplies and major rivers.” 
John Pomeroy, Director, Global Water Futures 

 

usask-researchers-studying-zebrafish-to-get-to-the-heart-of-your-heartbeattrue1718730911095imj129 USask researchers studying zebrafish to get to the heart of your heartbeat A research team at the University of Saskatchewan (USask) has been awarded a national grant to study genetically modified fish to gain a better understanding of how a human heart beats. Matt Olson for Research Profile and Impactresearch, College of Medicine1660834020000/articles/research/2022/usask-researchers-studying-zebrafish-to-get-to-the-heart-of-your-heartbeatnewssite://news/articles/research/2022/usask-researchers-studying-zebrafish-to-get-to-the-heart-of-your-heartbeatccm0461660834484857ccm0461660834543814show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/michell_collins.jpgsite://news/images/2022/michell_collins.jpgnewsmichell_collins.jpg1150201080720Dr. Michelle Collins in lab, looking at fish. Dr. Michelle Collins (PhD) is using zebrafish and genetics to learn more about the heart. (Photo: Submitted)NoNoneNoneNo/
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Dr. Michelle Collins (PhD), assistant professor in the Department of Anatomy, Physiology, and Pharmacology at USask’s College of Medicine, has been focused on how the heart forms and functions. As Collins describes it, the main molecule that drives the heartbeat is calcium — a “flux” of calcium is released and brought back into cell stores that cause the heart to contract and relax.  

“We’re interested in understanding the fundamental mechanisms of how calcium orchestrates this whole process of making the heart beat, and how it’s tightly regulated,” Collins said.  

She was recently awarded a Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant of $185,000 over five years (plus an early career supplement of $12,500) to pursue the deeper question of how calcium moves through the cell and what controls that flux. 

Calcium stores that create a heartbeat are housed inside cells in an organelle called the sarcoplasmic reticulum. (Organelles are tiny structures within a cell that perform a specific task.) 

But Collins has identified other organelles—endosomes and lysosomes—that she believes are key to regulating calcium movement along with the sarcoplasmic reticulum.  

“In order to understand how things go wrong in certain diseases, you have to understand how they work normally,” she said. “Once we understand that, can we then target those pathways pharmacologically to alleviate diseases like cardiac arrhythmia?” 

To get a better view of the situation, Collins’s lab is using zebrafish. Since zebrafish are optically transparent during their development, researchers are able to get a close-up view of the functioning of a still-developing heart.  

Collins began this research while she was a post-doctoral fellow at the Max Planck Institute for Heart and Lung Research in Germany. She created a “biosensor” — a genetic modification expressed in the heart — that causes a burst of fluorescence when it comes in contact with calcium.  

So, when they examine a zebrafish under a fluorescent microscope, researchers can observe a pulse of green as the calcium moves through its heart. Her biosensor is located in those secondary organelles, allowing her to track the flow of calcium to those areas as the heart beats.  

“Zebrafish are  ideal to image  at early developmental stages, and  that is one of the biggest strengths of the model ,” she said.  

“From a physiology standpoint, the fish heart is simpler than a mammalian heart, but all of the key players that build a mammalian heart also build a zebrafish heart. I think that’s really cool. You’ve got this evolutionarily conserved program of building hearts, and the zebrafish heart has a lot of those same players.” 

Collins has been creating “transgenic lines” — hereditary lines of zebrafish that pass her biosensor along to their offspring — to create a sizable pool to carry out her research. Collins said the ability to establish transgenic lines to carry out multifaceted research is another benefit of using zebrafish.  

“As an early-career researcher, having the support of national funding agencies like NSERC as well as (USask) is really instrumental in helping me jump-start my career,” she said. “There’s a number of trainees participating in this project — undergrads and graduate researchers — so having these funds allows me to support those students to come in and learn.” 

three-generations-at-the-usask-crop-development-centretrue1718730911095imj129Three generations at the USask Crop Development CentreThe history of the Crop Development Centre (CDC) at the University of Saskatchewan is a celebration of plant breeding and how new varieties indelibly changed agriculture in Saskatchewan, and around the world. It is also the story of individuals connected through teaching, learning and mentorship. The experience of Dr. Bob Baker, Dr. Pierre Hucl and Dr. Curtis Pozniak is but one example of the best students and mentors creating the best next generation, not unlike plant breeding itself. COLLEEN MACPHERSONCollege of Agriculture and Bioresources, CDC, Crop Development Centre, research,1660756740000/articles/research/2022/three-generations-at-the-usask-crop-development-centrenewssite://news/articles/research/2022/three-generations-at-the-usask-crop-development-centreccm0461660757906389ccm0461683058970982show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/3-generations.jpgsite://news/images/2022/3-generations.jpgnews3-generations.jpg2677031080720USask researchers Dr. Curtis Pozniak, Dr. Bob Baker and Dr. Pierre Hucl stand in a wheat field.CDC wheat breeders: Dr. Curtis Pozniak, Dr. Bob Baker and Dr. Pierre Hucl. (Photo: Christina Weese)NoNoneNoneNo/
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When Bob Baker, a research scientist with Agriculture Canada in Winnipeg, was offered a position as a wheat breeder at the CDC, he saw it as an opportunity to move back home to Saskatchewan. More importantly though, it was a chance to pursue his passion for teaching.

Baker, who grew up near Pierceland, joined the CDC in 1978. “Although there were only about seven or eight professional people on staff, it was a time of growth for the centre,” he said. “We were introducing pulse crops in those days, doing a lot of field research. It was quite a rewarding place to work.”

It was also rewarding for Baker to supervise grad students who ultimately numbered more than a dozen before he moved to the then-titled crop sciences department in 1988 to take on heftier classroom teaching responsibilities. “For some reason, I loved teaching. I really enjoyed explaining difficult concepts to students, but I had no formal training as a (grad student) supervisor beyond what I had gone through at the University of Minnesota as a PhD student.

“Every student/supervisor relationship is a separate event,” added Baker, “but I think a key element to a successful relationship is the design of research experiments. It’s important to look at the question being asked, and to help students set up a research protocol that has a decent possibility of answering that question.”

One of his most successful students was a young man from Ontario named Pierre Hucl. “His CV looked good and so I took him on,” said Baker. “With Pierre, what I found very early on that the best approach was really to stay out of his way and let him get on with it. He was very self-motivated but I hope I did a reasonable job as his supervisor; you’ll have to ask Pierre about that.”

Although his wheat breeding program was not overly successful, Baker’s research into the interaction between genotype and environment built his reputation, as did his classroom teaching; he is still occasionally recognized by former students, most recently a pharmacist who took his undergrad statistics class.

Baker said he marvels at the talent he saw among CDC grad students, “many of whom have gone on to do great things. I feel very satisfied that I had a little part to play in their success.”

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When Pierre Hucl was doing his master’s in plant science at the University of Guelph, he reviewed a number of papers on quantitative genetics, “and one was by this guy named Dr. R.J. Baker who was doing all the things I was interested in so I wrote him a letter asking if he was looking for students.” A November 1982 trip to Saskatoon to meet Baker was a bit of a shock, weather wise, he recalled, “but it was a good fit for the two of us.”

The CDC had a lot of students when Hucl joined; he spent the first few months at a desk in a hallway “but I was happy to have a spot.” As a grad student, “I was pretty independent, but Bob was great as a supervisor. His door was always open, and he never kicked me out. We also have the same birth date so it’s one of those cosmic things.”

After a stint with the Saskatchewan Wheat Pool, Hucl returned to the CDC in 1990 as a wheat breeder who, with his own grad students, emulated Baker in his approach. “I certainly have an open-door policy like Bob, and he was always very well organized so I did pick up on that from him too. I think it’s important when you have new students who’ve never done research to have the project well mapped out because it’s not textbook learning.”

For Hucl, first impressions are important taking on students but he also keeps a close eye on master’s students in the plant sciences department. “They’re a known quantity and that helps because it’s such a unique relationship – students are apprentices doing a paid job, and the supervisor is boss and mentor, and in some cases your friend, or not. It’s a real balancing act.”

That balance worked well with Curtis Pozniak who, on Baker’s recommendation, arrived at Hucl’s door in 1999 hoping to get into grad studies. “I had a project breeding for herbicide tolerance in wheat. Curtis’ background was not perfectly aligned but there was something more to him, something in his thinking process, his need to understand principles and methodologies in his research, which is one reason he’s been so hugely successful. But Bob was the same; he spent a large part of his career studying other people’s statistical methods and debunking a lot of stuff.”

Having spent 13 years as grad chair, Hucl appreciates good student/supervisor relationships because he’s seen his share of troubled ones. “As chair, I tried to mentor junior faculty based on my own experience, but you sometimes also have to be an arbitrator when conflicts arise, you sometimes have to have difficult conversations, and ultimately, you have to make an assessment about whether the relationship is salvageable or not.”

Being the CDC is a relatively small group, Hucl believes success for both students and supervisors “boils down to drive and work ethic. You have to be a ‘get on with it’ person.”

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Curtis Pozniak had a plan – get an agronomy degree and “make my way back to the family farm near Rama”. But he caught the bug for plant breeding doing summer jobs and that ultimately turned into “a bit of a fairy tale – farm boy makes good.”

Pozniak’s search for a grad studies position started with Dr. Bob Baker, then chair of the grad committee in the Dept. of Plant Sciences, who sent him to see Dr. Pierre Hucl. “Pierre and I chatted about a project he had in mind and it sounded like a perfect fit so I started working on my master’s in 1999.”

He described Hucl’s approach to supervising him as the model for his own mentoring – “hands off but guiding, just a little push from behind.” And it worked well; a year and a half into his master’s, Pozniak was encouraged to move directly to a PhD program, a rare occurrence “but the faculty I respected were saying it was a good idea so I thought, why not?” He was hired as the durum and high-yield wheat breeder even before he defended his PhD, and in 2003, began building his renowned research and breeding program. In July of last year, Pozniak was named director of the CDC.

As a supervisor, Pozniak first relies on a student’s CV to demonstrate interest “but what I’m really looking for is a passion for what they do coupled with common sense, and the ability to filter out noise and focus on the prize. That can be hard to identify in a CV.”

Pozniak believes the best students are the ones who move the bar set by their mentors, “and that kind of drive is evident almost immediately.”

In his years mentoring students, Pozniak said he has learned valuable lessons from them in return. “What I’ve experienced is that we all learn differently and you have to tailor the way you supervise to the individual. I took my own experience with Pierre as normal but that won’t work for everyone.”

He has also come to accept that everything does not have to be perfect. “In my own PhD, I really strived for perfection but I recall a very frustrating experiment that wasn’t working and I simply would not drop it. Finally Pierre said, ‘I’m dropping it for you.’ It’s important to remember that grad school is a training experience.”

Despite the added director duties, Pozniak’s research continues, as does his supervision of students. And while things like technological advances mean those destined to be plant breeders must learn how to use new tools, “but the basic building blocks Bob Baker taught me when I took his quantitative genetics class and the advice Pierre provided along the way remain. The fundamental principles are ultimately the same – you cross the best with the best, put them out in the field and select the best.”

bold-usask-projects-aim-to-advance-ms-therapy,-agriculture-innovationtrue1718730911095imj129Bold USask projects aim to advance MS therapy, agriculture innovationThree interdisciplinary health and agriculture projects led by University of Saskatchewan (USask) researchers have been awarded $250,000 each under a federal program that aims to foster innovative high-risk research with the potential to yield significant and impactful results.research,1660574160000/articles/research/2022/bold-usask-projects-aim-to-advance-ms-therapy,-agriculture-innovationnewssite://news/articles/research/2022/bold-usask-projects-aim-to-advance-ms-therapy,-agriculture-innovationccm0461660574866429ccm0461660574900826show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/research_nr.pngsite://news/images/2022/research_nr.pngnewsresearch_nr.png3715741080720Dr. Graham George (DPhil), Dr. Leon Kochian (PhD) and Dr. Tim Sharbel (PhD). (Photos: Submitted)Dr. Graham George (DPhil), Dr. Leon Kochian (PhD) and Dr. Tim Sharbel (PhD). (Photos: Submitted)NoNoneNoneNo/
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Recipients of the New Frontiers in Research Fund (NFRF) Exploration Grants are:

  • Dr. Graham George (DPhil), professor in the Department of Geological Sciences in USask’s College of Arts and Science;
  • Dr. Leon Kochian (PhD), professor in USask’s College of Agriculture and Bioresources, and Canada Excellence Research Chair in Global Food Security;
  • Dr. Tim Sharbel (PhD), professor in USask’s College of Agriculture and Bioresources.
TextStudying role of metals in neurological disease developmentNone/Above content

George and his collaborators are investigating whether dysregulation (deficiency or excess) of essential metals is linked to the development of such diseases as multiple sclerosis (MS) caused by demyelination—damage to the protective myelin sheath that covers nerves.

The research is a bold new approach, which builds on a hypothesis that imbalance of metals such as iron, zinc and copper might be important in MS, said George.

“We propose to develop new methods for super-resolution visualization of metals using the synchrotron,” he said. “If metals are involved in MS and other demyelinating diseases, our study may lay the groundwork for developing potential therapeutics to prevent, delay or reduce severity of demyelination in certain subsets of MS patients.”

Improved therapies are urgently needed for MS, which is a leading cause of disability in young adults worldwide. Saskatchewan and Alberta are hotspots for the incurable disease in Canada, which itself has a disproportionately high incidence rate of MS compared to the rest of the world.

George’s collaborators are: Dr. Bogdan Popescu (MD, PhD), assistant professor in USask’s College of Medicine; Dr. Ingrid Pickering (PhD), professor in geological sciences; and Dr. Yanbo Zhang (MD, PhD), associate professor of psychiatry at the University of Alberta.

TextGetting at the root of climate-resilient plantsNone/Above content

As climate change causes more prolonged and severe droughts and floods that threaten global food security, Kochian’s group is studying plant roots at the molecular and functional levels to develop climate-resilient crops that absorb water and nutrients more effectively and sequester more carbon in soil.

In developing climate-resilient crops, plant breeders so far have focused mostly on the genetic traits of plant shoots, which are readily visible. However, breeding plants for improved root traits has lagged because it’s tougher to study root systems in the soil.

Work by Kochian and others worldwide has led to the development of root growth and imaging platforms that enable scientists to determine the complex genetics that control efficient root system architectures in thousands of plants, which Kochian calls “the foundation for breeding better root systems.”

“In collaboration with university computer scientists, deep learning and artificial intelligence methods are being employed that help us, in a more automated fashion, to process and analyze the root images more quickly and use molecular breeding and gene editing to improve the plants’ use of water and nutrients,” he said.

Collaborating on the project are: Dr. Ian Stavness (PhD), associate professor of computer science in USask’s College of Arts and Science; Dr. Curtis Pozniak (PhD), professor in USask’s College of Agriculture and Bioresources and director of USask’s Crop Development Centre; and research associate Jordan Ubbens from computer science.

They have pioneered a method to use images of shoots to phenotype plants’ response to drought and flood stresses. Their goal is to employ deep learning technology to extend phenotyping to both the roots and shoots of plants in the lab and develop algorithms that would enable breeders to use images of shoot architecture to predict when plants in the field have larger root systems.

TextNo seedy sex please, we’re breeding a better canolaNone/Above content

Sharbel’s project holds the potential to spur a revolution in crop production, starting with Canola, by applying to plant breeding the findings of 20-plus years of lab research in Germany and Canada to understand naturally occurring asexual seed formation (apomixis) in plants.

“When applied to crops, our cutting-edge engineering biology approach would be a highly disruptive, billion-dollar technology that would greatly facilitate the production of new varieties with novel traits to feed our rapidly changing world,” said Sharbel.

His research group is working with the Institute of Synthetic Biology—at the CEPLAS-Cluster of Excellence on Plant Sciences at the University of Düsseldorf in Germany—and the National Research Council‘s (NRC) Saskatoon division to develop a “mini chromosome” that would deliver into Canola plants several apomixis-candidate genes they have identified.

“The impact on breeding programs would be enormous, as it would allow us to immediately fix any desired genotype in a single generation,” Sharbel said.

This would give Canada’s Canola industry an enormous advantage in both time and costs to create diverse varieties with desirable traits focused on specific environmental, agricultural or economic needs, something that until now has not been achievable using other modern breeding methods, he said.

Sharbel’s collaborators are: Dr. Martin Mau (PhD), research scientist at USask’s College of Agriculture and Bioresources, and Drs. Xingliang Ma (PhD) and Pankaj Bhowmik (PhD) at the NRC Saskatoon.

pewaseskwan-at-usask-to-work-with-the-key-first-nation-and-yorkton-tribal-council-on-researching-heart-disease-and-kennedys-diseasetrue1718730911095imj129Pewaseskwan at USask to work with The Key First Nation and Yorkton Tribal Council on researching heart disease and Kennedy’s DiseasePewaseskwan Indigenous Wellness Research Group (pewaseskwan) at the University of Saskatchewan (USask) has partnered with The Key First Nation and the Yorkton Tribal Council to support research on heart disease and spinal-bulbar muscular atrophy (SBMA), also known as Kennedy’s Disease. 1660316400000/articles/research/2022/pewaseskwan-at-usask-to-work-with-the-key-first-nation-and-yorkton-tribal-council-on-researching-heart-disease-and-kennedys-diseasenewssite://news/articles/research/2022/pewaseskwan-at-usask-to-work-with-the-key-first-nation-and-yorkton-tribal-council-on-researching-heart-disease-and-kennedys-diseasevvd8931660312200655vvd8931660353368352show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pewaseskwan.jpgsite://news/images/2022/pewaseskwan.jpgnewspewaseskwan.jpg2123031080720A research partnership ceremony between pewaseskwan Indigenous Wellness Research Group, The Key First Nation, and Yorkton Tribal Council. (Photo: Sarah MacDonald)NoNoneNoneNo/
TextImage/images/2022/alexandra_king1.jpgsite://news/images/2022/alexandra_king1.jpgnewsalexandra_king1.jpg1638941080720Dr. Alexandra King (MD). (Photo: University of Saskatchewan)Align left

Dr. Alexandra King (MD), of Nipissing First Nation and co-lead of pewaseskwan, said Indigenous people have higher rates of heart disease and Kennedy’s Disease, and to address this, there is a need for culturally responsive health research, services and programming that prioritize Indigenous knowledge systems, create ethical space between Indigenous and Western systems, and ensure culturally safe and resonant Western approaches.

To help accomplish this, pewaseskwan is prioritizing Indigenous voices in the research and the Yorkton Tribal Council and The Key First Nation have been instrumental in providing support.

“We are excited to partner with The Key First Nation and the Yorkton Tribal Council as we collaborate to ensure research regarding First Nations communities is community-led and culturally safe. Heart disease and Kennedy’s Disease have much higher-than-average rates in our communities, and we want to ensure our people play a strong role in the research to reduce the burden of these diseases,” said Dr. King.

Pewaseskwan, in partnership with the Cardiac Arrhythmia Network of Canada (CANet), will support the establishment of an Indigenous Peoples Engagement and Research Council (IPERC), consisting of Indigenous Elders, Knowledge Holders, people with lived/living experience of cardiac conditions, and Indigenous health leaders from various parts of Canada.

Along with IPERC, pewaseskwan has been working collaboratively with Dr. Kerri Schellenberg (MD) from USask and Dr. Gerald Pfeffer (MD, PhD) from the University of Calgary to conduct research that addresses Kennedy’s Disease. Approximately 83 per cent of people with Kennedy’s Disease in Saskatchewan are Indigenous, with most of them self-identifying as Cree or Saulteaux. 

“As a community, we are starting to learn more about Kennedy’s Disease and its underreported disproportionate prevalence in Indigenous communities due to the lack of research. The research team is invested in ensuring that the study is carried out in a good way, and we are especially pleased that one of our own, Elder Sharon Jinkerson-Brass, is helping to lead its implementation,” said Chief Clinton Key of The Key First Nation.

To honour the research partnership, pewaseskwan’s co-leads were joined by members of The Key First Nation band council and members of Yorkton Tribal Council for a ceremony near St. Philips, during which they signed a letter of intent. 

Also in attendance were Dr. Anthony Tang (MD) and Dr. Kevin O’Neil (PhD), from CANet, who spoke of how their organization will support the research on heart disease, Pfeffer, who spoke about the research on Kennedy’s Disease, Dr. Jean-Lucien Rouleau (MD) from the Canadian Heart Function Alliance Network. 

 

usask-among-top-100-globally-in-water,-veterinary-and-environmental-engineering-sciencestrue1718730911095imj129USask among top 100 globally in water, veterinary and environmental engineering sciences The University of Saskatchewan (USask) has three top-100 placements among more than 5,000 universities worldwide assessed by the independent ShanghaiRanking Consultancy for its 2022 Global Ranking of Academic Subjects (GRAS). research, water,1660311120000/articles/research/2022/usask-among-top-100-globally-in-water,-veterinary-and-environmental-engineering-sciencesnewssite://news/articles/research/2022/usask-among-top-100-globally-in-water,-veterinary-and-environmental-engineering-sciencesvvd8931660311304480ccm0461683058945157show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2017/water-background.jpgsite://news/images/2017/water-background.jpgnewswater-background.jpgwater-background.jpg1013231080720YesNoneNoneNo/
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USask ranked 23rd worldwide and first in Canada in water resources, from 51-75 globally and fourth in Canada in veterinary sciences, and 76-100 globally and sixth in the country in environmental science and engineering. 

“We are proud that USask continues to lead Canada and is among the top performers globally in water science,” said USask Vice-President Research Baljit Singh. 

“With more than 1,000 universities added to the GRAS rankings since last year, our continued high performance in areas ranging from veterinary science to the earth sciences is encouraging as we work hard to achieve our goal to be the university the world needs.” 

The consultancy uses several objective academic indicators and third-party data to measure the performance of universities in 54 subjects across the natural sciences, engineering, life sciences, medical sciences, and social sciences, for the GRAS rankings. Factors considered are research output, research influence, international collaboration, research quality, and international academic awards. 

Other strong standings for USask were in agricultural science (101-150th, tied for fourth in Canada), as well as 150-200th placements in energy science (tied for fourth in Canada), earth sciences (tied for seventh nationally) and law (tied for ninth in Canada). 

USask ranked 200-300 globally in atmospheric science, chemical engineering, ecology, food science and technology, materials science and engineering, medical technology, and nursing. 

More than 1,800 out of the 5,000-plus universities from 96 countries and regions were listed in the final GRAS report, released in late July. 

 ShanghaiRankings Consultancy also publishes the annual Academic Ranking of World Universities (ARWU), commonly known as the Shanghai Ranking.  

In the 2022 ARWU rankings, released on Aug. 15, USask placed in the 301-400  category, holding the same position for the sixth consecutive year. In total, more than 2,500 universities worldwide were ranked this year and the top 1,000 were published. 

The rankings are based on such factors as the number of alumni and staff winning Nobel Prizes and Fields Medals, number of highly cited researchers, articles published in journals of Nature and Science, and per capita performance of a university. Worldwide, Harvard University ranked #1. The University of Toronto was Canada’s top university, globally ranked in 22nd position.  

research-usask-researcher-aids-partners,-remote-communities-in-expanding-canadian-biomass-industrytrue1718730911095imj129USask researcher aids partners, remote communities in expanding Canadian biomass industryTransitioning away from traditional energy sources opens the door for environmentally friendly, plant-based options such as bioenergy, where renewable plant and industry waste resources can be used to provide clean and efficient heat, energy, and transportation fuels.Brooke Kleiboerresearch, SENS, sustainability, 1660035420000/articles/research/2022/research-usask-researcher-aids-partners,-remote-communities-in-expanding-canadian-biomass-industrynewssite://news/articles/research/2022/research-usask-researcher-aids-partners,-remote-communities-in-expanding-canadian-biomass-industrynews_ws1660058442852ccm0461660058577524show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/wheat-featureimage.jpgsite://news/images/2022/wheat-featureimage.jpgnewswheat-featureimage.jpg2524971080720The project aims to collect first-hand insights from the bioenergy industry about the challenges and opportunities in a renewable energy system. (Photo: USask School of Environment and Sustainability)YesNoneNoneYes/
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city-usask-projects-target-métis-history,-clean-runoff,-green-rental-housingtrue1718730911095imj129City-USask projects target Métis history, clean runoff, green rental housing In three new projects, University of Saskatchewan (USask) researchers are aiming to trace and reconcile Métis history in Saskatoon, prevent a toxic compound from entering the river, and expand participation of low-income renters and landlords in civic home energy efficiency programs. 1660056360000/articles/research/2022/city-usask-projects-target-métis-history,-clean-runoff,-green-rental-housingnewssite://news/articles/research/2022/city-usask-projects-target-métis-history,-clean-runoff,-green-rental-housingvvd8931660056728276vvd8931660057674566show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/research_junction.pngsite://news/images/2022/research_junction.pngnewsresearch_junction.png2767941080720Dr. Cheryl Troupe (PhD), Dr. Jafar Soltan (PhD), and Dr. Martin Boucher (PhD). (Photos: Submitted)NoNoneNoneNo/
TextNone/Above contentThe projects have been awarded a total of more than $86,000 through Research Junction, an innovative collaboration between USask and the City of Saskatoon to apply advanced research methods to addressing contemporary urban issues for the benefit of residents.
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Dr. Cheryl Troupe (PhD), assistant professor in the Department of History at USask’s College of Arts and Science, was awarded $28,067 for her project that will include contributions from academics, civic staff, and Métis citizens to trace the Métis presence and placemaking in Saskatoon since the mid-1800s. 

She is collaborating with Melissa Cote, Saskatoon’s Director of Indigenous Initiatives, on the community-engaged research project that seeks to increase public awareness of Métis history in the city and the impacts of settler colonialism.  

Troupe and a senior undergraduate student will conduct oral history interviews with Elders and other Métis persons who have lived in Saskatoon most of their lives and been active in their community. The project will gather family genealogies, perform archival research, and use Historical Geographic Information System methods to document and map Métis place-based stories and histories in Saskatoon. 

“We will include data related to Métis family and community formation and social and political activism, adding nuance to how we understand Indigenous peoples’ historical experience in 20th century prairie urban centres,” said Troupe. 

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Dr. Jafar Soltan (PhD), professor of chemical and biological engineering in USask’s College of Engineering, was awarded $29,300 to develop a cost-effective and eco-friendly treatment system to remove a toxic compound called 6PPD-quinone from Saskatoon’s stormwaters. 

Soltan and Saskatoon’s Storm Water Utility Manager Mitch McMann lead the project. Co-investigators Dr. Markus Brinkmann (PhD), associate professor in USask’s School of Environment and Sustainability, and Dr. Kerry McPhedran (PhD), associate professor in civil, geological and environmental engineering at the College of Engineering, are collaborating on the project. 

“Our research aims to develop a treatment system using agricultural residues and investigate its application to remove the toxic 6PPD compounds from urban runoff in Saskatoon to minimize their release into the South Saskatchewan River,” said Soltan. 

The compound is toxic to valuable fish species such as trout. It is derived from rubber tires, which contain the chemical 6PPD to prevent cracking and discoloration. Tires shed 6PPD on roadways, where it oxidizes to form 6PPD-quinine that is eventually flushed into the river in stormwater.  

“It’s likely that this project can lead to future projects to remove other emerging contaminants from stormwater,” said McMann. 

TextSupporting energy efficiency in low-income rental housing None/Above content

Dr. Martin Boucher (PhD), faculty lecturer in the Johnson Shoyama Graduate School of Public Policy (JSGS) at USask, was awarded $29,997 to support the city in developing energy efficiency programming for Saskatoon’s low-income renters and landlords.  

Boucher is collaborating on the project with Saskatoon’s manager of climate, strategy and data, Amber Weckworth, and University of Regina economist Dr. Brett Dolter (PhD). 

He notes that most climate and energy efficiency programs in Canada do not effectively support low and moderate-income residents, including Saskatoon’s homeowner-based loan program for energy retrofits. 

“We will collect baseline demographic data and interview low-income housing landlords and renters to understand their needs and challenges, and how they are impacted by energy efficiency programming,” said Boucher. “This could lead to insights on how to better support low-income residents, the business community, emissions targets, and job growth in the energy sector.” 

The city is in the pre-development phase of a program that aims to retrofit multi-unit dwellings that could support low-income renters, and the project team’s final report will inform the development of a low-income rental housing energy efficiency plan for Saskatoon, said Boucher. 

 

usask-research-aims-to-improve-water-management-with-better-streamflow-forecaststrue1718730911095imj129USask research aims to improve water management with better streamflow forecasts A team led by University of Saskatchewan (USask) researcher Dr. Martyn Clark (PhD) has been awarded $180,000 over three years by Environment and Climate Change Canada (ECCC) to improve seasonal streamflows forecasts for river basins across the country. 1659971280000/articles/research/2022/usask-research-aims-to-improve-water-management-with-better-streamflow-forecastsnewssite://news/articles/research/2022/usask-research-aims-to-improve-water-management-with-better-streamflow-forecastsvvd8931659971340924vvd8931660250185001show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/martyn.jpgsite://news/images/2022/martyn.jpgnewsmartyn.jpg1888051080720USask researcher Dr. Martyn Clark (PhD). (Photo: Submitted)NoNoneNoneNo/
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Given the huge challenges climate change is posing, with unprecedented floods devastating communities across Canada and prolonged droughts contributing to increased wildfire damage and economic losses in agriculture and other economic sectors, reliable forecasts are increasingly important. 

“This research helps us manage our precious freshwater resources,” said Clark, professor in the Department of Geography and Planning in USask’s College of Arts and Science. “Our streamflow forecasts will help in guiding water use decisions for irrigation and water supplies, optimizing hydropower production, and anticipating flood events.” 

Clark, along with his post-doctoral fellow Dr. Louise Arnal (PhD), and research colleague Dr. Alain Pietroniro (PhD) of the University of Calgary, aims to improve forecasting streamflows several months in advance by focusing on two main sources.  

The first is the knowledge researchers have about the amount of moisture stored in a river basin—in the form of snowpack—at the start of the spring forecast period. 

The team will analyze and interpret available data to build statistical models that predict the relationships between snowpack and streamflow. They also use complex physics-based approaches to hydrological simulation to estimate snowmelt and runoff from spring into the summer.  

The second focus is on predicting the weather and climate over the seasonal forecast period, with the accuracy of the streamflow estimate dependent on how well they do in prognosticating the weather for lead times ranging from a few seconds to many weeks. 

“Often, what we are finding is that most of our predictability comes from snow,” said Clark. 

With highly sophisticated mathematical modelling and data collection methods available to them through a synergistic relationship with the USask-led pan-Canadian Global Water Futures (GWF) program, the team can take measures to diminish the unpredictability inherent to streamflow forecasts. 

“A lot of our work is possible because of the computational infrastructure that was built as part of GWF, but this work is funded separately,” he said. 

Clark notes that USask water researchers have been working with ECCC for years to develop capabilities in stream forecasting, and this collaborative research is gaining attention worldwide.  

“Our research is leading to several new projects with the United States, the European Union and other international partners.” 

Among those new projects arising out of research done in relation with ECCC is the newly established Cooperative Institute for Research to Operations in Hydrology (CIROH), headquartered at the University of Alabama with an aim of revolutionizing flood prediction in North America.  

Pietroniro, Clark, and his USask departmental colleague, Distinguished Professor Dr. John Pomeroy (PhD), are the Canadian contingent on CIROH, which is bringing together experts from the U.S. and Canada to develop next-generation water prediction capabilities. 

Clark said his team’s streamflow project, funded through the ECCC award and $46,000 of in-kind support from USask, will be synergistic with CIROH because both countries have similar challenges with modelling streamflows, which opens up the scope for greater collaboration.

usask-researchers-explore-how-floods-and-droughts-are-challenging-science-and-society-globallytrue1718730911095imj129USask researchers explore how floods and droughts are challenging science and society globallyFloods, droughts, and other water-related disasters are some of the costliest natural events that occur in Canada and around the world. Even with significant global advances in science and infrastructure designed to predict and manage such extreme disasters, many communities still face major societal and economic impacts when these events occur. water, research,1659624720000/articles/research/2022/usask-researchers-explore-how-floods-and-droughts-are-challenging-science-and-society-globallynewssite://news/articles/research/2022/usask-researchers-explore-how-floods-and-droughts-are-challenging-science-and-society-globallyccm0461659625008683ccm0461662478296994show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/drought_flood.jpgsite://news/images/2022/drought_flood.jpgnewsdrought_flood.jpg1557351080720An aerial view of a forest and a creek.Forty-five case studies from around the world were used to evaluate when, where, and how current flood and drought risk management strategies might fail in communities, and where potential improvements could be made. (Photo: Mark Ferguson)NoNoneNoneNo/
TextImage/images/2022/natural_disaster.pngsite://news/images/2022/natural_disaster.pngnewsnatural_disaster.png164197624587A bar chart displaying changes in natural disaster occurrences over the years. Water-related events take precedence as the most common occurrences. (Image submitted by authors)Below content

In a new paper published in Nature, a team of University of Saskatchewan (USask) and international researchers presented their findings from a global investigation to determine gaps in science and policy that require reinforcement to better protect the world from droughts and floods.

Our flood and drought risk management paradigms are still based on the assumption that the past is representative of the future,” said Dr. Saman Razavi (PhD), an associate professor in USask’s School of Environment and Sustainability, the Global Institute for Water Security (GIWS), and the College of Engineering in the department of civil, geological and environmental engineering. Razavi led the Canadian contribution to the study.

“We already know that this assumption is not valid in the context of flood and drought because of two reasons,” he said. “First, as a result of climate change, we are facing more extreme events not seen before, such as more severe storms, heat waves, or dry periods. Second, because of significant population growth, urbanization, floodplain settlements, or groundwater extraction, more people and assets are being exposed to floods or droughts.”

Forty-five case studies from around the world were used to evaluate when, where, and how current risk management strategies might fail, and where potential improvements could be made. The research team assessed floods and droughts that occurred in the same regions over time to analyze how the occurrence of a first event may affect how a second is managed.

The study found that when two flood or drought events occurred in the same region at different points in time, the second event usually produced worse effects than the first, even with infrastructure and policy changes put in place after the first event.

“This counterintuitive conclusion is primarily the case when the second event is more hazardous or unprecedented than the first one—a reality of the world, and particularly in Canada under global warming and changing climate,” said Razavi.

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After reviewing case studies, the team learned some successful strategies for mitigating impacts of a second event from the actions of researchers in Barcelona, Spain, and in the Danube catchment in Germany and Austria. These areas implemented significant changes in risk management that reduced the impact of a second water event, such as improving governance and collaboration, using early warning and emergency response systems, and making significant investments in structural and non-structural protection measures.

USask research associates Laila Balkhi and Hayley Carlson led the collection of data focused on the Ottawa River floods (2017 vs 2019) and the Assiniboine River floods (2011 vs 2014).

We’re hoping this paper can highlight the need for disaster risk management and governance systems globally to be more proactive rather than reactive in how they’re set up,” said Balkhi, co-author of the study and a project manager for the Integrated Modelling Program for Canada at GIWS.

“This study provided some insight into priority areas that we need to investigate and ways to be more innovative based on what we can learn from one another in different parts of the world,” Razavi added.

The Nature publication is a part of a multi-year research program on water resources modelling and management in Razavi’s GIWS lab. Razavi’s team plans to use insights gained from this international study to improve flood and drought management practices in Canada.

Link to the paper: https://www.nature.com/articles/s41586-022-04917-5 

usask-researcher-examines-how-our-bodies-regulate-watertrue1718730911095imj129USask researcher examines how our bodies regulate waterYou’re outside exercising in the sun and find yourself suddenly covered in sweat. Obviously, you are losing water. So how does your body retain enough water to keep its internal operations running smoothly while helping you to cool off at the same time? And how does it maintain this state for extended periods of time? BROOKE KLEIBOERresearch, College of Medicine,1659456000000/articles/research/2022/usask-researcher-examines-how-our-bodies-regulate-waternewssite://news/articles/research/2022/usask-researcher-examines-how-our-bodies-regulate-waterccm0461659456140636ccm0461659456140636show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kirkhaanyi.jpgsite://news/images/2022/kirkhaanyi.jpgnewskirkhaanyi.jpg3116171080720USask graduate researcher and medical student, Kirk Haan. USask graduate researcher and medical student, Kirk Haan. (Photo: Submitted)NoNoneNoneNo/
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University of Saskatchewan (USask) physiology researcher Kirk Haan and his research team have identified a chemical signal that allows the body to sustain water regulation changes over longer periods, such as one hour or more. 

Lots of research has been done on minute-to-minute changes in salt concentrations that occur in our blood when we drink fluids, eat salty snacks, or get overheated,” said Haan. “However, there is no clear explanation for how the cells that regulate these changes can remain active for many hours, days, or weeks when our body fluids become unbalanced for these longer periods of time.” 

These conditions are usually short-lived – but this is not always the case.  

A hormone called vasopressin helps the body retain more water when needed. Vasopressin release causes outcomes such as helping the body to retain water by reducing the amount of urine produced by the kidneys. 

“Problems with water balance are some of the most prevalent issues in our health care system, especially in elderly and chronically ill populations,” said Haan. “This research can potentially lead to the development of new preventive and treatment strategies for these patients to decrease the burden on our health care system financially and to improve patient outcomes.” 

A group of cells in the brain called magnocellular neurosecretory cells (MNCs) are responsible for signaling the body to release vasopressin when more water is needed. 

Haan’s study investigated the mechanisms responsible for allowing MNCs to signal the body for extended periods of time. Researchers found a new chemical signaling pathway required to activate MNCs, helping them to understand how minute-to-minute water regulation occurs in the body. They used a novel laboratory technique to explore this information and determined how the body potentially regulates water over a longer term. 

Haan developed the research techniques used in the study and conducted experiments and data analysis. Some findings from the study were published in the Journal of Neuroscience in 2021, with plans to submit more results for publication soonThe work was supervised by USask College of Medicine professor Dr. Thomas Fisher (PhD). 

“USask has world-class facilities and researchers that are world leaders in their fields. This work contributes to the already high calibre of research produced by USask’s neuroscience cluster,” Haan said. 

Haan is currently in medical school and will begin his doctorate degree in anatomy, physiology and pharmacology in 2023. He is on track to graduate from the USask Doctor of Medicine program in 2028. 

When it comes to his career, Haan has big plans. 

“My plan is to complete an MD-PhD through USask and pursue a career as a clinician scientist,” he said. “I would like to work in some form of pediatrics, particularly neurology or otolaryngology (ENT) while performing neuroscience research.” 

The research was funded by the Natural Sciences and Engineering Council of Canada and the College of Medicine. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

reconstructing-volcanic-eruptions-to-help-scientists-predict-climate-risks-usask-researchtrue1718730911095imj129Reconstructing volcanic eruptions to help scientists predict climate risks: USask researchUniversity of Saskatchewan (USask) researcher Dr. Matthew Toohey (PhD) and University of Bern researcher Dr. Michael Sigl (PhD) were part of the research team that developed an updated, more accurate reconstruction of volcanic eruptions that can help scientists understand future climate risks.research, College of Arts and Science,1659020280000/articles/research/2022/reconstructing-volcanic-eruptions-to-help-scientists-predict-climate-risks-usask-researchnewssite://news/articles/research/2022/reconstructing-volcanic-eruptions-to-help-scientists-predict-climate-risks-usask-researchccm0461659020509151ccm0461659020570435show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/aniakchak_caldera.jpgsite://news/images/2022/aniakchak_caldera.jpgnewsaniakchak_caldera.jpg1511531080720Satellite image (Copernicus Sentinel-2) of the Aniakchak Caldera on the Alaska Peninsula, one out of over 850 eruptions reconstructed to understand their lasting impacts on climate.Satellite image (Copernicus Sentinel-2) of the Aniakchak Caldera on the Alaska Peninsula, one out of over 850 eruptions reconstructed to understand their lasting impacts on climate. (Credit: Copernicus Sentinel data 2021, created by Helga Weber, University of Bern)NoNoneNoneNo/
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When volcanoes erupt, they release much more than an impressive, photogenic spray of lava into the air. In fact, gases such as sulfur and carbon released from volcanoes into the atmosphere can impact the global climate. An international research team has used modern technologies to better understand historical volcanic eruptions and how they have contributed to climate alterations and radiation transmission in the atmosphere.

Determining how volcanic eruptions have contributed to climate change over time has traditionally relied on geochemical records extracted from the polar icesheet of Greenland, and because of its coarse resolution and limited scope, this data can be inconsistent or inaccurate. This work was able to improve understanding of volcanic activity by synchronizing ice core records from Greenland with new, high-resolution records from Antarctica. The resulting record spans the past 11,500 years, a period of relatively warm and stable climate called the Holocene which began after the last ice age.

“This new data set will allow scientists to address the fundamental questions of climate science, including how sensitive the climate system is to external forcing agents like volcanoes,” said Toohey, an assistant professor of physics and engineering physics in USask’s College of Arts and Science and a member of USask’s Institute of Space and Atmospheric Studies. “Understanding of past climate changes and their sources helps to improve climate models and projections of future climate change.”

TextImage/images/2022/ice_core.jpgsite://news/images/2022/ice_core.jpgnewsice_core.jpg1162981080720One-meter-long ice core with an ash layer from a volcanic eruption. (Photo: Submitted)Above content

The researchers used sophisticated computer modelling technology to reconstruct a series of volcanic eruptions from the past 11,500 years. The work included estimating – for the first time – the precise ages and amounts of atmospheric sulfur injections for over 850 historical volcanic eruptions by measuring the contents of sulfur in ice cores.

“A total of 26 eruptions during the past 11,500 years released more sulfur into the stratosphere than the colossal eruption of Tambora in 1815, suggesting eruptions of this size occur more than twice as often globally as previously thought,” said Sigl, who led the research project.

Sigl also said the research found a link between melting glaciers and an increase in volcanic activity – a finding that helps scientists predict the potential impacts on the climate from continued global warming. Results were recently published in the journal Earth System Science Data.

Toohey was responsible for taking estimates of the amount of sulfate present in ice and estimating how stratospheric aerosols from past eruptions have impacted the transmission of radiation through the atmosphere. The tools developed by Toohey and his group will allow ice core information to be used in climate model simulations of the Holocene, as well as providing rapid estimates of the impact of potential future eruptions.

“This work greatly improves our ability to estimate the probability of large, climate-relevant eruptions in the future, and their radiative impact, providing a valuable resource for climate risk assessment,” said Toohey.

Link to the paper: https://doi.org/10.5194/essd-14-3167-2022

huanan-market-identified-as-epicentre-of-covid-19-pandemictrue1718730911095imj129Huanan market identified as epicentre of COVID-19 pandemicA study published in Science, one of the world’s most prestigious journals, provides evidence that the Huanan Seafood Wholesale Market was the early epicentre of the COVID-19 pandemic. research, VIDO, 1659016920000/articles/research/2022/huanan-market-identified-as-epicentre-of-covid-19-pandemicnewssite://news/articles/research/2022/huanan-market-identified-as-epicentre-of-covid-19-pandemicccm0461659017090722ccm0461659017943325show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/rasmussen-credit-david-stobbe.jpgsite://news/images/2022/rasmussen-credit-david-stobbe.jpgnewsrasmussen-credit-david-stobbe.jpg1945431080720Dr. Angela Rasmussen (PhD) brings her expertise in virology to the prairie province as a research scientist.Dr. Angela Rasmussen (PhD) brings her expertise in virology to the prairie province as a research scientist. (Photo: David Stobbe)NoNoneNoneNo/
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Scientist Dr. Angela Rasmussen (PhD), from the University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO), was part of the international team that published the study and is the only author from a Canadian institution.

The study, led by Dr. Michael Worobey (PhD), a Canadian virus evolution scientist at the University of Arizona, traced the start of the pandemic to the market in China, where wildlife susceptible to the virus were sold immediately before the pandemic began.

The scientists developed a detailed map of the market and showed a clear association of SARS-CoV-2-positive samples (reported by Chinese researchers in early 2020) and the western portion of the market, where live or freshly butchered animals were sold in late 2019.

The study, which had been released in pre-print in February, has since gone through peer review and now includes additional analyses and conclusions, virtually eliminating alternative scenarios that have been suggested as origins of the pandemic.

“The data overwhelmingly shows that the pandemic began at Huanan from zoonotic spillovers from animals sold at the market,” said Rasmussen. “There is no other explanation that fits the evidence. Not only does this clarify the circumstances of the pandemic’s origin, it also demonstrates the significant risk that novel viruses pose to both the human and animal population.”

Most new infectious diseases that infect humans have direct links to animals. These are termed zoonotic and support that human and animal health are linked (“One Health”). 

In related research, Rasmussen is assessing susceptibility of multiple species that were sold at Huanan market, and is separately evaluating SARS-CoV-2 “spillback” or infection in wild, captive, and domesticated animals (e.g., deer and cats) in North America. This “spillback” could result in the establishment of new animal reservoirs, or populations that support transmission, and increases the risk of new variants spilling over into humans. This project is supported by the CIHR funded Coronavirus Variants Rapid Response Network.

These studies are part of VIDO’s significant contribution to the international SARS-CoV-2 research effort.

Read the full release from the University of Arizona: https://news.arizona.edu/story/studies-link-covid-19-wildlife-sales-chinese-market-find-alternative-scenarios-extremely

usask-archeological-research-digs-into-evolution-of-dog-diets-in-new-studytrue1718730911095imj129USask archeological research digs into evolution of dog diets in new studyMost people know their dogs as the furry friend who greets them at the door after a long day’s work, but dogs have an interesting and complex history all their own. A new study published in the journal Science Advances examines the ancient lives of dogs and the ecological impacts of their diets.College of Arts and Science, research, 1658516400000/articles/research/2022/usask-archeological-research-digs-into-evolution-of-dog-diets-in-new-studynewssite://news/articles/research/2022/usask-archeological-research-digs-into-evolution-of-dog-diets-in-new-studyccm0461658511467889ccm0461658511545546show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/dog_diet.jpgsite://news/images/2022/dog_diet.jpgnewsdog_diet.jpg1206151080720Drs. Tatiana Nomokonova (PhD) and Robert Losey (PhD) conducting field research in Arctic Siberia in 2018. Drs. Tatiana Nomokonova (PhD) and Robert Losey (PhD) conducting field research in Arctic Siberia in 2018. (Photo: Submitted)NoNoneNoneNo/
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University of Saskatchewan (USask) archeologist and assistant professor Dr. Tatiana Nomokonova (PhD) and University of Alberta archeologist and USask adjunct professor Dr. Robert Losey (PhD) teamed up with multiple researchers around the globe to explore the evolution of the diets and abilities of Siberian dogs.

“Dogs evolved from wolves somewhere in Europe and Asia during the ice age,” said Losey. “Our research shows that dogs quickly evolved to have smaller bodies than wolves, and this likely changed their abilities and diets. The dogs, even those living thousands of years ago, had reduced abilities to hunt large prey, and probably relied more on handouts from people and scavenging.”

Producing enough food for the global population of 700 million dogs requires a substantial amount of land – an area roughly twice the size of the United Kingdom. But surprisingly, most dogs actually live as free-range animals, relying on scavenging and hunting small animals to feed themselves.

In the past, it was assumed dogs evolved to eat the grain-rich diets they often do today due to a genetic adaptation that developed after humans took up agriculture.  After studying the bones of several hundred ancient dogs, the research team determined that while this specific genetic adaptation appears in dogs from approximately 7,000 years ago, there are clues to indicate dog diets were much more diverse than those of their wolf ancestors and extended far beyond consuming starch and grains.

In human-populated areas, provisions that were easily located by Siberian dogs often included freshwater fish and marine foods, as well as scraps of human waste. Consuming these types of foods likely exposed dogs to new health challenges, such as changes in their gut microbiomes and exposure to new parasites and bacteria, that resulted from co-habiting areas with humans.

Losey and Nomokonova said this finding opens the door to explore dog diet changes in different locations and time periods, including in foraging communities across the North.

“We are in the process of expanding our research to examine the life histories and evolution of dogs in North America, particularly on the Prairies and in the Arctic,” said Nomokonova of the next steps in the project. “In both regions we will be exploring how Indigenous people in these regions, including in Saskatchewan, cared for their dogs in the past, and how and when dogs were involved in tasks such as pulling sleds.”

Further analysis in these areas will allow researchers to continue exploring how co-habiting with humans can influence the development of a species.

usask-canada-research-chairs-to-use-indigenous-knowledge,-stories-to-create-social-impacttrue1718730911095imj129USask Canada Research Chairs to use Indigenous knowledge, stories to create social impactTwo University of Saskatchewan (USask) researchers have been awarded a total of $1.2 million in funding through the federal government’s Canada Research Chair program to support new insights into Indigenous storytelling and Indigenization in engineering programs.College of Arts and Science, College of Engineering, 1658415960000/articles/research/2022/usask-canada-research-chairs-to-use-indigenous-knowledge,-stories-to-create-social-impactnewssite://news/articles/research/2022/usask-canada-research-chairs-to-use-indigenous-knowledge,-stories-to-create-social-impactccm0461658416408361ccm0461658416408361show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bidwell-bradford1.jpgsite://news/images/2022/bidwell-bradford1.jpgnewsbidwell-bradford1.jpg2302471080720USask College of Arts and Science professor Dr. Kristina Bidwell (left) and College of Engineering assistant professor Dr. Lori Bradford (right). USask College of Arts and Science professor Dr. Kristina Bidwell (left) and College of Engineering assistant professor Dr. Lori Bradford (right). (Photos: Submitted) NoNoneNoneNo/
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Tier 2 Canada Research Chairs are awarded to excellent emerging researchers who have been recognized by their peers as having potential to lead in their field. The funding is used to support the operation of research programs. Awarded by a Tri-Agency initiative, the Tier 2 chairs will provide each recipient $120,000 annually for five years. 

Newly appointed Tier 2 Canada Research Chair in Indigenous Storytelling and full professor in English, Dr. Kristina Bidwell (PhD) will investigate how stories—both written and oral—create meaning and influence actions within intercultural collaborations and conflicts. The work will explore both Indigenous and settler storytelling and the effects of stories on Indigenous-to-Indigenous and Indigenous-to-settler relations. 

“Difficulties in understanding, making space for, and valuing one another’s stories—across boundaries of culture and power—underlie many high-stakes conflicts over land, identity, and knowledge,” said Bidwell, who is a professor in USask’s College of Arts and Science and a member of the NunatuKavut community. 

The initial five-year project will primarily focus on conflicts over land in the Northwest Territories, conflicts over identity in Labrador and issues surrounding scholarly and artistic collaborations. Bidwell will begin a term as a visiting researcher at Memorial University of Newfoundland and Labrador next year. 

“Storytelling includes not only formal oral narratives and literary texts, but also the personal, communal, popular, and public narratives that we all tell and consume every day,” said Bidwell. “Stories not only mean things but also do things, shaping how we think, feel, and act.” 

The research aims to build tools to improve Indigenous and settler collaborations across many fields by examining stories in multiple mediums, from popular culture to published literature.  

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The Tier 2 Canada Research Chair program of Dr. Lori Bradford (PhD), an assistant professor from the Ron and Jane Graham School of Professional Development in the College of Engineering, and the School of Environment and Sustainability, will lead the creation of new knowledge to support both individual practices and a shift in engineering culture. The goal is for future engineers to address social and cultural impacts equally with environmental and economic ones. 

“My CRC research program will inspire engineers to move from conventional multidisciplinary approaches to ones that embrace interdisciplinarity and Indigenization for design research and teaching,” said Bradford. “I will build consideration of mutualistic thinking—or thinking that blends viewpoints to benefit all knowledge users—from across disciplines into engineering colleges and practices.” 

Bradford’s team will achieve the goals of the program by identifying barriers to and characterizations of inclusive engineering design, sharing successes of early adopters through longitudinal case studies plus new metrics and data, and creating evidence to drive inclusion of social and cultural sciences, fine arts, and Indigenous knowledge systems into engineering design. 

“The goal extends beyond the classroom to wider knowledge sharing—through art and Awechigewin (an Anishinaabe word meaning to set things up for a desired outcome)—for solving engineering design problems,” said Bradford. 

The impact will be graduate engineers with the tools and skills to approach design in more inclusive, decolonized ways. 

To bolster her CRC program, Bradford has also been awarded $175,000 in John R. Evans Leaders Fund (JELF) Partnership funding from the Canadian Foundation for Innovation for a novel mobile engineering design lab.  

“The mobile engineering design lab (EDL), a first of its kind, will disrupt the geographies of conventional engineering – university campuses and urban offices,” said Bradford.  

The EDL will be designed to travel to rugged, remote, and rural Indigenous and non-Indigenous communities, as well as medical offices, industry locations, sports fields, and more, going where solutions will be implemented. Activities will be geared toward specific stakeholder groups and demographics. 

The towable enclosed trailer with a customized interior and expandable design will include everything needed to operationalize field research and invite engagement in deep science through computer-based simulations, physical prototyping, and artistic renderings of designs. 

usask-livestock-and-forage-centre-of-excellence-joins-pan-canadian-smart-farm-networktrue1718730911095imj129USask Livestock and Forage Centre of Excellence joins Pan-Canadian Smart Farm NetworkThe University of Saskatchewan’s (USask) Livestock and Forage Centre of Excellence (LFCE) has joined the Pan-Canadian Smart Farm Network.LFCE1658256720000/articles/research/2022/usask-livestock-and-forage-centre-of-excellence-joins-pan-canadian-smart-farm-networknewssite://news/articles/research/2022/usask-livestock-and-forage-centre-of-excellence-joins-pan-canadian-smart-farm-networkccm0461658257816131ccm0461658257974684show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lfce.jpgsite://news/images/2022/lfce.jpgnewslfce.jpg2350341080720An aerial view of the Beef Cattle Research and Teaching Unit (BCRTU), one of the Livestock and Forage Centre of Excellence's three units. An aerial view of the Beef Cattle Research and Teaching Unit (BCRTU), one of the Livestock and Forage Centre of Excellence's three units. (Photo: LFCE)NoNoneNoneNo/
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The Pan-Canadian Smart Farm Network — led by Olds College Smart Farm — is a network of Smart Farms committed to sharing data and expertise that will help farmers, industry, and creators better understand, use, and develop smart agricultural technologies with a goal to accelerate the development and adoption of agriculture technologies across Canada. The network was launched in 2021 and also includes Glacier FarmMedia Discovery Farm located at Langham, Sask, and Lakeland College located at Vermilion, Alta. 

For Dr. Joy Agnew (PhD), associate vice-president, Applied Research at Olds College, the network’s expansion and collaboration across different agricultural zones and land bases brings more depth to the projects and technology evaluations conducted at Canada’s smart farms, and that will benefit farmers and developers.

“We are so pleased to welcome the USask Livestock and Forage Centre of Excellence into the Pan-Canadian Smart Farm Network,” said Agnew. “With additional partners come additional opportunities in applied research and education that will help producers maximize technology and data when they’re making those sometimes tough farm management decisions. Independent validation of ag technologies is critical and so is ensuring that validation is done using more than a single smart farm and more than one agro-climatic zone.”

At USask’s LFCE, researchers investigate different aspects of beef cattle production “from soil to supper” and test drive new options to enhance animal welfare, animal health, product quality, and food safety on Canada’s farms. LCFE has facilities, agricultural, environmental, economics and veterinary researchers to help support the advancement of innovation, education and adoption of agriculture technology, practices, and solutions in Saskatchewan and beyond.

“We are delighted to bring in the livestock aspect as we join the Pan-Canadian Smart Farm Network, and collaborate with Olds College, Glacier FarmMedia Discovery Farm at Langham, and Lakeland College,” said Dr. Scott Wright (PhD), executive director of LFCE. “We believe this network of smart farms creates an opportunity to facilitate and support ag tech innovation, development, and demonstration in support of sustainable production and to help producers maximize technology and data. We look forward to the road ahead.”

Linking smart farms across the country multiplies the learnings and increases the value of data generated to connect farmers with industry and research partners to find practical solutions to ag challenges.

With funding from the Canadian Agri-Food Automation and Intelligence Network (CAAIN), the Pan-Canadian Smart Farm Network initiative will accelerate the development and adoption of ag technologies and systems, helping producers manage their risk of production to improve the productivity and sustainability of their farms

Agnew announced that the LFCE was joining the network on Tuesday, July 19 during a Pan-Canadian Smart Farm Network presentation at Ag in Motion at Discovery Farm Langham, Sask.

Visit oldscollege.ca/smartfarmnetwork to learn more about the Pan-Canadian Smart Farm Network, or contact Olds College Centre for Innovation to inquire about joining the network.

discovery-of-young-deep-groundwater-tells-surprising-tale-usask-researchertrue1718730911095imj129Discovery of ‘young’ deep groundwater tells surprising tale: USask researcherThe findings of a recently published study of ancient groundwaters have important implications for such practices as carbon sequestration and deep underground storage of waste from nuclear power and oil and gas production, says University of Saskatchewan (USask) researcher Dr. Grant Ferguson (PhD).water, research, 1658241780000/articles/research/2022/discovery-of-young-deep-groundwater-tells-surprising-tale-usask-researchernewssite://news/articles/research/2022/discovery-of-young-deep-groundwater-tells-surprising-tale-usask-researcherccm0461658242018862ccm0461658242663361show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ferguson-mcintosh.jpgsite://news/images/2022/ferguson-mcintosh.jpgnewsferguson-mcintosh.jpg2266691080720USask researcher Dr. Grant Ferguson (PhD) and co-author Dr. Jennifer McIntosh (PhD). USask researcher Dr. Grant Ferguson (PhD) and co-author Dr. Jennifer McIntosh (PhD). (Photos: Submitted)NoNoneNoneNo/
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Groundwater at depths of several hundred metres or more can be hundreds of millions of years old and are often thought of stagnant and isolated from the atmosphere and the water cycle—a reason these subsurface areas are targeted as potential sites for subsurface waste disposal, said Ferguson.

“But things are more dynamic down there than we thought,” said Ferguson, professor of civil, geological and environmental engineering at USask’s College of Engineering and co-author of the paper in the journal Geophysical Research Letters.

The paper describes the surprising findings in the Paradox Basin, located in southeastern Utah and southwestern Colorado, where the research team found unexpectedly young groundwater at a depth where conventionally much older aquifers are located.

“That’s what was so exciting about this study,” said co-author Dr. Jennifer McIntosh (PhD), Distinguished Scholar at the University of Arizona (U of A) in the Department of Hydrology and Atmospheric Sciences and adjunct professor at USask.

“We expected to find that groundwater would get progressively older as you go deeper,” said McIntosh . “Instead, we found million-year-old groundwater, which is relatively young, about three kilometres beneath the surface in sediments that are hundreds of millions of years old.”

McIntosh headed the team on which Ferguson was the lead in physical hydrology. Dr. Jihyun Kim (PhD), now a postgraduate student at the University of Calgary and a former U of A PhD candidate whom McIntosh and Ferguson co-supervised, was first author.

This study is among the first to employ a relatively new krypton-81 technique to date deep groundwater. Unlike carbon-14, which scientists use to determine the age of materials up to 40,000 years old, the longer decay period of radioactive krypton 81 can be used to calculate the age of water up to 1.2-million-years-old.

The study findings are related to the rapid geologic changes over the past three million to 10 million years in the Colorado Plateau, where the dramatic incision (downcutting, or erosion under the riverbed) of the large Colorado River, which formed the Grand Canyon, began flushing out ancient groundwaters.

Before the incision of the Colorado River, the Colorado Plateau was relatively flat and seawater from the Paleozoic era (500 million to 250 million years ago) was trapped within the sediments for hundreds of millions of years, Ferguson said.

“Essentially, what the incision did was to create drains that let water from the surface to penetrate and flush the ancient highly saline waters in aquifers both above and below the salt deposits at the centre of the deep groundwater system.”

This research shows landscape evolution can effect a dramatic change in the subsurface environment in a few million years—a short period in geological time, McIntosh said. The study is useful because the same techniques can be applied to characterize sites elsewhere to learn how they are connected to the atmosphere and the surface, she said.

A newly funded project in the Colorado Plateau led by McIntosh is also examining the relationship between subsurface hydrology and life in more detail, testing the hypothesis that deep circulation of water from the surface could have re-inoculated microbial life into sediments that were deeply buried and sterilized by high temperatures in the geologic past.

The team plans to extend this work to other regions including the Canadian Prairies, where Ferguson said geological events, such as rise of the Rocky Mountains 80 million to 50 million years ago, and glaciation that covered much of North America starting about 2.8 million years ago would have had created massive hydrological changes.

“Especially from a Saskatchewan perspective, we are thinking about the different ways we use the subsurface, whether that’s in storing fluids from oil and gas, or carbon sequestration, we will have these legacies going forward,” he said. “I don’t think we have really scrutinized these systems in ways that we could or should.”

usask-teams-to-establish-research-programs-to-better-understand-and-treat-serious-diseasestrue1718730911095imj129USask teams to establish research programs to better understand and treat serious diseases University of Saskatchewan (USask) researchers have received more than $930,000 in provincial funding support from the Saskatchewan Health Research Foundation (SHRF) for research addressing pressing health challenges faced by the people of Saskatchewan and impacting global communities. SHRF, health, research, VIDO, College of Medicine, 1657809960000/articles/research/2022/usask-teams-to-establish-research-programs-to-better-understand-and-treat-serious-diseasesnewssite://news/articles/research/2022/usask-teams-to-establish-research-programs-to-better-understand-and-treat-serious-diseasesccm0461657821829927ccm0461657821898104show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/dhar-lang.jpgsite://news/images/2022/dhar-lang.jpgnewsdhar-lang.jpg2809491080720From left: Dr. Neeraj Dhar (PhD) and Dr. Angelica Lang (PhD). From left: VIDO scientist Dr. Neeraj Dhar (PhD), and USask College of Medicine researcher and director of the Ergonomics Lab in the Canadian Centre for Health and Safety in Agriculture, Dr. Angelica Lang (PhD). (Photos: Submitted)NoNoneNoneNo/
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This funding helps early-career researchers establish themselves and their programs of research at the institution, allowing them to produce the outcomes necessary for further funding success.

“We are grateful for the support of provincial organizations like SHRF that are investing in the bright and innovative minds working to improve our health,” said Baljit Singh, USask vice-president of research. “The pandemic may have brought new challenges to the forefront, but our ongoing health challenges continue to be met with a renewed dedication to discovery the world needs.”

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Before the COVID-19 pandemic, tuberculosis (TB) was ranked as the No.1 cause of death from infectious diseases. TB is caused by bacteria called Mycobacterium tuberculosis, and mainly affects lungs, but can also infect other areas of the body including the brain, spine and kidneys. TB is typically spread through aerosolized droplets, and its occurrence can be exacerbated by socioeconomic factors such as poverty, crowded housing, co-infection with other diseases (e.g., HIV/AIDS), and limited health care access.

TB is curable with antibiotics, but current treatment regimens are tough, requiring taking up to four different drugs per day over a period of six months to combat the bacteria. Any failure to take medications on time can compromise the entire treatment process, as TB bacteria often forms persistent sub-populations that can eventually become resistant to antibiotics. Because of the necessary strictness of the treatment process, many patients cannot maintain the regimen and thus treatment failures occur. Drug-resistant TB is a major contributor to antimicrobial resistance and is a growing international public health threat.

USask’s Vaccine and Infectious Disease Organization (VIDO) scientist Dr. Neeraj Dhar (PhD) and his research team plan to study the sub-populations of persistent Mycobacterium tuberculosis and will attempt to identify strategies to kill them.

“Antibiotic persistence, having a non-genetic origin, is extremely challenging to study,” said Dhar. “Therefore, we don’t have drugs that specifically target these populations of bacteria.”

Dhar said that introducing these types of drugs into the TB treatment regimen will shorten the time required for treatment, thus making treatment easier and more accessible for TB patients.

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USask College of Medicine researcher and director of the Ergonomics Lab in the Canadian Centre for Health and Safety in Agriculture, Dr. Angelica Lang (PhD) said that the most frequent cause of pain and disability in the arm and shoulder is injury to rotator cuff muscles, which is a small muscle group surrounding the shoulder that enables it to move in complex ways and multiple directions.

This common injury, termed rotator cuff disease, often gets more severe with time and can lead to more pain and greater injuries, like rotator cuff tears. The goal of this newly funded project is to understand the mechanics of how the shoulder moves and how rotator cuff disease and shoulder mechanics progress over time.

People from both urban and rural Saskatchewan will be recruited to take part in the study for one year. This will allow the research team to determine if place of residence has an influence on the development and progression of rotator cuff disease.

“It is generally accepted that certain movement patterns are associated with rotator cuff disease, but research has yet to determine if these movement patterns are the cause or the symptom of pain and disorder,” said Lang. “This will be the first step towards empirically defining the relationship of time, pain, and shoulder biomechanics.”

The findings from the study will also lead to more rural-specific testing and treatment recommendations for people with rotator cuff disease in Saskatchewan, including considerations for how to keep Saskatchewanians able to work during treatment and recovery.

TextOther funded USask projects include:None/Above content

Arinjay Banerjee, Vaccine and Infectious Disease Organization: $120,000
Discovering the molecular drivers of differential pathogenicity on infection with severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) and Middle East respiratory syndrome coronavirus (MERS-CoV)

Michael Chamberlain, College of Medicine: $120,000
Development of 3D tissue engineered tumor microtissue models for precision medicine

Michelle Collins, College of Medicine: $120,000
Uncovering Mechanisms of Cardiac Rhythm Disorders

Alyson Kelvin, Vaccine and Infectious Disease Organization: $120,000
Investigation of systemic immune profiles and inflammatory mediators to identify potential therapeutic targets or diagnostics markers in Long COVID patients in Saskatchewan

Jay Shavadia, College of Medicine: $100,923
BEta blocker dEprescription Following coronary artery Bypass graft sURGERy: feasibility and safety pilot (BEEFBURGER Trial)

Jessica Sheldon, College of Medicine: $120,000
More than just allergy: how histamine impacts infection by a multidrug-resistant pathogen

new-project-has-big-impact-on-bison-genome-biobanks-development-at-usasktrue1718730911095imj129New project has big impact on bison genome biobank’s development at USaskResearchers’ aim of developing the world’s first bison genome biobank at the University of Saskatchewan (USask) received a critical boost on July 14 with Genome Canada’s funding announcement of $5.1 million for the Bison Integrated Genomics (BIG) project. WCVM, Research, LFCE, 1657810860000/articles/research/2022/new-project-has-big-impact-on-bison-genome-biobanks-development-at-usasknewssite://news/articles/research/2022/new-project-has-big-impact-on-bison-genome-biobanks-development-at-usaskccm0461657811512746ccm0461657811512746show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bison-wcvm.jpgsite://news/images/2022/bison-wcvm.jpgnewsbison-wcvm.jpg2623871080720Bison at the USask Livestock and Forage Centre of Excellence’s Native Hoofstock Research and Teaching Unit. (Photo: Christina Weese)Bison at the USask Livestock and Forage Centre of Excellence’s Native Hoofstock Research and Teaching Unit. (Photo: Christina Weese)NoNoneNoneNo/
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The BIG project will apply new genomics solutions to better protect and conserve the wood bison population in Canada. It’s directly connected with the massive $17-million-dollar research initiative called “Integrated omics for sustainable animal agriculture and environmental stewardship” (IntegrOmes) that’s based at the USask Livestock and Forage Centre of Excellence (LFCE).

Funding for IntegrOmes was made possible by the Canada Foundation for Innovation’s Innovation Fund and included contributions from federal, provincial and private agencies. USask veterinarian and reproductive biologist Dr. Gregg Adams leads IntegrOmes’ multi-agency research team.

“IntegrOmes will provide the infrastructure and equipment that our research team needs to broaden our research capabilities, while this new funding from Genome Canada will supply our team with the operating funds we need to actually do the research,” said Adams, a professor in the Department of Veterinary Biomedical Sciences at the Western College of Veterinary Medicine (WCVM). 

“The BIG project provides a vehicle for us to interact with scientists with expertise in other fields such as microbiology, epidemiology, reproductive technologies, genomics, microbiomics and bioinformatics. It’s very exciting.”

Adams is the academic lead for the BIG project while Parks Canada veterinarian and WCVM adjunct professor Dr. Todd Shury is the receptor lead for the Genome Canada-funded initiative. Together, they spearheaded the BIG proposal and shared the project’s planning and composition with eight other co-investigators from the Toronto Zoo, Agriculture and Agri-Food Canada, Vaccine and Infectious Disease Organization (VIDO), University of Alberta and University of California-Santa Cruz.

“A major facet of IntegrOmes is upgrading the Native Hoofstock Centre at the LFCE where our bison are maintained, and this will form the headquarters of our bison genome biobank,” said Adams.   

Genome biobanks are used to store and redistribute genetic material to preserve genetic diversity. Researchers will use genomic tools for disease surveillance and vaccine development. They will also use the biobank resources to restore the natural genetic composition and genetic diversity of Canada’s plains bison and wood bison populations—ensuring that the species will survive for future generations. Their work has the support of the Assembly of First Nations and other Indigenous groups.

Research findings gained through the team’s work will also play a key role in improving the productivity, efficiency and sustainability of Canada’s beef cattle industry. One of IntegrOmes’ primary goals is to make it easier for cattle producers to identify and breed animals with better meat quality, stronger disease immunity, good maternal behaviour and other desired traits.

Click here to read the news announcement for Genome Canada’s BIG project.

one-in-five-prairie-residents-thinks-free-speech-limited-or-non-existenttrue1718730911095imj129One in five Prairie residents thinks free speech limited or non-existentThe demands for “freedom” coming out of anti-mask protests, truck convoys, and streams of political rhetoric over the past two years have been imprinted on the brains of Canadians.CHASR, research,1657552680000/articles/research/2022/one-in-five-prairie-residents-thinks-free-speech-limited-or-non-existentnewssite://news/articles/research/2022/one-in-five-prairie-residents-thinks-free-speech-limited-or-non-existentccm0461657554036218ccm0461657554070456show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/Jason Disano-2-OCN.jpgsite://news/images/2019/Jason Disano-2-OCN.jpgnewsJason Disano-2-OCN.jpg2703241080720Jason Disano, director of the Canadian Hub for Applied and Social Research (CHASR) at USask. (Photo: Submitted)Jason Disano, director of the Canadian Hub for Applied and Social Research (CHASR) at USask. (Photo: Submitted)NoNoneNoneNo/
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And, as the findings of a new national survey by the University of Saskatchewan (USask) Canadian Hub for Applied and Social Research (CHASR) suggest, nowhere in Canada is the sentiment stronger than in the Prairie provinces, where nearly one in five respondents feel they have little to no freedom of speech.

Manitoba, Saskatchewan and Alberta respondents were also more likely than fellow Canadians to believe they should be free to express their views without any limits. This attitude is more in line with the American First Amendment that protects almost all speech, unlike Canadian law that places “reasonable limits” on free expression, including a ban on hate speech.

With 31.5 per cent of respondents from the three Prairie provinces identifying themselves as right-leaning or very right-leaning, the findings are unsurprising because such political attitudes are intertwined with demands for unrestricted speech, said CHASR director Jason Disano.

“I think our conservatism is showing through in these data,” he said. “It’s coming through in a variety of indicators and questions we asked in this survey.”

Taking the Pulse of Canada, a quarterly national survey CHASR conducted for The Canadian Press, contacted 1,000 Canadians via landlines and cellphones between June 1 and June 27. The results yield a margin of error of +/- 3.08 per cent nationally 19 times out of 20, meaning the survey results can be considered reliable 95 per cent of the time.

“We decided to ask about freedom specifically, given (Conservative leadership contender) Pierre Poilievre’s campaign focus on the word and other recent events,” said Disano. “It would be relevant to find out if people truly feel free, as opposed to the rhetoric coming out of campaigns.”

Nationally, the majority of respondents (85.9 per cent) believe that Canadians fully or somewhat have freedom of speech. However, 18.5 per cent of respondents on the Prairies said they have little or no freedom of speech, a significant difference in comparison to 5.4 per cent of Atlantic Canadians and 8.2 per cent of Quebecers who feel the same, Disano said.

“If this was just a Saskatchewan survey or even a Prairies-only survey, the results would be very different,” he said. “It’s the large centrist group in Ontario and the numbers from Atlantic Canada and Quebec that moderate the results to some extent.”

TextImage/images/2022/poll_chasr1.jpgsite://news/images/2022/poll_chasr1.jpgnewspoll_chasr1.jpg20333410701074Above content

Among other survey highlights:

  • Nationally, 24 per cent of respondents who identify as more right-leaning politically believe Canadians have very little or no freedom of speech, compared to 3.1 per cent of respondents who identified as left-leaning.
  • Three-quarters of respondents feel comfortable expressing their political opinions in public, while 7.1 per cent of women and 7.9 per cent of men feel very uncomfortable doing so.
  • Older people are more likely than younger people to believe Canadians have greater freedom of speech. Among those under age 35, 10.5 per cent think Canadians have very little or no freedom of speech, while the figure is 15.9 per cent for those aged 35-54, and 8.7 per cent for people over age 55.
  • Left-leaning respondents were more likely to support government and private corporations intervening to limit the spread of misinformation and hate speech.
  • Older people (over 55) and women were more likely to support government intervention.
  • Quebec respondents were more likely to support interventions to restrict the spread of misinformation and hate compared to those in Ontario, British Columbia, and on the Prairies.
  • Women are also more likely than men to support Canada’s restrictions on free speech, with 19.3 per cent of men saying there should be no limits and 9.8 per cent of women supporting no limits.

 

usask-projects-asks,-whats-water-worthtrue1718730911095imj129USask projects asks, ‘what’s water worth?’ Parents who grump about their teens taking long showers know how much water is worth. So do the homeowners who stared in shock last year at their city bills after trying to maintain a bit of green in their lawns and gardens under barren summer skies.Sarath Peiriswater, research,1657220340000/articles/research/2022/usask-projects-asks,-whats-water-worthnewssite://news/articles/research/2022/usask-projects-asks,-whats-water-worthccm0461657220862361ccm0461657221233850show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pat-water.jpgsite://news/images/2022/pat-water.jpgnewspat-water.jpg2072191080720USask researcher Dr. Patrick Lloyd-Smith.USask researcher Dr. Patrick Lloyd-Smith aims to fill the knowledge gap with Canada’s largest ever co-ordinated effort to establish what freshwater is worth. (Photo: Gord Waldner)NoNoneNoneNo/
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But there’s a huge non-market value to the life-sustaining liquid that goes far beyond the price utilities charge for domestic and industrial water use. 

That vital aspect is typically left uncalculated by policy- and decision-makers in Canada because this country simply doesn’t collect the data or have the tools needed to assess the value of services that water provides to the economy and society-at-large. 

Now, an ambitious two-year project, co-led by University of Saskatchewan (USask) researcher Dr. Patrick Lloyd-Smith (PhD), aims to fill the knowledge gap with Canada’s largest ever co-ordinated effort to establish what freshwater is worth. 

“Just because it doesn’t have a price doesn’t mean it doesn’t have a value,” he said. 

Non-market valuation is a fairly active field in environmental economics, said Lloyd-Smith, assistant professor in the Department of Agricultural and Resource Economics at USask’s College of Agriculture and Bioresources. 

The services freshwater provides—whether by naturally absorbing pollutants, serving as a repository for wastewater, providing aesthetic value to landscapes, or imparting a sense of well-being and security to Canadians worried about the impacts of climate change—typically remains untallied, he said. 

“We want to improve economic valuation estimates of water in Canada,” said Lloyd-Smith. “Canada really lags behind other parts of the world, such as Europe and the United States, which have more comprehensive economic valuation estimates for water quality and incorporate them into decision-making on sustainable water use.” 

Lloyd-Smith, fellow resource economists Dr. Roy Brouwer (PhD), co-lead from the University of Waterloo, Dr. Vic Adamowicz (PhD) of the University of Alberta, and Dr. Diane Dupont (PhD) of Brock University, are working with UWaterloo water expert Dr. Helen Jarvie (PhD) to develop, test, and apply state-of-the-art valuation methods to freshwater. The USask-led pan-Canadian Global Water Futures (GWF) program awarded the team $300,000 for the project. 

TextNot every last drop will be assigned a price None/Above content

The project’s goal isn’t to set a price on every last drop of water in every lake, river, or wetland in Canada, Lloyd-Smith said. That would be an unimaginable number and one that’s not particularly useful since no one is talking about getting rid of the water. 

Rather, his team is interested in ascribing a price to water quality and changes in that quality because that’s what is relevant for real-world decision-making. 

“So, if the quality of water goes from its current state to an improved state, or the government passes a regulation that water quality has to exceed a certain objective, what is the economic value of that change?” he asked. “For the most part, we are interested in providing these values estimates to policymakers.” 

TextOne measurement relatively easy None/Above content

One readily available assessment method is tied to the impact water quality has on people’s recreational behaviour, he said. Understanding to what extent people are willing to travel farther or pay more to access a clean lake instead of a less pristine lake tells us something about the tradeoffs they are willing to make between money and water quality, said Lloyd-Smith. 

The price gap between what people will pay for homes or cabins at a “good” lake in comparison to a one with lesser quality water is another valuation method.  

However, there’s a broader set of benefits from high quality water unrelated to direct use. That esoteric calculation involves perception: “People might have an economic value just for the idea that Canada is a place with clean lakes,” said Lloyd-Smith. 

For instance, a resident of downtown Toronto or Vancouver might still hold economic value for lakes in Northern Canada and a willingness to contribute to their conservation, even if they never intend to visit these sites. 

Obviously, there are challenges in trying to measure this, said Lloyd-Smith. But he notes there’s a lot of evidence to suggest that these values are really important, such as when setting environment liability in courts or establishing the appropriate level of compensation of aquatic ecosystem damage from huge spills or release of contaminants.  

He points to the 2010 Deep Water Horizon oil spill disaster in the Gulf of Mexico as an example where the damages went far beyond the immediate costs of cleanup, reclamation, and direct economic costs to determine what BP, the company responsible, should pay. 

While economists estimated the value of lost recreational days in the affected five states at close to $700 million, Americans responding to a survey to gauge the value they’d assign to the damage to beaches, marshes, animals, fish, and coral pegged the figure at $17.2 billion—a value used as part of United States court proceedings against BP to establish restitution costs.  

TextStructured conversations will guide researchers None/Above content

“So, part of our project will be to engage in a structured conversation with individuals—primarily  through surveys—to understand their preferences for different water quality improvement programs in Canada and if they are willing to pay more taxes to fund these.”  

Researchers plan to use stated preference surveys” which have been shown to be effective in environment-related research projects. These surveys are carefully designed to learn how much people value certain environmental goods or services—in this case, water quality—by asking them how much they are willing to pay to preserve or improve these services, or would want in compensation for the loss of a benefit, such as turning a clean lake into a tailings pond. 

“For example, a question would be something like: ‘say the government brought in a program that improves water quality in Lake X from unsafe for swimming to safe for swimming, and it will cost you $50 a year. Vote yes or no to that program. Now, what if it costs $100? What if the cost is $500?’  

“From their responses we can understand the tradeoff people would be willing to make for a very specific change in water quality.” 

TextWetlands services have many facets None/Above content

Conservation of ecologically beneficial wetlands, especially on the Prairies, is a contentious issue. While society in general benefits from services such as water purification, wildlife habitat, and carbon absorption that wetlands provide, it’s landowners who bear the costs through lost production and having to work round these areas, cutting into farm profits. 

The research team is using two methods to assess the value of wetland services on farms, starting with stated preference surveys to understand people’s willingness to financially support wetland conservation for such intangible benefits as providing habitat for wildlife and species at risk. 

They also are considering a wetlands certification program. The idea is to see if consumers would pay a higher price for products from farmers whose operations are certified as wetlands friendly. 

“We want to see if there’s a demand for these types of products,” said Lloyd-Smith. “We could then compare the price premium consumers are willing to pay to the cost to the landowner of maintaining or restoring a wetland on their property.” 

The worth of direct wetlands services such as purifying water or reducing pollutants can be calculated by estimating avoided treatment costs or not having to build bigger treatment plants. 

As for the value of wetland carbon sequestration, Lloyd-Smith said the team can tap into global numbers established by those scientists who have shouldered the massive job of costing out damages associated with increased carbon in the atmosphere and social costs of climate change.  

TextThe why of the research is important None/Above content

Lloyd-Smith is clear that the economic valuation of water is one part of a larger conversation about the value of water that goes beyond this one project. 

“We can’t measure everything, so we do the best we can. We start by measuring what we are confident in measuring and then work our way up.” 

The aim of the research project is to provide value estimates for use by governments in decision-making, he said.  

“The federal government has a rule that any program or policy they bring in that has a substantial impact on the economy requires a benefits-cost analysis, realizing that some of these are going to be immeasurable,” he said. “That means we don’t have to measure all of the potential benefits of water; we just have to do enough to better inform these assessments.” 

usask-graduate-student-takes-research-experience-to-the-world-stage-at-the-untrue1718730911095imj129USask graduate student takes research experience to the world stage at the UNCanada has been a member of the United Nations (UN) since its foundation. The Permanent Mission of Canada acts as a channel of communication and diplomacy between Canada and the United Nations in New York City. Led by Ambassador Bob Rae, those who work there put a face to the country’s domestic policies. Kate Gillis, a USask graduate student, had the opportunity to work at the mission for almost five months as an intern in 2022.Research Communicationsresearch, College of Arts and Science, Indigenous, Aboriginal,1656946560000/articles/research/2022/usask-graduate-student-takes-research-experience-to-the-world-stage-at-the-unnewssite://news/articles/research/2022/usask-graduate-student-takes-research-experience-to-the-world-stage-at-the-unccm0461656946918545ccm0461662479871124show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kategillis1080.jpgsite://news/images/2022/kategillis1080.jpgnewskategillis1080.jpg2791321080720Kate Gillis, a College of Arts and Science Indigenous Studies graduate researcher at USask.Kate Gillis is a College of Arts and Science Indigenous Studies graduate researcher at USask. (Photo: Submitted)NoNoneNoneNo/
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She was the first Indigenous or Métis intern to work at the mission and took some time to talk about her experience bringing a unique perspective from her historical research activities at the University of Saskatchewan (USask) to the world stage.

Tell us about your recent internship experience.

It started off virtually in the middle of January and continued until mid-March when I got to go down to New York City. My time was then split between working in the office at 45th and Lexington, right off Grand Central Station where the Permanent Mission is situated, and the UN headquarters.

During my time working on the Legal, Social, and Human Rights team, I worked on UN high-level events such as the Economic and Social Development Council, as well as the 66th Commission on the Status of Women. This year’s theme of the Commission on the Status of Women was climate change, which was especially interesting from a Canadian perspective as we really wanted to reinforce the role of Indigenous women on this topic. To do this, we hosted a side event co-sponsored with Finland. We had a panel discussion that included Sámi, Inuit, and First Nations participants who focused on northern affairs in their respective countries.

Next, I worked a little bit on the Open-Ended Working Group on Aging, then in contrast, the next week I was working on the Youth Forum, where as an intern at the mission, I was representing Canada.

Following the Youth Forum, I worked on the Permanent Forum of Indigenous Issues. This was how I ended my time in New York and I could not have ended it on a better note. Though it was a hybrid event, this was the first large event at the UN where they invited back civil society participants and non-government organizations, and of course, Indigenous groups. This is where I had the incredible opportunity to meet people like National Chief Archibald from the Assembly of First Nations and President Caron from Métis National Council.

How did your work at the mission relate to your studies and research here at USask?

My studies have been Métis-focused and focused on Métis feminism. Though there are Métis people all over the world now, the only federal Indigenous recognition of Métis people is in Canada. I previously worked for the Métis Nation of Alberta and had a provincial understanding as well as a wider understanding of Métis politics federally, but the internship provided an opportunity to see how things worked on an international level.

As a historical researcher exploring the contributions of Métis women in the establishment of Métis people in the Red River region, it made me realize that my work is important to not only myself, but to our people, and that this lack of women’s representation in our government bodies on an international level isn’t something new, but is something that is changing.

I was really proud not only to be able to bring my voice to the table, but also to see the voices of women like Chief Archibald and President Caron and other Indigenous women who were at the forum as well. It was really inspiring.

What attracted you to the opportunity and how did the experience broaden your perspective?

Reflecting on my studies and the Department of Indigenous Studies here at USask, we have great representation from Indigenous peoples across Canada, but also across the world. People like Simon Lambert, who is Māori, and peers from Indigenous communities in Norway, Asia, and Latin America. It struck a chord with me how much we have in common internationally. A lot of our struggles, despite geographical differences, are struggles that we share globally.

TextImage/images/2022/kategillis2.jpgsite://news/images/2022/kategillis2.jpgnewskategillis2.jpg213792999715USask graduate student Kate Gillis (right) with Canadian Ambassador, the Honorable Bob Rae, at the Canada desk in the UN General Assembly Hall. (Photo: Submitted)Above content

Is there a particular moment or memory from the experience that stands out?

The Indigenous Forum as a whole was just a phenomenal experience, but there was one particular moment when we were at the permanent mission office building. It’s this beautiful building on the 20th floor. It has all this artwork throughout. I was talking to President Caron, which in and of itself is incredible, but we were talking about the similarities in our families as Métis people often do, and it really stuck with me because she’s a young Métis woman too. Who would have ever thought that these two Métis girls from the Prairies in Canada, which is so often overlooked on the international scale, would be here representing Métis people? We also had a Métis Elder from Saskatchewan at the Forum, and there was such a generational power that I felt in that moment.

I felt very hopeful in that moment like I was meant to meet her, and we were meant to be there together. I can’t speak for her, but it was definitely something I will remember.

I would really encourage people, especially Indigenous people from the Prairies and from Western Canada, to really try to engage with these opportunities because the government is pushing for this agenda of reconciliation and enhanced participation. It was a fantastic experience and even if it’s not something at the Permanent Mission of Canada or the United Nations, there are so many federal government student opportunities that can help get your foot in the door and provide further opportunities in the future.

global-water-basins-hotspots-prioritize-areas-under-threat-usask-researchtrue1718730911095imj129Global water basins hotspots prioritize areas under threat: USask researchNew research at the intersection of how humans and ecosystems interact with water shows that the most-stressed regions in the world are becoming drier leading to water governance, economic and social challenges.research, water, 1656516240000/articles/research/2022/global-water-basins-hotspots-prioritize-areas-under-threat-usask-researchnewssite://news/articles/research/2022/global-water-basins-hotspots-prioritize-areas-under-threat-usask-researchccm0461656518139121ccm0461656518180237show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/Jay Famiglietti-extended-OCN.jpgsite://news/images/2019/Jay Famiglietti-extended-OCN.jpgnewsJay Famiglietti-extended-OCN.jpg3293211080720Jay Famiglietti, executive director of USask’s Global Institute for Water Security.Jay Famiglietti, executive director of USask’s Global Institute for Water Security. (Photo: GIWS)NoNoneNoneNo/
TextImage/images/2022/xander_huggins.jpgsite://news/images/2022/xander_huggins.jpgnewsxander_huggins.jpg111906540720Xander Huggins, a PhD candidate with USask’s Global Institute for Water Security. (Photo: Submitted)Align left

Recent studies involving a University of Saskatchewan (USask) researcher show where groundwater is becoming less available globally, but less work has been done to understand the impact changes to these water systems have on people. That is where a new study, which was recently published in Nature Communications, takes into account both social and ecological impacts, allowing researchers to identify global “hotspots” where the threat to the water basin is most concerning.

“There’s a consensus in sustainability science and sustainability literature around being wary of broad-brush solutions,” said Xander Huggins, a PhD candidate with USask’s Global Institute for Water Security (GIWS), and the University of Victoria Department of Civil Engineering.

“These [solutions] really need to be generated locally, and they will be different from each other from place to place. … This gives us a template for where to focus globally with greater specificity.” 

Huggins, the lead author of the paper titled Hotspots for social and ecological impacts from freshwater stress and storage loss, says this is “a call to action,” and there’s already been interest in the research from non-governmental organizations such as the World Wildlife Fund.

Once the vulnerable water basins are clearly identified, place-based solutions can be implemented by local communities, organizations and governments. 

“There is an urgent need to address these drying water basins. The most vulnerable basins impact more than 1.5 billion people, 17 per cent of global food crop production, 13 per cent of global gross domestic product, and hundreds of significant wetlands,” said Huggins.

He said one of the ways governments and communities can address this crisis is to apply integrated water resources management (IWRM), a process that promotes co-ordinated water management and is tied into the United Nations’ Sustainable Development Goals. 

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The study suggests that basins with low levels of IWRM where vulnerability is high should be the priority basins. Yet comparing the vulnerability mapping they produced to the current level of IWRM implementation, they found that transboundary basins — shared by multiple countries — are the least likely to implement such measures and are also the most at risk. Nations with low levels of IWRM implementation and very high vulnerability include Afghanistan, Algeria, Argentina, Egypt, India, Iraq, Kazakhstan, Mexico, Somalia, Ukraine, Uzbekistan, and Yemen. 

“Part of the reason why they are so vulnerable is that there's less diplomacy … between these multi-jurisdictional water systems that are affecting humans and ecosystems at once,” Huggins said.

The paper calls for greater policy integration and hydro-diplomacy, noting that of the nearly 700 water conflicts documented since 2000 by The Water Conflict Chronology, two-thirds (68 per cent) are found within either transitional or hotspot basins.

Jay Famiglietti, executive director of GIWS and co-supervisor for Huggins’s PhD work, says the research helps prioritize the attention that these different basins need.

“The work we’ve done until this point has been strictly looking at water availability and changes in water availability, and we've only talked in broad strokes about how it might impact food production, how it might impact biodiversity, what it means for political stability or conflict,” Famiglietti said. 

“This is really the first step at putting a few of those other stressors together, along with changing water availability, to get a more robust picture of just how vulnerable these basins are.” 

Looking to the future, Famiglietti, Huggins and others are putting together an international, transdisciplinary group to address the problem of global groundwater sustainability, and Famiglietti said research like this is critical to moving forward.

“You really have to understand the social structure, the governance structure, the biodiversity that's at risk, the wealth of the nation, its capacity,” he said. “This is really the first step towards that diagnosis.”

 

patient-oriented-research-in-saskatchewan-receives-25.2-million-in-supporttrue1718730911095imj129Patient-oriented research in Saskatchewan receives $25.2 million in supportThe Saskatchewan Centre for Patient-Oriented Research (SCPOR) based from the University of Saskatchewan (USask) has entered a second phase of operation, thanks to a $12.6-million grant from the Canadian Institutes of Health Research (CIHR) and matching funds provided by a group of partners.research, 1656514440000/articles/research/2022/patient-oriented-research-in-saskatchewan-receives-25.2-million-in-supportnewssite://news/articles/research/2022/patient-oriented-research-in-saskatchewan-receives-25.2-million-in-supportccm0461656515954144ccm0461661184702315show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/scpor.jpgsite://news/images/2022/scpor.jpgnewsscpor.jpg1714191080720Dr. Preston Smith (MD), Dr. Brandy Winquist (PhD), and Candace Skrapek.Dr. Preston Smith (MD), Dr. Brandy Winquist (PhD), and Candace Skrapek. (Photos: Submitted)NoNoneNoneNo/
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SCPOR was founded in 2015, as part of Canada’s Strategy for Patient-Oriented Research, led by CIHR. The first phase of the strategy established systems to support patient-oriented research in Saskatchewan. The second phase, which took effect in April 2022, will focus on implementing systems that will be sustainable beyond the grant’s period of support.

Patient-oriented research includes patients as partners on research teams. As experts in their own personal healthcare journey, patients, their families and their informal caregivers provide unique perspectives that help increase the likelihood that research will be implemented and lead to improved patient experiences. 

“Through patient-oriented research, we can achieve better experiences and better results for patients – the people of Saskatchewan,” said Dr. Preston Smith (MD), dean of the USask College of Medicine and named principal investigator. “We are grateful for CIHR’s [funding] commitment, and that of our partner agencies to this important initiative.”

The matching total $12.6-million cash and in-kind contributions will be provided by: the Saskatchewan Health Authority, University of Saskatchewan, University of Regina, Saskatchewan Polytechnic, Saskatchewan Health Quality Council, Saskatchewan Health Research Foundation, eHealth Saskatchewan, Saskatchewan Cancer Agency, and First Nations University of Canada.

“In Saskatchewan, patient partners and key organizations in health, education, and government are all collaborators in the grant and all have a voice at the table,” said Dr. Brandy Winquist (PhD), executive director, Academics and Learning with the Saskatchewan Health Authority.  “Saskatchewan is fortunate to have so many partners contributing to the initiative.”

Other significant collaborators include Patient Partners, Federation of Sovereign Indigenous Nations, Métis Nation—Saskatchewan, the nātawihowin and mamawiikikayaahk Research and Mentorship Networks (Saskatchewan NEIHR), Saskatchewan Ministry of Health and Saskatchewan Ministry of Advanced Education.

“Collaborative health research initiatives that bring together the expertise of Patient Partners, researchers, policy makers and health care providers will have a greater impact than when these experts act alone,” said Patient Partner and representative on SCPOR’s Oversight Committee, Candace Skrapek. “I am excited to bring the Patient Partner voice and perspective to this new granting phase. Through collaboration with SCPOR’s partners we can strengthen the capacity needed to conduct patient-oriented research that will improve the lives, health outcomes, and care experiences of the people of Saskatchewan.”

SCPOR’s vision of working together for a healthier Saskatchewan through patient-oriented research is possible because of the commitment of our diverse partners.

“Our government is proud to invest in Saskatchewan Centre for Patient-Oriented Research as they leverage the experience of a variety of partners to ensure patients have a strong voice in the delivery of health care in our province,” said Saskatchewan Minister of Health, Paul Merriman. “This collaboration will lead to a responsive, equitable and innovative system that supports a healthier Saskatchewan.”

As one of 11 SPOR SUPPORT units across the country, SCPOR will continue to collaborate with national counterparts to extend the benefit of patient-oriented research beyond Saskatchewan.

“Our work at CIHR has made patient-oriented research no longer just a concept in Canada; patients and researchers are working together to produce measurable improvements in service delivery and health care practice across the country,” said Dr. Michael Strong (MD), CIHR president. “Patient-oriented research wouldn’t be where it is today without the ongoing support and contributions from all SPOR-funded entities and their steadfast commitment to patient-oriented research in each of their communities.”

“To provide Canadians with high-quality health care, we need research evidence to tell us what works,” said the Honourable Jean-Yves Duclos, Minister of Health, Government of Canada. “Patients, caregivers, and families help get at this evidence by adding their lived experience to the research process. Through this collaboration with the provincial government and partners, we are strengthening health care systems and improving patient care for people in Saskatchewan.”

Learn how patient-oriented research is making a difference in Saskatchewan here.

 

new-vido-vaccine-development-centre-supports-vaccine-innovation-protecting-canadians,-animalstrue1718730911095imj129New VIDO Vaccine Development Centre supports vaccine innovation protecting Canadians, animalsThe University of Saskatchewan’s (USask) Vaccine and Infectious Disease Organization (VIDO) has completed the construction of its Vaccine Development Centre (VDC), strengthening and expanding Canada’s domestic biomanufacturing capacity.VIDO, 1656442800000/articles/research/2022/new-vido-vaccine-development-centre-supports-vaccine-innovation-protecting-canadians,-animalsnewssite://news/articles/research/2022/new-vido-vaccine-development-centre-supports-vaccine-innovation-protecting-canadians,-animalsccm0461656442864251ccm0461661184824022show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/vido_vdc.jpgsite://news/images/2022/vido_vdc.jpgnewsvido_vdc.jpg1214501080720A look inside VIDO’s new Vaccine Development Centre. (Photo: David Stobbe)NoNoneNoneNo/
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The VDC will have manufacturing capabilities for human and animal vaccines and will support Canada’s emergency response for possible future pandemics. As such, the centre will play a key role in Canada’s Biomanufacturing and Life Sciences Strategy.

Post construction, the VDC will undergo commissioning to ensure that the facility utilities and equipment operate as required and meet good manufacturing practice (GMP) standards. GMP standards help ensure medicines are safely produced. The VDC will be one of only a few GMP biomanufacturing facilities in the world that produce vaccines under containment level 3.

The event on June 28, 2022, was attended by the Honourable Daniel Vandal, Minister for PrairiesCan; the Honourable Scott Moe, Premier of Saskatchewan; and his worship Charlie Clark, Mayor of Saskatoon. The Right Honourable Justin Trudeau, Prime Minister of Canada, toured the facility in May.

Funding for the VDC was provided by the Government of Canada, Government of Saskatchewan, founding corporate partners, and by individual and corporate private donations. The VDC is located within VIDO's containment level 3 facility (InterVac) which receives operational funding from Canada Foundation for Innovation under the Major Science Initiatives Fund.

The VDC is the first step in establishing VIDO as Canada’s Centre for Pandemic Research. This will also include an expanded scientific team, containment level 4 capacity, and a new animal housing facility. 

Quotes:

“From the start of the pandemic, our Government took immediate action to protect Canadians and prepare for future pandemics. We recognized the only way to move beyond the pandemic and keep people safe was through a coordinated, effective immunization campaign that included swift and reliable procurement from our government. At the same time, we are ensuring that Canadians, and the global community, have Canadian-produced vaccines to protect from future infectious disease outbreaks by investing $97.8 million from PrairiesCan since 2018, to help VIDO emerge as a world-class hub of research, development, and vaccine manufacturing capacity. Through our investments in research at the University of Saskatchewan and partnerships with industry, we continue to build domestic vaccine production capacity right here in Saskatoon, helping keep Canadians safe.”
— The Honourable Daniel Vandal, Minister for PrairiesCan

“Our Government is committed to restoring Canada’s biomanufacturing capacity following a 40-year decline, and our investment in VIDO’s new Vaccine Development Centre is key to our plan. This world-class facility will ensure that Canada remains on the cutting edge of the biomanufacturing and life sciences sector, which will better prepare Canada and the world for future health emergencies.”
— The Honourable François-Philippe Champagne, Minister of Innovation, Science and Industry

“The Government of Saskatchewan is proud to have invested in this impressive facility and to see it now completed. The Vaccine Development Centre is a great example of the foresight and vision of VIDO and the University of Saskatchewan, and the strength and innovation in Saskatchewan’s research sector. We are confident it will attract new talent and opportunities to our province.”
— The Honourable Scott Moe, Premier of Saskatchewan

“The opening of the Vaccine Development Centre is a crucial step towards becoming Canada’s Centre for Pandemic Research. VIDO is a leader in infectious disease and vaccine research, and vaccine manufacturing, using some of the most advanced infrastructure in the world. This facility will play an important role in our future protection here in Saskatoon, as well as around the world, as we work to understand, manage, and mitigate emerging diseases.”
— Charlie Clark, Mayor of Saskatoon

“The construction completion of the Vaccine Development Centre marks a major milestone for VIDO and its role as a global leader in addressing COVID-19 and future infectious disease outbreaks. We celebrate the partnerships and investment that have led to this moment, empowering USask’s pursuit to be the university the world needs.”
— Peter Stoicheff, President, University of Saskatchewan 

“We are proud that VIDO’s Vaccine Development Centre will play a role in Canada's Biomanufacturing and Life Sciences Strategy. This facility is an asset for Canadians that will advance the development of Canadian innovations to help ensure we are better prepared for the next emerging infectious disease.”
— Volker Gerdts, VIDO Director and CEO

“The Vaccine Development Centre expands VIDO’s already-impressive ability to make scientific advancements protecting Canadians and the world from the threat of infectious diseases to humans and animals. VIDO now has expanded capacity to advance our global reputation in vaccine research and development for this and future pandemic threats.”
— Baljit Singh, Vice-President Research, University of Saskatchewan

 

pewaseskwan-at-usask-signs-mou-with-sfnwc-to-support-research-with-indigenous-womentrue1718730911095imj129Pewaseskwan at USask signs MOU with SFNWC to support research with Indigenous womenThe Saskatchewan First Nations Women’s Commission (SFNWC) at the Federation of Sovereign Indigenous Nations (FSIN) and pewaseskwan—the Indigenous Wellness Research Group (IWRG) at the University of Saskatchewan (USask)—are signing a memorandum of understanding on June 24 to commemorate the start of a research alliance.1656097140000/articles/research/2022/pewaseskwan-at-usask-signs-mou-with-sfnwc-to-support-research-with-indigenous-womennewssite://news/articles/research/2022/pewaseskwan-at-usask-signs-mou-with-sfnwc-to-support-research-with-indigenous-womenvvd8931656097334154vvd8931656100290674show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bear_king.jpgsite://news/images/2022/bear_king.jpgnewsbear_king.jpg1889641080720FSIN Vice-Chief Aly Bear and Dr. Alexandra King. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Undertaken in the spirit of reconciliation, pewaseskwan and the SFNWC will work towards a shared accountability framework which meaningfully operationalizes the existing FSIN/USask MOU and supports Indigenous research.

Dr. Alexandra King (MD, FRCPC), Cameco Chair in Indigenous Health and Wellness, co-leads pewaseskwan in its research. She met with FSIN Vice-Chief Aly Bear to sign the agreement on Friday at pewaseskwan’s offices on the USask campus.

“We are excited to partner with the pewaseskwan research team as we collaborate to ensure research regarding First Nations communities is community-led, respects our cultural values and helps create a future our communities are working towards,” said Bear.

“This is an important step in our partnership with the FSIN. We look forward to strengthening our research with First Nations communities and working with the SFNWC we’ll be able to pursue opportunities that are culturally safe, and community led,” said King, a citizen of the Nipissing First Nation in Ontario.

Pewaseskwan and the SFNWC are committed to increasing Indigenous leadership of, participation in, and benefit from community-driven and -centric Indigenous health research across the province. The partnership will explore opportunities for collaboration in academic and community research, especially in the areas of Indigenous cultural expression, health and wellness, environmental conservation and stewardship, and food sovereignty.

Pewaseskwan focuses its research on Indigenous health and wellness, with teams at Simon Fraser University in B.C. and USask led by Dr. King and Professor Malcolm King. The teams collaborate with Indigenous communities, supporting them as they undertake their own health and wellness research using a different approach to engagement, relationships, research, and research services—all of which will better enable Indigenous communities to do their own health and wellness research.

Pewaseskwan is a Cree term that means “the sky is starting to clear” or “the weather is improving.” The term reflects an opportunity to get out on the land after a storm for Indigenous communities. For Dr. King and the IWRG, it reflects optimism for a healthier future, bringing together the best of Indigenous and Western worldviews through etuaptmumk, a Two-eyed Seeing approach utilizing Indigenous and Western knowledges together.

The FSIN represents 74 First Nations in Saskatchewan. The federation is committed to honouring the spirit and intent of the Treaties, as well as the promotion, protection and implementation of the Treaty promises that were made more than a century ago.

The SFNWC is committed to the development and sustenance of healthy communities within which all First Nations people thrive. This commission is mandated to advance the human rights of First Nations women, children, and communities, and to address the systemic racism First Nations women face in all sectors. The commission also conducts advocacy work on behalf of First Nations women, children, and communities.

usask-research-sheds-light-on-the-building-blocks-of-photosynthesis-at-the-cellular-leveltrue1718730911095imj129USask research sheds light on the building blocks of photosynthesis at the cellular levelCell division is one of the most important biological events that occurs in living organisms, as this process provides the building blocks of growth, development and life itself. 1656082860000/articles/research/2022/usask-research-sheds-light-on-the-building-blocks-of-photosynthesis-at-the-cellular-levelnewssite://news/articles/research/2022/usask-research-sheds-light-on-the-building-blocks-of-photosynthesis-at-the-cellular-levelvvd8931656082973520vvd8931656082973520show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ambrose_release.pngsite://news/images/2022/ambrose_release.pngnewsambrose_release.png12981011080720Microscope image of mesophyll cells. (Photo: Dr. Chris Ambrose)NoNoneNoneNo/
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In a new study recently published in the prestigious journal Nature Plants, University of Saskatchewan (USask) researchers took a deeper look into how plants control the growth of the important cells that allow them to convert sunlight into chemical energy.

“Mesophyll cells are the site of one of the defining traits of the plant kingdom—the ability to capture sunlight and convert it into chemical energy through photosynthesis—and are arguably the most important cells inside every plant,” said Dr. Chris Ambrose (PhD), an associate professor in the Department of Biology at USask’s College of Arts and Science.

How mesophyll cells grow and develop their delicate, network-like structure can have many implications on their ability to turn sunlight into energy. Plant cells are unique in that they are encased within rigid cell walls that do not allow them the ability to rearrange during growth, which is a fundamental step in the development of animal cells. To maintain their structure, plant cells need to grow and develop only in specific directions – referred to as the cell division plane.

To tackle the question of how cell division patterns influence the organization of the photosynthetic mesophyll cells in plant leaves, PhD student Liyong Zhang and supervisor Ambrose used confocal light microscopy to watch cell divisions in living leaves over the course of several days.

The team found that each successive cell division occurs perpendicular to the previous, creating T-shaped cellular intersections. These intersection points provide the starting location of intercellular space formation. However, as the intercellular spaces enlarge over hours to days, cell divisions stop alternating, and instead cells begin to point toward the enlarging intercellular space. In contrast to alternating cell divisions, these space-oriented divisions do not establish new T-shaped cell junctions. This halts the production of new intercellular spaces, which ultimately dictates leaf size, shape, and photosynthetic efficiency.

An important discovery by the team was that this delicate balance between two cell division planes is controlled by a protein called CLASP. In plants lacking a functional CLASP protein, this balance of cell divisions is broken, resulting in highly disorganized mesophyll cells, which may ultimately compromise the plant’s ability to properly photosynthesize.

“This study sheds new light on a fundamental pillar of plant biology—cell division patterning—and establishes a new link with one of the defining cell types in plants, the leaf mesophyll,” said Ambrose.

Ambrose’s research group plans to build on this work by further studying how oriented cell division planes influence later processes in a cell’s life, such as cell size and shape, and ultimately how this contributes to the shape and functioning of leaves.

Link to the paper: https://doi.org/10.1038/s41477-022-01163-5

vpresearch-usask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringtrue1718730911095imj129USask researchers awarded NSERC funding for future innovation in science, health and engineeringUniversity of Saskatchewan (USask) researchers in diverse disciplines were awarded over $7 million in federal government grant funding.research,1655973000000/articles/research/2022/vpresearch-usask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringnewssite://news/articles/research/2022/vpresearch-usask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringnews_ws1655997815582ccm0461655998171869show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/agriculture-building-exterior-01.jpgsite://news/images/2022/agriculture-building-exterior-01.jpgnewsagriculture-building-exterior-01.jpg2993811080720USask College of Agriculture and BioresourcesYesNoneNoneYesNoYesMatching keywordsYesImage/images/news/2022/agriculture-building-exterior-01.jpgsite://vpresearch/images/news/2022/agriculture-building-exterior-01.jpgvpresearchagriculture-building-exterior-01.jpgagriculture-building-exterior-01.jpg427128347193147YesNoneNone
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The funding will be used to pursue new long-term research projects rooted in the natural sciences and engineering sectors as well as to build new tools to aid in future research work. 

TextNSERC Discovery Grant recipients None/Above content

The below list are the recipients of the 2022 Natural Sciences and Engineering Council of Canada (NSERC) Discovery Grants Discovery Grant amounts are awarded in instalments over a period of five years. Early career researchers were also eligible to receive a $12,500 supplement to kickstart their research program. 

Julia Boughner 
Anatomy, Physiology and Pharmacology – College of Medicine 
The Evo-Devo of Vertebrate Teeth & Jaws 
$280,000

Michelle Collins 
Anatomy, Physiology and Pharmacology - College of Medicine 
Exploring calcium signaling in the heart 
$185,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Peiqiang Yu 
Animal and Poultry Science – College of Agriculture and Bioresources 
In-Depth Study of Feed Internal Molecular Structure and Nutrient Make-up within Cellular and Sub-cellular Dimensions Using Advanced Synchrotron Radiation Based Bioanalytical Techniques 
$217,360 
 
Kerry Lavender 
Biochemistry, Microbiology, and Immunology - College of Medicine 
IFNa subtype-specific modulation of intrinsic, innate and adaptive immunity 
$140,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Anil Kumar Victoria Ansalem 
Biochemistry, Microbiology, and Immunology - College of Medicine 
Discovery and Characterization of Cellular Factors Modulating Type III Interferon Induction and Signaling 
$140,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Philip McLoughlin 
Biology – College of Arts and Science  
Hierarchical density dependence in large animal ecology and evolution 
$200,000 
 
Bishnu Acharya 
Chemical and Biological Engineering – College of Engineering 
Valorization of agriculture and organic biomass to high value bioproducts 
$195,000 
 
Ramin Azargohar 
Chemical and Biological Engineering - College of Engineering 
Synthesis of advanced carbon materials from waste biomass and their applications in energy and electronic devices 
$130,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Oon-Doo Baik 
Chemical and Biological Engineering - College of Engineering 
Why Radio frequency heating is more effective to deactivate and release non-nutritive components from pulses 
$140,000 
 
Timothy Kelly 
Chemistry - College of Arts and Science 
Upscaling organic and hybrid optoelectronics: synthesis, processing, and advanced characterization 
$310,000 
 
Christopher Phenix 
Chemistry - College of Arts and Science 
Exploring Fundamental Strategies For Imaging Hydrolytic Enzymes 
$180,000 
 
David Sanders 
Chemistry - College of Arts and Science 
Using Structural Studies to Investigate the Relationships Between Enzymes and Ligands 
$170,000 
 
Christopher Hawkes 
Civil, Geological and Environmental Engineering - College of Engineering 
Assessing the technical aspects of spent nuclear fuel storage in deep horizontal boreholes 
$155,000 
 
Laura Smith 
Civil, Geological and Environmental Engineering - College of Engineering 
Developing novel in situ methods to monitor and quantify groundwater storage changes in cold regions 
$135,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Ian McQuillan 
Computer Science - College of Arts and Science 
Algorithms and Inference of Grammars and Natural Computing Models 
$205,000 
 
Cody Phillips 
Computer Science - College of Arts and Science 
Developing Games and Tools to Overcome Procrastination 
$125,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Takuji Tanaka 
Food and Bioproduct Sciences - College of Agriculture and Bioresources  
Directed Evolution of Lactococcus lactis Xaa-Pro dipeptidase based on the rationales given through X-ray crystallographic studies 
$165,000 
 
Xulin Guo 
Geography & Planning – College of Arts and Science 
Integrating measures of grassland function using Remote Sensing 
$180,000 
 
Cherie Westbrook 
Geography & Planning - College of Arts and Science 
Impacts of Beaver Systems on Lateral and Downstream Hydrological Connectivity 
$255,000 
 
Ingrid Pickering 
Geological Sciences - College of Arts and Science 
Chemistry of Selenium in Life and Interplay with Toxic Elements 
$310,000 
 
Alexander Weekes 
Mathematics and Statistics - College of Arts and Science 
Interactions between representation theory, algebraic geometry, and physics 
$130,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Curtis Wendlandt 
Mathematics and Statistics - College of Arts and Science 
A rational approach to affine quantum algebras 
$130,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Donald Bergstrom 
Mechanical Engineering - College of Engineering 
Improved computational models for particle transport in turbulent wall-bounded flows 
$160,000 
 
James Johnston 
Mechanical Engineering - College of Engineering 
Development of Automated Techniques for Modelling Cartilage Morphology and Mechanics 
$230,000 
 
Amir Masoud Ghezelbash 
Physics and Engineering Physics - College of Arts and Science 
Aspects of Black Holes in Modified Theories of Gravity: Holography, Weak Gravity Conjecture and Wedge Algebra 
$120,000 
 
Alexandre Koustov 
Physics and Engineering Physics - College of Arts and Science 
Study of the Earth's ionosphere with ground-based radars and Swarm satellites 
$140,000 
 
Andrei Smolyakov 
Physics and Engineering Physics - College of Arts and Science  
Equilibrium, fluctuations, and transport in magnetically controlled plasmas 
$250,000 
 
Timothy Sharbel 
Plant Sciences - College of Agriculture and Bioresources 
Fixing heterosis in Canola using apomixis 
$140,000 
 
Lorin Elias 
Psychology - College of Arts and Science 
Side Effects:  How our lopsided brain influences everyday behaviour 
$140,000 
 
Adelaine Leung 
Veterinary Biomedical Sciences – Western College of Veterinary Medicine 
Neural mechanisms integrating metabolism and reproductive behaviour in Drosophila melanogaster 
$160,000 
 
Suraj Unniappan 
Veterinary Biomedical Sciences - Western College of Veterinary Medicine  
Hormonal Regulation of Feeding, Metabolism, Growth and Reproduction in Fish 
$325,000 
 
Arinjay Banerjee 
Vaccine and Infectious Disease Organization (VIDO) 
Bats as a model to understand the evolution of coronavirus-host interactions 
$185,000 
Discovery Launch Supplement for Early Career Researchers recipient - $12,500 
 
Aaron White 
Vaccine and Infectious Disease Organization (VIDO) 
Transmission and biofilm formation by pathogenic Salmonella strains 
$160,000 

TextNSERC Research Tools and Instruments grant recipients None/Above content

These grants are designed to support the purchase of research equipment for use in natural sciences and engineering research that will build the research team’s capacity for discovery and innovation. 

David Cooper 
Anatomy, Physiology and Pharmacology (APP) - College of Medicine 
High Efficiency X-ray Macroscope for Imaging of Musculoskeletal Development and Aging at the Canadian Light Source Synchrotron 
$150,000 
 
Neil Chilton 
Biology – College of Arts and Science 
Replacement quantitative real-time PCR detection system for studies in parasitology, animal physiology and environmental toxicology 
$28,364 
 
Tara Kahan 
Chemistry - College of Arts and Science 
Replacement mobile laboratory for indoor chemistry 
$122,503 
 
Timothy Kelly 
Chemistry - College of Arts and Science 
SEC/GPC System for Polymer Characterization 
$149,042 
 
Katelyn Congreves 
Plant Sciences - College of Agriculture and Bioresources 
Trace gas analyzer for climate-smart agriculture research 
$122,038 
/news/2022/usask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://vpresearch/news/2022/usask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringvpresearchusask-researchers-awarded-nserc-funding-for-future-innovation-in-science,-health-and-engineeringArticle headlineUSask researchers awarded NSERC funding for future innovation in science, health and engineeringUniversity of Saskatchewan (USask) researchers in diverse disciplines were awarded over $7 million in federal government grant funding. Jun 23, 2022 8:30 AM
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usask-researcher-partners-internationally-to-hone-students-skills-to-tackle-global-sustainability-issuestrue1718730911095imj129USask researcher partners internationally to hone students’ skills to tackle global sustainability issuesDr. Maureen Reed (PhD) of the University of Saskatchewan (USask) and her colleagues want to transform the mentorship of sustainability scholars and practitioners — the people who tackle issues such as climate change, biodiversity loss, poverty, and water security.research, SENS, hp-articles1655995680000/articles/research/2022/usask-researcher-partners-internationally-to-hone-students-skills-to-tackle-global-sustainability-issuesnewssite://news/articles/research/2022/usask-researcher-partners-internationally-to-hone-students-skills-to-tackle-global-sustainability-issuesccm0461655996495455ccm0461681487600076show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/transects_release2.jpgsite://news/images/2022/transects_release2.jpgnewstransects_release2.jpg2643461080720Lakefront view.TRANSECTS will train about 250 highly qualified personnel across Canada, Germany, and South Africa. (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/transects_release.pngsite://news/images/2022/transects_release.pngnewstransects_release.png12173081080720Dr. Maureen Reed (PhD) and her team. (Photo: Submitted)Below content

Reed and her team were awarded $2.5 million over six years through the Social Science and Humanities Research Council (SSHRC) Partnership Training Grant.

The international program, TRANSdisciplinary Education Collaboration for Transformations in Sustainability (TRANSECTS), offers flexible and accessible pathways for training, professional development, mentorship, and networking for the next generation of sustainability change makers in Canada and internationally. Importantly, the training will engage a diversity of scholars and practitioners from the Global North and Global South to deepen understanding of sustainability challenges and build skills to tackle these challenges by learning from one another.

TRANSECTS will train about 250 highly qualified personnel across Canada, Germany, and South Africa. Partners in the project will include representatives from academia, Indigenous and rural communities, UNESCO Biosphere Reserves, governing agencies, international networks, and private and civil society organizations and foundations. Intercultural learning about how to reconcile relations with one another and with the natural world is important, in order to address sustainability challenges.

Reed, assistant director, academic, at USask’s School of Environment and Sustainability and UNESCO Co-Chair in Biocultural Diversity, Sustainability, Reconciliation and Renewal, said the novel approaches to learning and sharing knowledge among students, academics, and partners will set them up to become sustainability change makers.

Reed said employers can teach workers the technical skills required for employment, but employers are now looking for people with demonstrated professional and relational skills such as effective and compassionate communication, critical thinking, teamwork involving diverse groups, complex problem solving, and continuous learning and adaptation. The new program aims to provide those skills to graduates.

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Reed hopes that the benefits of TRANSECTS reach beyond students and program participants. She believes academia and funding institutions need to find new ways to support novel forms of research and training.

“Students are now being asked to conduct research in a different way than they have in the past. They are interested in big topics like sustainability and climate change. And yet, the universities often don’t always provide the best advice on how to do that,” she said.

Reed credits a “very bright and talented student” for clarifying this need in her mind and inspiring the focus of the project. He issued a cry for help during class one day, discouraged by limitations placed on him as he attempted to pursue an ambitious, complex project involving multiple stakeholders and rights holders. 

“Universities talk about community engaged scholarship, but the students are facing tremendous barriers to really putting that in place, including how their work is assessed, evaluated and celebrated.”

Dr. Baljit Singh, vice-president research at USask, points out this is the first SSHRC Partnership Training Grant for USask. He is encouraged to see future researchers receiving this kind of training, as well as embracing its intercultural, international approach.

“USask strives to provide research the world needs,” Singh said. “This is a brilliant example of one of our experts shaping the future of how we pursue new knowledge and create a more sustainable future for the planet.”

teeth-from-royal-cattle-herds-of-mesopotamia-shed-light-on-ancient-urban-cultures-usask-researchtrue1718730911095imj129Teeth from royal cattle herds of Mesopotamia shed light on ancient urban cultures: USask researchNewly published cutting-edge research led by University of Saskatchewan’s (USask) Near Eastern archaeologist Dr. Tina Greenfield (PhD) reveals how domesticated livestock were managed in one of the world’s earliest cities.1655909220000/articles/research/2022/teeth-from-royal-cattle-herds-of-mesopotamia-shed-light-on-ancient-urban-cultures-usask-researchnewssite://news/articles/research/2022/teeth-from-royal-cattle-herds-of-mesopotamia-shed-light-on-ancient-urban-cultures-usask-researchvvd8931655909331779vvd8931655909331779show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/tina_greenfield.jpgsite://news/images/2022/tina_greenfield.jpgnewstina_greenfield.jpg1960421080720USask's Near Eastern archaeologist Dr. Tina Greenfield (PhD). (Photo: Submitted)NoNoneNoneNo/
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The findings, published in the journal PLOS ONE, (see article) also provide a glimpse into how the Sumerian peoples of ancient Mesopotamia were fed, traversed the landscape, and interacted with each other.

Mesopotamia, the region bordered by the Tigris and Euphrates Rivers, is known as the “Cradle of Civilization.” The early Mesopotamians employed complex systems of land use and irrigation to feed a  dramatically growing population, and reared cattle, sheep, goats, donkeys, and other animals for food, milk, manure, and transportation.

“It is always interesting to see how people living in one of the world’s earliest cities managed their animals, both during their lives and in their death,” said Greenfield, principal investigator of the “Mobile Economies” research project and adjunct professor in USask’s College of Arts and Science Department of Archaeology and Anthropology.

The cattle were slaughtered and buried as part of the funerary rituals at the famous royal graves in Ur, one of the world’s earliest cities. The royal graves, located in today’s southern Iraq, date back nearly 5,000 years to the Early Dynastic period (2900-2350 BCE).

“We had the chance to see if the kings and queens from the Sumerian culture had their own royal herds that fed them and also came with them in their afterlife, or if their animals came from the same herds that fed the rest of the population,” Greenfield said.

The royal sites contained entire skeletons of the highly valuable cattle that were killed in their prime—an “astronomical” show of wealth and conspicuous consumption. But the research shows that royal cattle were not managed significantly different from those found at Ur’s private/non-royal burial sites.

Greenfield’s team, which includes researchers from USask, University of Cambridge, University College London, and the University of Pennsylvania, gleaned the information by analyzing bones and teeth specimens from cattle sacrificed as grave goods for stable isotopes (strontium, oxygen, and carbon).

The analyses of isotope elements retained in animal teeth from plants, soil and water provided insights on the locations where the animals ate and drank, and where they migrated from or were herded. The data showed most animals were likely herded close to Ur, but at least one of the oxen had come a long distance to Ur.

“We haven’t done anything like this with cutting-edge archeological sciences in Mesopotamia previously,” Greenfield said.

She called the use of such high-end analytical technique “revolutionary,” as it extracts huge quantities of otherwise unavailable information while minimizing damage to archaeological material.

The researchers now have new information about Mesopotamia’s economy, people, their health, and diet during a period of massive urbanization and trade expansion, and cities and city states emerging across the Near East, said Greenfield.

The samples used in the study came from Sir Leonard Woolley’s excavations at Ur in the 1920s. The animal remains were lost in the bowels of the British Museum till the 2010s, and Greenfield received permission to analyze them in 2014.

This study is part of a larger project she is conducting at early cities across southern Iraq. Her goal is to learn how livestock were managed, how humans and animals moved across the territory—elements essential to better understand the nature of the economy of the world’s earliest cities and a pattern that underlies even modern Canadian cities.

The research is funded by the Social Sciences Research Council of Canada; The Newton Trust Research Grant (University of Cambridge); Cambridge Humanities Research Grant Scheme; and the University of Pennsylvania Museum of Archeology and Anthropology.
abracadabra-to-abcs-under-scrutiny-by-usask-researcherstrue1718730911095imj129Abracadabra to ABCs under scrutiny by USask researchersA multi-disciplinary group of University of Saskatchewan (USask) researchers have been awarded a total of $805,522 by the federal government for five social science and humanities research projects that will explore a diverse plethora of topics – from historical truths of the lives of female magic practitioners, to how today’s teacher education programs can be improved with insights gained from previous programs.research,1655843580000/articles/research/2022/abracadabra-to-abcs-under-scrutiny-by-usask-researchersnewssite://news/articles/research/2022/abracadabra-to-abcs-under-scrutiny-by-usask-researchersccm0461655844283407ccm0461655844341959show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/sharon_wright.jpgsite://news/images/2022/sharon_wright.jpgnewssharon_wright.jpg1134531080720Dr. Sharon Wright, professor of history in St. Thomas More College.Dr. Sharon Wright (PhD), professor of history in St. Thomas More College. (Photo: Submitted)NoNoneNoneNo/
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Funding for the projects is from the Social Sciences and Humanities Research Council of Canada Insight Grant program. The aim of the program is to build knowledge and understanding about people, societies and the world by supporting research excellence. Projects will be funded for a total of two to five years depending on the award.

TextExploring the historical role of female magic practitionersNone/Above content

Despite popular representations of witches, real female magic practitioners were rarely accused of witchcraft. In the Essex witch trials during the reign of Queen Elizabeth I, for example, only three percent of those accused were actually magic practitioners. These practitioners were more commonly understood as protections from witchcraft. 

“In comparison to the hundreds of monographs on the unusual hot spots of the witch trials, and despite the fact it is estimated that hundreds of thousands were operating at any given time, not a single credible academic book deals with the female magic practitioner of pre-modern Europe,” said Dr. Frank Klaassen (PhD), professor of history in USask’s College of Arts and Science. He and Dr. Sharon Wright (PhD), professor of history in St. Thomas More College, are co-principal investigators of a new SSHRC Insight grant in the amount of $212,809. 

Their research will investigate female magic practitioners from 1350-1550. It will include a close study of late medieval ecclesiastical courts in England, focused studies on known female practitioners, and a broad-based comparative survey of female practitioners in Western and Central Europe. Who were these women? What sorts of things did they do? How did they compare to male practitioners? And how and when did the church seek to regulate their activities? 

The results of this project will include not only conventional scholarly outputs, but also public history outputs such as historically based games and an online museum exhibition featuring known female practitioners, the manuscript evidence for their activities, and even 3D vectors of the tools they used. Much of the funding will also support graduate and undergraduate student training, research, and research outputs. 

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A team led by Dr. Lynn Lemisko (PhD), professor in Educational Foundations at USask’s College of Education, is studying the history of teacher education across Canada from 1925 to 1975 to learn how ideas about teacher preparation have evolved, and the similarities and differences among jurisdictions.  

“There are always debates on teacher education, among educators, politicians, parents, and others about whether teachers need to have lots of subject matter knowledge, or if they need professional knowledge about how to teach,” said Lemisko. 

Ongoing discussions on teacher education seem based on oversimplified ideas, and this study will uncover the complexities of past teacher education approaches and policies, including the ideas, opportunities, and constraints within which they developed, she said. 

“Our contention is that if we can understand the early debates—the philosophical and theoretical ideas, the presuppositions and suppositions that shaped them—we can understand more about why we continue to have the same debates in the present.” 

The 50-year period under study is when responsibility for teacher education across Canada transitioned from “normal schools,” which were directly monitored and guided by provincial governments, to autonomous universities. Saskatchewan and Ontario aren’t included in the new study because Lemisko and team member Dr. Kurt Clausen (PhD) of Nipissing University did a similar study on the two provinces as a pilot project. 

The team, which also includes Dr. Frances Helyer (PhD) of Lakehead University and Dr. Helen Raptis (PhD) of the University of Victoria, aims to generate new knowledge that advances understanding of the debate over what and how teachers should teach, and who should decide. 

The findings will be valuable to teacher educators, program developers, government policy makers and academics, and help bridge the gap in understandings that separate teacher education institutions from the general public, Lemisko said. 

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Safety: cultural dimensions and program implications – College of Arts and Science - $88,097 
Dr. Pamela Downe (PhD) will lead a team investigating the differences in how the concept of pandemic safety is perceived by populations vulnerable from structural and historical inequity, and by those who provide social services through non-governmental organizations. Findings will inform partner organizations in program development and policy to better understand and serve populations seeking safety.   

Taking Care of Captives: moral decision-making, military virtue, and the welfare of prisoners in 18th century warfare – College of Arts and Science - $110,008 
Dr. Matthew Neufeld (PhD) is the principal investigator on a project that will examine the moral decision-making process that occurs during warfare through a historical lens. Specifically, the project seeks to understand how human welfare, care and dignity is fostered between soldiers and prisoners of war, even in times of fighting and suffering. 

A Community of Practice: Outcomes and Impacts of Graduate Level Education on Indigenous Land-Based Pedagogy – College of Education - $90,121 
Dr. Alex Wilson (EdD), professor and director of the USask Aboriginal Education Research Centre, will investigate the academic and personal learning outcomes or impacts that educators in the K-12 school system have had on their students, schools and communities by using Indigenous land-based pedagogies. The research will also analyze how well graduate programs have prepared teachers to deliver land-based education.    

 

investment-in-usask-project-aims-to-give-ag-producers-better-access-to-datatrue1718730911095imj129Investment in USask project aims to give ag producers better access to dataIn an environment where the complexity of agriculture-related technology is ever increasing, producers face the challenge of interpreting and selecting data that are most useful to improving their operations. College of Agriculture and Bioresources, College of Engineering, 1655827080000/articles/research/2022/investment-in-usask-project-aims-to-give-ag-producers-better-access-to-datanewssite://news/articles/research/2022/investment-in-usask-project-aims-to-give-ag-producers-better-access-to-dataccm0461655827191745vvd8931655827960944show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cattle_lfce.jpgsite://news/images/2022/cattle_lfce.jpgnewscattle_lfce.jpg1670921080720Cattle at at USask’s Livestock Forage Centre of Excellence. (Photo: Submitted)Cattle at at USask’s Livestock Forage Centre of Excellence. (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/scott_wright.jpgsite://news/images/2022/scott_wright.jpgnewsscott_wright.jpg1328171024683Scott Wright, Director, Livestock Forage Centre of Excellence. (Photo: Christina Weese) Align left

Now, the Government of Canada is investing $400,000 over two years in a University of Saskatchewan (USask)-led project to make their challenge a little easier. The project, funded through PrairiesCan under its Regional Innovation Ecosystem (RIE) program, involves a wide variety of partner organizations. 

Led by College of Engineering and College of Agriculture and Bioresources, this partnership establishes a “living lab” at USask’s Livestock Forage Centre of Excellence (LFCE), with facilities near Clavet. The lab will bring together producers, established tech companies, and ag-tech start-ups to create an environment and a platform to reduce current barriers to adoption of smart farming practices, enhancing the probability of success for all.  

This new lab and platform are meant to help producers to evaluate the value of new technology in their operations and gain access to research partnerships to develop new technologies. 

It also provides tech companies with access to real-life conditions to further develop their products  and gain feedback from their potential clientele. A user-friendly data analytics platform will be developed to support commercializing new ag-tech solutions.  

The project is part of “smart farming” research and innovation for the agriculture sector at USask, which involves collecting and analyzing Big Data to help producers make informed and sustainable farm management decisions to improve productivity and efficiency.     

Partner organizations, each contributing in-kind expertise and investments for the project, are: 

  • SaskTel 
  • Mera Group of Companies 
  • North Star Systems 
  • Smart Paddock 
  • Wood River Controls 
  • Saskatchewan Cattlemen’s Association 

Quotes:  

“Our government is working to ensure a sustainable, productive future for Canada’s agriculture industry by supporting producers and the ag-tech sector as they work together to innovate and grow. Ensuring a secure, strong, and reliable food supply system in Canada is more important than ever and, with this investment, we are doing just that by encouraging new research and development and strengthening the competitiveness of the industry.”  
Daniel Vandal, Minister for PrairiesCan 

“One of the biggest challenges the planet faces right now is food security. As USask seeks to offer research solutions the world needs, connecting producers with technological advancements is a vitally important part of our work. This project addresses this important need.” 
—Baljit Singh, Vice-President Research, USask  

”LFCE continues to look for relevant and scientifically sound practices and technology tools that will contribute to economic and environmental improvements for the industry. This allows us to take a step forward in those areas.” 
Scott Wright, Director, Livestock Forage Centre of Excellence 

“We believe this creates an opportunity to add a unique piece of infrastructure to the Prairies ecosystem that will facilitate and support ag-tech innovation, development, and demonstration.”  
—Terry Fonstad, Associate Vice-President Research, Usask  

“The funding from PrairiesCan will help to support the important partnership between the University of Saskatchewan and SaskTel, and further enable us to collectively develop and deploy ag-tech solutions in our province." 
—Doug Burnett, SaskTel President and CEO  

 

global-institute-for-food-security-at-usask-announces-new-chief-scientific-officertrue1718730911095imj129Global Institute for Food Security at USask announces new Chief Scientific OfficerThe Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is pleased to announce the successful hiring of its first Chief Scientific Officer, Dr. Nancy Tout (PhD). Tout’s appointment takes effect from Monday, July 18, 2022. GIFS, research, 1655736360000/articles/research/2022/global-institute-for-food-security-at-usask-announces-new-chief-scientific-officernewssite://news/articles/research/2022/global-institute-for-food-security-at-usask-announces-new-chief-scientific-officerccm0461655736857914ccm0461655736907828show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/nancy_tout_gifs.jpgsite://news/images/2022/nancy_tout_gifs.jpgnewsnancy_tout_gifs.jpg1622761080720Dr. Nancy Tout's (PhD) appointment takes effect from Monday, July 18, 2022. (Photo: Submitted) NoNoneNoneNo/
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A research and development leader with a PhD in microbiology and immunology, Tout is joining GIFS from Results Driven Agriculture Research (RDAR), a Government of Alberta initiative, where she has been responsible for developing, administering and delivering innovative research funding programs. Prior to RDAR, she was at Syngenta Canada for over 21 years, leading a research and development team of over 60 scientists across Canada in the discovery, development and registration of agricultural innovation projects.

“We are thrilled to have Nancy join our team at GIFS, bringing her extensive leadership experience and wealth of research and development knowledge to help us advance our corporate strategy,” said GIFS Chief Executive Officer Dr. Steven Webb (PhD). “Her knowledge of the Canadian research environment, vast network and expertise with building partnerships will be a valuable asset to GIFS, as well as to Saskatchewan and Canada’s agriculture and food ecosystem.”

Tout will lead GIFS’ Research and Development Leadership Team and be responsible for strategic leadership and oversight to ensure the institute’s initiatives align with its strategic direction, continue to deliver value to our stakeholders and deliver solutions that anticipate the agriculture and food sector’s needs.  She will be providing an outcomes and impact-focused approach in her leadership of the institute’s science programs and technology platforms

“I am excited at the opportunity to join GIFS and to work with a team of people dedicated to innovation and to delivering sustainable food security using Saskatchewan and Canada’s strengths,” said Tout. “The institute’s continued growth and focus on being a catalyst and connector in the agri-food ecosystem aligns with my commitment to collaboration and to working through partnerships to tackle the challenges of feeding a growing world.”

Tout earned a Bachelor of Biology (Honours) degree from Wilfrid Laurier University, followed by a PhD in microbiology and immunology from the University of Guelph in 1997. An award winning scholar, she has also received national and global recognition, including as a Female Food Hero through CropLife International.

usask-project-creating-covid-19-archive-to-share,-learn-from-critical-experiencetrue1718730911095imj129USask project creating COVID-19 archive to share, learn from critical experienceA diverse team led by University of Saskatchewan (USask) researcher Dr. Erika Dyck (PhD) is creating a digital archive of provincial residents’ experience with the COVID-19 pandemic to ensure that their stories and material can prepare the province to better cope with future health crises.research, College of Arts and Science,1655389980000/articles/research/2022/usask-project-creating-covid-19-archive-to-share,-learn-from-critical-experiencenewssite://news/articles/research/2022/usask-project-creating-covid-19-archive-to-share,-learn-from-critical-experienceccm0461655390399403ccm0461655390713920show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/erika_dyck.jpgsite://news/images/2022/erika_dyck.jpgnewserika_dyck.jpg1318411080720Dr. Erika Dyck on campusDr. Erika Dyck (PhD), professor and Canada Research Chair (CRC) in the History of Health and Social Justice in USask’s College of Arts and Science. (Photo: Suubmitted)NoNoneNoneNo/
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The public archive project has been awarded a Partnership Development Grant of $200,000 over two years by the Social Sciences and Humanities Research Council of Canada (SSHRC).

“At its core, we want to understand the legacy of COVID-19 for Saskatchewan people because we will be confronting its effects for years to come,” said Dyck, professor and Canada Research Chair (CRC) in the History of Health and Social Justice in USask’s College of Arts and Science.

The team is soliciting submissions from the public and working with dozens of community partners to collect stories, artwork, letters, news articles, and digital materials produced about the pandemic.

The project will train students and work across disciplines to interview Saskatchewan people, including nurses, teachers, business owners, students, and journalists to document how the pandemic has affected our culture, Dyck said. Researchers also want to gather perspectives from vaccine scientists, ICU physicians and nurses, employees at foodbanks, Prairie Harm Reduction, and marginalized people.

The pandemic has been remarkable for social media’s influence on how people received information and how they organized responses to COVID-19, Dyck said. To help the archives project, USask digital historian Dr. Jim Clifford (PhD) is capturing digital records of media releases, twitter feeds and social media campaigns that shaped Saskatchewan’s COVID-19 experience.

USask Digital Initiatives Librarian Craig Harkema is using web archiving methods to systematically capture digital information from websites and public social media to include in the overall repository.

The goal is to create a qualitative dataset that will enable future researchers to measure the diverse social, political, and cultural impacts of this critical point in provincial history, and help Saskatchewan and Canada prepare for when global pandemics are projected to occur more frequently, Dyck said. 

The interdisciplinary team includes co-applicants from USask and the University of Regina, nearly a dozen collaborators, and four community-engaged partner organizations

Saskatchewan is an important focus for this community archive project, Dyck said, because although the province performed well during the first wave of the pandemic, by the fourth wave and later it held the unenviable distinction of having among Canada’s highest infection rates and death rates, even having to transport COVID-19 patients to Ontario for intensive care.

Dyck used some money from her CRC to establish the archives project even before she received the SSHRC grant because work had to start while memories remained fresh. As well, she said, it’s clear from the history of infectious diseases that once a crisis passes the acute phase, people become reluctant to talk about it and simply want to move on. 

To combine qualitative social sciences and humanities-based approaches with quantitative health research to understand how COVID-19 has impacted communities, Dyck’s team is working co-operatively with a team co-led by USask’s Dr. Nazeem Muhajarine (PhD). That project, Building Back Better, is funded by the Canadian Institutes for Health Research (CIHR) and is studying the wider social and health impacts of COVID-19 across Saskatchewan.

 

usask-part-of-nserc-funded-training-program-to-decolonize-canadas-medical-device-industrytrue1718730911095imj129USask part of NSERC-funded training program to decolonize Canada’s medical device industryA multidisciplinary team will receive $1.65 million over six years from the federal government’s Natural Sciences and Engineering Research Council (NSERC) to build a program that will train graduate students how to integrate both engineering science and Indigenous views in the design of medical devices and technology.College of Engineering, research, 1654789200000/articles/research/2022/usask-part-of-nserc-funded-training-program-to-decolonize-canadas-medical-device-industrynewssite://news/articles/research/2022/usask-part-of-nserc-funded-training-program-to-decolonize-canadas-medical-device-industryccm0461654790557661ccm0461654790575400show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/engineering-labs-1.jpgsite://news/images/2022/engineering-labs-1.jpgnewsengineering-labs-1.jpg2874081080720Engineering students working in the lab. Engineering students working in the lab. (Photo: Dave Stobbe) NoNoneNoneNo/
TextImage/images/2022/chris_zhang.jpgsite://news/images/2022/chris_zhang.jpgnewschris_zhang.jpg107002650736USask College of Engineering professor, Dr. Chris Zhang. (Photo: Submitted)Align right

University of Saskatchewan (USask) mechanical and biomedical engineering professor Dr. Wenjun (Chris) Zhang (PhD) and a team of university faculty and community partners will work to develop the program, dubbed UnLIMITED: Uniting for Leading Indigenous and non-Indigenous Medical Instrumentation, Technology, Entrepreneurship, and Design.  

The UnLIMITED training program will be the first in Canada to incorporate both engineering and Indigenous perspectives while training grad students in medical device design and innovation. 

“The program will involve research into medical devices, covering design, manufacturing, human and cultural factors, and entrepreneurship. The devices are across diagnosis and treatment of diseases, as well as health care,” said Zhang. 

The goal is to decolonize medical device design while building Canada’s capacity as a major provider to the world in the global medical device industry. The program provides opportunities for both Indigenous and non-Indigenous medical specialists to use the insight of multiple perspectives to develop equitable innovations to increase user satisfaction with the devices. 

The program will be open to graduate students in the biomedical and health care engineering fields. They will receive mentorship from scholars based at USask, the University of British Columbia and the University of Waterloo, and from Indigenous community members and Canadian business leaders. 

The program will contribute to making Canada a world leader in the medical device economy and to post-truth reconciliation,” said Zhang. 

Funding for the initiative is provided through a federal government NSERC Collaborative Research and Training Experience (CREATE) grant. NSERC CREATE grants support the training and mentoring of highly qualified student teams from Canada and abroad through the development of innovative training programs. Programs are designed to build on the professional skills of students as they prepare to move into the workforce in their field of study and help to fill current knowledge gaps in various areas. 

 

usask-leads-national-team-in-creating-the-next-generation-of-food-and-water-security-leaderstrue1718730911095imj129USask leads national team in creating the next generation of food and water security leadersThe newly funded Food-Water Nexus Education and Training (FWNET) program will foster a new wave of professionals primed to lead Canada through future agricultural and climate-related challenges.water, research, hp-articles1654789200000/articles/research/2022/usask-leads-national-team-in-creating-the-next-generation-of-food-and-water-security-leadersnewssite://news/articles/research/2022/usask-leads-national-team-in-creating-the-next-generation-of-food-and-water-security-leadersccm0461654790488445ccm0461681487518266show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/food-energy-wetland-western_sk-mark_ferguson-2.jpgsite://news/images/2022/food-energy-wetland-western_sk-mark_ferguson-2.jpgnewsfood-energy-wetland-western_sk-mark_ferguson-2.jpg2876441080720Food and energy wetland in western Saskatchewan. Food and energy wetland in western Saskatchewan. (Photo: Mark Ferguson)NoNoneNoneNo/
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A national team, led by Dr. Jay Famiglietti (PhD), University of Saskatchewan (USask) professor and executive director of the Global Institute for Water Security, has been awarded a prestigious Natural Sciences and Engineering Council of Canada (NSERC) Collaborative Research and Training Experience (CREATE) grant valued at $1.65 million over six years to support the development of this initiative. The FWNET program will leverage experts from across USask, and from the University of Regina (U of R), University of Guelph, and University of Waterloo. 

“Climate change, combined with degraded water quality, a lengthening dry season, increasingly frequent severe floods and droughts, changing market demands, and aging infrastructure pose a significant challenge for sustainable food production," said Famiglietti.  

TextImage/images/2020/jay_1080.jpgsite://news/images/2020/jay_1080.jpgnewsjay_1080.jpg821761080720Dr. Jay Famiglietti (PhD). (Photo: Steve Anderson)Above content

“There is a real pressing industry need for trainees who can work across disciplines to address some of these challenges. On a global scale, you see that one of the biggest threats to water resources is the water that we use for food production. That’s what's really driven me, as someone who’s interested in global water security, to try to tackle global food security at the same time because you can’t really address one without the other.” 

The program will provide interdisciplinary training in hydrology, agriculture, technology, innovation, and policy to reduce global inequities in food security. It will include a series of innovative courses on the food-water ecosystem and interfaces, followed by elective courses and an engaging research project that tackles a current resource security challenge. There will also be internship opportunities offered in conjunction with industry partners. FWNET will offer training in areas such as equity, diversity and inclusion, communications and professional skills, as well as provide interaction with Indigenous communities and other important groups that can provide unique insight into the challenges of global food and water security. 

“We need highly qualified personnel working in the agricultural, environmental, and public sectors and academia to understand the interrelation of water and food production, ecosystem management, and sustainable development in the context of climate change,” said Dr. Margot Hurlbert (PhD), FWNET co-applicant, professor and Canada Research Chair in Climate Change, Energy, and Sustainability Policy in the Johnson Shoyama Graduate School of Public Policy at the U of R. “FWNET trainees will have a more robust understanding of the natural and social sciences, which will help prepare them for careers in water or agriculture-related policy, finance, economics, and leadership positions.”  

Both undergraduate and graduate students in qualified programs will be eligible to pursue the training. Students who complete the program will be awarded a certificate and will be able to leverage the specialized training program in their professional pursuits. 

“The goal is to train the next generation of students whether they’re going to work in industry or whether they’re going to conduct research,” said Famiglietti. “We’re really building on the work of others and hope that over the next six years we can have an incredible program.” 

The NSERC CREATE program supports the training and mentoring of highly qualified student teams from Canada and abroad through the development of innovative training programs. Funded programs are designed to build on the professional skills of students as they prepare to move into the workforce in their field of study. 

 

research-social-program-investments-affect-disease-incidence-rates-usask-researchtrue1718730911095imj129Social program investments affect disease incidence rates: USask researchHow much does a country’s investment in social programs, such as parental leave and employment insurance, influence rates of disease such as measles in a population? The answer is – quite significantly.Brooke Kleiboerresearch, College of Nursing, 1654560000000/articles/research/2022/research-social-program-investments-affect-disease-incidence-rates-usask-researchnewssite://news/articles/research/2022/research-social-program-investments-affect-disease-incidence-rates-usask-researchnews_ws1654621590362ccm0461654621846541show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/walker-featureimage.jpegsite://news/images/2022/walker-featureimage.jpegnewswalker-featureimage.jpeg26257815001000A woman walks in a park with a child(Photo: Laurent Peignault/Unsplash)YesNoneNoneYes/
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usasks-diefenbaker-canada-centre-celebrates-achievements-of-women-in-stemtrue1718730911095imj129USask’s Diefenbaker Canada Centre celebrates achievements of women in STEMA new exhibition at the University of Saskatchewan’s (USask) Diefenbaker Canada Centre (DCC) will showcase the crucial role of women in science, technology, engineering, and mathematics (STEM). Diefenbaker Canada Centre1654182600000/articles/research/2022/usasks-diefenbaker-canada-centre-celebrates-achievements-of-women-in-stemnewssite://news/articles/research/2022/usasks-diefenbaker-canada-centre-celebrates-achievements-of-women-in-stemccm0461654183047192ccm0461654183091898show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/stem_women.jpgsite://news/images/2022/stem_women.jpgnewsstem_women.jpg6957371080720An installation at the Diefenbaker Canada Centre at USaskThe exhibition is designed to engage, advance, inspire, and support young women in STEM and increase the profile and participation of women in STEM careers. (Photo: Submitted)NoNoneNoneNo/
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Iron Willed: Women in STEM, developed by Ingenium – Canada’s Museums of Science and Innovation, will feature stories of women who have made important contributions advancing science, technology and innovation. It includes inspirational figures such as Donna Strickland, Jocelyn Bell Burnell, and Melissa Sariffodeen.

“Worldwide, women make up only 28.4 per cent of scientific researchers,” said President and CEO of Ingenium, Christina Tessier. “Through the Women in STEM initiative and travelling display, Ingenium hopes to make women in STEM more visible, to promote careers for women in STEM, and to celebrate achievements and advocates.” 

The exhibition is designed to engage, advance, inspire, and support young women in STEM and increase the profile and participation of women in STEM careers. By profiling women global leaders, the travelling display will also acknowledge the structural and cultural barriers that contribute to gender biases and the underrepresentation of women in STEM.

“Throughout history, there are many examples of women across sectors—like Violet McNaughton, women’s suffrage advocate, and Ellen Fairclough, Canada’s first female federal minister—who have had to confront bias, challenge injustices, and advocate for change,” said DCC Director Alastair MacFadden. “This exhibit celebrates groundbreaking STEM discoveries made by women, while confronting obstacles that continue to affect the participation, inclusion and recognition of women in STEM fields.”

Iron Willed: Women in STEM is set to open on June 3 and will run through August 28, 2022. For more information, please visit: https://diefenbaker.usask.ca

major-usask-awards-honour-researchers-for-significant-contributionstrue1718730911095imj129Major USask awards honour researchers for significant contributions The University of Saskatchewan (USask) has announced its four major annual awards that recognize significant contributions to knowledge or artistic creativity by members of its research community.Sarath Peirisresearch,1654120800000/articles/research/2022/major-usask-awards-honour-researchers-for-significant-contributionsnewssite://news/articles/research/2022/major-usask-awards-honour-researchers-for-significant-contributionsccm0461654105760284ccm0461656516040425show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/distinguished-researchers-2022.jpgsite://news/images/2022/distinguished-researchers-2022.jpgnewsdistinguished-researchers-2022.jpg1878601080720From top left (clockwise): Dr. Don Cockcroft (MD), Dr. Ajay Dalai (PhD), Dr. Xiaodong Liang (PhD), Dr. Markus Brinkmann (PhD). From top left (clockwise): Dr. Don Cockcroft (MD), Dr. Ajay Dalai (PhD), Dr. Xiaodong Liang (PhD), Dr. Markus Brinkmann (PhD). (Photos: Submitted)NoNoneNoneNo/
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USask’s Distinguished Researchers for 2022 are both nationally and internationally renowned and have served the university and the province for decades.

Asthma and allergen researcher Dr. Don Cockcroft (MD) has changed the world’s understanding of asthma and its management, with his work over the past 47 years. The prolific research of chemical engineer Dr. Ajay Dalai (PhD) has also made major impacts for 25 years in the fields of bioenergy, heavy oil and gas processing, and environmentally safe remediation of wastewater and waste gas streams.

USask has also recognized Dr. Markus Brinkmann (PhD) and Dr. Xiaodong Liang (PhD) as its two New Researchers for this year.  Brinkmann has been developing a world-class research program in aquatic ecotoxicology since joining USask’s faculty in 2018, while Liang has been building an impactful research program to improve the reliability of renewable energy-based microgrids for northern and remote communities, since arriving on campus in 2019.

TextDr. Don Cockcroft: Asthma is an inflammatory diseaseImage/images/2022/cockcroft.jpgsite://news/images/2022/cockcroft.jpgnewscockcroft.jpg85289596654Dr. Don Cockcroft (MD) is a professor in the Division of Respirology, Critical Care and Sleep Medicine at USask’s College of Medicine. (Photo: Submitted)Align right

“The award was a very pleasant surprise,” said Cockcroft, professor in the Division of Respirology, Critical Care and Sleep Medicine at USask’s College of Medicine, where he been on faculty since 1977 as a clinician scientist focused on respirology.

“I am humbled to be recognized for something I actually love to do, which is why I am still doing at three-quarters of a century in age,” said Cockcroft, who became enamoured of respiratory clinical research while training with Dr. Freddy Hargreave (MD) at McMaster University before joining USask.

Cockcroft cites as one of his proudest accomplishments the discovery that exposure to allergens actually worsened the hyperresponsiveness of airways—an innovative idea that contributed to changing the world’s thinking away from asthma as a simple bronchospastic disease to categorizing it as an inflammatory disease.

He also notes as a major accomplishment an unexpected research finding, confirmed repeatedly in studies since, that frequent use of beta-agonist bronchodilators (which open airways by relaxing muscles around the airway) to treat asthma increased airway responsiveness to allergen. This is a potential explanation for how bronchodilators, which relieve symptoms and improve lung function, actually worsen asthma, especially when used without proper controller medication.

Cockcroft was also instrumental in developing the methacholine challenge method, which since 1977 has become the standard test used worldwide to assess the responsiveness of airways in diagnosing asthma. He has earned global recognition and impact as a final author or co-author of more than 350 papers, five books and 51 book chapters, and has been the principal investigator for several million dollars in funding from industry and granting bodies. This work has led to more than 50,000 citations including nearly 15,000 citations for a paper he wrote on a formula he developed as a medical resident. The Creatine Clearance Formula is one of the most used worldwide today to assess kidney disease.

Cockcroft has contributed to supervising or advising more than 70 highly qualified personnel. He has received recognition from numerous professional societies and is a past president of the Canadian Thoracic Society. 

Cockcroft will be honoured at USask’s Spring Convocation on June 9.

TextDr. Ajay Dalai: Bioenergy for sustainable societiesImage/images/2022/dalai.jpgsite://news/images/2022/dalai.jpgnewsdalai.jpg90923412461Dr. Ajay Dalai (PhD), a distinguished professor in the College of Engineering, is the longest-serving Canada Research Chair at USask. (Photo: Submitted)Align right

“I very much appreciate receiving the university’s premier award, which recognizes research as a top priority,” said Dalai, distinguished professor of chemical and biological engineering in the College of Engineering and Canada Research Chair (CRC) of Bioenergy and Environmentally Friendly Chemical Processing.

“This award has added value in terms of both as motivation to continue to do high quality research, and for the image and reputation of my department, college and the university. This is also a tribute to the entire team of researchers who have worked with me over the past 25-plus years.”

Dalai, who joined USask as a petroleum engineer, changed direction to bioenergy in July 2001, when he was awarded a Tier II CRC that was upgraded in 2009 to the current Tier 1. He is USask’s longest-serving CRC today.

Bioenergy research, which includes turning agricultural and forestry industry residues into bio pellets, liquid and gaseous fuels, and biochar, is helping to contribute more to society with a sustainable approach to meeting energy demands, Dalai said. Sustainability in petroleum means reducing emissions from production and processing, which his research helps to achieve by developing and applying nanocatalytic materials.

Dalai has published more than 600 papers in international journals, books, and conference proceedings, which have been cited 34,000 times. Dalai’s research projects, often in collaboration with industry, have been awarded more than $36 million by granting agencies such as the Natural Sciences and Engineering Research Council, the Canada Foundation for Innovation, other government agencies and industry.

Dalai attributes part of his prolific research successes to recruiting and training some of the best people worldwide. The 25 to 35 students working in his labs annually bring an internal flavour to the teams, and he has supervised and graduated 36 PhDs and 50 master’s students, and many post-doctoral and undergraduate students.

Dalai has been recognized nationally and internationally with awards and fellowships from nine professional societies. The Royal Society of Canada in 2020 awarded him the country’s highest honour for academics—the Miroslaw Romanowski Medal.

Dalai will be honoured at USask’s Fall Convocation on Nov. 9.

TextDr. Markus Brinkmann: protecting environment from chemical impactsImage/images/2022/markus-brinkmann.jpgsite://news/images/2022/markus-brinkmann.jpgnewsmarkus-brinkmann.jpg152169406477Dr. Markus Brinkmann (PhD) is an assistant professor in the School of Environment and Sustainability at USask. (Photo: Submitted)Align right

“I was deeply humbled by the announcement,” said Brinkmann, assistant professor in the School of Environment and Sustainability (SENS), about being named USask’s New Researcher.

“It comes down to having a really awesome team who all put their hearts and souls into their work,” he said. “Everyone is trying to do their part in protecting the environment from chemical impacts, so I’m really happy that it’s being seen and recognized for the hard and important work it is.”

Brinkmann, who joined the SENS faculty in 2018 after attending USask on a prestigious two-year Banting Fellowship, is developing “an exceptional, world-class research program that is making multiple important impacts on society,” wrote SENS Executive Director Dr. Karsten Liber (PhD) and Dr. John Giesy (PhD), former CRC in Environmental Toxicology, who nominated him.

Brinkmann has received media attention for his prominent role in USask’s Wastewater Surveillance Team that has become the sole source in Saskatchewan for reliable data on the status of COVID-19 in Saskatoon, Prince Albert, North Battleford, on some First Nations, and in USask dormitories. The COVID-19 tracking was a socially impactful and strategic offshoot of a monitoring program that Brinkmann, an aquatic ecotoxicologist and risk assessment expert, had developed with the City of Saskatoon to measure pharmaceuticals in wastewater.

However, his work covers a wider spectrum of aquatic research, including monitoring stormwater for 6PPD-quinone—the oxidized form of a protective chemical compound in rubber tires that’s shed on roadways. His team’s recent finding that 6PPD-quinone is toxic to culturally and commercially important rainbow and brook trout in Western Canada places SENS and USask at the fore of research to mitigate this emerging pollution issue.

As well, his groundbreaking work with European colleagues on metal toxicity affecting endangered eels is influencing European Commission policy. Coupled with his novel research to determine how stream and river discharges affect the concentrations of chemical pollutants and thus aquatic life, Brinkmann’s work ties in closely with most of USask’s signature research areas.

TextDr. Xiaodong Liang: unique CRC helps to power remote communitiesImage/images/2022/liang.jpgsite://news/images/2022/liang.jpgnewsliang.jpg90383434453Dr. Xiaodong Liang (PhD) joined the University of Saskatchewan’s College of Engineering in 2019 as an associate professor. (Photo: Submitted)Align right

“I am deeply honoured to receive this award, and thankful for the great support for my research program from the department, college and university,” said Liang, who joined USask’s College of Engineering in 2019 as an associate professor and candidate for a Tier II Canada Research Chair (CRC).

She was awarded the first-of-its kind CRC in Technology Solutions for Energy Security in Remote, Northern and Indigenous Communities in June 2020, when the COVID-19 pandemic was curtailing air travel.

“So, my students came late. They and my research collaborators worked really hard, which helped me receive this university-level recognition,” she said.

Liang is building a highly impactful research program that aims to develop technologies for isolated small-scale microgrids powered by renewable energy such as wind and solar. The research focuses specially on technical aspects that have the greatest impact on distributing power to small remote northern communities in Canada and elsewhere around the globe.

Her students are assigned to work on various projects forming cutting-edge research themes: developing new methods to monitor small, self-contained power grids and detect faults that could disrupt power or damage the system; designing self-healing systems by developing controls that allow the grid to quickly adapt to a fault and continue delivering power; and integrating advanced control techniques to manage power and regulate voltage and frequency in response to abrupt surges of power or sudden drops in load, and fluctuations in energy generation from solar and wind.

Liang has published more than 85 refereed journal papers and 100 refereed conference papers and holds three Canadian and American patents. She also has been named to Stanford’s top two per cent list of the most-cited researchers worldwide in her field.

In her teaching career that spans USask, Memorial University in Newfoundland and Washington State University since 2013, Liang has trained more than 40 highly qualified personnel (HQP), and her methods have resulted in top-tier journal publication and awards for her HQP.

usask-honours-wastewater-surveillance-team-for-public-engagementtrue1718730911095imj129USask honours Wastewater Surveillance Team for public engagementThe University of Saskatchewan (USask) Wastewater Surveillance Team, which responded swiftly to the arrival of COVID-19 by developing a monitoring program that provides reliable forecasts of infection outbreaks in communities, is being recognized with USask’s 2022 Publicly Engaged Scholarship Team Award.Sarath Peirisresearch, Toxicology, 1654092000000/articles/research/2022/usask-honours-wastewater-surveillance-team-for-public-engagementnewssite://news/articles/research/2022/usask-honours-wastewater-surveillance-team-for-public-engagementccm0461654026632699ccm0461654026632699show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/pesta-2022-copy.jpgsite://news/images/2022/pesta-2022-copy.jpgnewspesta-2022-copy.jpg2757191080720From left: Dr. John Giesy is a professor in the Western College of Veterinary Medicine at USask. Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. Dr. Kerry McPhedran is a professor in the University of Saskatchewan’s College of Engineering. From left: Dr. John Giesy is a professor in the Western College of Veterinary Medicine at USask. Dr. Markus Brinkmann is a professor in USask’s School of Environment and Sustainability. Dr. Kerry McPhedran is a professor in the University of Saskatchewan’s College of Engineering. (Photos: Submitted)NoNoneNoneNo/
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The award is presented annually to faculty members, post-doctoral fellows, graduate students, and/or community partners in recognition of collaborative efforts to combine their knowledge and produce an outstanding social impact locally, nationally, or internationally.

The public faces of the wastewater team are Dr. John Giesy (PhD) of the Western College of Veterinary Medicine, Dr. Markus Brinkmann (PhD) from the School of Environment and Sustainability, and Dr. Kerry McPhedran (PhD) of the College of Engineering, who are all members of the Global Institute for Water Security (GIWS) at USask.

“We are all very grateful for this award, but I want to stress that the credit must be shared with our entire team, who didn’t hesitate to step up and contribute to help Saskatchewan deal with the arrival of COVID-19,” said Giesy.

Other team members are toxicologist Dr. Paul Jones (PhD), post-doctoral fellow Dr. Yuwei Xie (PhD), environmental engineer Dr. Mohsen Asadi (PhD), and research associates Dr. Femi Oloye (PhD) and Jenna Cantin.

The diverse team has gained national attention with its online dashboard—one of the first worldwide—that presents COVID-19 wastewater surveillance results that indicate virus status and trends for the cities of Saskatoon, Prince Albert, and North Battleford. The frequently visited website is considered the sole source of reliable COVID-19 trend data, with the Saskatchewan government no longer providing clinical testing, in favour of publicly unreported self-testing.

The team findings provide a reliable leading indicator of impending surges or declines of COVID-19 infections by seven to 10 days and helps to identify the presence of new variants.

Giesy said his experience in 2003 with the severe acute respiratory syndrome (SARS) outbreak in Hong Kong during his sabbatical there prepared him to respond quickly to the arrival of COVID-19.

“Opportunities come to prepared minds,” he said. “I knew the clock was ticking, and we had to help. It was a function of being prepared and having the courage to act on the opportunity.”

Global Water Futures (GWF) permitted Giesy to pivot some funds and sophisticated technology from his ongoing environmental DNA research project to COVID-19 monitoring. He and Xie then developed a comprehensive system to detect COVID-19 gene particles in wastewater.

The accuracy of their method was validated in a comparative study with eight other labs across Canada, and the USask team became a key contributor to advancing wastewater-based epidemiology (WBE) in Canada, Germany, and elsewhere.

The team’s quick foray into wastewater testing for the COVID-19 virus was based on partnerships the researchers had built with municipalities through previous wastewater research, including Brinkmann and McPhedran’s work with treatment plant operators in Saskatoon to monitor flows for the presence of pharmaceuticals and toxic compounds from rubber tires.

And, thanks to McPhedran’s trusted partnerships with numerous First Nations as Saskatchewan Centennial Enhancement Chair in Water Stewardship for Indigenous Communities, the team monitors wastewater for three communities—a process that requires co-operation and a strong commitment to gather and transport time-sensitive samples. As well, the team has helped the USask community by monitoring flows from student dormitories.

Giesy said when his team had trouble finding long-term funding for wastewater monitoring, the Public Health Agency of Canada (PHAC) stepped up. PHAC has now extended funding to 2023 and named the USask team as its Prairie Node of a national WBE project that could see monitoring extended to include recreational pharmaceuticals, other viruses, and especially drug-resistant bacteria.

“We like to work on socially relevant issues and solve problems. Our role is to develop technologies that can be transferred to the private and public sectors and train the next generation of water quality experts,” said Giesy. “We have taken a leap of faith and good things have happened.”

usask-co-leads-3.2m-research-project-focused-on-carbon-sequestration-for-mitigating-climate-changetrue1718730911095imj129USask co-leads $3.2M research project focused on carbon sequestration for mitigating climate changeA team led by Dr. Angela Bedard-Haughn (PhD), dean and professor of the College of Agriculture and Bioresources at the University of Saskatchewan (USask), and Dr. Cameron Carlyle (PhD) from the University of Alberta has been awarded $3.2 million in funding for research on carbon sequestration in perennial forage and pastures.College of Agriculture and Bioresources,1653925560000/articles/research/2022/usask-co-leads-3.2m-research-project-focused-on-carbon-sequestration-for-mitigating-climate-changenewssite://news/articles/research/2022/usask-co-leads-3.2m-research-project-focused-on-carbon-sequestration-for-mitigating-climate-changeccm0461653926581211ccm0461653927126274show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/a.bedard--haughn.jpgsite://news/images/2022/a.bedard--haughn.jpgnewsa.bedard--haughn.jpg2088031080720Dr. Angela Bedard-Haughn (PhD), dean of the USask College of Agriculture and BioresourcesDr. Angela Bedard-Haughn (PhD), dean of the USask College of Agriculture and Bioresources. (Photo: Christina Weese)NoNoneNoneNo/
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The funding was announced by Canada’s Minister of Agriculture and Agri-Food Marie-Claude Bibeau and Saskatchewan Minister of Agriculture David Marit as part of the Strategic Research Initiative (SRI) which advances research to address complex challenges faced by the agriculture and agri-food sectors.

The five-year project will examine soil carbon stocks in perennial forage systems across Saskatchewan and investigate the link between producer management practices and carbon stores to identify practices that promote carbon sequestration. One of the outcomes of the project will be maps providing an accurate estimate of carbon in Saskatchewan’s pasture and rangelands.

This project will fill a knowledge gap and increase our understanding of how the management of carbon in grazing systems across different environmental conditions will support climate change mitigation.

The application included 11 letters of support from different industry organizations, which reflect the importance of this work to the provincial agriculture sector. The project is co-funded by the Saskatchewan Cattlemen’s Association, which contributed $100,000 to the total amount and a $25,000 in-kind commitment.

The SRI is funded through the Canadian Agricultural Partnership, a five-year, $3 billion investment by federal, provincial and territorial governments that supports Canada’s agriculture, agri-food and agri-products sectors. This includes a $2 billion commitment that is cost-shared 60 per cent federally and 40 per cent provincially/territorially for programs that are designed and delivered by provinces and territories, including a $388 million investment in strategic initiatives for Saskatchewan agriculture.

Quotes:

“Soil carbon sequestration is one of many ways that agriculture can be part of the solution for climate change. This project will research what drives soil carbon dynamics under pasture and forage across Saskatchewan. How much is stored? Where? Why is there more here versus there? And how long is it likely to stick around?”
- Dr. Angela Bedard-Haughn (PhD), dean of the USask College of Agriculture and Bioresources

“Creative, collaborative and co-operative research is how our institution strives to deliver long-term benefits and resources for Saskatchewan’s agriculture sectors. This project will contribute significantly to our understanding of a complex issue. A better understanding leads to better decision making and practices within the industry. Ultimately, that is the kind of discovery the world needs.”
- Baljit Singh, USask vice-president of research

“Carbon sequestration is important to help mitigate the effects of climate change. This research will improve our understanding of the best practices for managing our grazing systems, and ensure producers will be well-positioned to further contribute to the sector’s long-term sustainability.”  
- Marie-Claude Bibeau, Canada’s Minister of Agriculture and Agri-Food 

“Our agriculture industry is grounded in best practices, and this project will add to it by confirming how we can mitigate climate change by managing our grazing systems. This is the kind of ag-related research we continually encourage and prioritize in Saskatchewan to keep our producers competitive, sustainable and working toward a future we can count on.”
- David Marit, Saskatchewan Minister of Agriculture

“The carbon economy must be built on a credible foundation. Despite a lot of activity, there still needs to be this baseline building on hay and grassland. This should help cattle producers credibly participate in whatever the carbon opportunity is. Meanwhile, cattle producers will continue managing their land for productivity along with the biodiversity and carbon sequestration that are intrinsic to grazing cattle.”
- Arnold Balicki, Saskatchewan Cattlemen’s Association Chair

research-usask-researcher-finds-wheat-byproduct-in-feed-may-cut-methane-emissionstrue1718730911095imj129USask researcher finds wheat byproduct in feed may cut methane emissionsOn a mission to feed a hungry and growing world in a way that is environmentally sustainable, a University of Saskatchewan (USask) graduate researcher is working to reduce greenhouse gas emissions from the pork industry.Brooke Kleiboerresearch, College of Agriculture and Bioresources,1653523200000/articles/research/2022/research-usask-researcher-finds-wheat-byproduct-in-feed-may-cut-methane-emissionsnewssite://news/articles/research/2022/research-usask-researcher-finds-wheat-byproduct-in-feed-may-cut-methane-emissionsnews_ws1653602437456ccm0461654183154772show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kpogo.jpgsite://news/images/2022/kpogo.jpgnewskpogo.jpg2465701080720USask doctoral student, Agbee Kpogo. (Photo: Submitted)USask doctoral student, Agbee Kpogo. (Photo: Submitted)NoNoneNoneYes/
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a-recipe-for-success-usask-researchers-champion-improved-ms-care-with-a-local-flavourtrue1718730911095imj129A recipe for success: USask researchers champion improved MS care with a ‘local flavour’Multiple sclerosis (MS), which affects one in 3,000 Saskatchewan residents, is an unpredictable disease of the central nervous system that disrupts how information flows from the brain to the rest of the body. With World MS Day on May 30 focusing on connections – both to others and to quality care – University of Saskatchewan (USask) researchers Dr. Katherine Knox (MD) and Dr. Sarah Donkers (PhD) are working to bring physical rehabilitation for those living with MS closer to home.research, College of Medicine, School of Rehabilitation Science,1653576360000/articles/research/2022/a-recipe-for-success-usask-researchers-champion-improved-ms-care-with-a-local-flavournewssite://news/articles/research/2022/a-recipe-for-success-usask-researchers-champion-improved-ms-care-with-a-local-flavourccm0461653576913313imj1291682009179132show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/neuro-sask.jpgsite://news/images/2022/neuro-sask.jpgnewsneuro-sask.jpg2468411080720USask MS researchers, physiatrist Dr. Katherine Knox (MD) and physiotherapist Dr. Sarah Donkers (PhD). (Photo: Submitted)USask MS researchers, physiatrist Dr. Katherine Knox (MD) and physiotherapist Dr. Sarah Donkers (PhD). (Photo: Submitted)NoNonesupport-indigenous-achievementNo/
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Developed using patient-focused research and launched at the start of the pandemic, the successful two-year NeuroSask program brings physical activity interventions, social connection and evidence-based education to those living with neurological conditions.

Research has suggested that in cases of MS, the immune system attacks the brain and spinal cord, degenerating a fatty coating (myelin) on nerves that is responsible for sending signals in the body.

The mysteries of MS and the gaps in clinical care that may result for people living with MS have attracted the attention of physicians and rehabilitation specialists alike, such as Knox and Donkers.

“About 25 years ago, the Ministry of Health funded the first MS disease-modifying therapy for the treatment of MS and since that time, we now have 17 drugs on the Saskatchewan drug plan for those who meet exception drug status criteria,” said Knox, a practicing physiatrist and associate professor in USask’s College of Medicine.

“But these drugs are still only one part of managing the disease. Not everybody benefits from or even qualifies for treatment because the drugs are only effective in a subgroup of people living with MS,” she added.

In people living with MS, disability is progressive, but previous research has shown that physical activity helps to control MS symptoms and may help reduce the severity of flare-ups. In some animal studies, exercise has even been shown to help repair myelin damage on nerves.

“Our biggest challenge was we didn’t have enough people on the ground to help people with MS stay engaged with physical activity because if you’re dealing with a disease that makes you exhausted or impairs you physically or cognitively, it’s pretty difficult to exercise regularly,” said Knox.

“We didn’t have enough health-care professionals to help others maintain mobility important to daily life, especially in rural Saskatchewan communities.”

In 2016, Knox and co-investigator Donkers, a physiotherapist and assistant professor in USask’s School of Rehabilitation Science, decided to apply to the MS Society of Canada to find support for a web-based exercise therapy program – first piloted in the United Kingdom by Dr. Lorna Paul (PhD) of Glasgow Caledonian University – that would serve as a trial in Saskatchewan. They wanted to see if those with MS found it easier to perform regular physical activity using a virtual program rather than a typical written exercise program.

The study found that access to a physiotherapist through the research trial increased physical activity among those in the web-based program and the written exercise program. Study results were published in the International Journal of MS Care.

A surprising insight of the study was how much difference working with a health-care provider who has specific expertise in neurological conditions, could make to those living with MS who are trying exercise therapy.

“Many of our study participants reported never seeing a neuro-physiotherapist before for their MS, as they were unaware that physiotherapists can specialize,” said Donkers. “It was very eye-opening to us. It emphasized the importance of people with MS having access to physiotherapists with experience in treating neurological conditions.”

The researchers found that this secret ingredient – condition specific expertise informing movement rehabilitation programs – was key to supporting individuals in their physical rehabilitation. The research team later launched a study of Individualized Physiotherapy and Activity Coaching for Multiple Sclerosis (IPAC-MS), where a specially trained therapist worked one-on-one with clients and incorporated behaviour change techniques to co-create an individualized activity plan.

“This special ingredient of a level of expertise, we harnessed that learning into the IPAC-MS study,” said Donkers. “We are learning more not just about physical activity but about the role of physical activity and the support from an expert, and how they help build an overall concept of living well despite having MS.”

Knox and Donkers also interviewed physiotherapists and those living with MS as part of this research to determine how to build a better online platform for delivering exercise interventions. These findings were recently published in the journal Disability and Rehabilitation.

This earlier research informed the development and implementation of the NeuroSask Active and Connected program – known as NeuroSask for short.

The program combines the three key ingredients that Knox and Donkers identified from their studies as ways to support functional exercise programs: a sense of routine, some control over their health and well-being, and the opportunity to work with those that have condition-specific expertise.

The NeuroSask program is specifically tailored for those living with neurological conditions. The virtual program provides guided physical activity led by experienced neuro-physiotherapist Melanie Deneiko, expert information on health and wellness, and social connection in the form of group discussions and presentations from health experts. Originally run as a 10-week pilot program funded by the Saskatchewan Health Research Foundation at the onset of the COVID-19 pandemic when typical community services were unable to operate, NeuroSask has been running two sessions per week for the past two years.

Using an accessible platform that only requires a one-button push to join in, the program offers exercise therapy and interventions in a connection-friendly manner. Those living with MS are directed to local resources and are introduced to people with the same condition, providing a network of health and social support.

“NeuroSask brings the group social connection back in,” said Knox. “The platform allows participants to connect through the chat feature and the optional photo gallery to share and learn from each other’s lived experiences.”

Although anyone living with a neurological condition can attend, Donkers said those living with MS make up the majority of the weekly participants and can number more than 200 each session. Funding from the MS Society of Canada has allowed to the program to continue running.

Knox and Donkers plan to continue researching what makes a successful program and push for condition-specific therapists to be available via local health authorities. They are also working with a Canada-wide group, MSBEST, to establish best practice for MS rehabilitation care.

While Canadian best practice guidelines state that you should be assessed by rehabilitation specialists shortly after a stroke, there’s no such clear guideline for people living with MS, said Knox.

“Saskatchewan has one of the highest prevalence rates of MS in the world, so this is part of what we’re trying to change in our health care system and why we’re doing these systematic reviews with MSBEST, which inform what we share at NeuroSask sessions.”

While the NeuroSask program has been a huge success, the program is not a fit for everyone, and MS researchers will continue to build local programs that deliver what residents living with MS need to fill gaps in care.

“It started as a snowflake and now it’s an avalanche,” Donkers added. “When we can have a localized flavour and expertise to share in delivering the program, I think that’s part of the success.”

usask-researcher-examines-link-of-genetic-mutation-and-immune-systems-to-blood-cancerstrue1718730911095imj129USask researcher examines link of genetic mutation and immune systems to blood cancersUniversity of Saskatchewan (USask) research findings published in Cell Reports examine how a genetic mutation affects the body’s immune system response to viruses and its link to the development of two types of blood cancers.research,1653408000000/articles/research/2022/usask-researcher-examines-link-of-genetic-mutation-and-immune-systems-to-blood-cancersnewssite://news/articles/research/2022/usask-researcher-examines-link-of-genetic-mutation-and-immune-systems-to-blood-cancersccm0461653405773588ccm0461653405820575show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/wu_singh.jpgsite://news/images/2022/wu_singh.jpgnewswu_singh.jpg1644391080720USask associate professor Dr. Yuliang Wu and post-doctoral fellow Dr. Ravi Shankar Singh. (Photos: Submitted)NoNoneNoneNo/
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The body’s innate immune system, active from birth, is the first line of defence against viruses and other pathogens that cause disease. Using vaccination as an example, after receiving a vaccine, pain, redness, or swelling may occur at the injection site. This response is a demonstration of how the immune system is turned on, but also should be turned off on time so that side effects subside. Dr. Yuliang Wu (PhD) from USask’s College of Medicine and his team are investigating how a gene known as DDX41 contributes to this immune system function, and how mutations in the gene can lead to two potentially fatal blood cancers—myelodysplastic syndromes (MDS) and acute myeloid leukemia (AML).

The basic function of DDX41 was discovered in 2011. Research identified that the gene likely plays a role in blood cancer development when the innate immune pathway is dysregulated. An important enzyme, known as cyclic AMP-GMP synthase (cGAS), is involved in detecting viruses in cells and eliciting an immune system response. However, cGAS is activated by DNA that is regulated by DDX41.

To better understand this process, researchers conducted experiments that involved directly isolating the DDX41 gene and observing its behaviour when exposed to viruses.

“We found that the DDX41 gene is required for a cGAS-mediated immune response against DNA viral infections,” said Wu. “The DDX41 gene can cause the innate immune system to respond excessively, leading to blood cancer development. We have to point out we are not saying the virus causes cancers, because our innate immune system needs to respond to constant and different pathogens. Virus is just one of them, and what we want to say is that dysregulated immune response causes cancers.”

The results provide a starting point to understanding the ties between the immune system, genetics and the two types of cancer. Wu’s goal is to find drugs that target the DDX41 gene as potential treatment for the two blood cancers.

Wu said that finding effective treatments is a priority for researchers as both MDS and AML will become more prevalent within older populations as lifespans continue to extend.

“The next steps in this research are to identify molecules or chemical compounds with potential to modulate DDX41’s enzyme activity, and we could use these to turn on or turn off this pathway,” he said.

Several other researchers were involved with the study, from USask, University of Illinois at Chicago, and Kumamoto University in Japan.

The research was funded by the Natural Sciences and Engineering Research Council of Canada, the Canada Foundation for Innovation, the Cancer Research Society, the National Institutes of Health, the Canadian Cancer Society, and the Saskatchewan Health Research Foundation.

usask-led-study-aims-to-understand,-mitigate-change-in-western-boreal-foresttrue1718730911095imj129USask-led study aims to understand, mitigate change in western boreal forest University of Saskatchewan wildlife ecologist Dr. Philip McLoughlin’s (PhD) research team has been awarded $1.87 million by a federal granting agency for an interdisciplinary project to study complex environmental changes occurring in Western Canada’s Boreal Plains and help mitigate the consequences.research, College of Arts and Science,1652712660000/articles/research/2022/usask-led-study-aims-to-understand,-mitigate-change-in-western-boreal-forestnewssite://news/articles/research/2022/usask-led-study-aims-to-understand,-mitigate-change-in-western-boreal-forestccm0461652713144418ccm0461652713210918show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mcloughlin_1080.jpgsite://news/images/2022/mcloughlin_1080.jpgnewsmcloughlin_1080.jpg2336691080720Dr. Philip McLoughlin (PhD), professor of biology in USask’s College of Arts and Science. (Photo: Submitted)NoNoneNoneNo/
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The five-year Alliance Grant from the Natural Sciences and Engineering Research Council (NSERC) is the largest yet awarded to USask. Including contributions of $1.04 million in cash and in-kind support of $1.08 million from partner agencies, the total project amounts to nearly $4 million. 

“From natural resource development and climate change, the southern boreal forest of Western Canada is experiencing some of the most extensive restructuring of a terrestrial ecosystem in North America,” said McLoughlin, professor of biology in USask’s College of Arts and Science. 

“Landscapes and the numbers and types of species present are changing, while novel diseases in wildlife are also emerging. These interrelated but poorly understood threats have consequences for how people live and work in the Boreal Plains,” he said. 

The goal is to provide the tools, knowledge, and practical options, and build the capacity to conserve the Boreal Plains ecosystem while safeguarding the core socio-ecological needs and values of residents. 

“This innovative and inclusive project is directed at understanding and mitigating existential threats to northern food systems, which form the basis of culture and community well-being in the region,” said McLoughlin. 

“And our Indigenous STEM (Science, Technology, Engineering and Mathematics)-focused training plan aims to effect lasting change within the existing academic, industrial, and bureaucratic structures that currently dominate stewardship of Canada’s natural resources.” 

The project was years in the making, and brings together First Nations and Métis groups, academics from Saskatchewan, Alberta and Québec, industrial partners from the energy, forestry, and peat harvesting sectors, and the governments of Saskatchewan, Alberta, and Canada. 

McLoughlin said the research partnership is built around developing a diverse program advisory committee that will be expanded over time into a broad-based knowledge mobilization hub, what he is calling a “Boreal Plains Network.” 

The team wants to fill the knowledge gaps that are impeding the ability of agencies working in the Boreal Plains to flatten the pace of environmental change and buffer its impacts, he said. The project involves a progressive training plan and a series of milestones based on technology, ecology, and socio-ecology that will enable researchers to predict and help communities react to changes more effectively. 

“For example, we are using advanced computer science to develop a new method to remotely monitor wildlife populations like moose, deer, caribou, and their predators while applying Indigenous knowledge systems to inform our scientific understanding of food-web dynamics,” McLoughlin said. 

“We are also carrying out a comprehensive analysis of the threats posed by ecosystem change, like the novel diseases emerging in the area including chronic wasting disease in deer that are now crossing over into caribou habitat.” 

usask-led-study-finds-a-high-fish-diet-may-not-be-bad-for-youtrue1718730911095imj129USask-led study finds a high-fish diet may not be bad for you A synchrotron-based study led by University of Saskatchewan (USask) researchers shows that the chemical form of mercury found in the brains of people who ate a lot of fish over a lifetime is completely different from the mercury form found in the brains of people who were poisoned.1652455440000/articles/research/2022/usask-led-study-finds-a-high-fish-diet-may-not-be-bad-for-younewssite://news/articles/research/2022/usask-led-study-finds-a-high-fish-diet-may-not-be-bad-for-youvvd8931652455547232vvd8931652455547232show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mercury_team.jpegsite://news/images/2022/mercury_team.jpegnewsmercury_team.jpeg2152201080720Dr. Ingrid Pickering (PhD), Dr. Ashley James (PhD) and Dr. Graham George (D.Phil.). (Photo: Submitted)NoNoneNoneNo/
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“There is concern about mercury in the human diet because the type of mercury in fish, methylmercury, when given in large quantities causes severe health problems associated with the brain,” said Dr. Graham George (D.Phil.), professor and Canada Research Chair in X-ray Absorption Spectroscopy in USask’s College of Arts and Science. 

“However, a large exposure to this mercury species resulting in poisoning is hugely different than low level exposure from a diet of fish containing naturally low levels of mercury,” said George, a corresponding author of a paper on the findings featured on the cover of ACS Chemical Neuroscience. 

“Studies that use acute mercury exposure as a proxy for the health impacts of consuming fish containing naturally low levels of mercury are simply misleading,” he said. 

Mercury and mercury compounds are natural to the environment, and all marine fish contain some level of methylmercury and have for centuries. Recent human activities that produce mercury pollution such as burning coal are increasing, releasing more mercury which can travel vast distances in the atmosphere. Consequently, environmental mercury levels are growing.  

Thus, George said, as many populations worldwide rely on fish as a primary or sole source of protein, clarity on the consequences of ingesting low levels of mercury from fish is an important issue for global food security.  

Researchers on the team, who employed synchrotron light techniques to analyze mercury compounds in brain tissue, include recent USask graduate Dr. Ashley James (PhD),  co-corresponding USask author Dr. Ingrid Pickering (PhD) and Canadian Light Source (CLS) senior scientist Dr. Gosia Korbas, along with scientists from Stanford University and the University of Rochester in New York. 

They used the Stanford Synchrotron Radiation Lightsource in California and the Advanced Photon Source at the Argonne National Lab in Illinois to compare the form of mercury in brain samples from two individuals from the Republic of Seychelles who had consumed fish regularly over their lifetime, and samples from two individuals who died after accidental mercury poisoning.  

One was an eminent researcher who died 10 months after direct skin contact with dimethyl mercury, and the other a child who was poisoned at the age of eight and survived in a debilitated state for 21 years after eating pork from an animal that was fed seed grain dusted with an organic mercury pesticide. 

“The form of mercury in the brains of the two fish-consuming individuals is essentially unchanged from the form found in fish,” said George. “There were no neuropathological consequences apparent in the Seychellois and neither had known neurological deficits that could be linked to mercury exposure.”  

But there were striking differences found in the brains of subjects poisoned with organic mercury, which contained mixtures of mercury compounds, including significantly elevated levels of mercury selenide compared with low-level exposures. Selenium levels in the high-fish consumers were comparable to levels in the brains of a control group with no known mercury exposure.  

Selenium has a complex relationship with mercury, said George. Depending on the species of mercury, and whether selenium enters the body before or after exposure, it can cancel or increase the toxicity of mercury. 

“There have been some papers that suggest that it is safe to eat fish with high levels of mercury if the selenium content exceeds that of mercury, but it does not appear to be nearly that simple,” said George. “I would advise against eating anything that contains high levels of mercury.” 

usask,-international-researchers-will-work-with-inuit-youth,-explore-art-as-a-tool-for-monitoring-impacts-of-climate-changetrue1718730911095imj129USask, international researchers will work with Inuit youth, explore art as a tool for monitoring impacts of climate change A Canadian-United Kingdom research team has received $1,538,725 in funding to undertake a three-year project titled ‘Carving out Climate Testimony: Inuit Youth, Wellness & Environmental Stewardship’ that will address two important questions: how does climate change impact Inuit youth and what factors enhance youth mental health and well-being? 1652284800000/articles/research/2022/usask,-international-researchers-will-work-with-inuit-youth,-explore-art-as-a-tool-for-monitoring-impacts-of-climate-changenewssite://news/articles/research/2022/usask,-international-researchers-will-work-with-inuit-youth,-explore-art-as-a-tool-for-monitoring-impacts-of-climate-changevvd8931652281336305vvd8931652281336305show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/cinuk_arctic.pngsite://news/images/2022/cinuk_arctic.pngnewscinuk_arctic.png9610611080720Canadian Arctic. (Photo: Karla Jessen Williamson)YesNoneNoneNo/
TextImage/images/2022/cinuk_announcement.pngsite://news/images/2022/cinuk_announcement.pngnewscinuk_announcement.png10930401080608Co-principal investigators, Dr. Karla Jessen Williamson (left) and Dr. Jen Bagelman (right). (Photos: Submitted)Align right

The research team will work alongside Inuit artists to explore how traditional practices of Unikkausivut (storytelling) can be used to convey how Inuit youth are experiencing climate change in the Canadian Arctic. Youth participants will partake in artistic expression, including traditional Inuk carving, to demonstrate their personal experiences and interactions with their changing environment. 

Funding for the project comes from the new Canada-Inuit Nunangat-United Kingdom Arctic Research Programme , consisting of Canadian and United Kingdom partner organizations including Polar Knowledge Canada, the Inuit Tapiriit Kanatami, the United Kingdom Research and Innovation, the National Research Council of Canada, Parks Canada, and the Fonds de Recherche du Quebec. 

“We will explore how changes to terrestrial, freshwater and coastal ecosystems (sea-ice and coastal processes, freshwater, snow, permafrost thaw, and changing marine ecosystems) impact Inuit youth’s mental health and well-being,” said Dr. Karla Jessen Williamson (PhD), assistant professor in the University of Saskatchewan (USask) College of Education and co-principal investigator on the project. 

As a community found to be at risk of mental health crises, the project hopes to uncover how to best support and build resilience in Inuit youth as global warming continues. 

Vitally, our project is Inuit-led,” said Dr. Jen Bagelman (PhD), co-principal investigator of the study and a Reader at Newcastle University in England, who is originally from Yellowknife, N.W.T. “Our Inuit-led team brings the necessary expertise to address these questions in a way that supports youth self-determination, centring youth as stewards of their own changing environments.” 

By sharing the research findings with policymakers such as the Intergovernmental Panel on Climate Change, following the study the research team hopes to shape and decolonize climate change policy. 

“I am originally from Maniitsoq, Greenland, and enjoy tremendously being a naturalized Canadian,” said Jessen Williamson. “I have grandchildren who speak my Indigenous language growing up in Iqaluit, Nunavut, and it is absolutely a thrill for me to be able to help the young ones imagine the pending changes that climate change requires Inuit to make.” 

The research team will consist of researchers from USask, the University of Victoria, as well as institutions from the United Kingdom; Newcastle University, the University of Aberdeen, and the University of St. Andrew’s. 

usask-research-will-focus-on-social-justice-and-physical-health-in-vulnerable-populationstrue1718730911095imj129USask research will focus on social justice and physical health in vulnerable populationsTwo University of Saskatchewan (USask) research projects will highlight the importance of equitable opportunities for Two-Spirit, lesbian, gay, bisexual, trans and queer (2SLGBTQ+) and Indigenous peoples to participate in their communities throughout life as adult leaders and during their youth.1652111100000/articles/research/2022/usask-research-will-focus-on-social-justice-and-physical-health-in-vulnerable-populationsnewssite://news/articles/research/2022/usask-research-will-focus-on-social-justice-and-physical-health-in-vulnerable-populationsvvd8931652111264852vvd8931652111264852show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/sshrc_diversity.jpgsite://news/images/2022/sshrc_diversity.jpgnewssshrc_diversity.jpg1300741080720Project directors Dr. Rachel Loewen Walker (PhD) and Dr. Lee Schaefer (PhD). (Photo: Submitted)NoNoneNoneNo/
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Dr. Rachel Loewen Walker (PhD) from the College of Law and Dr. Lee Schaefer (PhD) from the College of Kinesiology and their respective research teams will receive funding over a three-year period to undertake important work focused on increasing opportunities for marginalized communities to participate in initiatives that improve social and physical well-being.

The work has been awarded funding from the Social Sciences and Humanities Research Council of Canada (SSHRC) through the Race, Gender and Diversity initiative. This funding program supports community-led research that is grounded in the complexities of the lived experiences of diverse groups and individuals, and that will inform policy and program design in the future.

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To create social change, one needs an imagination capable of challenging dominant social and cultural ideologies, as well as the opportunity to re-configure the legal, political and educational structures that present barriers to change. Loewen Walker is the project director for a research study entitled, “Queering Leadership, Indigenizing Governance: Building Intersectional Pathways for Two Spirit, Trans, and Queer Communities to Lead Social and Institutional Change.” The goal of the project is to build the capacity of 2SLGBTQ+ individuals to participate in leadership and governance roles in community, non-profit and university organizations.

Barriers to holding these leadership roles will be explored and informed directly by 2SLGBTQ+ individuals and organizations, and research findings will be returned to the community in the form of practice and learning tools, guiding documents and templates, and knowledge sharing events. The project also seeks to explore governance models outside of Western, colonialist frameworks, demonstrating that queer, Indigenous, and other diverse communities are leading the way when it comes to building equitable research and practice.

The project is the outcome of Loewen Walker’s previous SSHRC Partnership Development Grant that funded the creation of the Social Innovation Lab. This unique research group invites community partners to propose needed research projects that trained social science and humanities students then lead. All outputs are returned to and owned by the community.

“The Social Innovation Lab works to flip the dominant research model on its head: rather than having researchers and students approach community partners with an identified project, the lab carries out projects that are community-led,” said Loewen Walker.

“I think it demonstrates the success of models which centre the voices and needs of community partners, and further illustrates that when we work to reduce the hierarchies and power dynamics between research partners, we create space for truly innovative and intersectoral work.”

By building a team of social innovators that are rooted in equity, diversity, inclusion and decolonization, new leadership models will emerge that are informed and built from the needs of populations. New ways of leading and governing organizations thereby will offer increased opportunities for historically underrepresented groups to champion anti-oppressive leadership in non-profit and university sectors.

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Participating in developmental sports and various physical activities is important for the health and growth of kids around the world. Using the philosophy of the Woodland Cree saying of mitho miskawawin a nehiyaw, loosely translated to “moving well”, Schaefer, along with co-director, Dr. Sean Lessard (PhD), will engage in a research project titled “Mitho Miskawawin Together Partnership (Moving Well Together Partnership – MWTP)” that is a direct response to the Truth and Reconciliation Commission of Canada Calls to Action.

The research will address systemic racism and sexism that creates barriers to movement opportunities, such as physical activities and organized sports, for female Indigenous youth aged eight to 12 years old. Youth will engage directly with the research team to share their own experiences of access to physical activity and challenges they face to accessing physical activity.

“MWTP is grounded in Nehiyaw notions of kistīthītamowin (respect and honour), as well as mamawīchihitowin (sharing and valuing working together),” said Lee. The team is made up of Indigenous and non-Indigenous scholars who will work alongside the Montreal Lake Cree Nation Community, as well as two Nehiyaw Elders and one Nehiyaw language teacher, in a partnership with USask’s Huskie Athletics.

The Moving Well Together Partnership will consist of not just a focus on physical movement, but also spiritual and relational movement by facilitating research efforts rooted in reconciliation and decolonization with hopes of mitigating real-word barriers to activity for Indigenous youth.

“We hope to learn from the community and the girls around how this partnership can create more opportunities for Indigenous girls to meaningfully participate in physical activity, both on and off reserve,” said Schaefer.

“Given the partnership with Huskie Athletics, we also hope this will offer opportunities for the university to create more inclusive opportunities for Indigenous girls. Reciprocally, we hope it also offers opportunities for Huskie Athletes to learn more about reconciliation and become engaged in Indigenous communities.” 

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For more information, contact: 

Victoria Dinh 
USask Media Relations 
306-966-5487
victoria.dinh@usask.ca

futurenow-event-at-saskatchewan-legislature-to-showcase-undergraduate-student-worktrue1718730911095imj129FutureNow event at Saskatchewan legislature to showcase undergraduate student work On May 3, the FutureNow event will bring undergraduate students from four of Saskatchewan’s major post-secondary institutions together to share their best research, scholarly, artistic, and applied work with Saskatchewan legislators. research,1651503720000/articles/research/2022/futurenow-event-at-saskatchewan-legislature-to-showcase-undergraduate-student-worknewssite://news/articles/research/2022/futurenow-event-at-saskatchewan-legislature-to-showcase-undergraduate-student-workccm0461651504304476ccm0461651505687171show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_students.pngsite://news/images/2022/usask_students.pngnewsusask_students.png2810391080720USask students in a lecture theatre on the Saskatoon campus. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Held at the Legislative Building in Regina, invited undergraduate students from the University of Saskatchewan (USask), the University of Regina (U of R), First Nations University (FNUniv) and Saskatchewan Polytechnic (Sask Polytech), will present snapshots of their research work to sitting members of the legislative assembly (MLAs).  

“We are delighted to have such an amazing cross-section of students representing so many areas of inquiry, with excellence in research, scholarly, artistic and applied work,” said Laura Zink, director of Research Acceleration and Strategic Initiatives in the USask Office of the Vice-President Research.  

“It’s been great to work with colleagues from across Saskatchewan’s post-secondary institutions to build this prestigious event. We are excited and proud to bring some of Saskatchewan’s future leaders to meet the leaders of today.” 

Many undergraduate students build research into their post-secondary education – through coursework, capstone projects, experiential and applied classes, honour’s degrees, and through working on faculty-led research teams. The ability to share that work with policymakers and other institutions builds a platform for research findings to have an impact in the world outside of post-secondary education. 

Examples of the 13 USask student projects that will be presented include an overview of how social media played a role in providing COVID-19 information to the public and influenced decision-making, and an analysis of Saskatchewan firms and their views on how effects of climate change will impact supply chains.  

“It’s one thing for students to present their work to their classmates and professors, or even to academic conferences. It’s quite another to present to a public, non-specialist audience – and more particularly, the Saskatchewan MLAs from both sides of the house,” said Dr. Merle Massie (PhD), undergraduate research co-ordinator at USask. 

“We think FutureNow will bring a renewed understanding of what amazing work post-secondary students across the province are doing, and what it takes to explain that work to the world.” 

“Sask Polytech is excited for our students to be a part of this provincial, undergraduate showcase,” said Dr. Susan Blum, associate vice-president, Applied Research and Innovation at Saskatchewan Polyethnic. “We have some exciting projects to share with Saskatchewan’s MLAs. Sask Polytech students are encouraged to partner with business, industry or the community on applied research projects that provide real-world solutions. Participating in applied research gives students hands-on experience to transition seamlessly into their chosen career and positions them as an employee of choice in today’s competitive job market.”

Sask Polytech will have six student projects featured at FutureNow. Some of Sask Polytech’s projects include sequencing DNA from yeast cultures of local breweries, evaluating the barriers facing Black, Indigenous and People of Colour (BIPOC) patients admitted to acute care, using a geographic information system (GIS) to find suitable locations for small modular reactors (SMRs), and using machine learning to mitigate misdiagnoses of electrocardiograms.

U of R undergraduate environmental biology and ecology student Joshua Christiansen is excited to be part of the FutureNow event and to share his research about bats.

“The research we’re doing as undergraduate students is significant and being part of an event like this gives us the opportunity to talk about our work with those who can directly inform policy and implement changes. My research improves our understanding of the massive economic impact bats have on our agricultural industry. Informing our government about these findings, for example, provides information they may not have known, which could in turn lead to important policy changes for our collective health and well-being.”

U of R has 11 students who will present nine different research projects at Tuesday’s event. From how bats are saving Canada’s ag industry $30 million dollars a year in pest control, to how accessible and affordable outdoor wellness programs are benefiting people with brain injuries, to finding ways to decrease Saskatchewan’s carbon footprint by converting gas to methanol, the university’s undergraduate scholars will showcase work that is as diverse as it is significant to Saskatchewan and beyond. 

Research presentations will include posters, short video, audio, or physical display formats. MLAs will be able to circulate among the students, ask questions and engage directly with students about their work. Each MLA will receive a short summary of student projects in advance and will have the opportunity to engage with researchers from their own constituencies during the event.

Undergraduate students chosen for FutureNow also received additional training and coaching in public speaking and research communication techniques, to help explain their work and its impact during the event. 

The event will build relationships among the next generation of researchers and will encourage institutions and legislators to work together to find real-world applications for research findings. 

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usask-ranks-58th-among-1,400-universities-worldwide-in-advancing-sustainable-developmenttrue1718730911095imj129USask ranks 58th among 1,400 universities worldwide in advancing sustainable developmentThe University of Saskatchewan (USask) tied for 58th place in the 2022 Times Higher Education (THE) University Impact overall rankings, which measured the success of more than 1,400 universities around the world in advancing the United Nations’ Sustainable Development Goals (SDGs).research, hp-articles1651157460000/articles/research/2022/usask-ranks-58th-among-1,400-universities-worldwide-in-advancing-sustainable-developmentnewssite://news/articles/research/2022/usask-ranks-58th-among-1,400-universities-worldwide-in-advancing-sustainable-developmentccm0461651158162175ccm0461681487395616show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask-sustainability.jpgsite://news/images/2022/usask-sustainability.jpgnewsusask-sustainability.jpg3851141080720USask campus in the spring.This month marks the anniversary of USask adopting its inaugural Sustainability Strategy. (Photo: University of Saskatchewan)NoNoneNoneNo/
TextImage/images/2022/singh-stoicheff.jpgsite://news/images/2022/singh-stoicheff.jpgnewssingh-stoicheff.jpg3212331080720USask Vice-President Research Baljit Singh and USask President Peter Stoicheff. (Photo: University of Saskatchewan)Align right

The ranking is a sizeable jump of 38 spots from USask’s 96th position in both 2020 and 2021, and is particularly noteworthy since nearly 300 additional universities joined THE’s overall assessment process for 2022.

To be included in the overall ranking requires universities to submit data for at least four of the UN’s 17 SDGs, one of which must be SDG 17—Partnerships for the Goals. USask’s submitted data in eight categories this year, doing particularly well in SDG 17, ranking 16th globally among all participating universities. USask led all Canadian universities in this category.

“To rank among the top 60 of more than 1,400 international universities in global sustainable development is a remarkable achievement for our university at this critical time in history,” said USask President Peter Stoicheff.

“Sustainability is a priority at USask. To be ranked as Canada’s top university in the crucial category of revitalizing global partnerships for sustainable development attests to our determination to be the university the world needs,” Stoicheff said.

USask’s two other top-25 rankings were in SDG 11, Sustainable Cities and Communities (17th), which was added this year to the university’s signature areas of research, and 22nd in SDG 3, Good Health and Well-being. USask was second among U15s in SDG 3 and third in SDG 11.

“These terrific results in working to achieve global strategic development goals demonstrate the creative, collaborative, and co-operative spirit that pervades our entire university community,” said USask Vice-President Research Baljit Singh.

“Our world-class research displays real diversity — from the humanities and social sciences to water, food, and energy security to one health and sustainable communities. We are ready to make an even stronger contribution internationally and help the world develop in an equitable and sustainable way.”

Included in USask’s top 100 global rankings were: SDG 2, Zero Hunger (52nd); SDG 16, Peace, Justice, and Strong Institutions(72nd); and SDG 14, Life Below Water (95th). The rankings between 100-200 for USask in SDG 9, Industry, Innovation and Infrastructure, and SDG 6, Clean Water and Sanitation, showed robust performance in research, but a need for stronger policies.

Of Canada’s U15 universities, only the University of Manitoba did not participate. USask ranked ninth among U15 in overall global rankings, ahead of the Universities of Montréal, Toronto, Dalhousie, McGill, and Ottawa.

This month marks the anniversary of USask adopting its inaugural Sustainability Strategy, with goals for 2025 that coincide with the University Plan, and milestones for 2030 that coincide with the UN’s agenda to achieve its 17 development goals.

USask has launched a program of SDG Fellowships that support faculty who wish to integrate SDG principles into their teaching curriculums and departments and has started the process to hire its first chief sustainability officer as part of its sustainability strategy.

research-breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantstrue1718730911095imj129Breath of fresh air: USask researcher combats odours and emissions from sewage plantsUrban wastewater treatment plants are an essential part of keeping water safe and clean in and around communities. These plants treat wastewater used by people to ensure it is safe for discharge back into the environment.Brooke Kleiboerresearch,1650931200000/articles/research/2022/research-breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantsnewssite://news/articles/research/2022/research-breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantsnews_ws1650994219453ccm0461650994379127show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mohsen-asadi-1080.jpgsite://news/images/2022/mohsen-asadi-1080.jpgnewsmohsen-asadi-1080.jpg2487331080720USask engineering PhD recipient, Dr. Mohsen Asadi. (Photo: Submitted)USask engineering PhD recipient, Dr. Mohsen Asadi. (Photo: Submitted)NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/mohsen-asadi.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/mohsen-asadi.pngresearch-archived-2023-04-03mohsen-asadi.png7813081080608USask engineering PhD recipient, Dr. Mohsen Asadi. (Photo: Submitted)NoNoneNoneNo/
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Sometimes the compounds emitted by municipal wastewater treatment plants can be potential climate hazards, as some are associated with greenhouse gases (GHGs). 

For his doctoral research in civil and environmental engineering, University of Saskatchewan (USask) researcher Dr. Mohsen Asadi (PhD) focused on developing a way to calculate the amount of GHGs and smelly compounds released from wastewater treatment plants in order to address potential downwind impacts on neighbourhoods and the environment.  

Asadi used the Saskatoon Wastewater Treatment Plant (SWTP) as a case study because it contains state-of-the-art equipment and is exposed to multiple variations in weather and seasonal temperatures. He worked closely with SWTP personnel, led by plant manager Mike Sadowski, who earned his civil engineering degree from USask.  

“Typical wastewater treatment plants include a wide variety of physical, chemical, and biological treatment processes,” said Asadi. “These processes can result in the release of the odours as they are often performed in parts of the facilities that are open to the air.” 

Accurately determining gas production and emissions from wastewater plants through routine sampling is difficult because of the variety of treatment processes in these facilities, he said. 

By analyzing both types of emissions, Asadi’s research team developed a mathematical modelling system that can be used to accurately estimate the amount of GHGs, and odorous compounds emitted from wastewater treatment plants.  

The information can be used to design more efficient plant operations to better manage both smelly compounds and gas emissions, leading to cleaner air and increased environmental protection. 

 The work is unique, Asadi explained, because it incorporates a type of machine learning model called a Generative Adversarial Network, which can provide accurate simulated emission data to fill in areas where actual data may be limited or difficult to obtain. 

“This technique can be valuable as it will lead to reducing time and effort, as well as related cost savings,” said Asadi. “Greenhouse gases have gained more attention in Canada given the recent carbon pricing initiatives that make capturing greenhouse gases economically beneficial to treatment plants.” 

Asadi completed his PhD in 2022 under the supervision of USask College of Engineering associate professor Dr. Kerry McPhedran (PhD). The research was published in four top scholarly journals, including Science of the Total Environment. 

“There is no Planet B, and this simply keeps driving me forward to seek easy-to-implement, cost-effective, and accessible solutions to help protect the Earth,” said Asadi. 

Research funding was provided by a USask College of Graduate and Postdoctoral Studies Dean’s Scholarship and by the Natural Sciences and Engineering Research Council of Canada Discovery Grant program. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantsshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantsresearch-archived-2023-04-03breath-of-fresh-air-usask-researcher-combats-odours-and-emissions-from-sewage-plantsArticle headlineBreath of fresh air: USask researcher combats odours and emissions from sewage plantsUrban wastewater treatment plants are an essential part of keeping water safe and clean in and around communities. These plants treat wastewater used by people to ensure it is safe for discharge back into the environment. 2022Brooke KleiboerApr 26, 2022 12:00 AM
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wildfire-smoke-accelerates-glacier-melt,-affects-mountain-runoff-usask-researchtrue1718730911095imj129Wildfire smoke accelerates glacier melt, affects mountain runoff: USask researchAs global temperatures rise, wildfires are becoming more common. A new study by University of Saskatchewan (USask) hydrology researchers found that exposure to wildfire smoke can cause glaciers to melt faster, affecting mountain runoff that provides major freshwater resources for life downstream.research, water, GWF,1650987120000/articles/research/2022/wildfire-smoke-accelerates-glacier-melt,-affects-mountain-runoff-usask-researchnewssite://news/articles/research/2022/wildfire-smoke-accelerates-glacier-melt,-affects-mountain-runoff-usask-researchccm0461650987361281ccm0461650988084387show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/aubry_wake_glacier.jpgsite://news/images/2022/aubry_wake_glacier.jpgnewsaubry_wake_glacier.jpg1789831080720Soot-covered ice found on the Athabasca Glacier in the Canadian Rockies. (Photo: Caroline Aubry-Wake)NoNoneNoneNo/
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“The occurrence and severity of wildfires is increasing. It is linked with climate change and past forest management, and has wide-ranging consequences for human activities and ecology,” said Caroline Aubry-Wake, a PhD candidate in USask’s College of Arts and Science and co-author of the study alongside supervisor Dr. John Pomeroy (PhD) and fellow PhD candidate Andre Bertoncini. Both Aubry-Wake and Bertoncini are student members of the Global Institute for Water Security. 

From 2015-2020, a team of USask hydrology researchers observed each melting season at the Athabasca Glacier, part of the Columbia Icefield in Jasper National Park, Alberta. Based on fire activity that year, they analyzed the accumulation of soot and ash on the glacier and the effects of solar activity that causes glaciers to melt. Study findings were recently published in the American Geophysical Union’s top-tier journal, Earth’s Future. 

In years with increased fire activity, wildfire smoke left ash and soot deposits on the glacier ice, causing it to darken and to melt much faster. The surface of the glacier stayed dark even once the fire season had passed, as microbial life likely used the soot as a source of food and reproduced at a faster rate during this time, the report said. 

The weather also played a part in the effects on glacier melt. Smoky days are warmer and drier than sunny days and contain less solar energy. On sunny days, the darker ice had a 10 per cent increase in its melting rate. Conversely, if smoke was present in the air, the ice was preserved due to the decreased amount of sun reaching the glacier surface. 

“It’s incredible how we can connect the dots about climate change like this. We see droughts causing fires, fires forming huge plumes of smoke and ash, the ash covering the glaciers, and the glaciers melting at increasing rates because of the fires,” said Pomeroy, Canada Research Chair in Water Resources and Climate Change and director of the Centre for Hydrology, study co-author and Aubry-Wake's supervisor. 

“These glaciers are our savings account for water for the future and a crucial part of a UNESCO world heritage site landscape in the Rockies, so this is troubling to see,” Pomeroy said. “It is useful however to now perceive the interconnections between wildfire and glacier melt and to better understand how climate influences both. This will improve our hydrological modelling of mountain water resources here and around the world.” 

Link to the paper: http://doi.org/10.1029/2022EF002685 

 

usask-researcher-investigates-prairie-superstormstrue1718730911095imj129USask researcher investigates Prairie superstorms Scientists are long past the point of debating whether climate change is happening—the latest Intergovernmental Panel on Climate Change (IPCC) report was crystal clear: to keep the 1.5°C limit increase agreed to in Paris within reach, humanity needs to cut global emissions by 45 per cent this decade or face horrific consequences.Megan Evans 1650557400000/articles/research/2022/usask-researcher-investigates-prairie-superstormsnewssite://news/articles/research/2022/usask-researcher-investigates-prairie-superstormsvvd8931650557570174vvd8931650557835769show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/sask_supercell.jpgsite://news/images/2022/sask_supercell.jpgnewssask_supercell.jpg1129631080720Photo of a powerful Supercell thunderstorm over southern Saskatchewan in July of 2019. (Photo: Shannon Bileski)NoNoneNoneNo/
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In Saskatchewan and on the Canadian Prairies, the call to action is even more critical: according to Environment and Climate Change Canada, the country is warming two to three times the global average.

A 2019 federal government climate report warns that changes are already evident in many parts of the country and are projected to intensify. University of Saskatchewan (USask) School of Environment and Sustainability (SENS) PhD student Mostofa Kamal is studying supercell thunderstorms and the threshold factors that can predict the severity of storms—critical in a region that is susceptible to these types of volatile storms, which are increasing in frequency and severity.

“Canada is ranked second in terms of highest tornado frequency, and 75 per cent of Canadian tornadoes are triggered by supercell thunderstorms,” Kamal said. “Supercells are considered the most violent thunderstorm with a rotating vertical cloud structure and getting caught in a storm can be intense and scary. Even if there is no hail, heavy rain can severely reduce visibility and flood roads. It’s no wonder we get scared when we hear the possibility of severe thunderstorms with golf ball-sized hail that can wreak havoc on cars and other property.”

Despite the enormous socioeconomic impact, it remains poorly understood to what extent the vertical wind shear, lifting mechanism, moisture availability, and convective available potential energy control which aspects of supercell characteristics over the Canadian Prairies, and how future climate change would affect these environmental factors.

High precipitation supercells result in massive economic losses through catastrophic flooding, severe hail, and damaging winds. The low precipitation supercells often produce damaging straight-line winds (wind gust speed of 90 km/h or greater) and severe hail (more than 20 mm), which causes significant crop damage across the Prairies. Classic supercell thunderstorms account for a significant percentage of tornadoes over the Canadian Prairies.

“My research findings will help actuarial science researchers assess severe thunderstorm-related events (hailstorms, wind damage, flash flood) risk assessment for properties, crop damage, and crop yields,” said Kamal. “My research will also help rural and urban planners and civil engineering researchers design and plan climate-smart infrastructure that can withstand extreme precipitation results from HP supercell thunderstorms, allowing for better-informed decision making in the face of a changing climate.

“The main goal is to identify the meteorological conditions which favour the development and maintenance of different supercell storms over the Canadian Prairies.”

Kamal was born in Bangladesh and moved to Canada to pursue additional education and career opportunities. As the world prepares to celebrate Earth Day on April 22, Kamal is committed to research to help understand climate change connections to deadly supercell thunderstorms.

“On April 26, 1989, a supercell thunderstorm in Bangladesh produced the deadliest tornado in the world’s recorded history—it killed 1,300 people and injured an additional 12,000—so I am motivated to study this phenomenon that affects the place I come from, and also where I live now.”

usask-soil-health-research-helps-sustain-and-expand-indigenous-farming-operationstrue1718730911095imj129USask soil health research helps sustain and expand Indigenous farming operationsUnderstanding how agricultural practices affect soil health and quality on Indigenous agricultural lands is crucial to the sustainability and resiliency of the land in the face of climate change.Brooke Kleiboer1650387360000/articles/research/2022/usask-soil-health-research-helps-sustain-and-expand-indigenous-farming-operationsnewssite://news/articles/research/2022/usask-soil-health-research-helps-sustain-and-expand-indigenous-farming-operationsvvd8931650387689735vvd8931650388010290show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lecourtois_action.jpgsite://news/images/2022/lecourtois_action.jpgnewslecourtois_action.jpg1771781080720An agricultural field work site where soil samples were obtained for the study. (Photo: Cowessess First Nation)YesNoneNoneNo/
TextImage/images/2022/lecourtois.jpgsite://news/images/2022/lecourtois.jpgnewslecourtois.jpg471001540720USask agriculture undergraduate researcher, Stephanie Le Courtois. (Photo: Submitted)Align left

University of Saskatchewan (USask) undergraduate student Stephanie Le Courtois has been an integral part of a soil science research team collaborating with Indigenous communities in Saskatchewan to build strong, evidence-informed farming operations. 

The research team is focusing on creating a detailed profile of soil health and quality of lands on the Mistawasis Nêhiyawak and Cowessess First Nations, working in collaboration with their lands departments. The knowledge will be shared with the communities to help with agricultural decisions. 

“Agriculture is a huge player in the Saskatchewan economy,” said Le Courtois, who is majoring in Resource Science in the Bachelor of Science in Renewable Resource Management degree program offered by USask’s College of Agriculture and Bioresources.  

“Being more informed about soil conditions helps to make more informed decisions regarding best agricultural and land management practices,” she said. 

Researchers collected soil samples in the spring and fall from cultivated land, native grassland, and forested regions of both Indigenous communities. The team is conducting lab analysis of these samples to determine soil health after previous agricultural activity in each area. Potential impacts of previous agricultural use include erosion and altered nutrient cycles. 

Variables such as the level of carbon present and texture can help determine the amount of water and nutrients the soil can maintain and provides an indicator of its health.  

“We collected samples from these different environments to compare the effects of different land uses on soil, contributing to a wholistic understanding of the land. Eventually, it will provide a more thorough documented status of soil characteristics, and therefore health and quality,” said Le Courtois. 

The research, supervised and led by USask soil biogeochemist Dr. Melissa Arcand (PhD), aims to collaborate with Indigenous communities to understand the current state of their agricultural lands. Indigenous communities can ultimately use the knowledge to inform agricultural land use decisions, including potential farm expansion or restoration efforts. 

The project will provide updated knowledge on important factors such as soil nutrient status, soil carbon, and salinity and form the basis for decisions on farming operations in the next growing season. 

“This research can benefit Mistawasis Nêhiyawak and Cowessess because, by working with First Nations land managers, we can increase community awareness of the impacts of agriculture on reserve land. Knowledge about soil conditions helps to make more informed decisions regarding best agricultural and land management practices,” said Le Courtois. 

After completing this project, the team hopes to expand on the work by collaborating with Indigenous communities on agricultural issues related to climate change. 

“Over the course of my life, I have developed a love and appreciation for the natural world—of its beauty and ability to sustain us,” said Le Courtois. “Saskatchewan and Canada are beautiful and productive places, and I hope to develop a career that works to sustainably manage and protect these natural environments.” 

The research is supported by the Canada Tri-Agency New Frontiers in Research Fund’s Exploration Grant program.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

Article re-posted on April 19.
View original article.

usask-research-aims-to-help-cows,-forage-plants-deal-with-stressestrue1718730911095imj129USask research aims to help cows, forage plants deal with stresses Two University of Saskatchewan (USask) researchers have been awarded $322,000 in total by a federal agency for developing drought and salinity-tolerant forage crops, and reducing heat stress in dairy cattle. College of Agriculture and Bioresources, research, 1650294000000/articles/research/2022/usask-research-aims-to-help-cows,-forage-plants-deal-with-stressesnewssite://news/articles/research/2022/usask-research-aims-to-help-cows,-forage-plants-deal-with-stressesccm0461650294381091ccm0461650294466727show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/bennet_penner.jpgsite://news/images/2022/bennet_penner.jpgnewsbennet_penner.jpg2221921080720Dr. Jon Bennett (PhD), assistant professor in USask’s College of Agriculture and Bioresources (AgBio), and Dr. Gregory Penner (PhD), AgBio professor and USask Centennial Enhancement Chair in Ruminant Nutritional Physiology. (Photo: Submitted) NoNoneNoneNo/
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The funding is from the Natural Sciences and Engineering Research Council’s (NSERC) Alliance Grants program, which encourages university researchers and partner organizations to collaborate in generating new knowledge and accelerating the adoption of research findings to benefit Canada. 

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Dr. Jon Bennett (PhD), assistant professor in USask’s College of Agriculture and Bioresources (AgBio), was awarded $191,000 over three years to sustainably increase the productivity and salinity-tolerance of forage crops typically grown on marginal lands in Western Canada. 

Forages comprise most of the diet of cows and are critically important to Canada’s cattle industry.  

Bennett’s team aims to reduce the need for inputs and increase forage production by optimizing plant interactions with symbiotic arbuscular mycorrhizal fungi (AMF) that colonize plant roots. AMF can increase plant tolerance to low water, salinity, and pathogen resistance, and in turn thrive on plant-derived carbon. 

“Our ultimate goal is to determine if we can develop forage varieties that are more broadly responsive to AMF, and develop AMF that benefit those forages,” Bennett said. 

To accomplish the goal, researchers will measure a suite of variables linked with plant-AMF interactions across multiple populations for two important forage legumes, alfalfa and sainfoin, and then study if these traits influence plant growth under different stresses.  

Researchers sampled soils from saline and non-saline native grasslands across Alberta and Saskatchewan to culture AMF from these environments. They are using these cultures to predict which other locations have AMF that increase plant growth and salinity tolerance in three species (forage barley, alfalfa, and tall wheatgrass). 

Industry partners in the project are: Alberta Beef Producers, $77,910 in cash and in-kind support; Saskatchewan Cattlemen’s Association, $27,300 in cash and in-kind support; and in-kind support from Agriculture and Agri-Food Canada’s research centres in Swift Current ($5,500) and Lethbridge ($5,000). 

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Dr. Gregory Penner (PhD), AgBio professor and USask Centennial Enhancement Chair in Ruminant Nutritional Physiology, was awarded $131,000 over two years to investigate dietary strategies to help dairy cattle deal with summer heat. 

“We are specifically focusing on whether cations (sodium and potassium) or dietary buffers (carbonates) help to mitigate heat stress,” Penner said.  

At USask’s Rayner Dairy and Research Facility, cows will be fed a specific dietary supplement. Researchers will study variables such as animals’ core body temperature, feed intake, milk production, and indicators for inflammation, to see if the feed strategies help mitigate heat stress. 

Cattle respond to heat stress with sweating and open-mouth panting—using respiration to dissipate heat—and lose saliva. As well, their body response is to increase blood flow to the ears and other extremities and reduce the flow to the gastrointestinal tract, increasing acidity of stomach contents. 

Cation supplementation replenishes salt lost through sweating and encourages drinking, with the water helping to cool down animals. The carbonate acts to reduce stomach acid and the risk of gut disorders. 

Research is sparse on assessing the separate roles that cations and carbonates play—especially since producers often use sodium bicarbonate in the cows’ diet during summer, leaving open the question of whether it’s the sodium or the carbonate that’s most effective, Penner said.  

Industry partner Papillon Agriculture Company, owned by calcium- and manganese-carbonate producer Inter-Rock Minerals, is providing $62,800 in cash and in-kind support. Papillon wants to understand the role its carbonate feed products play in mitigating cattle heat stress. SaskMilk, which is contributing $23,500 in cash and in-kind support, is the other industry partner. 

global-institute-for-food-security-at-usask-receives-provincial-funding-to-measure-and-promote-sustainable-agriculture-practicestrue1718730911095imj129Global Institute for Food Security at USask receives provincial funding to measure and promote sustainable agriculture practicesThe Government of Saskatchewan has announced $2 million in new funding to the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) as part of its 2022-23 budget released on March 23.GIFS, research, 1649865300000/articles/research/2022/global-institute-for-food-security-at-usask-receives-provincial-funding-to-measure-and-promote-sustainable-agriculture-practicesnewssite://news/articles/research/2022/global-institute-for-food-security-at-usask-receives-provincial-funding-to-measure-and-promote-sustainable-agriculture-practicesccm0461649863818491ccm0461649863999688show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/combine_harvest.jpgsite://news/images/2022/combine_harvest.jpgnewscombine_harvest.jpg2017181080720Combine harvesting in the field. (Photo: GIFS)Combine harvesting in the field. (Photo: GIFS)NoNoneNoneNo/
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The funding, provided through the Ministry of Agriculture, has been entrusted to GIFS to define, accelerate, and communicate the agriculture sector’s contributions to improved environmental outcomes.

“This announcement demonstrates the province’s commitment to agriculture and the value the sector provides to Canada and the rest of the world,” said GIFS Chief Executive Officer Steven Webb. “It’s a recognition of the contributions of a resilient value chain and the many stakeholders who have continued to work tirelessly through challenging global conditions to feed the world through sustainable agriculture practices.”

The funding from the province government highlights agriculture’s contributions to mitigating the effects of climate change while driving economic recovery from the pandemic and addressing other global challenges.

Saskatchewan has already proven to be a leader in sustainable agricultural practices. Along with Western Canada, the province has led with the adoption of no till technology, resulting in economic, environmental, and social benefits to agriculture and farming practices.

“Saskatchewan’s producers have always been advocates of best practices in farming and food production—something that has established our province as a global leader in proven, sustainable approaches to agriculture,” said Agriculture Minister David Marit. “This funding will help to promote and enhance understanding of these approaches as a model for continued progress.”

A public-private partnership established by the Government of Saskatchewan, Nutrien and USask, GIFS is a founding partner of the National Index on Agri-Food Performance, an initiative to track sustainability success across Canada’s agriculture and agri-food industry. Working as a connector in the agriculture and food ecosystem, the institute will collaborate with sector stakeholders to demonstrate the economic, environmental, and social value that agriculture offers.

Using its unique scientific as well as data management and analytics capabilities, and connections throughout the sector, GIFS will analyze the science to define and demonstrate agriculture’s role with reliably sequestering and significantly reducing greenhouse gas emissions – helping to communicate this in effective ways. 

“Agriculture is a solution to mitigating the effects of climate change, and Canadian agriculture in particular is one of the most sustainable in the world,” said Webb.

“We have an advantage we should be proud of, that we need to share globally, and the funding from the province will help yield results that will drive benefits for agriculture, Saskatchewan and Canada’s economy.”

usask-teams-funded-to-breathe-new-life-into-lung-health-researchtrue1718730911095imj129USask teams funded to breathe new life into lung health researchThree transdisciplinary research teams from the University of Saskatchewan (USask) have been awarded almost $350,000 to discover solutions to lung health challenges. research, VIDO, College of Medicine, 1649776560000/articles/research/2022/usask-teams-funded-to-breathe-new-life-into-lung-health-researchnewssite://news/articles/research/2022/usask-teams-funded-to-breathe-new-life-into-lung-health-researchccm0461649777649092ccm0461649777758898show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/arinjay-banerjee.jpgsite://news/images/2022/arinjay-banerjee.jpgnewsarinjay-banerjee.jpg1850341080720Dr. Arinjay Banerjee (PhD) is from the Vaccine and Infectious Disease Organization (VIDO) and Western College of Veterinary Medicine. (Photo: University of Saskatchewan)NoNoneNoneNo/
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The Saskatchewan Health Research Foundation (SHRF) announced new funding, together with its partner Lung Saskatchewan, as part of the Solutions program of research grants that aim to catalyze new ideas and translate research into real-world settings.

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Dr. Arinjay Banerjee (PhD) from the Vaccine and Infectious Disease Organization (VIDO) and Western College of Veterinary Medicine, and co-principal investigator Dr. Neeraj Dhar (PhD) from VIDO, and their team have been awarded $149,825 to look at how co-infection with Mycobacterium tuberculosis and SARS-CoV-2 impacts lung health.

SARS-CoV-2 causes COVID-19 infections and has resulted in 6.1 million deaths worldwide. Mycobacterium tuberculosis (Mtb) causes tuberculosis (TB) and, prior to COVID-19, was the No.1 killer among infectious diseases, accounting for 10 million new infections and 1.5 million deaths every year. Rates of TB in Saskatchewan are much higher than the national average in Canada (8.1 compared to 4.9 per 100,000).

Similar to TB infections, SARS-CoV-2 can potentially persist in the lungs for extended periods of time. Data from this new study will help identify whether patients with TB are predisposed to co-infections with COVID-19, and vice versa. It will also look at what the likely disease severity is during co-infections, the possibility of long-term pathogen persistence in the lung tissue, and treatment combinations to help resolve these co-infections.

The study will use state-of-the-art human lung-derived mini-organ – or ‘organoid’ – model to look at the molecular factors that lead to lung damage during SARS-CoV-2 and TB infections. Results from the study will generate critical knowledge about the consequences of co-infection and establish a model to test therapeutics, which will inform clinical practice and disease management.

TextVirtual behaviour change intervention for rural women with Obstructive Sleep ApneaImage/images/2022/joshua-lawson.pngsite://news/images/2022/joshua-lawson.pngnewsjoshua-lawson.png11093861080720Dr. Joshua Lawson (PhD) is from the College of Medicine. (Photo: University of Saskatchewan)Align right

Dr. Joshua Lawson (PhD) and co-principal investigator Dr. Donna Goodridge (PhD) from the College of Medicine and their team have been awarded $149,792 to address an under-served segment of the population – women living in rural areas with Obstructive Sleep Apnea (OSA).

OSA is the most common form of sleep-disordered breathing. Physical activity and healthy behaviours can help reduce the impact of this chronic disease. The team will examine the impact and implementation of a six-month, multicomponent virtual behaviour change intervention designed by LIVE WELL Regina North. The program will include interventions that focus on weight loss, physical activity, stress, sleep hygiene, and muscle function therapy.

The interdisciplinary team includes researchers from nursing, kinesiology, medicine and epidemiology, as well as intersectoral team members from health care, private business and non-profit organizations. With patients and knowledge users also involved, the team hopes to see outcomes that improve individuals’ quality of life and lead to future trials along the path to implementation through health care groups and community partners.  

TextShedding light on Long COVID and patients living with shortness of breathImage/images/2022/donna-goodridge.jpgsite://news/images/2022/donna-goodridge.jpgnewsdonna-goodridge.jpg1215301080720Dr. Donna Goodridge (PhD) is from the College of Medicine. (Photo: University of Saskatchewan)Align left

Goodridge and co-principal investigator Dr. Alyson Kelvin (PhD) from VIDO and their team have been awarded $49,987 for an innovative exploratory study that will help shed light on the long-term effects of COVID-19 infections on the respiratory system.

Saskatchewan has reported over 120,000 cases of COVID-19 as of February 6, 2022. The coronavirus not only causes potentially life-threatening acute respiratory symptoms but can also result in debilitating symptoms that can last long after the acute phase of the infection – now recognized as Long COVID – in as many as half of recovering COVID-19 patients.

The team will add to the limited evidence about how these long-term effects can impact people’s day-to-day lives and will develop an evidence base regarding the clinical course of this illness. To do this, the interdisciplinary team, with expertise in respiratory health, computer science, epidemiology and emerging virus biology, will use a mixed method of app- and computer-based surveys, measures of lung function and exercise tolerance, and qualitative interviews with participants living with shortness of breath, drawn from a larger cohort study of Long COVID survivors.

Ultimately, the team hopes to guide the establishment of appropriate health care interventions in Saskatchewan that will improve outcomes for people living with shortness of breath associated with Long COVID.

 

usask-research-plays-role-in-developing-space-radiation-experiments-for-nasa-artemis-i-missiontrue1718730911095imj129USask research plays role in developing space radiation experiments for NASA Artemis I missionThe upcoming NASA mission, Artemis I, which is set to launch new equipment into space to test its viability for taking astronauts back to the moon, will also be carrying biological experiments that University of Saskatchewan (USask) researchers helped to design.BROOKE KLEIBOERresearch, College of Medicine, space1649772000000/articles/research/2022/usask-research-plays-role-in-developing-space-radiation-experiments-for-nasa-artemis-i-missionnewssite://news/articles/research/2022/usask-research-plays-role-in-developing-space-radiation-experiments-for-nasa-artemis-i-missionccm0461649698692673ccm0461649698692673show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/moon-unsplash.jpgsite://news/images/2022/moon-unsplash.jpgnewsmoon-unsplash.jpg26330715001000Moon. (Photo: NASA/Unsplash) April 12 is the United Nations’ International Day of Human Space Flight. (Photo: NASA/Unsplash) YesNoneNoneNo/
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April 12 is the United Nations’ International Day of Human Space Flight. The BioSentinel mission will fly as part of Artemis I, and is the sole biological experiment selected to head for the cosmos. It will collect important data about how long-term exposure to space radiation may affect life forms by using yeast experiments. Because yeast is a living organism that shares many essential cellular processes with humans, it may be able to serve as an example of how deep space radiation may affect humans themselves.

Dr. Troy Harkness (PhD), a professor of Biochemistry, Microbiology and Immunology at the USask College of Medicine, served as a consultant on some of the early studies that led to the experiment’s inclusion on the BioSentinel – a smaller spacecraft that is hitching a ride to space on the Artemis I mission.

The consulting team was made up of researchers from USask and Loma Linda University in California, as well as NASA advisors. Dr. Andre Obenaus (PhD), a former professor in USask’s College of Medicine who went on to join Loma Linda University, was a part of the consulting team, as well as former USask research technician Cheryl Rostek.

We were interested in figuring out whether space radiation was detrimental to yeast and if so, what pathways would be involved in repairing DNA damage,” said Harkness. “The hope was that this would yield a biologically relevant method to track space radiation that is harmful to biological specimens, including humans.”

The experiment found that wild type yeast was fairly resistant to proton radiation, but cells lacking components of homologous recombination – the ability to reproduce DNA with minimal errors regardless of damage – were especially sensitive to proton radiation damage.

Following the initial experiments at Loma Linda University, a NASA research team took interest in how a similar strategy could be used to detect the effects of radiation on life in space. The work eventually evolved into the larger, $4 million BioSentinel project.

Active yeast strains will be sent to space inside the BioSentinel spacecraft, past the moon to enter an orbit around the sun. Both wild type and mutated yeast strains will be woken up periodically during spaceflight. The yeast will be monitored for growth over the course of the experiment. Any decreases in growth will indicate damage has occurred, and research teams on the ground will record the measurements for further analysis.

The responses of the yeast strains will serve as an experiment to determine how deep space radiation may affect human DNA, and will serve as the basis of a system to detect harmful radiation when astronaut crews join future Artemis missions.

Manned missions to Mars will take many months where humans, although protected by immense shielding, are immersed in an intense radiation environment,” said Harkness.

“The yeast radiation detection system will potentially alert the onboard team if harmful radiation is bypassing the protection systems. On Earth, it is possible that these yeast systems could be used as a ‘canary in a coal mine’ scenario to detect damaging radiation in environments where humans are working.”

Harkness’s current research focuses on using the genetics of yeast to understand how cells live long and healthy lives, and using lessons learned from the stress response of yeast organisms for killing drug resistant cancer cells in humans.

The yeast and BioSentinel projects were funded by the Canada Foundation for Innovation, as well as a NASA Cooperative Agreement awarded to Dr. Andre Obenaus (PhD).

research-usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-datatrue1718730911095imj129USask researcher helps to protect Earth’s atmosphere by interpreting satellite dataIf you look up at the night sky, there’s a chance you are gazing directly at the Odin satellite—home to the University of Saskatchewan (USask)-designed Optical Spectrograph and InfraRed Imaging System (OSIRIS) instrument.Brooke Kleiboerresearch, young innovator1649635200000/articles/research/2022/research-usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-datanewssite://news/articles/research/2022/research-usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-datanews_ws1649690529413ccm0461649708042288show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/dube-kimberlee.jpgsite://news/images/2022/dube-kimberlee.jpgnewsdube-kimberlee.jpg2583801080720USask PhD candidate Kimberlee Dube. USask PhD candidate Kimberlee Dube. (Photo: Submitted)NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/dube-kimberlee.jpgsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/dube-kimberlee.jpgresearch-archived-2023-04-03dube-kimberlee.jpg8627631080810USask PhD candidate Kimberlee Dube. (Photo: Submitted)NoNoneNoneNo/
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USask College of Arts and Science PhD candidate Kimberlee Dube works directly with the data OSIRIS and other satellite instruments collect to analyze changes to Earth’s atmosphere. These changes can have significant impacts on life on Earth. 

“The goal of my research group is to understand how the atmosphere is changing. We focus on the middle atmosphere, from about 10-50 kilometres above the Earth (the stratosphere),” said Dube.  

“We care about this region of the atmosphere because it’s home to the ozone layer that protects us by absorbing ultraviolet (UV) radiation.” 

The stratosphere is greatly affected by activities on Earth, such as wildfires and volcanic eruptions that release small particles into the air, she said. These particles, called aerosols, have the potential to block sunlight reaching the Earth and cool the atmosphere to unsustainable levels. Human-made pollution also can cause chemical changes in the stratosphere that could result in similar negative effects. 

To study the effects of different events on the stratosphere and to map changes over time, Dube’s Department of Physics and Engineering Physics research team uses myriad tools and techniques to collect data from the zone. 

“My research group designs and builds instruments that go on stratospheric airplanes, balloons and satellites,” said Dube. “These measure important parameters like ozone, aerosol, nitrogen dioxide (NO2), or water vapor concentrations.”  

The increase in NO2 is a recent concern for scientists studying the ozone layer. Since greenhouse gas emissions have been largely reduced by environmental protection protocols, NO2 has become the largest contributor to ozone depletion.  

Potential effects of ozone destruction from increasing NO2 include harm to plants and animals, and increased incidences of diseases such as skin cancer from higher UV radiation. 

Satellites have been measuring NO2 concentrations in the atmosphere since the 1980s, but complicated chemistry makes the data hard to use in scientific studies, said Dube. 

“Nitrous oxide (N2O) is emitted by many human activities, in particular the use of nitrogen fertilizers in agriculture,” she said. “Once N2O gets into the stratosphere, it is converted to NO2 that destroys ozone. Therefore, it is important to know what is happening with NO2 in the stratosphere to understand what is happening with the ozone layer.” 

Part of her research focuses on improving the data record so measurements made by using instruments such as OSIRIS can be interpreted more accurately in research. Her data demonstrated that NO2 levels in the stratosphere have indeed been increasing. 

Dube has found both publication and presentation success throughout her doctorate program, with publications in major journals such as the Journal of Geophysical Research and the opportunity to share results with the National Aeronautics and Space Administration (NASA) at the annual Stratospheric Aerosol and Gas Experiment (SAGE) III/International Space Station science team meeting. 

She has engaged in numerous research collaborations with others in the field, including researchers from the National Center for Atmospheric Research in Boulder, Colo. 

“I have always been interested in the weather and climate. It’s interesting to learn about the physics and chemistry behind these processes,” said Dube. “My research has resulted in NO2 data that better represent what is actually happening in the atmosphere.” 

Funding for the research has been provided by the Canadian Space Agency and the Natural Sciences and Engineering Research Council of Canada. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-datashow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-dataresearch-archived-2023-04-03usask-researcher-helps-to-protect-earths-atmosphere-by-interpreting-satellite-dataArticle headlineUSask researcher helps to protect Earth’s atmosphere by interpreting satellite dataIf you look up at the night sky, there’s a chance you are gazing directly at the Odin satellite—home to the University of Saskatchewan (USask)-designed Optical Spectrograph and InfraRed Imaging System (OSIRIS) instrument. 2022Brooke KleiboerApr 11, 2022 12:00 AM
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usask-report-identifies-sectors-putting-global-freshwater-resources-at-risktrue1718730911095imj129USask report identifies sectors putting global freshwater resources at riskA new report led by University of Saskatchewan (USask) researchers reveals how industry practices are driving critical threats to global freshwater systems, including groundwater depletion, metal contamination, plastic pollution, and water diversion.research, water, 1649688480000/articles/research/2022/usask-report-identifies-sectors-putting-global-freshwater-resources-at-risknewssite://news/articles/research/2022/usask-report-identifies-sectors-putting-global-freshwater-resources-at-riskccm0461649688818373ccm0461649688873062show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/jay-famiglietti.jpgsite://news/images/2022/jay-famiglietti.jpgnewsjay-famiglietti.jpg2613751080720Dr. Jay Famiglietti (PhD), executive director of the USask Global Institute for Water Security. (Photo: GIWS)NoNoneNoneNo/
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The Global Assessment of Private Sector Impacts on Water makes clear that several key industries like food products, textiles and apparel, and others that are not typically top-of-mind such as pharmaceuticals and mobile technology products, stand out as the biggest contributors to these threats.

“This report is the first of its kind to clearly establish the scientific case that industry activities are leading to severe and systemic impacts to freshwater resources,” said Dr. Jay Famiglietti (PhD), executive director of the USask Global Institute for Water Security (GIWS). “Our research clearly makes a case that industries such as food production, energy production, textiles, and technology must do better not only to protect the freshwater resources of our planet, but to remain competitive in the market.” 

Famiglietti, who led the team of researchers working on the report, said now is the right time to make changes to how industries and consumers think about how much freshwater is being used in the products we purchase and the food we eat.

“As climate changes and our population grows, clean water is becoming scarcer for most people around the world,” he said. “We have the data, we have the maps, we have the research to show what’s going on, but we can’t move the needle on protecting global water resources without committed industry leadership and stewardship.”  

TextImage/images/2022/agricultural_road.jpgsite://news/images/2022/agricultural_road.jpgnewsagricultural_road.jpg1858691080720Agricultural road near Clavet, Sask. (Photo: Global Institute for Water Security)Above content

The report, co-developed with the support of U.S.-based not-for-profit group Ceres, comes as the latest report from the Intergovernmental Panel on Climate Change warns of how the world stands on the precipice of unavoidable and irreversible adverse impacts from rising temperatures.

“Many of the world’s largest institutional investors have yet to consider the private sector’s impact on freshwater when making investment and engagement decisions,” said Kirsten James, senior program director of water at Ceres. “The Global Assessment of Private Sector Impacts on Water makes the extent of those impacts clear for investors and outlines which industries are causing the most harm – and have the most to lose – if improvements aren’t made. Investors have a critical role to play in spurring greater corporate engagement on water stewardship, and we hope this assessment is a useful tool to help them strategically focus their efforts.”

Authors of the report wanted to provide investors, businesses, and stakeholders with core actions towards better water threat mediation and innovation that includes water quantity, water quality, ecosystem protection, access to water and sanitation, and public policy engagement and water governance. 

"The report shows the human fingerprint on water and the real material risks all over the world,” said Palash Sanyal, strategic partnership and project manager at GIWS and a co-author of the report. “Water has been the messenger that is delivering the harsh realities about climate change to us. Now scientists, industry and non-profit partners are all needed to do more to assess the impacts on our global water supply and to protect and manage our water in the future. There is a lot more that needs to be done to assess the impacts, and the report is a step towards that.” 

usask-experts-collaborate-on-international-project-to-transform-water-predictionstrue1718730911095imj129USask experts collaborate on international project to transform water predictions A team of hydrologists from the University of Saskatchewan (USask) and University of Calgary (UCalgary) comprises the Canadian contingent in an unprecedented international collaboration that aims to revolutionize flood predictions across North America. water, research, 1649274660000/articles/research/2022/usask-experts-collaborate-on-international-project-to-transform-water-predictionsnewssite://news/articles/research/2022/usask-experts-collaborate-on-international-project-to-transform-water-predictionsccm0461649277321392ccm0461649277359234show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/martyn-pomeroy.jpgsite://news/images/2022/martyn-pomeroy.jpgnewsmartyn-pomeroy.jpg2413971080720Team lead Dr. Martyn Clark (PhD) and distinguished professor Dr. John Pomeroy (PhD). (Photo: Submitted)NoNoneNoneNo/
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Unprecedented flooding over the past decade that has devastated hundreds of millions of people across the globe and caused billion of dollars in damage—including last year’s massive floods in British Columbia and the 2013 flood that hit Calgary—underlines the pressing need for this research. 

Dr. Martyn Clark (PhD), professor in the Department of Geography and Planning in the College of Arts and Science, is the team lead for USask. He will be joined by departmental colleague and Distinguished Professor Dr. John Pomeroy (PhD), along with Prof. Dr. Alain Pietroniro (PhD) of UCalgary’s Schulich School of Engineering. 

The international collaboration, called the Cooperative Institute for Research to Operations in Hydrology (CIROH), will be headquartered in the Alabama Water Institute (AWI) at the University of Alabama. CIROH brings together experts from 28 academic institutions and non-profit organizations, as well as government and industry partners from the U.S. and Canada to develop next-generation water prediction capabilities. 

“This collaboration will focus on the intersection between hydrological science, computer science, and decision science, building a collaborative modelling ecosystem that will likely become the new standard for hydrological prediction and informing decisions globally,” said Clark.   

Although the Canadian members will contribute expertise in cold region hydrology to CIROH, they will work on both sides of the border. As well, the goal is to have U.S. researchers come every two years for modelling meetings at USask’s Coldwater Laboratory in Canmore, Alta., that is operated by the Centre for Hydrology. The Coldwater lab would be gradually expanded if the budget allows. 

“The new modelling will simulate hydrological processes across the continent’s varied hydroclimatic regimes. The goal is to improve advance warning of floods, droughts and harmful water quality conditions that help communities protect lives and livelihoods,” Clark said. 

The modelling also will provide predictions that enable administrative bodies to optimize water supply and irrigation, hydro power operations, reservoir management, and recreation.  

The CIROH initiative is funded by the U.S. National Oceanic and Atmospheric Administration with a grant of up to $360 million over five years. 

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We are excited that USask’s world-class hydrologists will be collaborating with colleagues across the continent on the unprecedented CIROH project to transform hydrological prediction in North America. This collaboration will leverage significant Canadian and U.S. investments in hydrological science and contribute to protecting people and livelihoods across the world as climate change demands that we are prepared as never before.” Dr. Baljit Singh (PhD, MVSc), USask Vice-President Research. 

We’re delighted to include the Canadians as an integral part of the CIROH effort. We’ve been very impressed with the recent advances in hydrologic modelling and prediction at the University of Saskatchewan and the University of Calgary. We’re looking forward to this new era of international co-operation that will help us increase hydrologic prediction capabilities across the North American continent. —Dr. Steve Burian (PhD), principal investigator CIROH, University of Alabama.  

“The College of Arts and Science is proud to be home to the world-class hydrologists who are leading Canada’s contributions to global scientific advances in the prediction and management of water supplies for future generations.” —Dr. Bram Noble (PhD), vice-dean Research, Scholarly and Artistic Work, USask. 

“It is heartening that decades of research on hydrology and hydrological prediction in Canada, most recently in the Global Water Futures program, have been recognized as useful for developing applications to the continent. This shows the value of long-term hydrology research strategies that have been adopted at USask and at UCalgary. We look forward to working with our new partners at the University of Alabama and throughout the U.S. on this grand mission of improved hydrological forecasting.” Dr. John Pomeroy (PhD), director, USask Centre for Hydrology and Global Water Futures program. 

“Our department is excited to enhance our collaborations with the University of Saskatchewan on this important international project. We are thrilled to have our water faculty help lead Canada’s contributions to this important prediction work and contribute to the future of sustainable management of water supplies.” —Dr. Jocelyn Hayley (PhD), chair, Department of Civil Engineering, Schulich School of Engineering, University of Calgary. 

“As a professor in civil engineering and former executive director of Canada’s National Hydrological Service, I’m excited by the opportunity for continued collaboration with the University of Saskatchewan and very excited by this great opportunity for enhanced collaboration with U.S. colleagues. This U.S./Canada modelling collaboration will have very positive impacts in both countries and across the transboundary domain.” —Dr. Alain Pietroniro (PhD), professor and Canada Research Chair in Sustainable Water Systems, Schulich School of Engineering, University of Calgary. 

announcing-the-2022-usask-images-of-research-innovations-and-creations-with-impacttrue1718730911095imj129Announcing the 2022 USask Images of Research: Innovations and creations with impactKnowledge is beautiful. Each year, University of Saskatchewan (USask) researchers showcase their work through images, providing a stunning demonstration of what USask researchers discover and create to be what the world needs. research,1649258400000/articles/research/2022/announcing-the-2022-usask-images-of-research-innovations-and-creations-with-impactnewssite://news/articles/research/2022/announcing-the-2022-usask-images-of-research-innovations-and-creations-with-impactccm0461649258853399ccm0461651590602021show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ior-header.jpgsite://news/images/2022/ior-header.jpgnewsior-header.jpg305059150010002022 Grand Prize winner, Biohazardous Birth. (Photo: Nicholas Bauer)2022 Grand Prize winner, Biohazardous Birth. (Photo: Nicholas Bauer)YesNoneNoneNo/
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Organized by Research Profile and Impact, the Images of Research competition serves as an annual reminder of the beauty in creating new knowledge. This year’s contest featured 92 entries across five categories, with seven multi-disciplinary panels of judges sharing their expertise and more than 2,000 public voters sharing their input to determine this year’s winning images. In total, more than 13,000 people visited the contest online.

With imagery submitted representing the work of 11 colleges, one school, one research centre and the library, USask researchers – from undergraduates, to faculty, to staff – have demonstrated the local, national, and international impacts of their work.

View all winning images here and see all 2022 submissions here.

TextGrand Prize: “Biohazardous Birth”Submitted by: Nicholas Bauer, undergraduate student in anatomy, physiology and pharmacologyImage/images/2022/biohazardousbirth.jpgsite://news/images/2022/biohazardousbirth.jpgnewsbiohazardousbirth.jpg33065210801080Above content

In 1966, the iconic biohazard symbol was designed to instil immediate fear in whoever saw it. Looking under the microscope, I found uterine tissue shaped like the biohazard symbol and I was immediately reminded of the fears people face during pregnancy. Preterm birth is the leading cause of newborn death, disability, and developmental delays. Despite these burdens, around half of preterm births occur due to unknown causes. In this cross-section of the uterus obtained by epifluorescence microscopy, proteins which may have a role in initiating labour have been made to fluorescently glow. By investigating these proteins, we can possibly learn to predict and even prevent preterm birth – helping to put an end to the hazards of pregnancy.

Funder: Natural Sciences and Engineering Council of Canada

TextFrom the Field: “Out of the Ashes”Submitted by: Susanna Barnes, faculty member in archaeology and anthropologyImage/images/2022/out-of-the-ashes.jpgsite://news/images/2022/out-of-the-ashes.jpgnewsout-of-the-ashes.jpg3269881080810Above content

Over the course of three to five days at the end of the dry season (Aug-Sept) in Saburai, Timor-Leste, men, women and children are involved in the cutting and burning of grass and woody plants to prepare the ground for cultivation. As the community moves through the landscape, women and children gather berries and other wild foods, while men hunt wild pigs, civet cats and small monkeys. These are taken to a place called ‘La Ta’, where at the end of the burning period, called ‘An Ini’, a communal ceremony is held to pray for a successful planting season. Maligned and misunderstood, swidden agriculture is critical to the social, spiritual and material well-being of the community.

Funder: Australian Research Council

TextCommunity Impact: “A Lousy Problem – Literally"Submitted by: Kayla Buhler, PhD student in veterinary microbiologyImage/images/2022/lousyproblem.jpgsite://news/images/2022/lousyproblem.jpgnewslousyproblem.jpg2159841080720Above content

Back in 2019, I noticed Arctic foxes at my field site with strange fur loss. When the pandemic hit, I was unable to travel to the Arctic, but scientists and trappers from both Nunavut and Norway (Svalbard) were observing similar fur loss. In 2021, I partnered with trappers in Cambridge Bay and Gjoa Haven to identify the reason for this fur loss, as it impacts the quality of pelts. Turns out that it was a lousy problem! Literally, lice were recovered from foxes in Canada and Norway, which turned out to be a brand-new cryptic species that travels with foxes as they disperse between continents across the Arctic sea ice. An important find for northern trappers!

Funders: Natural Science and Engineering Research Council of Canada, Weston Family Foundation, ArcticNet and Polar Knowledge Canada

TextMore Than Meets the Eye: “Gradient”Submitted by: Phillip Harder, research associate in hydrologyImage/images/2022/gradient.jpgsite://news/images/2022/gradient.jpgnewsgradient.jpg3074301080720Above content

Our world is composed of gradients in time and space and how we manage our gradients will determine our future. The transition from cropland to riparian vegetation, to macrophytes, and to open water at a prairie wetland near Saskatoon emphasizes the tenuous interface between production agriculture and water quality and quantity impacts on the Canadian Prairies.

Funder: Global Water Futures

TextArts in Focus: “Alternative Reality”Submitted by: Narges Porsandekhial, master’s student in fine artsImage/images/2022/altreality.jpgsite://news/images/2022/altreality.jpgnewsaltreality.jpg3599561080516Above content

Searching for new ways of seeing the reality we live in, my research focuses on altered unavailable realities based on real-world material. I believe photography captures a fixed version of reality, events, and mistakes that once captured, cannot be changed or erased. Questioning the chaos and unfortunate events in our world, I chose to play with the concept of photography and reality. This piece includes thousands and thousands of two to three centimetres photography elements. I have photographed different regions of the University of Saskatchewan's campus, printed the photos, and tore them into thousands of tiny pieces. Symbolically tearing apart the reality and rearranging all of its components, I have created an alternative reality, out of the existing one. Though it doesn’t exist, though it is fragmented, at least it’s free of real-world modalities.

TextResearch in Action: “The Elements Distribution in CDC Arborg Oat”Submitted by: Ganqi Deng, PhD student in animal and poultry scienceImage/images/2022/elementdistribution.jpgsite://news/images/2022/elementdistribution.jpgnewselementdistribution.jpg144662410487Above content

This picture shows the distribution of sulfur, zinc and manganese elements in Arborg Oat. These colours were co-plotted and their colour intensity adjusted to reveal co-occurrence of elements of interest. The green, blue and red areas stand for sulfur, zinc and manganese, respectively. Our study mainly focused on impact of oat varieties on elements distribution and differences of molecular structure, and we want to investigate the impact of oat variety and molecular structure spectral features on animal nutrition. Next, the relationship between differences of elements distribution, molecular structure, and degradation and digestion of oats will be studied.

TextBest Description: “Life Holds On”Submitted by: Jordan Shirley, master’s student in soil scienceImage/images/2022/lifeholdson.jpgsite://news/images/2022/lifeholdson.jpgnewslifeholdson.jpg2473831080969Above content

Here no heart is found – but there is a pulse. This young pea presents an opportunity to solve a world-wide pulse crop disease known as Aphanomyces root rot and improve sustainability within agricultural practices. Dwelling among the roots of this plant are symbiotic nitrogen-fixing root bacteria which are being evaluated as potential biotechnological tools to thwart disease without the need for chemical application. By studying interactions among beneficial microorganisms in the rhizosphere and harmful plant pathogens we may learn – from the ground up – novel ways in which to improve our world.

TextViewer's Choice: “Mutual Gratitude – Exchanging Caring”Submitted by: Michele Monroy-Valle, PhD student in nutrition epidemiologyImage/images/2022/exchanginggratitude-copy.jpgsite://news/images/2022/exchanginggratitude-copy.jpgnewsexchanginggratitude-copy.jpg2054438101080Above content

While collecting data in Chichicastenango, Guatemala, we learned about the struggle of participant’s families to put food on the table because of COVID-19 restrictions. Therefore, I organized donations for food hampers, and soup mix packages. I was lucky to receive donations from people from USask that know my project, friends from Guatemala, neighbours, and local Canadian aid organizations. In the picture, a participant with special needs is incredibly happy and grateful to receive her donation. We need sustainable solutions to assure food security in the population, but these hampers help to alleviate two weeks of food scarcity for the families. I am grateful that the people from Chichicastenango welcome and trust me to collaborate with them during the pandemic lockdown.

Funder: Canadian Queen Elizabeth II Diamond Jubilee Scholarship

usask-to-host-defining-moments-canada-exhibit-on-gerhard-herzberg-in-celebration-of-basic-researchtrue1718730911095imj129USask to host Defining Moments Canada exhibit on Gerhard Herzberg in celebration of basic researchAs part of a national initiative to mark the 50th anniversary of Gerhard Herzberg’s Nobel Prize in Chemistry, the University of Saskatchewan (USask) has partnered with heritage education organization Defining Moments Canada (DMC) to present the travelling exhibition Enterprises of the Human Spirit: 50 Years of Scientific Excellence in Germany and Canada. research, Herzberg1649253600000/articles/research/2022/usask-to-host-defining-moments-canada-exhibit-on-gerhard-herzberg-in-celebration-of-basic-researchnewssite://news/articles/research/2022/usask-to-host-defining-moments-canada-exhibit-on-gerhard-herzberg-in-celebration-of-basic-researchccm0461649189209442ccm0461649255933293show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/herzberg-at-blackboard-.jpgsite://news/images/2022/herzberg-at-blackboard-.jpgnewsherzberg-at-blackboard-.jpg1889721080720Dr. Gerhard Herzberg (Photo: National Research Council of Canada)Dr. Gerhard Herzberg (Photo: National Research Council of Canada)NoNoneNoneNo/
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Sponsored by the Embassy of the Federal Republic of Germany, the exhibit will tour across Canada over the next year. The first stop will be USask where Herzberg and his wife and scientific partner Luise spent 10 years after they were brought from Nazi Germany in 1935 through the efforts of USask’s first president Walter Murray. The exhibit will be on display in the USask Place Riel North Concourse from April 11 to May 5, with free admission.

The exhibit celebrates the life and work of Herzberg, a passionate and outspoken scientist who believed strongly in the value of basic research and of international research collaboration.  The panels also highlight Canada’s many important research collaborations that continue today with research partners in Germany.

“Herzberg’s work was indeed a defining moment for Canada, a testament to both the importance of fundamental research where transformative applications become evident over time and of the benefits of building international scientific networks to solve global challenges,” said USask President Peter Stoicheff.

Noting that the United Nations has declared 2022 International Year of Basic Sciences for Sustainable Development, Stoicheff said: “Our dependence as a society on basic science and the value of global scientific collaboration has been underscored over the past two years of the COVID-19 pandemic where scientists such as our own Dr. Volker Gerdts and his team at VIDO have played a key role in international consortia working to develop vaccines and treatments in record time.”

While at USask, Herzberg published his seminal books, mentored many graduate students, and undertook research that was foundational to his 1971 Nobel Prize in molecular spectroscopy. During 40 years at the National Research Council in Ottawa, Herzberg continued to make Canada an international leader in spectroscopy, with applications in a wide range of fields today. His story and its legacy are chronicled at “Herzberg: A Brilliant Life”: https://research.usask.ca/herzberg/

In honour of his legacy, USask established Herzberg scholarships and fellowships for students. To mark the 50th anniversary of Herzberg’s Nobel Prize, USask has created the Herzberg International Student Equity Award and has named both the experimental hall at the USask Canadian Light Source and a lecture theatre in the physics building after Herzberg.

1971 also marked the inauguration of the German Canadian Intergovernmental Agreement on Scientific and Technological Cooperation. The exhibit celebrates 50 years of German-Canadian collaboration in scientific and technological research, highlighting the scientific excellence of many joint projects in the fields of health and medicine, physics, climate sciences, and green energy. The theme of collaboration is apparent throughout the many stories told in the exhibition.

USask currently has more than 30 wide-ranging research agreements with German universities and research centres, many of which include opportunities for student and faculty exchanges. USask is also pursuing three new agreements with German institutions in “one health”, a USask signature area.

Since 2016, almost 700 co-authored publications have been jointly produced by USask researchers and 200 collaborating institutions in Germany, including co-publications with eight Max Planck Institutes. The research spans areas as diverse as environmental science, physics, materials science, water security, crop development, computer science, and aquatic ecotoxicology, and includes collaboration with USask’s Canadian Light Source synchrotron.  

USask has recruited talented German-trained scientists, including two as Canada Research Chairs—ecotoxicologist Dr. Markus Hecker (PhD) and materials scientist Dr. Alex Moewes (PhD).  Dr. Volker Gerdts (PhD, DVM) leads USask’s VIDO (Vaccine and Infectious Disease Organization) which is developing a vaccine against COVID-19. These and other USask researchers have many partnerships with German institutions and companies.

Over the past six years, major research projects between USask and German institutions have addressed global challenges such as food security, climate change education, environmental sustainability, healthy aging, plant genomics, atmospheric physics, infectious diseases, and climate change in the world’s cold regions.

“Dr. Herzberg’s groundbreaking work in spectroscopy, which is still a relevant tool for R&D, is a shining example of successful collaboration between Germany and Saskatchewan,” said Saskatchewan Honorary German Consul Dr. Michael Oelck (PhD). “The many German-born scientists who now work in Saskatchewan and the numerous research partnerships between German and Saskatchewan research centres reflect the continued strong scientific ties between our two countries.”

Defining Moments Canada is offering additional resources and educational material to educators and students through the digital Herzberg50 and NobelCanadian projects, which can be explored at www.DefiningMomentsCanada.ca. A more in-depth account of Herzberg’s life is available as an interactive story map, as well as interviews with some of Herzberg’s former research fellows.

For more information about visiting or hosting the exhibit, contact info@canhist.ca or visit DMC’s website: https://definingmomentscanada.ca/herzberg50/introducing-gerhard-herzberg/

Defining Moments Canada/Moments Déterminants Canada is a digital heritage and education company, leading innovative educational engagement and the commemoration of Canada’s history using 21st century tools and storytelling skills. It has previously carried out the national commemorations surrounding the 1918-1920 Influenza Pandemic in Canada, the 75th Anniversary of D-Day, the 100th Anniversary of the Discovery of Insulin, and the 75th anniversary of VEDay. In 2021, Defining Moments Canada launched ‘Herzberg50’ to honour Dr. Gerhard Herzberg’s 1971 Nobel Prize award in Chemistry, a project which will transition into the ‘NobelCanadian’ commemorative project in 2022.

usask-led-multi-disciplinary-team-helping-to-develop-strategy-for-virtual-caretrue1718730911095imj129USask-led multi-disciplinary team helping to develop strategy for virtual careInternationally renowned virtual care pioneer Dr. Ivar Mendez (MD, PhD) of the University of Saskatchewan (USask) and the Saskatchewan Health Authority (SHA) is leading a large group of experts to help the province develop a long-term strategy for delivering health services remotelyresearch, School of Rehabilitation Science,1649172780000/articles/research/2022/usask-led-multi-disciplinary-team-helping-to-develop-strategy-for-virtual-carenewssite://news/articles/research/2022/usask-led-multi-disciplinary-team-helping-to-develop-strategy-for-virtual-careccm0461649173586488ccm0461652819440685show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2017/ivar-mendez-computer.jpgsite://news/images/2017/ivar-mendez-computer.jpgnewsivar-mendez-computer.jpgivar-mendez-computer.jpg1355981080720Dr. Ivar Mendez (MD, PhD) examines a virtual patient using Google Glass. (Photo: University of Saskatchewan)Dr. Ivar Mendez (MD, PhD) examines a virtual patient using Google Glass. (Photo: University of Saskatchewan)NoNoneNoneNo/
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During the COVID-19 pandemic, health-care providers across Saskatchewan quickly adopted new methods to safely connect with patients through virtual care – from phone calls to video chats.  

Now, as Saskatchewan continues to see a sustained jump in virtual care services, the government is looking to develop a long-term provincial strategy.

To help create this roadmap for delivering integrated and patient-centred virtual care as part of regular equitable health services, a team of clinical and research experts from USask has been awarded $150,000 by the Saskatchewan Health Research Foundation (SHRF) through a collaboration with the provincial Ministry of Health to further virtual care in Saskatchewan.

This collaborative team of 19 researchers, knowledge users and policy makers will work with the Ministry of Health and is funded by SHRF under its Solutions Program. This program aims to mobilize the research community and knowledge users to focus and co-ordinate the diverse skills and perspectives of its members to address Saskatchewan health challenges and implement research in real-world, practical settings.

Mendez is the provincial head of surgery and director of the Remote Presence Robotics Laboratory. The team’s co-principal investigators are Dr. Paul Babyn (MD), physician executive, Provincial Programs, SHA, Dr. Caroline Tait (PhD), Métis medical anthropologist and knowledge user, Dr. Vern Behl (MD), SHA senior medical information officer, and Dr. Stacey Lovo (PhD), faculty member in USask’s School of Rehabilitation Science.

A key strength of the project is assembling an extensive list of co-investigators to ensure the framework is based on principles of appropriateness and equity, and that it provides metrics and an evaluation structure to assess its effectiveness.

These members provide expertise in pediatrics and working with Indigenous populations and bring in-depth knowledge of health informatics and computer science. They have experience in delivering services related to mental health and addictions, dementia, and infectious disease, and knowledge of health law, policy, and more. Rounding out the team are people who have experienced barriers to health care access and have received virtual care.

Through complementary methods, the team will review existing literature, survey stakeholders, analyze health databases to better understand virtual care use, and conduct transdisciplinary knowledge-exchange workshops.

This work will help in implementing a virtual care strategy that responds to the needs of urban and rural populations, increase health system capacity, reduce costs, promote collaboration, enhance the patient/provider experience, and improve the health of Saskatchewan citizens.

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“Virtual care has greatly improved patients’ access to their doctors and other care providers, especially during the pandemic. I’m delighted that Dr. Mendez and his team will help inform a long-term strategy for delivering health services remotely to Saskatchewan people.” 
- Health Minister Paul Merriman

“We are very excited about this important project, and we have assembled a unique transdisciplinary team of experts working in virtual care. The collective experience and expertise of its members makes this team a provincial resource. Virtual care is expected to expand and be key in the delivery of health care in the future. This project will provide a roadmap for its implementation in the province and bring Saskatchewan to the forefront on the use of this technology.”
- Dr. Ivar Mendez, principal investigator, provincial head of surgery and director of the Remote Presence Robotics Laboratory

“SHRF is uniquely positioned to respond to the needs of Saskatchewan people by investing in solutions to our provincial health challenges. By offering this opportunity for researchers to work with system partners and enabling this team of experts to co-ordinate their knowledge and efforts, we are confident the results will lead to actionable outcomes for the benefit of Saskatchewan people.”
- Patrick Odnokon, CEO, Saskatchewan Health Research Foundation

“The pandemic has driven an increased need for patients across the province to be able to connect with their care providers in new ways. The strength and diversity of this team that will continue to develop and validate these new tools is reflective of Usask’s innovative and collaborative research environment. We are grateful for SHRF’s investment in this team that will lead us to discovery the world needs.”
- Baljit Singh, Vice-President Research, University of Saskatchewan

research-usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiestrue1718730911095imj129USask study helps build a new ‘normal’ for family planning in 2SLGBTQ+ communitiesAlmost every human faces the monumental and deeply personal choice to have children or not. The decision can be extremely complex, especially for members of the Two-Spirit, lesbian, gay, bisexual, transgender, and queer (2SLGBTQ+) community.Brooke Kleiboerresearch,1649030400000/articles/research/2022/research-usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiesnewssite://news/articles/research/2022/research-usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiesnews_ws1649096117339ccm0461649096207204show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kerry-marshall-1080.jpgsite://news/images/2022/kerry-marshall-1080.jpgnewskerry-marshall-1080.jpg1738191080720USask graduate Kerry Marshall published an article based on the study in Canadian Nurse magazine. (Photo: Submitted)USask graduate Kerry Marshall published an article based on the study in Canadian Nurse magazine. (Photo: Submitted)NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/kerrymarshall.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/kerrymarshall.pngresearch-archived-2023-04-03kerrymarshall.png188284119201080USask graduate Kerry Marshall published an article based on the study in Canadian Nurse magazine. (Photo: Submitted)NoNoneNoneNo/
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Research by University of Saskatchewan (USask) College of Nursing graduate student Kerry Marshall brings to light the barriers and challenges the 2SLGBTQ+ community faces and examines how health care providers can support members in their family planning decisions. 

“We may not always recognize the impacts that dominant and widespread beliefs have on the experiences of individuals who are living outside of dominant identities,” said Marshall.  

“Ideals of normal are the overarching beliefs in society that make being heterosexual and cisgender (when your gender identity matches the sex you were assigned at birth) the most ‘normal’ for an individual. It is important that we are aware of the impacts that dominant beliefs have on people’s lived experience.” 

Marshall used an intersectional approach, examining how various aspects of a person’s identity, such as sex, gender, sexual orientation, age, and ethnicity, play a role in the barriers individuals face when making fertility decisions. She interviewed 11 individuals in the 2SLGBTQ+ community about their experience with making fertility decisions. 

The results showed that a combination of a 2SLGBTQ+ individual's concept of what is “normal” tends to intersect with that person’s experiences of family and personal identity when it comes to their fertility intentions. 

Marshall identified that members of the 2SLGBTQ+ community are likely to encounter both supportive and suppressive factors as they work through family planning decisions. Supportive factors that include their surrounding community create positive impacts on individuals, while suppressive factors such as financial, social and biological constraints can add difficulty to an already challenging process. 

Factors such as family situations and health care systems can be both supportive and suppressive at the same time. This means 2SLGBTQ+ individuals are more likely than their cisgender counterparts to encounter additional barriers to fertility, such as significant financial implications and institutional oppressions when making fertility decisions. 

Marshall published an article based on the study in Canadian Nurse magazine, highlighting calls to action for nurses to improve the health care experiences of 2SLGBTQ+ individuals. Some recommendations included using inclusive language, practicing in a trauma-informed manner, and implementing gender-neutral patient intake forms that enable persons to state their preferred pronouns. 

“What was surprising with the research was to find out more about how applicable the findings could be to many groups that experience barriers and oppressions, not just members of the 2SLGBTQ+ community, and how important it is to challenge and change dominant ways of thinking,” she said. 

Marshall completed her master’s degree in nursing from USask in 2021 and was supervised by Dr. Wanda Martin (RN, PhD). She is now a PhD student at the University of British Columbia, studying sex, gender and sexuality. She plans to work toward publishing an academic paper based on the work conducted during her master’s program. 

The research was supported by the Canadian Institutes for Health Research. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiesshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiesresearch-archived-2023-04-03usask-study-helps-build-a-new-normal-for-family-planning-in-2slgbtq+-communitiesArticle headlineUSask study helps build a new ‘normal’ for family planning in 2SLGBTQ+ communitiesAlmost every human faces the monumental and deeply personal choice to have children or not. The decision can be extremely complex, especially for members of the Two-Spirit, lesbian, gay, bisexual, transgender, and queer (2SLGBTQ+) community. 2022Brooke KleiboerApr 4, 2022 12:00 AM
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assault-weapons-ban,-climate-change-action-divisive-prairie-residentstrue1718730911095imj129Assault weapons ban, climate change action divisive: Prairie residentsPrairie residents are in lockstep with fellow Canadians in saying COVID-19 and the 2021 federal election were the two biggest issues that divided the country over the past year.CHASR, research,1649081340000/articles/research/2022/assault-weapons-ban,-climate-change-action-divisive-prairie-residentsnewssite://news/articles/research/2022/assault-weapons-ban,-climate-change-action-divisive-prairie-residentsccm0461649083476473ccm0461649083515875show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2020/web-jason-disano-2.jpgsite://news/images/2020/web-jason-disano-2.jpgnewsweb-jason-disano-2.jpg3167041080720Jason Disano, director of the Canadian Hub for Applied and Social Research (CHASR) at USask. (Photo: Submitted)Jason Disano, director of the Canadian Hub for Applied and Social Research (CHASR) at USask. (Photo: Submitted)NoNoneNoneNo/
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But Prairie residents are far more likely than other Canadians to believe that fighting climate change divides the country, and also more apt than Ontarians and Quebecers to say that the ban on assault weapons is an issue causing disunity.

The findings are from Taking the Pulse of Canada, a quarterly national survey conducted by the University of Saskatchewan’s (USask) Canadian Hub for Applied and Social Research (CHASR). In all, 1,011 Canadians contacted via landline and cellphone between March 7 and March 24 responded to the survey, done for the Canadian Press.

CHASR conducted a similar survey of 400 Saskatchewan residents for the CBC between Dec. 1 and Dec. 30 with several of the same questions and found that nearly 80 per cent believed the province had become more polarized. At the time, 83 per cent of respondents identified the pandemic as the main reason, with more than 70 per cent also saying the 2021 federal election had caused disunity.

These numbers are not much different from the latest poll, which counted Saskatchewan, Alberta, and Manitoba together as the Prairies to get a statistically valid sample nationally. The latest survey shows 75 per cent of respondents nationally, and 83 per cent in the Prairies, saying the country has become more polarized over the past year.

“They key issue is not whether the divide among Canadians is real or perceived,” said CHASR director Jason Disano. “Just the fact that people perceive that we are becoming more divided in Saskatchewan and in Canada is a major concern that those in government and policy need to be attuned to,” he said.

“Now more than ever, we are seeing politicians using that division for political benefit when those leaders should be seeking to unite us, not divide us.”

Among other survey findings:

  • More than 55 per cent of respondents nationally believe providing international aid is an issue that united Canada. Disano said this response likely was influenced by the federal government’s high-profile promotion of its contributions to help Ukraine in Russia’s war against the country.
  • Increased ethnic diversity is also uniting Canadians, say 53 per cent of respondents.
  • Among real-world impacts of divisions, 40 per cent of respondents nationally said they had reduced contact with friends or loved ones over differing views, with disagreements over COVID-19 predominating. The figure is closer to 50 per cent for the Prairies and British Columbia. Those over age 55 are less likely to reduce contact over differences of opinion.
  • Prairie provinces and the Atlantic region are more likely than Quebec to say that the Canadian-American relationship divides Canadians.

The results of the survey yield a margin of error of +/- 3.08 per cent nationally 19 times out of 20, meaning the results can be considered reliable 95 per cent of the time.

usask-led-study-aims-to-provide-guide-to-build-back-better-after-pandemictrue1718730911095imj129USask-led study aims to provide guide to ‘build back better’ after pandemicA large interdisciplinary team led by two University of Saskatchewan (USask) researchers, which is collaborating with community service agencies in Saskatoon and Regina, has been awarded $390,000 by a federal agency to study the wider social and health impacts of COVID-19 in Saskatchewan.research, College of Medicine, College of Arts and Science,1648821600000/articles/research/2022/usask-led-study-aims-to-provide-guide-to-build-back-better-after-pandemicnewssite://news/articles/research/2022/usask-led-study-aims-to-provide-guide-to-build-back-better-after-pandemicccm0461648822585596ccm0461648822610841show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/muhajarine-dyck-1080.jpgsite://news/images/2022/muhajarine-dyck-1080.jpgnewsmuhajarine-dyck-1080.jpg2902541080720From left: Dr. Nazeem Muhajarine, professor of community health and epidemiology in USask’s College of Medicine, and Dr. Erika Dyck, professor and Canada Research Chair in the history of health and social justice in the College of Arts and Science. (Photos: University of Saskatchewan/Submitted)From left: Dr. Nazeem Muhajarine, professor of community health and epidemiology in USask’s College of Medicine, and Dr. Erika Dyck, professor and Canada Research Chair in the history of health and social justice in the College of Arts and Science. (Photos: University of Saskatchewan/Submitted)NoNoneNoneNo/
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“Two years into the pandemic and into the fifth wave, Saskatchewan has experienced among the highest rates of hospitalizations and deaths per capita in Canada, and pushed the health care system beyond capacity,” said principal investigator Dr. Nazeem Muhajarine (PhD).

“Some people refer to the unintended consequences of COVID-19, but all consequences are policy-driven, practice-based, or behaviour-based,” said Muhajarine, professor of community health and epidemiology in USask’s College of Medicine.

The project, funded by the Canadian Institutes for Health Research (CIHR), aims to apply a social justice lens to examine the pandemic’s impact on the mental health, substance use (especially opioids), food insecurity, and precarious housing situations and evictions among “equity-seeking groups” such as Indigenous citizens, new immigrants, and minorities.

Understanding how these impacts might have been exacerbated by existing social inequities and inequalities across groups will guide recommendations on how to “build back better” after the pandemic, he said.

“This study is a vibrant example of how USask provides research the world needs,” said Baljit Singh, Vice-President Research. “It is important our scholars help shape how we can best move forward out of the COVID-19 crisis and take the needs of all our citizens into account.”

Dr. Erika Dyck (PhD), professor and Canada Research Chair in the history of health and social justice in the College of Arts and Science, is co-principal applicant for the two-year study, funded by the Canadian Institutes for Health Research.

“COVID-19 has created an historic event, causing us to change how we live, grieve, cope, and co-operate,” said Dyck. “This project creates capacity for measuring how communities and organizations have pivoted to provide supports and to identify sizeable gaps in our ability to care for one another.”

The team includes two knowledge users, nine other researchers from USask and four from the University of Regina (U of R) including one based in Prince Albert, and nine community-based organizations. Several university researchers belong to the Saskatchewan Population Health and Evaluation Research Unit (SPHERU).

TextImage/images/2022/tom-mcintosh.jpgsite://news/images/2022/tom-mcintosh.jpgnewstom-mcintosh.jpg156988500535SPHERU Co-Director Tom McIntosh. (Photo: Submitted)Align right

“Given the team’s interdisciplinary breadth and depth, we should be able to provide a pretty comprehensive picture of impact COVID had on our province,” said SPHERU Co-Director Tom McIntosh, a political scientist and team member from the U of R.

Researchers will conduct a detailed analysis of the impacts, said Muhajarine. They will use surveys done by Statistics Canada, conduct new surveys, and ask other surveyors to oversample Saskatchewan. The team also has partnered with Mental Health Research Canada and the Mental Health Commission of Canada, which have been collecting data on mental health and substance use.

People who identify themselves as having been evicted, experienced food insecurity, increased their use of substances, or have suffered greatly with mental health issues during COVID-19 will be interviewed to understand the impact of pandemic outcomes on them and those who live with them.

Researchers will also contact and work with service-provider organizations to collect data on such things as the number of clients they served during the pandemic and compare it with pre-pandemic volumes, and gather information on whether persons of colour, Indigenous citizens, or other vulnerable groups were disproportionately affected.

“We want to understand how we can begin to restructure, reprogram, and re-set how we provide services to people with needs,” said Muhajarine. “You could say we are preparing for the next crisis—whether it’s a pandemic or something else, like a natural disaster or crisis.”

This study will build on a project Dyck began with historians and librarians in late 2021 to create a COVID Archive in Saskatchewan. Muhajarine is a co-applicant on Dyck’s Social Sciences and Humanities Research Council (SSHRC) partnership development grant application for the archive project.

“We have a responsibility to preserve these experiences for future generations and future pandemics,” Dyck said. “The archive provides qualitative accounts of how people survived, and how they struggled during lockdowns, school closures, and economic restructuring. We hope it also serves as a source of inspiration, as stories of resilience also form part of this public record.”

usask-teams-awarded-600,000-to-find-innovative-solutions-to-addictionstrue1718730911095imj129USask teams awarded $600,000 to find innovative solutions to addictions University of Saskatchewan (USask) researchers have been awarded more than $600,000 to catalyze innovative ideas and move research into real-world settings in the face of the growing challenge of addictions in the province.research, 1648656000000/articles/research/2022/usask-teams-awarded-600,000-to-find-innovative-solutions-to-addictionsnewssite://news/articles/research/2022/usask-teams-awarded-600,000-to-find-innovative-solutions-to-addictionsccm0461648649058455ccm0461651590719930show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/aerial-cropped-1080.jpgsite://news/images/2022/aerial-cropped-1080.jpgnewsaerial-cropped-1080.jpg3240861080720NoNoneNoneNo/
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Saskatchewan has seen year-over-year growth in its record-high overdose rates and an increased prevalence of substance use disorders (SUD). Besides the recent pressure added by a global pandemic, this pressing health concern is driven by a combination of complex health, social and systemic factors and can often disproportionately affect marginalized populations.

The funding by the Saskatchewan Health Research Foundation (SHRF) will enable seven USask research teams to engage knowledge-users and people with lived/living experience as team members to address this growing health concern and ensure the work leads to practical applications to effect change.

“Responding to the needs of Saskatchewan people continues to show the strength of USask’s dynamic research culture,” said Vice-President Research at USask, Baljit Singh. “We are grateful for this provincial investment that has enabled a truly collaborative approach to finding solutions that will improve the health of our communities.”

The projects address a range of addictions-related issues, from smoking cessation, substance use, addiction in youth, and addressing the reliance and risk of misuse of opioids for those living with chronic pain. Other projects are looking at vulnerable populations, such as new immigrants and Indigenous communities.  

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Addiction and SUD is a real threat to Indigenous individuals and communities, both in urban areas and on-reserve. The Wellness Wheel, a Regina-based group of clinical and community care providers, were awarded close to $50,000 to lead a project that aims to formalize a proven method of peer advocacy and mentorship to support a continuum of care for vulnerable people accessing treatment.

Peer networks supporting clients with SUD are operating throughout Saskatchewan, but without formal recognition, training or integration into the provincial health and social care structures. The goals of this project are to link and connect these networks into a cohesive group through formal training and certification, and to formally integrate peer mentorship into acute, community and on-reserve clinical services for people with SUD. The project will also facilitate regular communication and sharing circles between peer mentors and service providers.  

“We hope this project can expand the narrative and deepen the understanding of substance use for those living through trauma and systemic abuse,” said principal investigator and USask assistant professor of infectious disease Dr. Stuart Skinner (MD). “As a team, we want to demonstrate the value and role of a formal peer mentorship program as a key component to care for people with SUD in Saskatchewan.” 

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  • Erika Penz (MD), College of Medicine ($150,000) Saskatchewan has one of the highest smoking rates nationally, with unco-ordinated smoking cessation programs and the lowest amount spent per person on tobacco control compared to other provinces. Penz and her team will work with communities and organizations to develop a smoking cessation framework that will be included in future provincial lung cancer screening operations, while bringing together and streamlining provincial cessation stakeholders and services.
  • Gary Groot (MD, PhD), College of Medicine ($148,047) Led by community, empowerment groups will be established, composed of Elders and people with lived experiences of addictions, to promote Indigenous cultural revitalization as community-level addictions support to aid with addiction recovery, reduce future addictions and relapse, and hold the wide range of benefits that stem from a stronger connection to one’s culture.
  • Nancy Gyurcsik (PhD), College of Kinesiology ($149,989) One in five Saskatchewan adults lives with chronic pain. When pain is poorly managed and interferes with people’s abilities to perform everyday activities, increases in opioid use and misuse can occur. Gyurcsik and her team will co-design, with input from those living with chronic pain, a self-regulatory skills and physical activity intervention with the goal of improving pain management and reducing reliance on opioids.
  • Anthony de Padua (PhD), College of Nursing ($49,989) Overdose rates are higher than they have ever been before in the city of Saskatoon. Using participatory action research and meaningful engagement with those affected by substance use disorders, de Padua’s team will build connections and explore whether the existing Lighthouse Stabilization Unit can be transformed to better meet the needs of the underserved marginalized people it serves.
  • Marcella Ogenchuk (PhD), College of Nursing ($41,402) A significant number of youth aged 10 to 24 were hospitalized for harm caused by substance use, or involved care for dependence, or withdrawal from a substance. The team will identify individuals, families, community leaders, health-care providers, educators, and policymakers to work together in developing programs that will be used within communities to improve the health and well-being of Saskatchewan’s children and youth, specifically in the prevention of substance use disorder and addictions.
  • Geoffrey Maina (PhD), College of Nursing ($49,371) Immigrants struggling with substance use disorders often keep the issue hidden due to stigma and shame, meaning affected individuals and families struggle to access help. To normalize conversations about substance use and addiction, Maina and his team will engage immigrant groups to explore these complexities, then empower stakeholders to undertake translation activities with the hope of creating safe spaces for immigrants to discuss these issues and how best to receive help.

 

collaborative-surveillance-team-detects-sars-cov-2-virus-in-saskatchewan-white-tailed-deertrue1718730911095imj129Collaborative surveillance team detects SARS-CoV-2 virus in Saskatchewan white-tailed deerNearly two years after researchers pooled resources to build a wildlife surveillance program, there’s proof that SARS-CoV-2 virus is circulating among free-ranging, white-tailed deer in Saskatchewan.Myrna MacDonaldWCVM, 1648478340000/articles/research/2022/collaborative-surveillance-team-detects-sars-cov-2-virus-in-saskatchewan-white-tailed-deernewssite://news/articles/research/2022/collaborative-surveillance-team-detects-sars-cov-2-virus-in-saskatchewan-white-tailed-deerccm0461648478692369ccm0461648478729711show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/white-tailed-deer-1080-wcvm.jpgsite://news/images/2022/white-tailed-deer-1080-wcvm.jpgnewswhite-tailed-deer-1080-wcvm.jpg2874721080720White-tailed deer (Odocoileus virginianus) in winter. (Photo: iStockPhoto/mirceax)White-tailed deer (Odocoileus virginianus) in winter. (Photo: iStockPhoto/mirceax)NoNoneNoneNo/
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The team, whose members are from the University of Saskatchewan (USask), Environment and Climate Change Canada (ECCC), Saskatchewan Ministry of Environment, and Canadian Wildlife Health Cooperative (CWHC), found positive results in viral RNA swabs taken from four white-tailed deer harvested in 2021.

The National Centre for Foreign Animal Disease (NCFAD) confirmed the results, which represent two per cent of 227 white-tailed deer tested in Saskatchewan. Ten per cent of 62 white-tailed deer tested also had SARS-CoV-2 antibodies—indicating previous exposure or active infection.

While white-tailed deer in Ohio and multiple Canadian provinces have tested positive for SARS-CoV-2 virus, the team’s results represent the first detections among Saskatchewan deer.

“For some reason, deer are susceptible to infection, and not only that, when the virus gets into deer it spreads through the population very rapidly,” said Dr. Vikram Misra (PhD), a USask virologist at the Western College of Veterinary Medicine (WCVM).

SARS-CoV-2, the coronavirus that causes COVID-19, is transmissible between people and animals. Once it became widespread in 2020, scientists suspected the virus could inevitably spill over from humans to susceptible animal species. 

“The concern is if it gets into a wildlife reservoir, then the virus will obviously change in very, very unpredictable ways. And then there’s always the possibility of it going back into people from this reservoir,” said Misra.

He describes the project as a “perfect One Health problem,” intersecting animal, human and environmental health and bringing together experts in wildlife health, virology, molecular microbiology, pathology, parasitology, zoonoses and public health.

Dr. Emily Jenkins (DVM, PhD) is a WCVM researcher who conducts wildlife and public health research studies in the North. Early in the pandemic, she received questions from Indigenous people who rely on wildlife for food and their livelihoods.

“We initiated this surveillance to reassure people about the wildlife that they’re handling and consuming,” said Jenkins, adding that SARS-CoV-2 isn’t foodborne and the risk of contracting the virus from harvested wildlife is minimal.

Jenkins and Misra worked with Drs. Darryl Falzarano (PhD), Christy Morrissey (PhD) and Trent Bollinger (DVSc) of USask as well as Dr. Catherine Soos (DVM, PhD) and researcher Bruce Pauli of ECCC to obtain grants from the Natural Sciences and Engineering Research Council of Canada (NSERC) Alliance, ECCC and the Public Health Agency of Canada.

With support secured, Jenkins’s WCVM lab and the Wildlife Health Lab (managed by Soos) at the ECCC Prairie and Northern Wildlife Research Centre in Saskatoon became RNA viral testing sites.

Misra and his lab developed a test for identifying SARS-CoV-2 antibodies in blood from various animal species. Most tests for people and animals only detect antibodies against the virus’s spike protein, but this new test also detects a couple of other proteins.

“It’s pretty unique because it takes into account the changes that the virus may undergo in a different species,” said Misra.

Soos, an ECCC wildlife health specialist and an adjunct professor at the WCVM, leads Canada’s efforts to conduct surveillance for SARS-CoV-2 and other coronaviruses in wildlife. That role put Soos in contact with partners who could tap into existing surveillance or research programs for samples.

“A positive outcome … is that co-ordinating, communicating and working closely with all the other relevant agencies and partners across the country has really strengthened Canada’s network and ability to tackle emerging One Health issues,” said Soos.

Dr. Iga Stasiak (DVM) is a wildlife health specialist with Saskatchewan’s Ministry of Environment. She helped the team partner with the province’s chronic wasting disease (CWD) surveillance program, which also involves the CWHC in Saskatoon, Sask.

“Every year, we have hunters from across Saskatchewan who submit deer heads for CWD testing—we felt that was a great opportunity to collect samples for coronavirus testing,” said Stasiak. “Given that white-tailed deer are susceptible to the virus, we wanted to definitely look for it here in Saskatchewan to see if it was also the case.”

In 2021, technicians collected oral and nasal swabs and blood samples from over 300 deer heads at a Regina processing lab. CWHC (Western/Northern Region) also collected samples from submitted deer and other cervids.

Saskatchewan’s SARS-CoV-2 surveillance team analyzes samples from ECCC, Parks Canada, B.C., Alberta, Saskatchewan, Manitoba, the Maritimes and northern territories. Toronto’s Sunnybrook Research Institute tests samples from Ontario and Quebec. NCFAD conducts final confirmatory testing for all positive samples in Canada. 

Canadian labs have tested over 1,400 samples from cervids with positive results detected in Quebec, Ontario, Manitoba and B.C., reported Soos. Canadian labs have also tested over 1,600 samples (all testing negative) from other wildlife species.

“We are receiving samples from every province and territory, a truly national surveillance effort … and actually contributing to understanding how this virus is moving around and mutating in wildlife,” said Jenkins.

modern-animal-life-could-have-origins-in-deltatrue1718730911095imj129USask, international researchers find modern animal life could have origins in deltaThe ancestors of many animal species alive today may have lived in a delta in what is now China, suggests new research published in Nature Communications by an international team including University of Saskatchewan (USask) researchers.College of Arts and Science, research, 1648221960000/articles/research/2022/modern-animal-life-could-have-origins-in-deltanewssite://news/articles/research/2022/modern-animal-life-could-have-origins-in-deltaccm0461648222954461ccm0461649178120014show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/buatois-naturecomms1080.jpgsite://news/images/2022/buatois-naturecomms1080.jpgnewsbuatois-naturecomms1080.jpg2304821080720L-R – Arthropod Fuxianhuia; Priapulid worm Cricocosmia; Arthropod Naroia. (Photos: Xiaoya Ma)NoNoneNoneNo/
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The Cambrian Explosion, more than 500 million years ago, saw the rapid spread of bilaterian species – symmetrical along a central line, like most of today's animals, including humans.

The 518-million-year-old Chengjiang Biota – in Yunnan, southwest China – is one of the oldest groups of animal fossils currently known to science, and a key record of the Cambrian Explosion. Fossils of more than 250 species have been found there, including various worms, arthropods (ancestors of living shrimps, insects, spiders, scorpions) and even the earliest vertebrates (ancestors of fish, amphibians, reptiles, birds and mammals).

"The Chengjiang Biota, as is the case of similar faunas described elsewhere, is preserved in fine-grained deposits,” said Dr. Luis Buatois (PhD), who is a palaeontologist, sedimentologist, and a professor in the USask College of Arts and Science.

"Our understanding of how these muddy sediments were deposited has changed dramatically during the last 15 years.”

The new study finds for the first time that this environment was a shallow-marine, nutrient-rich delta affected by storm floods.

“Application of this recently acquired knowledge to the study of fossiliferous deposits of exceptional preservation will change dramatically our understanding of how and where these sediments accumulated,” said Buatois.

The area is now on land in the mountainous Yunnan Province, but the team studied rock core samples that show evidence of marine currents in the past environment.

"The Cambrian Explosion is now universally accepted as a genuine rapid evolutionary event, but the causal factors for this event have been long debated, with hypotheses on environmental, genetic, or ecological triggers," said senior author Dr. Xiaoya Ma (PhD), a palaeobiologist at the University of Exeter and Yunnan University.

"The discovery of a deltaic environment shed new light on understanding the possible causal factors for the flourishing of these Cambrian bilaterian animal-dominated marine communities and their exceptional soft-tissue preservation. The unstable environmental stressors might also contribute to the adaptive radiation of these early animals."

"We can see from the association of numerous sedimentary flows that the environment hosting the Chengjiang Biota was complex and certainly shallower than what has been previously suggested in the literature for similar animal communities,” said co-lead author Dr. Farid Saleh (PhD), a sedimentologist and taphonomist at Yunnan University.

Dr. Changshi Qi (PhD), the other co-lead author and a geochemist at Yunnan University, added: "Our research shows that the Chengjiang Biota mainly lived in a well-oxygenated shallow-water deltaic environment. Storm floods transported these organisms down to the adjacent deep oxygen-deficient settings, leading to the exceptional preservation we see today."

The results of this study are important because they show that most early animals tolerated stressful conditions, such as salinity (salt) fluctuations, and high amounts of sediment deposition. This contrasts with earlier research suggesting that similar animals colonised deeper-water, more stable marine environments.

"It is hard to believe that these animals were able to cope with such a stressful environmental setting," said Dr. M. Gabriela Mángano (PhD), a USask palaeontologist and professor who has studied other well-known sites of exceptional preservation in Canada, Morocco, and Greenland.

Dr. Maximiliano Paz (PhD), a post-doctoral fellow at USask who specializes in fine-grained systems, added: "Access to sediment cores allowed us to see details in the rock which are commonly difficult to appreciate in the weathered outcrops of the Chengjiang area."

This work is an international collaboration between USask, Yunnan University, University of Exeter, the Chinese Academy of Sciences, the University of Lausanne, and the University of Leicester.

The research was funded by the Chinese Postdoctoral Science Foundation, the Natural Science Foundation of China, the State Key Laboratory of Palaeobiology and Stratigraphy, the Natural Sciences and Engineering Research Council of Canada, and by the George J. McLeod Enhancement Chair in Geology.

Link to the paper: https://dx.doi.org/10.1038/s41467-022-29246-z

 

the-state-of-water-security-in-canada-a-water-rich-nation-prepares-for-the-future-after-seasons-of-disastertrue1718730911095imj129The state of water security in Canada: A water-rich nation prepares for the future after seasons of disasterCanada is known as a water-rich nation, but we are not a water secure nation. Researchers warn that if a national strategy based on the latest science and Indigenous knowledge is not taken seriously and urgently, our water security could be in even greater peril, risking the lives, livelihoods and health of communities and the integrity of our natural environment. Mark Ferguson, Global Institute for Water Security and Global Water Futures, USaskwater, research, 1647962160000/articles/research/2022/the-state-of-water-security-in-canada-a-water-rich-nation-prepares-for-the-future-after-seasons-of-disasternewssite://news/articles/research/2022/the-state-of-water-security-in-canada-a-water-rich-nation-prepares-for-the-future-after-seasons-of-disasterccm0461647962670921ccm0461647962707042show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/megan_leung_art1080.jpgsite://news/images/2022/megan_leung_art1080.jpgnewsmegan_leung_art1080.jpg2803341080720Arctic Polarity, an art piece from the USask-led GWF Virtual Water Gallery. (Artist: Megan Leung)Arctic Polarity, an art piece from the USask-led GWF Virtual Water Gallery. (Artist: Megan Leung)YesNoneNoneNo/
TextImage/images/2022/john_pomeroy1080.jpgsite://news/images/2022/john_pomeroy1080.jpgnewsjohn_pomeroy1080.jpg1786211080720Dr. John Pomeroy (PhD), Canada Research Chair in Water Resources and Climate Change at the University of Saskatchewan (USask). (Photo:Submitted)Align left

The climate crisis is becoming a water crisis, and last year was one of the most disastrous years in Canadian history for water-related extreme events. Widespread drought, flooding, wildfires, permafrost thaw, and glacier retreat resulted in damage to communities, lakes, forests, animals, and crops.

As spring 2022 begins, scientists are seeing snowpacks at record-highs in the Yukon and parts of the Rocky Mountains and Manitoba that could lead to more flooding in the West. However, low to non-existent snowpacks have developed across parts of southern Alberta indicating that another drought leading to difficulty growing crops and feeding and watering livestock, could also be on the horizon.

“The canon is loaded yet again,” said Dr. John Pomeroy (PhD), Canada Research Chair in Water Resources and Climate Change at the University of Saskatchewan (USask). “We are seeing all-time records for snowfall in parts of northwestern Canada that normally wouldn’t occur until April, so concerns remain for floods. But snow drought continues in the western prairies too, with mid-winter dust storms in southern Alberta in the last month. Warmer than normal spring weather can also lead to intense spring rainstorms and so the situation is volatile for much of the country.”

Pomeroy heads up the pan-Canadian Global Water Futures (GWF) program which employs more than 1,100 researchers across the country. Several GWF representatives along with many others from the Water Security for Canadians initiative traveled to Ottawa on March 22, World Water Day, to speak with members of parliament and other water policy makers from across the country to see how we could come together to find solutions to the emerging water crisis facing Canada.

“Since 2000 Canada has had the most expensive and severe floods and droughts in its history, and at the same time lake water quality has declined, leading to harmful algal blooms,” said Pomeroy. “Groundwater has become increasingly contaminated and drinking water supplies remain unsuitable for human consumption in many Indigenous communities. We have to address this as climate change causes a massive increase in our water-based natural disasters and ability to sustain our communities, economy and natural environment. There is an incredibly important need for a nationally co-ordinated approach to water sustainability. Water is the messenger that tells us we are in a climate crisis.  It is our wakeup call.”

“Water is life to Indigenous Peoples across Canada – if the water is not healthy, then people are not healthy. It’s entirely related,” said Dr. Dawn Martin-Hill (PhD), associate professor of Indigenous Studies at McMaster University and a GWF researcher.

Martin-Hill, from the Mohawk Wolf Clan of Six Nations of the Grand River, said the need to engage with First Nations People is paramount to the health of water and the future of Canada.

“Braiding Indigenous ecological knowledge with western science is key to innovatively assessing water security and mitigating climate change impacts on First Nations,” she said.

TextImage/images/2022/corinne_schusterwallace1080.pngsite://news/images/2022/corinne_schusterwallace1080.pngnewscorinne_schusterwallace1080.png5276711080720Dr. Corinne Schuster-Wallace (PhD), USask associate professor. (Photo: Submitted)Align right

The role of Indigenous People is vitally important, and so too is the role of women.  

“Women and girls around the world are often the water keepers or the water fetchers, and the next generation of scientists, policy makers, and politicians need to include more women and greater diversity if we are going to equitably solve the water problems in Canada and around the world,” said Dr. Corinne Schuster-Wallace (PhD), USask associate professor. “It’s exciting when conversations like this happen on a day such as the United Nation’s recognized World Water Day.”

Schuster-Wallace, GWF assistant director and co-lead of the Canada Water Decade initiative, knows how far Canada needs to go to meet our targets on the UN’s Sustainable Development Goals – especially SDG6 on Clean Water and Sanitation.

This year the theme for World Water Day is Groundwater: Making the Invisible Visible, “and this certainly speaks to roles of women and other equity-deserving groups who have been invisible in these conversations for too long,” she said.  

With key stakeholders in Ottawa on World Water Day, and with the continuing strong national dialogue on Water Security for Canadians, policy and legal experts are ready to work with government to establish the likes of the Canada Water Agency.

“Water knows no boundaries – it doesn’t care if a provincial or national border interrupts the flow, water ties us together,” said Merrell-Ann Phare, lawyer, legal counsel, and advisor to Indigenous and non-Indigenous governments on water rights. “These national conversations are so important to a better future on water for all people.”

Phare, a Member of the Forum for Leadership on Water (FLOW), said breaking down the barriers for all people to establish healthy water systems can lead to greater understanding and conversations.

“Water is the key to climate change, and we need a national strategy now,” said Phare. “We can design healthy, safe communities and keep our economy going, to work together as a country, to learn and respect each other, and to really prepare for the future in a meaningful way.”

Additional resources:

Global Water Futures: www.globalwaterfutures.ca
Canada Water Decade: www.canadawaterdecade.net
Forum For Leadership on Water: www.flowcanada.org
Water Security for Canadians: https://gwf.usask.ca/outputs-data/major-outcomes/water-security-4-canada.php

usask-researchers-aim-to-boost-uranium,-wheat-sectors-with-novel-technologytrue1718730911095imj129USask researchers aim to boost uranium, wheat sectors with novel technology Two University of Saskatchewan (USask) projects have been awarded Natural Sciences and Engineering Council (NSERC) Alliance Grants totaling $885,000 for research aimed at developing novel technologies to improve productivity and profitability in the key agriculture and uranium sectors.research, 1647617160000/articles/research/2022/usask-researchers-aim-to-boost-uranium,-wheat-sectors-with-novel-technologynewssite://news/articles/research/2022/usask-researchers-aim-to-boost-uranium,-wheat-sectors-with-novel-technologyvvd8931647617483210ccm0461649109926296show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/randy_kutcher1080.jpgsite://news/images/2022/randy_kutcher1080.jpgnewsrandy_kutcher1080.jpg2844151080720Dr. Randy Kutcher (PhD), professor in the College of Agriculture and Bioresources and a plant pathologist at USask’s Crop Development Centre (CDC). (Photo: Submitted)Dr. Randy Kutcher (PhD), professor in the College of Agriculture and Bioresources and a plant pathologist at USask’s Crop Development Centre. (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/yuanming_pan.jpgsite://news/images/2022/yuanming_pan.jpgnewsyuanming_pan.jpg55329230250Dr. Yuanming Pan (PhD), professor in geological sciences at USask’s College of Arts and Science. (Photo: Submitted)Align right

Dr. Yuanming Pan (PhD), professor in geological sciences at USask’s College of Arts and Science, was awarded $60,000 over two years to further develop and refine a novel technique he invented for uranium exploration involving studying radiation-induced defects in quartz and calcite.

He is working with an industry partner, Baselode Energy Corp, which is contributing $30,000 cash and $67,800 of in-kind support that includes training two highly qualified USask personnel who will do summer field work as junior geologists on the project.

Baselode Energy last year announced a rich uranium find, ACKIO, at its Hook project in northern Saskatchewan’s Athabasca Basin—an area that hosts some of the world’s highest grade uranium deposits. Baselode wants to add Pan’s novel technique to its exploration program in and near the basin.

“When we think uranium, we think radiation,” said Pan. “But exploration for uranium rarely uses radiation directly because typical radiation like alpha particles can be stopped by rocks and soils easily and aren’t detectable.”

In three previous projects, Pan showed that the quartz defects form when the mineral is bombarded by alpha particles emitted by the radioactive decay of uranium.

Pan said this damage occurs over a geological timescale of thousands of years when hot aqueous fluids carrying dissolved uranium pass through rocks, leaving behind the tell-tale trail of their passage. The defects are minuscule, so researchers use a highly sensitive technique called electron paramagnetic resonance (EPR) spectroscopy to analyze them.

“What we are doing essentially is measuring these radiation-induced defects in order to map out where the fluids came from, where they went—the pathway or conduit of these ancient fluids,” he said. “The pathways are very useful for exploring new uranium deposits.”

Pan said although many northern mines contain calcite, the mineral hasn’t been tested for radiation damage to the extent done for quartz—something he plans to do in this project.

“My students and I are interested in finding new defects in both quartz and calcite, so this research really is a mixture of pure science and applied science in helping the company grow their understanding of the ACKIO deposit.”

TextBreeding fusarium-resistant wheat through advanced geneticsImage/images/2022/lipu_wang.jpgsite://news/images/2022/lipu_wang.jpgnewslipu_wang.jpg286985720720Dr. Lipu Wang PhD), research officer at USask’s Crop Development Centre. (Photo: Submitted)Align left

A large multidisciplinary team led by Dr. Randy Kutcher (PhD), professor in the College of Agriculture and Bioresources and a plant pathologist at USask’s Crop Development Centre (CDC), and Dr. Lipu Wang (PhD), research officer at CDC, was awarded $825,000 over three years to develop wheat plants with stronger genetic resistance to Fusarium head blight (FHB).

Industry partners Western Grains Research Foundation (WGRF), and the Saskatchewan Wheat Development Commission (SWDC) are providing total cash and in-kind contributions of $412,500, bringing the total project value to $1.24 million.

A fungal disease, FHB shrivels kernels in the grain, causing severe losses in yield and quality.

“Cultivating resistant wheat varieties is an efficient, eco-friendly and often most economical way to control FHB when it’s part of an integrated pest management program that includes crop rotation, appropriate seeding rates, and use of fungicides when the situation warrants,” said Kutcher.

He said the project will provide a “selection of tools” to achieve several objectives and can accelerate plant breeding cycles and benefit the wheat industry.

  • The current problem with FHB is linked to growers’ preference for short plants—they want less plant and more seed. Yet researchers have found that the genes for short plants are also associated closely with genes for susceptibility to Fusarium.

“So, one part of the project is to try to find new dwarfing genes, or somehow figure out how to break that linkage and separate the genes,” said Kutcher.

  • The second objective is to see what’s actually happening inside the plants, so when plants become infected, researchers can understand changes in the plant metabolism. Researchers want to learn if FHB-resistant plants produce different compounds than susceptible plants.
  • To select plants that are less prone to disease, a PhD student is using technology at the Canadian Light Source (CLS) at USask to study and image infected plants. The goal is to use the images to eventually develop bench-top equipment that can identify which kernels or wheat spikes are diseased—currently a laborious, subjective, and error-prone task that plant breeders and pathologists perform by visually rating thousands of plants and harvest samples for FHB damage.

“By incorporating technology such as artificial intelligence and deep machine learning to identify Fusarium, we can develop a more consistent assessment process that we can initially offer to breeders and eventually the industry,” said Kutcher.

One post-doctoral fellow, as well as two PhD and four MSc students, will be trained as part of the project. USask co-applicants and collaborators on the project from the Colleges of Arts and Science, Engineering, and Medicine, and from CLS. External collaborators are from Huazhong Agricultural University in China, Agriculture and Agri-Food Canada, SWDC and WGRF.

federal-funding-invested-in-research-that-will-build-cancer-prevention-tools-rooted-in-métis-culturetrue1718730911095imj129Federal funding invested in research that will build cancer prevention tools rooted in Métis cultureA University of Saskatchewan (USask) researcher has been awarded more than $175,000 from three major funding bodies to support a project that seeks to lower cancer rates of Métis peoples by using cultural connection as a prevention tool.research, indigenous, aboriginal, College of Medicine,1646926560000/articles/research/2022/federal-funding-invested-in-research-that-will-build-cancer-prevention-tools-rooted-in-métis-culturenewssite://news/articles/research/2022/federal-funding-invested-in-research-that-will-build-cancer-prevention-tools-rooted-in-métis-cultureccm0461646927601842vvd8931647027555543show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/garygroot.pngsite://news/images/2022/garygroot.pngnewsgarygroot.png10654981080720USask College of Medicine researcher Dr. Gary Groot (MD, PhD). USask College of Medicine researcher Dr. Gary Groot (MD, PhD). (Photo: Submitted)NoNoneNoneNo/
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Previous research has identified that the Métis population in Canada is a high-risk and underserved group when it comes to incidences of cancer and prevention efforts. The newly funded project will aim to reduce these incidence rates by creating prevention programs rooted in the home community.

“The big question is to understand how Saskatchewan Métis communities can strengthen their connection to culture as a way to improve health and prevent cancer from happening in the first place,” said Dr. Gary Groot (MD, PhD), a USask College of Medicine professor in the Departments of Community Health and Epidemiology and Surgery, and leader of the project.

The project was awarded $100,000 from the Saskatchewan Health Research Foundation, $50,000 from the Canadian Institutes of Health Research and $25,060 from the Canadian Cancer Society through the Action grant program to pursue this work.

The team consists of researchers from USask, the University of Regina, and First Nations University as well as partners from Métis Nation Saskatchewan. The research team plans to hold interviews and have important conversations with Métis Elders, traditional Knowledge Keepers and community members to understand the role culture plays in the lives of Métis peoples, and the knowledge and actions drawn from traditional ways of knowing and being that are integral to the building of such culture.

The project focuses on how cultural connectivity plays a role in being both mentally and physically healthy, such as by encouraging socialization, healthy eating, physical activity and other behaviours that lead to lower risk of cancer. The team hopes to develop a cultural health framework that can be applied in other Métis communities in Canada to provide equitable access to primary cancer prevention.

This project, co-designed by Métis Nation Saskatchewan, patient partners, and our research team, focuses on the strengths inherent in Saskatchewan Métis communities,” said Groot.

“We plan to use the learnings from our research to create a ‘road map’ of how this one Métis community successfully strengthened their connection to culture that can be shared with other communities.”

Other USask researchers involved in the project include Dr. Allyson Stevenson (PhD) from the USask College of Arts and Science and Dr. Tracey Carr (PhD) from the USask College of Medicine.

usask-study-finds-dog-therapy-can-reduce-er-patients-pain-and-anxietytrue1718730911095imj129USask study finds dog therapy can reduce ER patients’ pain and anxietyUniversity of Saskatchewan (USask) research shows therapy dogs can help reduce pain and improve well-being for people treated in emergency rooms.USask Research Profile and ImpactCollege of Arts and Science, research, 1646845200000/articles/research/2022/usask-study-finds-dog-therapy-can-reduce-er-patients-pain-and-anxietynewssite://news/articles/research/2022/usask-study-finds-dog-therapy-can-reduce-er-patients-pain-and-anxietyccm0461646846700443vvd8931646854623617show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/murphy_therapy1080.jpgsite://news/images/2022/murphy_therapy1080.jpgnewsmurphy_therapy1080.jpg1941201080720Murphy, an English Springer SpanielMurphy, an English Springer Spaniel, participated in the study. (Photo: Jane Smith)NoNoneNoneNo/
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St. John Ambulance therapy dog teams were introduced for 10-minute visits at the Royal University Hospital (RUH) emergency department in Saskatoon. Patients reported clinically significant changes in pain, anxiety, depression and well-being after the canine intervention compared to treatment without.

The results of a controlled clinical trial by USask teams were published in the peer-reviewed journal PLOS ONE on March 9, 2022. The study was funded through a Royal University Hospital Foundation $20,000 Research Grant.  

Research took place under the leadership of Dr. Colleen Dell (PhD), USask Research Chair in One Health and Wellness and co-founder of the PAWS Your Stress program, and Dr. James Stempien (MD), provincial head, Emergency Medicine. The team included other USask researchers and students from several colleges, as well as patient advisors.

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A total of 48 per cent of patients who received the intervention experienced a reduction in anxiety, while changes were also noted by participants for pain (43 per cent), depression (46 per cent) and improved well-being (41 per cent). 

“The findings of this study contribute important knowledge towards the potential value of emergency department therapy dogs to affect patients’ experience of pain, and related measures of anxiety, depression and well-being,” said Dell. “This is the first controlled trial of its kind in Canada — and elsewhere as far as we know.” 

 “The Emergency Room is a hectic place, and as an ER doctor myself, I know that anything we can do to improve the patient experience is welcomed,” Stempien added. 

The research was funded by donors to the Royal University Hospital Foundation. 

 

usask-research-videos-in-cree,-dene-highlight-ideas-to-build-capacity-in-northtrue1718730911095imj129USask research videos in Cree, Dene highlight ideas to build capacity in NorthUniversity of Saskatchewan (USask) researchers have produced four videos—two each in Cree and Dene—to present the results of a project that partnered with seven Indigenous communities to study ways to build social and economic capacity for living well in the province’s North.Indigenous, aboriginal, Edwards School of Business,1646679780000/articles/research/2022/usask-research-videos-in-cree,-dene-highlight-ideas-to-build-capacity-in-northnewssite://news/articles/research/2022/usask-research-videos-in-cree,-dene-highlight-ideas-to-build-capacity-in-northccm0461646680406831ccm0461646751256889show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/lee_swanson_1080.jpgsite://news/images/2022/lee_swanson_1080.jpgnewslee_swanson_1080.jpg1318891080720Lee Swanson, associate professor in USask’s Edwards School of Business. Lee Swanson, associate professor in USask’s Edwards School of Business. (Photo: University of Saskatchewan)NoNoneNoneNo/
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The communities were full research partners in the project aimed at defining, describing, and assessing the role of entrepreneurship in Saskatchewan’s North. Local people see building the region’s social and economic capacity as key to securing “the good life,” well-being, and prosperity they want.

“We wanted the communities to feel they were full partners and had control—that the research was being done with and for them, not on them,” said principal investigator Lee Swanson, associate professor in USask’s Edwards School of Business.

The complex project, Building Northern Capacity Through Aboriginal Entrepreneurship, began in 2014 with a five-year grant of $291,000 from the Social Sciences and Humanities Research Council of Canada (SSHRC) as well as support from Edwards, the Johnson-Shoyama Graduate School of Public Policy, and USask’s former International Centre for Northern Governance and Development.

The COVID-19 pandemic delayed by two years the production and release of the four English-subtitled videos available here.

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Swanson said the project changed dramatically after initial discussions with community leaders pointed to the value of engaging youth, who are integral to the future of the communities.

The youth, as well as adults, participated separately in focus groups, used markers to indicate on a large, detailed map of Northern Saskatchewan what they considered to be their community, and responded to 88 flash cards to provide feedback on the goods and services needed or available in their community.

As well, researchers provided students in Grades 11 and 12 with a video camera, provided interview questions and had pairs of students interview each other on their own. Swanson believes this peer-to-peer interview technique, which his team calls OurVoice, is a first in this type of research.

Adults participated in data collection workshops, many were interviewed separately from the workshops, and others given cameras to capture images of entrepreneurship in their communities to use in follow-up interviews in a well-known data collection method called Photovoice.

Among the most interesting findings to emerge from the project is the region’s “righteous undocumented economy,” based on centuries-old cultural and survival practices of hunting, fishing, gathering, sharing, giving, and exchanging goods and services. While a bureaucrat or accountant in the south might consider this as tax avoidance or an underground economy, these traditional cultural practices continue to provide the means for people to meet their needs in remote places with limited employment possibilities.

Lee and his research team filtered down the hundreds of pages of data to two brief scripts for the videos that use photographs from the region and stills from the PhotoVoice portion of the project to highlight what’s important for the North. The youth peer-to-peer videos are presented separately.

A recurring theme on the videos is the pride northerners take in their communities. Rather than ship youth south for training and see them not return, people want some university, technical school training, and business education provided in the North, and more meaningful employment opportunities created to retain their youth. Community members also felt it should be easier for northerners to get loans and other supports to start and run businesses.

“The videos are a novel way to present the very practical things that pose a challenge to these communities,” said Swanson. “By using the language of the communities and different research methods, we tried to ensure that the information essentially is owned by the communities and available to them.”

research-playing-video-games-may-enhance-reading-skills,-says-usask-studytrue1718730911095imj129Playing video games may enhance reading skills, says USask studyUniversity of Saskatchewan (USask) psychology graduate student Shaylyn Kress may have identified what kids have wanted their parents to think all along – that playing video games regularly might count as homework.Brooke Kleiboerresearch, College of Arts and Science,1646611200000/articles/research/2022/research-playing-video-games-may-enhance-reading-skills,-says-usask-studynewssite://news/articles/research/2022/research-playing-video-games-may-enhance-reading-skills,-says-usask-studynews_ws1646665355678ccm0461646665668388show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/kress_featureimage_creditunsplash_jeshoots.com.jpgsite://news/images/2022/kress_featureimage_creditunsplash_jeshoots.com.jpgnewskress_featureimage_creditunsplash_jeshoots.com.jpg2080441080720USask graduate student Shaylyn Kress and her research team investigated how visual skills picked up from video game playing can affect reading ability. (Photo: Unsplash/JEShoots.com)NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/kress_featureimage_creditunsplash_jeshoots.com.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/kress_featureimage_creditunsplash_jeshoots.com.pngresearch-archived-2023-04-03kress_featureimage_creditunsplash_jeshoots.com.png11256831080720USask graduate student Shaylyn Kress and her research team investigated how visual skills picked up from video game playing can affect reading ability. (Photo: Unsplash/JEShoots.com)YesNoneNoneNo/
TextImage/images/our-impact/highlights/student-success/young-innovators/2022/kress_portrait.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/kress_portrait.pngresearch-archived-2023-04-03kress_portrait.png14709041080720University of Saskatchewan graduate student Shaylyn Kress. (Photo: Submitted)Align right

Data shows the activity may contribute to improving one’s peripheral attention skills that are essential for reading ability. 

According to data collected in 2020 by the Entertainment Software Association of Canada, 23 million Canadians are ‘gamers’ – or people who regularly play video games – with the number of hours played per week increasing since the onset of the COVID-19 pandemic.  

In Canada, 89 per cent of children aged six to 17 reported to have played video games regularly, with 66 per cent of kids and teens saying they have been streaming (playing or watching) video games more during the pandemic. 

To determine how this wildly popular Canadian pastime affects reading skills, Kress’ research team analyzed what types of video games were most popular, and assessed each one to determine the average number of objects placed peripherally – to the side, top or bottom of the screen – versus in the middle that players had to react to. 

A group of participants with varying levels of video game experience completed an attention-demanding reading task involving words flashing in one of eight possible locations on a screen. The words were a mix of well-known words that were easy to read on the spot, and fake words that required phonetics – or ‘sounding out’ – to read.  

The study determined that exposure to more peripheral demands in video games likely exercise visual attention systems in the brain that are required for quick and efficient reading. 

“We observed that individuals with more exposure to peripherally-presented visual demands in video games – for example, a text notification or enemy appearing on the side of your screen, rather than the centre of the screen – tended to have faster reading reaction times than individuals with less or no exposure to peripherally-presented visual demands,” said Kress. 

She notes that a surprising finding of the study was the relationship between reading times and peripherally-presented visual demands occurred during phonetic (sounding out) decoding of words as well as during lexical (sight reading) reading of words. 

This means participants with more experience with peripheral visual demands from gaming may be able to read known words and sound out new words more quickly than those who do not play as often. 

“Attention is an important part of successful reading. Your eyes need to scan across a page in a systematic manner to correctly process each word and sentence, for example. Therefore, activities which may impact attentional processes, such as video games, may also have an impact on reading as well,” said Kress. 

Kress said the research can lead to better video game designs that can promote healthier habits and increased skill development for children and adults who enjoy video games. 

“Economy and health sectors benefit from this research because it could lead to collaborations between scientists, clinicians, and game developers to create educational games tailored to improve reading ability,” said Kress.  

“Finally, society in general benefits from this research by gaining a better understanding of what impacts their hobbies might have on their brain.” 

Kress completed her Master of Arts degree in 2021 and is now pursuing her doctorate at USask under the supervision of Dr. Ron Borowsky (PhD), director of the Cognitive Neuroscience Lab and a professor of cognitive neuroscience in the USask College of Arts and Science Department of Psychology and Health Studies. Kress has been involved in research leading to 10 peer-reviewed publications so far. 

Kress said her PhD research will focus on further exploration into the role of peripheral visual demands on reading performance. This will involve functional magnetic resonance imaging (fMRI) scans of participants during peripheral visually demanding activities to determine which regions of the brain are involved. 

The research is supported by the Natural Sciences and Engineering Research Council of Canada Discovery Grant program and the Alexander Graham Bell Canada Graduate Scholarship program. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/playing-video-games-may-enhance-reading-skills,-says-usask-studyshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/playing-video-games-may-enhance-reading-skills,-says-usask-studyresearch-archived-2023-04-03playing-video-games-may-enhance-reading-skills,-says-usask-studyArticle headlinePlaying video games may enhance reading skills, says USask studyUniversity of Saskatchewan (USask) psychology graduate student Shaylyn Kress may have identified what kids have wanted their parents to think all along – that playing video games regularly might count as homework.2022Brooke KleiboerMar 7, 2022 12:00 AM
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usask-wastewater-covid-detectives-paper-is-a-roadmap-for-other-scientiststrue1718730911095imj129USask wastewater COVID detectives’ paper is a roadmap for other scientists University of Saskatchewan (USask) researchers set up a wastewater monitoring program that’s become the province’s sole reliable source for data on the prevalence of COVID-19. Now they have published a paper that provides a blueprint for other scientists to emulate their work. research, Toxicology, 1646334360000/articles/research/2022/usask-wastewater-covid-detectives-paper-is-a-roadmap-for-other-scientistsnewssite://news/articles/research/2022/usask-wastewater-covid-detectives-paper-is-a-roadmap-for-other-scientistsccm0461646334583403ccm0461646334617929show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/john_giesy1080.jpgsite://news/images/2022/john_giesy1080.jpgnewsjohn_giesy1080.jpg1282471080720USask toxicologist Dr. John Giesy (PhD). (Photo: Submitted)NoNoneNoneNo/
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“The paper lays out in great detail how we do everything—how to normalize the data for population and take care of different variants and things like that,” said USask toxicologist Dr. John Giesy (PhD), lead author of the paper published Feb. 23 in a special issue of the high-impact journal ACS ES&T Water. 

The highly technical paper isn’t aimed at a general audience. Instead, it sets out the research team’s standard operating procedures for other scientists to follow, describing in detail how to sample the wastewater, perform analyses, ensure quality control, and perform the requisite calculations. 

Along with Giesy, Dr. Markus Brinkmann (PhD) and Dr. Kerry McPhedran (PhD)—the public faces of the COVID-19 team for the past 18 months—the list of authors collaborating on the paper includes seven other USask researchers, Saskatoon’s wastewater plant operator, two scientists from the National Microbiology Lab in Winnipeg, and a researcher from the University of Waterloo. 

Since the arrival of COVID-19 in Saskatchewan, results of USask’s wastewater analysis have been published online in a dashboard presented by a team at the university’s Global Institute for Water Security, with the most recent data indicating Saskatoon’s prevalence of infections at the highest rate ever. 

“The key thing is we hear from public health that we are the only show in town, and that our numbers are extremely useful because, without testing and without isolating and contact tracing—all these things the province used to do—they have no other way to have any evidence of what’s going on,” said Giesy. 

Brinkmann said “the Holy Grail” in wastewater analysis is to normalize the results to the general population, ensuring that the data accurately reflect what’s happening in the population. 

During the first four waves of the pandemic, researchers could associate their virus load samples with the actual COVID-19 case numbers the province was reporting from PCR swab tests on individuals, with the samples acting as a leading indicator of infection rates by about one week. With the province no longer doing PCR confirmations of all positive cases, researchers for now are “hindcasting,” based on what they saw in the first four waves. 

They also are investigating measuring what they term “markers of population” to calculate how many people were peeing and pooping into the wastewater stream on a particular day—using such indicators as the amount of artificial sweeteners from pop, caffeine, and ammonia from urine—and correlating it to the virus load. 

The researchers were contacted a few weeks ago by Saskatchewan health officials, who wanted the wastewater analysis extended across the province from its current focus on Saskatoon, Prince Albert, North Battleford and two First Nations, Giesy said. 

“We told them we shouldn’t be running a routine monitoring program,” he said. “It’s incumbent on us as university academic scientists to share that roadmap with the scientific community and transfer the technology. Health officials should be using that technology to do it or hiring a private contractor.” 

 

usask-research-collaboration-shows-increased-wildfires-may-slow-recovery-of-earths-ozone-layertrue1718730911095imj129USask research collaboration shows increased wildfires may slow recovery of Earth’s ozone layerA new study reveals that an expected increase in wildfires due to climate change may lead to chemical reactions that cause destruction of the Earth’s protective ozone layer and slow its ability to recover. As global warming continues, it is likely that the scale and frequency of wildfires will increase, raising questions about how this will impact the planet’s protective ozone layer over time. research,1646321400000/articles/research/2022/usask-research-collaboration-shows-increased-wildfires-may-slow-recovery-of-earths-ozone-layernewssite://news/articles/research/2022/usask-research-collaboration-shows-increased-wildfires-may-slow-recovery-of-earths-ozone-layerccm0461646321678443ccm0461646321752677show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/malachi-brooks-wildfire.pngsite://news/images/2022/malachi-brooks-wildfire.pngnewsmalachi-brooks-wildfire.png7720681080720Wildfire Wildfire. (Photo: Unsplash/Malachi Brooks)YesNoneNoneNo/
TextImage/images/2022/kimberlee_dube.jpgsite://news/images/2022/kimberlee_dube.jpgnewskimberlee_dube.jpg2575981080720USask PhD candidate, Kimberlee Dube. (Photo: Submitted)Align left

The major purpose of the ozone layer is to protect the Earth and its creatures from the Sun’s ultraviolet (UV) radiation. 

University of Saskatchewan (USask) physics professors Dr. Adam Bourassa (PhD) and Dr. Doug Degenstein (PhD), research associate Dr. Daniel Zawada (PhD) and PhD student Kimberlee Dube, along with researchers from major institutions such as the Massachusetts Institute of Technology and the NASA Goddard Space Flight Center, have collaborated on a project that assessed the chemical changes that occurred in the ozone layer as a result of wildfire smoke. 

A range of satellites were used to analyze the upper atmosphere following the Australian wildfires that occurred in 2019 and into 2020. Three separate satellites took measurements of the amount of nitrogen dioxide in the air from the smoke region. The measurements were combined with model calculations to determine if components of the stratosphere were affected by the smoke emitted from the fires. 

Study findings determined that if wildfire smoke reaches the stratosphere, chemical reactions take place on the smoke particles that decrease the amount of nitrogen dioxide in the stratosphere, leading to an increase in ozone destroying molecules, and thus a depletion of the ozone layer in areas affected by wildfires. 

“We have developed algorithms to use measurements from the Canadian satellite instrument OSIRIS to produce concentration profiles of nitrogen dioxide and aerosol extinction,” said Bourassa. 

Overall, loss of the ozone layer occurred at a rate of one per cent in March 2020 in locations affected by the Australian wildfires. With the ozone layer expected to recover at one per cent per decade under the Montreal Protocol environmental protection plan, the local rate of ozone depletion will impact the recovery rate if wildfire rates continue to increase due to climate change. 

The effects of wildfire smoke on the ozone layer are similar to the effects of volcanic eruptions, according to the research team.  

We now expect that increasing wildfire activity in a warming world would slow the recovery of the ozone layer,” said Bourassa. “New satellite measurements that carefully track the magnitude and impact of wildfire aerosols are needed in order to untangle the effects of chemistry and climate change on the ozone layer.” 

Although the study did not measure every likely factor playing into how smoke affects the ozone layer, it offers a glimpse into what the future could hold if climate change is uncontrolled. 

The study was made possible with support from the Canadian Space Agency. 

Link to the paper: https://www.pnas.org/doi/abs/10.1073/pnas.2117325119?af=R  

usask-research-finds-substance-derived-from-tire-debris-is-toxic-to-two-trout-speciestrue1718730911095imj129USask research finds substance derived from tire debris is toxic to two trout speciesEvery time it rains, fish living downstream of storm drains are exposed to pollutants, including the tire-derived compound 6PPD-quinone, in the runoff. Recently, this substance has been linked to massive die-offs of coho salmon across the West Coast of the United States. research, Toxicology, 1646248500000/articles/research/2022/usask-research-finds-substance-derived-from-tire-debris-is-toxic-to-two-trout-speciesnewssite://news/articles/research/2022/usask-research-finds-substance-derived-from-tire-debris-is-toxic-to-two-trout-speciesccm0461646249595140ccm0461646249628872show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/fish-research-stock-2022.jpgsite://news/images/2022/fish-research-stock-2022.jpgnewsfish-research-stock-2022.jpg2079851080720Exposure to 6PPD-quinone, resulting from the breakdown of rubber tire debris, can be deadly for rainbow trout (above) and brook trout. (Photo: Cannon Colegrove/Shutterstock.com)NoNoneNoneNo/
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Now, researchers from the University of Saskatchewan (USask) have reported in the American Chemical Society’s Environmental Science & Technology Letters that exposure to 6PPD-quinone at environmentally relevant levels can also be deadly for rainbow and brook trout, though not for Arctic char or white sturgeon.

Rubber tires are fortified with protectants, such as N-(1,3-dimethylbutyl)-N'-phenyl-p-phenylenediamine or simply 6PPD, so they can be safely driven for a long time. However, as the treads wear down and pieces flake off over time, small rubber particles scatter across roads. There, they react with oxidants such as ozone in the air, converting 6PPD to 6PPD-quinone, which washes into waterways along with the source tire particles in stormwater runoff. Previous studies reported that exposure to small amounts of 6PPD-quinone is toxic to coho salmon — a popular fish among recreational fishers and an environmentally important species — and likely caused the phenomenon in urban streams called urban runoff mortality syndrome.

Conversely, another study indicated that zebrafish and Japanese medaka can withstand even very high amounts of 6PPD-quinone. So, USask’s Dr. Markus Brinkmann (PhD), Dr. Markus Hecker (PhD), their colleague from the University of Lethbridge Dr. Steve Wiseman (PhD), and other colleagues wanted to see whether this contaminant poses a risk to a broader range of commercially, culturally and ecologically important fish species.

The researchers exposed juvenile brook trout, rainbow trout, Arctic char and white sturgeon to varying levels of 6PPD-quinone. They found that even small concentrations, such as those regularly occurring in surface waters after stormwater runoff events, were fatal to brook and rainbow trout. For both trout species, the researchers observed an increased blood glucose level after 6PPD-quinone exposure, suggesting it affected the fish’s energy metabolism pathways. However, none of the Arctic char and white sturgeon died after four days of exposure to a high level of the contaminant that was similar to the maximum amount previously observed in stormwater runoff. The results indicate mortality from exposure to 6PPD-quinone varies among fish species, but for animals that don’t die, possible non-lethal effects could be occurring and need further examination, the team reported.

This project was supported partially by a financial contribution from Fisheries and Oceans Canada. The authors acknowledge additional funding from the Discovery Grants program of the Natural Sciences and Engineering Research Council of Canada (NSERC), Western Economic Diversification Canada, the Canadian Foundation for Innovation, the Banting Postdoctoral Fellowship program of NSERC, the Canada First Research Excellence Funds (CFREF), and the Canada Research Chairs Program.

The paper’s abstract is available here: 
http://pubs.acs.org/doi/abs/10.1021/acs.estlett.2c00050

 

mathematicians-build-the-future-of-materials-through-art-usask-researchtrue1718730911095imj129 Mathematicians build the future of materials through art: USask researchArt and mathematics may go hand-in-hand when building new and better materials for use in quantum computing and other quantum applications, according to University of Saskatchewan (USask) mathematician Dr. Steven Rayan (PhD).College of Arts and Science, research, 1646231640000/articles/research/2022/mathematicians-build-the-future-of-materials-through-art-usask-researchnewssite://news/articles/research/2022/mathematicians-build-the-future-of-materials-through-art-usask-researchccm0461646232214914ccm0461646232253802show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/rayan_nr1.jpegsite://news/images/2022/rayan_nr1.jpegnewsrayan_nr1.jpeg2041571080720 A vibrant illustration that visualizes the space of all hyperbolic crystals. (Credit: Elliot Kienzle)NoNoneNoneNo/
TextImage/images/2022/steve_rayan.jpgsite://news/images/2022/steve_rayan.jpgnewssteve_rayan.jpg1820331080720USask mathematician Dr. Steven Rayan (PhD). (Photo: University of Saskatchewan)Align left

Quantum materials are what futuristic dreams are made of. Such materials are able to efficiently conduct and insulate electric currents – the everyday equivalent of never having a lightbulb flicker. Quantum materials may be the fabric of tomorrow’s supercomputers, ones that can quickly and accurately analyze and solve problems to a degree far beyond what was previously thought possible.

“Before the 1700s, people were amazed that metals could be melted down and reshaped to suit their needs, be it the need for building materials or for tools. There was no thought that, perhaps, metals were capable of something much more — such as conducting electricity,” said Rayan, an associate professor of mathematics and statistics in the USask College of Arts and Science who also serves as the director of the USask Centre for Quantum Topology and its Applications (quanTA).

“Today, we’re at a similar juncture. We may be impressed with what materials are capable of right now, but tomorrow’s materials will redefine our expectations. We are standing at a doorway and on the other side of it is a whole new world of materials capable of things that we previously could not imagine.”

Many conducting materials exhibit a crystal-like structure that consists of tiny cells repeating over and over. Previous research published in Science Advances had highlighted Rayan and University of Alberta physicist Dr. Joseph Maciejko’s (PhD) success in defining a new type of quantum material that does not follow a typical crystal structure but instead consists of “hyperbolic” crystals that are warped and curved. 

This is an immense paradigm shift in the understanding of what it means to be a ‘material’,” said Rayan.

It is expected that hyperbolic materials will exhibit the perfect conductivity of current quantum materials, but at slightly higher temperatures. Today’s quantum materials often need to be supercooled to extremely low temperatures to reach their full potential. Maintaining such temperatures is an obstacle to implementing widespread quantum computing, which has the potential to impact information security, drug design, vaccine development, and other crucial tasks. Hyperbolic materials may be part of the solution to this problem.

TextImage/images/2022/rayan_nr2.jpgsite://news/images/2022/rayan_nr2.jpgnewsrayan_nr2.jpg1859251080720An illustration by Elliot Kienzle (undergraduate research assistant, quanTA Centre, USask) of a hyperbolic crystal in action.Above content

 Hyperbolic materials may also be the key to new types of sensors and medical imaging devices, such as magnetic resonance imaging (MRI) machines that take advantage of quantum effects in order to be more lightweight for use in rural or remote environments.

USask recently named Quantum Innovation as one of its three new signature areas of research to respond to emerging questions and needs in the pursuit of new knowledge.

“All of this comes at the right time, as new technologies like quantum computers, quantum sensors, and next-generation fuel cells are putting new demands on materials and exposing the limits of existing components,” said Rayan.

This year has seen two new articles by Rayan together with co-authors extending previous research of hyperbolic materials. The first is written with Maciejko and appears in the prestigious journal Proceedings of the National Academy of Sciences (PNAS). The second has been written with University of Maryland undergraduate student Elliot Kienzle, who served as a USask quanTA research assistant under Rayan’s supervision in summer of 2021.

In these two articles, the power of mathematics used to study quantum and hyperbolic crystals is significantly extended through the use of tools from geometry. These tools have not typically been applied to the study of materials. The results will make it much easier for scientists experimenting with hyperbolic materials to make accurate predictions about how they will behave as electrical conductors.

Reflecting on the initial breakthrough of considering hyperbolic geometry rather than ordinary geometry, Rayan said, “What is interesting is that these warped crystals have appeared in mathematics for over 100 years as well as in art – for instance, in the beautiful woodcuts of M.C. Escher – and it is very satisfying to see these ideas practically applied in science.”

The work also intersects with art in another way. The article with Kienzle, which was released in pre-publication form on February 1, 2022, was accompanied by exclusive hand drawings provided by Kienzle. With concepts in mathematics and physics often being difficult to visualize, the artwork helps the work to come to life and invites everyone to learn about the function and power of quantum materials. 

The artwork, which is unusual for mathematics or physics papers, has garnered a lot of positive attention on social media.

“Elliot is tremendously talented not only as an emerging researcher in mathematics and physics, but also as an artist,” said Rayan. “His illustrations have added a new dimension to our work, and I hope that this is the start of a new trend in these types of papers where the quality and creativity of illustrations are as important as the correctness of equations.”

The research has been funded by the Natural Sciences and Engineering Research Council of Canada Discovery Grant program, the Canada Tri-Agency New Frontiers in Research Fund – Exploration program, and the Pacific Institute for Mathematical Sciences through its Collaborative Research Group program.

Link to the PNAS article: https://www.pnas.org/doi/10.1073/pnas.2116869119


crop,-forestry-residues-fuel-usask,-industry-green-projecttrue1718730911095imj129Crop, forestry residues fuel USask, industry green project With Saskatchewan’s north home to a boreal forest that’s larger than Germany, and its south making up nearly half of Canada’s cropland, the province’s agriculture and lumber industries alone annually produce about 24 million tonnes of biomass residue.College of Engineering, 1646146560000/articles/research/2022/crop,-forestry-residues-fuel-usask,-industry-green-projectnewssite://news/articles/research/2022/crop,-forestry-residues-fuel-usask,-industry-green-projectccm0461646147647305ccm0461646147690196show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/ajay_dalai1080.jpgsite://news/images/2022/ajay_dalai1080.jpgnewsajay_dalai1080.jpg1872301080720USask researcher Dr. Ajay Dalai (PhD). (Photo: USask College of Engineering)NoNoneNoneNo/
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Now, University of Saskatchewan (USask) researcher Dr. Ajay Dalai (PhD) is working with a Calgary-based industry, Tidewater Renewables, to develop a novel integrated process to produce renewable natural gas (RNG, also called biomethane) from the biomass.

The goal is to help decarbonize the heating and power production sectors by replacing non-renewable natural gas with biomethane and help Canada’s transition to a low-carbon economy, said Dalai, a distinguished professor in USask’s College of Engineering and Canada Research Chair of Bioenergy and Environmentally Friendly Chemical Processing.

The process Dalai is developing aims to make cost-efficient biomethane from the vast volume of agricultural biomass available on the Prairies. While some of the material is used as animal feed and bedding, a lot is left in fields or hauled to landfills, where it rots and releases methane—a greenhouse gas whose impact on climate change is nearly 25 times worse than carbon dioxide.

Monetizing the carbon in biomass to produce renewable biomethane locally instead of allowing methane from decomposition to contribute to climate change is sensible, especially as it also reduces the reliance on non-renewable natural gas, Dalai said.

“The idea is to digest the residues from agriculture biomass to make methane,” he said. “We collect the methane, take the solid and gasify to get more methane. Then we take the byproduct gases from the gas we make and convert that into additional methane as well,” Dalai said.

The biomethane produced this way is identical to the methane in natural gas and can be directly injected into existing natural gas networks. Diverting the biomethane, rather than see it simply released into the atmosphere, mitigates its global warming impact.

Dalai is developing a novel integrated process that uses both biochemical (anerobic digestion) and thermochemical (gasification) methods to produce RNG.

Tidewater is providing $150,000 annually for three years for the project. Dalai is also applying for an Alliance grant from the Natural Sciences and Engineering Research Council of Canada, which would provide $300,000 annually for the project if he is awarded funding. At least six highly qualified personnel will be trained as part of the project.

His team aims to conduct a comparative study of the different biomethane production processes and the most cost-effective and environmentally benign method will enable Tidewater experts to scale up the best option to an industrial scale.

Natural gas, petroleum and coal are inequitably distributed across the globe, while biomass is more evenly spread among countries, Dalai noted. The technology he’s developing will not only benefit Tidewater to build and commission an economically viable biomethane plant, but it also could be exported for use elsewhere in the world, he said.

Sharing the findings with other renewable energy companies in Canada to set up cost-effective biomethane plants will help them reduce carbon emissions while creating opportunities for farmers, engineers, and researchers, Dalai said.

research-diving-into-deep-learning-usask-researchtrue1718730911095imj129Diving into deep learning: USask researchOne of the major global challenges that can be addressed by deep learning computing is food security.Brooke Kleiboerresearch, College of Arts and Science,1646006400000/articles/research/2022/research-diving-into-deep-learning-usask-researchnewssite://news/articles/research/2022/research-diving-into-deep-learning-usask-researchnews_ws1646063495912ccm0461646063581683show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/mostafa.jpgsite://news/images/2022/mostafa.jpgnewsmostafa.jpg2217801080720USask graduate researcher Sakib Mostafa. (Photo: Submitted) NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/mostafa.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/mostafa.pngresearch-archived-2023-04-03mostafa.png13343731080810USask graduate researcher Sakib Mostafa. (Photo: Submitted) NoNoneNoneNo/
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Research conducted by University of Saskatchewan (USask) graduate student Sakib Mostafa is taking a closer look at deep learning in computers to better understand how artificial intelligence can be used to solve global problems. 

Deep learning is a type of machine learning that allows a computer to grasp patterns from data without any human intervention. The computer program has the ability to observe and change its own operations. A deep learning network mimics the human brain in how it functions and makes decisions, allowing it to perform more advanced actions than other types of machine learning. 

One of the major global challenges that can be addressed by deep learning computing is food security.  

“Plant phenotyping is leading the studies to help researchers invent ways to overcome this challenge. The use of deep learning in plant phenotyping has opened a new era for researchers. They are developing advanced and accurate systems to improve crop yield and crop management,” said Mostafa. 

“However, researchers find it challenging to develop new models without the deep learning model's domain knowledge. Our research can help the plant phenotyping community understand how a model is working and how to create better models.” 

Mostafa hopes that his project will help to explain the inner workings of deep learning models so developers and users can better understand them. The project is supervised by Dr. Debajyoti Mondal (PhD), an assistant professor of computer science in the USask College of Arts and Science. 

The research analyzes the way deep learning models work by first identifying problems that developers face when building them. Mostafa noted that sometimes the deep learning models perform extremely well for experimental data, but due to the complex data processing operations, fail to perform similarly in real-life situations. 

This motivated us to build methods to examine what various model components are learning, how diverse the information they learn is, and whether there are redundant components that can be removed to improve the model.” 

Mostafa’s research team is hoping to establish a platform that allows developers to evaluate the quality of the deep learning model they choose to implement before it causes any issues, and will provide advice on how to improve the functionality of the model. 

As deep learning-based models become more involved in automation, monitoring, and decision-making tasks, Mostafa said the research findings may also contribute to the use of these systems in health care, mining, law enforcement, precision agriculture, and other industries. 

The research team’s work was presented at the ICCV 2021 workshop, a premier international computer vision event, and won the Best Poster award at the USask Global Institute for Food Security 6th annual Plant Phenotyping and Imaging Research Centre (P2IRC) Symposium. The study was done in collaboration with USask computer science associate professor Dr. Ian Stavness (PhD) and researchers from the University of Winnipeg. 

“During my master's degree in biomedical engineering at USask, I realized there is a lack of understanding of how the models work and thus researchers struggle to develop a high performing deep learning model,” said Mostafa.  

“Despite the popularity and efficiency of deep learning models, it is still considered a black box; these complex models adjust themselves based on data, and thus, it is often hard to explain what they are learning from the data.” 

The research was supported by the Plant Phenotyping and Imaging Research Centre, a digital agriculture research centre located at the USask Global Institute for Food Security and funded by the Canada First Research Excellence Fund. 

 This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/diving-into-deep-learning-usask-researchshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/diving-into-deep-learning-usask-researchresearch-archived-2023-04-03diving-into-deep-learning-usask-researchArticle headlineDiving into deep learning: USask researchOne of the major global challenges that can be addressed by deep learning computing is food security. 2022Brooke KleiboerFeb 28, 2022 12:00 AM
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the-dollars-and-sense-behind-wetland-conservation-usask-researchtrue1718730911095imj129The dollars and ‘sense’ behind wetland conservation: USask researchA team of University of Saskatchewan (USask) researchers has built a tool designed to estimate a value for wetland services to help farmers, land planners and policy makers understand the benefits of wetland conservation in agriculture.research, SENS, College of Agriculture and Bioresources, GIWS, water, 1646060640000/articles/research/2022/the-dollars-and-sense-behind-wetland-conservation-usask-researchnewssite://news/articles/research/2022/the-dollars-and-sense-behind-wetland-conservation-usask-researchccm0461646062970815ccm0461646063209190show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/vanishing_wetlands.pngsite://news/images/2022/vanishing_wetlands.pngnewsvanishing_wetlands.png2636071080720“Vanishing wetlands” by Cam Forester. (Painted for the Virtual Water Gallery/Global Water Futures) NoNoneNoneNo/
TextImage/images/2022/wetlands_authors.jpgsite://news/images/2022/wetlands_authors.jpgnewswetlands_authors.jpg4654301080607L-R: Dr. Eric Asare (lead of paper and tool development), Dr. Chrystal Mantyka-Pringle (PhD), Dr. Ken Belcher (PhD) and Dr. Bob Clark (PhD). (Photos: Submitted)Align left

As viable farmland becomes more important for sustainable food production, there are many pressures faced by farmers to convert wetlands into usable farmland, thus decreasing the overall wetland area. It has been estimated that inland freshwater wetlands have decreased by 70 per cent since the beginning of the 20th century.

Although at first glance wetlands seem to be wasted space across an agricultural landscape, wetlands provide ‘services’ to people and the surrounding landscape, including acting as environmental filters, storing nutrients and water, and providing habitats for other species to live in.

"Calculating wetland ecosystem services or measures of importance is almost as difficult as quantifying the importance of fresh air,” said Dr. Chrystal Mantyka-Pringle (PhD), a conservation planning biologist and adjunct professor at the USask School of Environment and Sustainability. “You don’t realize how important they are until they are gone.”

In a new publication in the journal Wetlands Ecology and Management, the USask research team analyzed a myriad of global factors to help them determine what contributes or influences the value of a wetlands, and translated these findings into monetary values to help represent the relative “worth” of each area to society and agricultural operations.

The team collaborated with Environment and Climate Change Canada and the Wildlife Conservation Society Canada on the project.

The study found more densely populated areas increased the value of the wetland as there are a greater number of people benefiting from the ecosystem services contributed by wetlands. Other factors that influenced wetland value included income levels and the level of agricultural productivity in the area.

Taking all these factors into account, the article and tool led by Dr. Eric Asare (PhD) from the USask College of Agriculture and Bioresources generates approximate dollar values and ranges of values representing wetland areas that reflect the level of regulating services (for example, water and nutrient filtration, climate control and flood control) and provisioning services (pollination, ability to produce food, building and crafting materials) wetlands provide.

“Specific data that reflect wetland values are hard to obtain and measure if you don’t have the resources or expertise to collect it yourself and hence a tool such as this one can be useful to farmers, managers and policy makers,” the researchers stated in the publication.

In populated prairie areas closer to cities with lower density of wetlands, wetlands can have values averaging $6,500 per hectare (ha) per year for their combined services, whereas wetlands in areas of lower population density, but with higher wetland area, are valued at about half this amount. These estimated values for ecosystem services can be substantially greater than the net returns of cultivating canola or spring wheat, which range from $85/ha up to $500/ha depending on the location.

With climate change and tumultuous weather conditions affecting agricultural production, conserving wetlands and understanding their benefits are vitally important for those who make land use decisions.

“If nature hurts, we hurt as humans, and we need to build back resiliency in agricultural and other systems by restoring wetlands and nature.”

Other USask researchers involved in the project include USask College of Agriculture and Bioresources professor Dr. Ken Belcher (PhD) and USask Global Institute for Water Security (GIWS) research scientist Dr. Bob Clark (PhD).

The research was supported by the GIWS, Environment and Climate Change Canada, and the Prairie Water grant program.

Link to the full publication: https://link.springer.com/article/10.1007/s11273-022-09857-5

Link to the tool: https://wetlandsatriskofdrainage.shinyapps.io/ESSValuationTool/

usask-drama-professor-aims-to-make-the-stage-a-more-inclusive-placetrue1718730911095imj129USask drama professor aims to make the stage a more inclusive placeUniversity of Saskatchewan (USask) associate professor of drama Carla Orosz is undertaking a research project that will shine a spotlight on a major need in theatre—designing performance staging that is complementary to diverse skin colours.1645714080000/articles/research/2022/usask-drama-professor-aims-to-make-the-stage-a-more-inclusive-placenewssite://news/articles/research/2022/usask-drama-professor-aims-to-make-the-stage-a-more-inclusive-placevvd8931645714229112vvd8931645714229112show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/orosz_bannerimage.jpgsite://news/images/2022/orosz_bannerimage.jpgnewsorosz_bannerimage.jpg2930611080720Actors Max Amadeo (L) and Makhosini Ndlovu (R) in a USask production of The Beaux’ Strategem, directed by Julia Jamison and set design by Carla Orosz. (Photo: Dave Stobbe)NoNoneNoneNo/
TextImage/images/2022/orosz_headshot.jpgsite://news/images/2022/orosz_headshot.jpgnewsorosz_headshot.jpg152459480720USask associate professor of drama Carla Orosz. (Photo: Submitted) Align left

Orosz has been awarded a Partnership Engage grant of $24,925 by the Social Sciences and Humanities Research Council of Canada to pursue the project.

“Until relatively recently, the Canadian professional theatrical design field and the training that supports emerging designers has historically had limited opportunities to work with diverse casts due to embedded biases in the industry,” said Orosz.

“‘Why can’t we see their faces?’ is a familiar refrain from many directors due to poor contrast in the colour palette in relation to skin colours.”

The research will consider all facets of a theatre production—costumes, makeup, accessories, scenery, projection and lighting—developing web-based resources for theatre training institutions and the theatre community to “train the eye" to develop colour palettes for diverse skin colours.

The study will use the USask College of Arts and Science Department of Drama studio theatre as a laboratory to collect data about the staging elements necessary to create diverse colour palettes.  Workshops will be conducted by Orosz and professional theatre designers Rachel Forbes and Sholem Dolgoy, and resulting data will be recorded digitally with graphic and written elements to create a free and accessible resource for theatre designers.

“Dissemination of the resulting outcomes will give future creative teams the tools to productively situate skin colour as the central element of the design colour palette,” said Orosz.

The study will also work with the Gordon Tootoosis Nīkānīwin Theatre, the only Indigenous theatre company in Saskatchewan, to engage Indigenous artists and youth with the development and outcomes of the project. Orosz said her research team plans to expand the work to an international level after the Canadian portion of the study is established.

“At the heart of this research is the belief that all performers should be treated equally. For too long diversity has been an afterthought for theatre companies and, in turn, for designers. It is time to be a part of changing the industry, stop the inequality, and make all theatre artists secure so that they have the knowledge to create their art.”

The research is conducted in partnership with the Associated Designers of Canada.

 

research-usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industrytrue1718730911095imj129USask researcher says flexibility is key to effective pandemic response for sports industryUniversity of Saskatchewan (USask) researcher Jill Wolkowski investigated crisis response strategies behind professional sports leagues and determined that flexibility was a key asset used to minimize business impacts of the COVID-19 pandemic.Brooke Kleiboerresearch, Edwards School of Business,1645574400000/articles/research/2022/research-usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industrynewssite://news/articles/research/2022/research-usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industrynews_ws1645630367467ccm0461645630661371show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/wolkowski.jpgsite://news/images/2022/wolkowski.jpgnewswolkowski.jpg2220791080720USask graduate researcher Jill Wolkowski. (Photo: Submitted)NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/wolkowski.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/wolkowski.pngresearch-archived-2023-04-03wolkowski.png15234951080720USask graduate researcher Jill Wolkowski. (Photo: Submitted)NoNoneNoneNo/
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“Everybody loves sports. Businesses all over the city of a professional sports team benefit from this. On game days, restaurants get busy nights with lots of sales, and hotels get significant business from a sports weekend,” said Wolkowski. “Being an avid sports fan, not having live sports from the pandemic was deeply missed. The amount of social interaction from these events can significantly impact your mental health.”

People around the world are currently watching sports organizations grapple with sending their athletes to the Beijing 2022 Olympic Games. Locally, athletes and families are trying to balance facilitating games, practices and travel in the face of the ongoing pandemic.

Supervised by USask Edwards School of Business associate professor Dr. William Murphy (PhD), Wolkowski – a graduate student in the Master of Science in Marketing program – investigated how professional sports teams handled communications about pandemic adaptations during their 2020-21 seasons.

Wolkowski interviewed representatives of the National Lacrosse League (NLL) to understand how crisis management processes were used to support players, fans and employees of the league when the pandemic threatened their regular season operations.

Wolkowski notes that organizations typically follow a three-stage process when preparing for crises: a pre-crisis phase used for strategy development; a crisis phase where awareness, strategy implementation and communication are essential; and a post-crisis phase where recovery occurs, along with learning to improve preparations for future crises.

A global pandemic was an unforeseen event with far greater impact than could be anticipated by organizations, rendering existing crisis preparation processes insufficient to help leagues deal with the crisis.

“The perception was that an event like this would never happen. Thus, the NLL and teams figured out a plan of action right when the crisis was happening,” said Wolkowski.

“Based on the crisis management literature, the absence of existing crisis plans puts firms at a disadvantage when crisis strikes, because there is so much going on in the crisis phase. Businesses can reduce stress during a crisis by having playbooks for dealing with crises.”

Wolkowski analyzed the impacts of communications between teams, league headquarters, and other stakeholders during the pandemic. She said NLL upper management succeeded in keeping employees and participants informed as strategies were being developed, and this communication helped to reduce uncertainty for all stakeholders, while keeping personnel motivated.

“This knowledge created a sense of safety and assurance for employees,” said Wolkowski. “Because of this awareness, they felt they were working with a shared purpose, developing plans for when the league would restart.”

Wolkowski used her research to develop important recommendations for sports leagues to use. These include assembling a crisis management planning team, developing legal documents outlining action plans for future pandemics and health crises, and increasing efforts to develop revenue sources that can sustain business even if crises cause season shutdowns, an especially important concern for leagues heavily dependent on game-day revenue.

Wolkowski notes one of the main advantages sports leagues have in their pandemic response efforts is their ability to be extremely adaptive in operations.

“What contributes to this flexibility is unknown, but it could be that sports leagues are accustomed to the pressures and tensions of having unexpected events wreak havoc on plans. This could make sports leagues more prepared to be adaptive," said Wolkowski. “Operations often need to change very quickly, for example, when a star athlete is injured, compelling new planning and strategy shifts. So, leagues and teams are used to making quick changes.”

Wolkowski added that this might prepare leagues and teams to “not be discouraged when new pandemic information means revisions must be made to emerging plans.”

The research was completed in fall 2021, and the plan is to present the work at the North American Society for Sports Management Conference in spring 2022.

The research was supported by the USask Graduate Teaching Fellowship.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industryshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industryresearch-archived-2023-04-03usask-researcher-says-flexibility-is-key-to-effective-pandemic-response-for-sports-industryArticle headlineUSask researcher says flexibility is key to effective pandemic response for sports industryUniversity of Saskatchewan (USask) researcher Jill Wolkowski investigated crisis response strategies behind professional sports leagues and determined that flexibility was a key asset used to minimize business impacts of the COVID-19 pandemic.2022Brooke KleiboerFeb 23, 2022 12:00 AM
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new-federal-funding-to-enrich-usask-digital-agriculture-researchtrue1718730911095imj129New federal funding to enrich USask digital agriculture researchA University of Saskatchewan (USask) Computer Science and Global Institute for Food Security (GIFS) team has been awarded $125,000 in funding from the Canada Foundation for Innovation’s (CFI) John R. Evans Leaders Fund (JELF) to support the development of innovative greenhouse imaging and computing infrastructure.research, College of Arts and Science, GIFS1645556940000/articles/research/2022/new-federal-funding-to-enrich-usask-digital-agriculture-researchnewssite://news/articles/research/2022/new-federal-funding-to-enrich-usask-digital-agriculture-researchccm0461645560910584ccm0461645560941584show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/jelf_funding.pngsite://news/images/2022/jelf_funding.pngnewsjelf_funding.png2728241080720Dr. Ian Stavness (PhD), Dr. Lingling Jin (PhD), and Dr. Leon Kochian (PhD). (Photos: University of Saskatchewan)NoNoneNoneNo/
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Data-driven processes and decisions are increasingly important in the agriculture sector. Although large amounts of farm and plant data are being collected by growers and scientists, the ability to create actionable information from these large datasets remains a key challenge.

To fill this gap in the rapidly expanding digital agriculture sector, the USask team, led by Dr. Lingling Jin (PhD), assistant professor of computer science in the College of Arts and Science, and GIFS research leaders, Dr. Ian Stavness (PhD), Research Chair in Computational Agriculture, and Dr. Leon Kochian (PhD), Canada Excellence Research Chair in Global Food Security, will use the new funds to build the Green SkEye platform. This innovative infrastructure combines state-of-the-art computing and plant imaging hardware to analyze plant populations in greenhouses at an unprecedented level of detail.

“At USask our researchers are working hard with the future in mind, and that means developing technologies that can contribute to greater food security around the globe,” said Vice-President Research at USask, Baljit Singh. “We appreciate this investment, which allows us to help us attract and retain world-class expertise.”

The platform will build on the foundation and strengths of the GIFS-led Plant Phenotyping and Imaging Research Centre (P2IRC), including data science and bioinformatics. GIFS’ Plant Growth Facility will also provide greenhouse space and resources, as well as serve as a testing ground for the Green SkEye platform. GIFS will also provide additional funds for the development of this platform, with other funds and support flowing through the Canada Excellence Research Chair in Food Security, led by GIFS.

“The Green SkEye platform represents an innovative solution to a challenging problem in agriculture and that solution would not be possible without our strong agtech ecosystem,” said Dr. Steven Webb (PhD), GIFS chief executive officer. “We are excited to provide both matching funding and infrastructure for this collaborative project that contributes to our vision of a world where everyone has access to safe and nutritious food.”

Current plant imaging systems widely used for research and commercial purposes are large and expensive. The Green SkEye platform is a made-in-Saskatchewan plant imaging system that will be globally unique, capturing real-time colour and near-infrared images at a fraction of the cost of commercial solutions for imaging plants in specialized chambers or on robotic gantries.

“The unique data generated by the Green SkEye system, in combination with existing field and genotyping data platforms, will provide a competitive advantage, helping attract and retain outstanding new researchers working on deep learning, data analytics, bioinformatics, genomics, and phenomics research,” said Jin.

The transdisciplinary collaboration enabled by the project will advance our understanding of the interactions among the different elements of the agricultural system, ensuring Canada stays on the cutting edge when it comes to agricultural productivity and food security.

“This new facility builds upon data science and bioinformatics foundations established in the CFREF-funded Plant Phenotyping and Imaging Research Center, led by GIFS,” said Stavness. “It will result in collaborations between GIFS, Agriculture and Agri-Food Canada, the Crop Development Centre, and a number of industry partners.”

Funding provided through JELF helps institutions attract and retain outstanding researchers by providing up to 40 per cent of the cost of academic research infrastructure, with remaining funds solicited from other public and private sources.

usask-researchers-collaborate-with-indigenous-communities-to-address-health-inequities-with-new-federal-funding1true1718730911095imj129USask researchers collaborate with Indigenous communities to address health inequities with new federal fundingTwo University of Saskatchewan (USask) research teams have been awarded more than $2.8 million in federal funding to address systemic inequities in the lives of Indigenous people in the areas of home life, mental and sexual health. Indigenous, aboriginal, school of public health, college of medicine, research, 1645197420000/articles/research/2022/usask-researchers-collaborate-with-indigenous-communities-to-address-health-inequities-with-new-federal-funding1newssite://news/articles/research/2022/usask-researchers-collaborate-with-indigenous-communities-to-address-health-inequities-with-new-federal-funding1ccm0461645539923473ccm0461645561626278show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/Aerial-USask-2-OCN.jpgsite://news/images/2019/Aerial-USask-2-OCN.jpgnewsAerial-USask-2-OCN.jpg3567131080720An aerial view of the University of Saskatchewan campus in Saskatoon. (Photo: University of Saskatchewan)NoNoneNoneNo/
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Funding was awarded through the Canadian Institutes of Health Research (CIHR) Project Grant program. CIHR Project Grants are awarded to researchers undertaking projects with the potential to advance health-related knowledge, research, care, systems and patient outcomes.

“The range and diversity of projects funded by CIHR in this competition is indicative of the vibrant research ecosystem we have at USask,” said Vice-President Research Baljit Singh. “Our researchers are pursuing discovery that will clearly improve the health and prosperity of Canadians.”

In total, USask research teams were awarded $4,145,226.

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Dr. Amanda Froehlich Chow (PhD) from the USask School of Public Health will spearhead a community-led, culturally rooted research program titled atotitum (Becoming of Age). The project will aim to expand current sexual health curricula and accompanying resources, in a way that includes Indigenous teachings and teaching methods that are culturally appropriate and inclusive for today’s Indigenous youth.

etuaptmumk (Two-eyed Seeing) will be applied to braid Indigenous ways of knowing, being and doing about sexuality, gender roles and responsibilities with Western knowledge of HIV, hepatitis C (HCV) and other sexually transmitted blood-borne illnesses,” said Froehlich Chow.

Indigenous Elders, Knowledge Holders, youth, teachers and community members with diverse lived experiences will collaborate to lead the development of a new arts and land-based sexual health and wellness program aimed at students in grades six through nine in 12 schools that primarily serve Indigenous youth. The program will be unique by incorporating each community’s own teaching methods and beliefs into program delivery.

“We are aiming to incorporate diverse Indigenous voices, which is important because currently the Ministry of Education’s sexual health and wellness curriculum is primarily rooted in Western ways and teachings,” said Froehlich Chow.

“This exciting project will be rooted in multi-generational collaborations to ensure Indigenous youth have the opportunity to explore sexuality, sexual health and wholistic wellness through Indigenous ways of knowing, being and doing taught by Elders, Knowledge Holders and others from the many First Nations and Métis communities across Saskatchewan.”

The project received a total of $1,434,376 and will be conducted over four years.

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USask College of Medicine Distinguished Research Chair and renowned agricultural medicine expert Dr. James Dosman (MD) will lead a team of researchers in a project that examines what contributes to the mental wellness of Indigenous peoples in the home setting.

The project will use the values of Tipi Teachings – how each aspect of the tipi structure represents a fundamental part of the environment and community – as the basis for examining mental health risks and protective factors present in house and home.

The project will focus on how the mental health of Indigenous peoples can be affected by their life in both their houses and in their home communities. This includes how risk factors, such as poor housing, can contribute to negative mental health outcomes, and how protective factors such as good community infrastructure, accessible childcare and food security contribute to positive mental health outcomes.

The aim of the study is to allow communities to promote fundamental issues around housing and identify how community members view their house as a home and the corresponding effects on mental wellness. The project hopes to affect public health policy that addresses the mental health of Indigenous peoples.

The project received a total of $1,399,950 and will occur over a span of five years.

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Dr. Juan Ianowski (PhD) (Nominated Principal Investigator – USask College of Medicine – Department of Anatomy, Physiology and Pharmacology), Dr. Julian Tam (MD) (Principal Investigator – College of Medicine – Department of Medicine), Dr. Veronica Campanucci (PhD) (Principal Investigator – College of Medicine – Department of Anatomy, Physiology and Pharmacology), Dr. Anderson Tyan (MD) (Principal Investigator – College of Medicine – Department of Medicine), Dr. Julia Montgomery (DVM, PhD) (Principal Investigator – Western College of Veterinary Medicine – Department of Large Animal Clinical Sciences), and Dr. Asmahan AbuArish (PhD) (Principal Investigator – College of Medicine – Department of Anatomy, Physiology and Pharmacology) $810,900 for a five-year project titled, Cellular bases of cystic fibrosis lung disease: epithelial ionocytes transport bicarbonate and control airway surface liquid pH; while club and goblet cells control hydration and volume.

Dr. Anil Kumar (PhD) (Nominated Principal Investigator – USask College of Medicine – Department of Biochemistry, Microbiology and Immunology), and Dr. Tom Hobman (PhD) (Co-applicant, Department of Cell Biology, University of Alberta) – $300,000 for a three-year project titled, Functional analyses of pathogenicity determinants of SARS-Coronavirus-2 delta variant.

Dr. Deborah Anderson (PhD) (Principal Investigator – USask College of Medicine – Department of Oncology), and co-applicants Dr. Jane Alcorn (DVM, PhD) (USask College of Pharmacy and Nutrition) and Dr. Brent Page (PhD) (Pharmaceutical Sciences, University of British Columbia) – $100,000 for a one-year project titled, Targeting metastatic breast cancer.

Dr. Andrew Leask (PhD) (Nominated Principal Investigator – USask College of Dentistry), and co-applicants Dr. Lynne-Marie Postovit (PhD), Dr. Muhammad Aslam (MD), Dr. Bruce Riser (PhD), Dr. Murray Baron (MD) – $100,000 for a one-year project titled, The contribution of CCN proteins to scleroderma fibrosis: cellular and molecular mechanisms.

research-measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studytrue1718730911095imj129Measuring the amount of carbon in Saskatchewan wetland soils: USask studyUniversity of Saskatchewan (USask) graduate student Chantel Chizen is investigating how much carbon is stored in the soil of Prairie wetlands, and what this can mean for environmental carbon management in agriculture.Brooke Kleiboerresearch,1644969600000/articles/research/2022/research-measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studynewssite://news/articles/research/2022/research-measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studynews_ws1645033255436ccm0461645033556255show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/chizen_portrait.jpgsite://news/images/2022/chizen_portrait.jpgnewschizen_portrait.jpg2736921080720USask College of Agriculture and Bioresources PhD candidate Chantel Chizen’s project will inform current estimates of soil carbon levels in Saskatchewan wetlands. (Photo: Submitted) NoNoneNoneYesNoYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/chizen_portrait.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/chizen_portrait.pngresearch-archived-2023-04-03chizen_portrait.png18531491080766USask College of Agriculture and Bioresources PhD candidate Chantel Chizen’s project will inform current estimates of soil carbon levels in Saskatchewan wetlands. (Photo: Submitted) NoNoneNoneNo/
TextImage/images/our-impact/highlights/student-success/young-innovators/2022/chizen_featureimage.pngsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/chizen_featureimage.pngresearch-archived-2023-04-03chizen_featureimage.png16814461080810University of Saskatchewan College of Agriculture and Bioresources PhD candidate Chantel Chizen’s project will inform current estimates of soil carbon levels in Saskatchewan wetlands. (Photo: Submitted)Align left

Saskatchewan is home to 11 per cent of Canada’s wetlands, with an estimated 1.5 million wetland areas located in agricultural fields. The wetland regions analyzed in Chizen’s project are referred to as “pothole” wetlands, a category including sloughs or depressions in the ground filled with water. 

Together, healthy soil and freshwater are like the environmental cornerstone of food production,” said Chizen, who is a PhD candidate in the USask College of Agriculture and Bioresources. 

Chizen’s doctorate project measures the amount of carbon in the soil of cultivated wetland regions in Saskatchewan, and how the soil carbon level changes across soil zones and with differing amounts of water, salt and drainage.  

This information is essential for farmers, as soil carbon content contributes to the overall quality and functional ability of the soil to retain water and nutrients and to grow plants. 

“We know that the brown soil zone (arid regions in Saskatchewan) will have less carbon than the black soil zone (moist regions in Saskatchewan), but we currently don’t have reliable values for how much carbon is stored in the soil of different pothole wetlands.” 

Chizen and her research team collect soil samples during the fall following harvest from three different points in the wetland area and classify them based on colour and the presence of mottles. Mottles resemble specks of rust and are indicators of prolonged water presence in the soil. 

The samples are taken back to the USask laboratory to determine their carbon content and the characteristics of their organic matter, to help build an understanding of how carbon is stored in the soil. 

“We can then group the wetlands based on soil zones, how long the wetland is filled with water, and soil salinity, and compare the carbon values among these groups to see if the soil carbon is related to these factors or to other soil properties like nitrogen or pH levels.” 

Wetland soil from the Ag in Motion Discovery Farm has also been sampled following drainage procedures to determine how this management practice affects soil organic matter quantity and quality. Chizen said the quality of the organic matter in drained wetlands may serve as an early indicator of soil carbon changes that may be occurring over longer than the study period of three years. 

Sample collection will continue in fall 2022 so the team can reach its goal of collecting samples from 180 wetlands.  

The project is supervised by soil science professor Dr. Angela Bedard-Haughn (PhD), who also serves as the dean of the USask College of Agriculture and Bioresources. 

Chizen said that although the study focuses on Saskatchewan, the data can be applied to larger-scale studies of soil carbon and wetland ecosystem services across the Prairie Pothole Region, which extends through the Canadian Prairie provinces and the Upper Midwest of the United States. 

The study is unique in that it considers soil samples from as deep as one metre, whereas most studies conducted in the past have only taken samples to a depth of 30 centimetres. In wetlands, deeper soil can contain a large quantity of stable carbon, so sampling to greater depth will provide more accurate soil carbon estimates. 

The preliminary study results will be presented at the Soils and Crop Conference in March 2022, as well as at both the Canadian and American Society of Soil Science annual meetings. 

“Knowing the amount of carbon in the Prairie potholes will play a key role in developing best management practices for wetland management and environmental carbon management in agricultural landscapes,” said Chizen. 

The research is jointly funded by Canada’s Natural Sciences and Engineering Research Council (NSERC) Alliance grant program, the Saskatchewan Water Security Agency, the Saskatchewan Ministry of Agriculture’s Agriculture Development Fund, and the Saskatchewan Wheat Development Commission.  Chizen has been awarded an NSERC Postgraduate Scholarship and was selected for the Foundation for Food and Agriculture Research’s Rockey FFAR Fellows Program. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studyshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studyresearch-archived-2023-04-03measuring-the-amount-of-carbon-in-saskatchewan-wetland-soils-usask-studyArticle headlineMeasuring the amount of carbon in Saskatchewan wetland soils: USask studyUniversity of Saskatchewan (USask) graduate student Chantel Chizen is investigating how much carbon is stored in the soil of Prairie wetlands, and what this can mean for environmental carbon management in agriculture. 2022Brooke KleiboerFeb 16, 2022 12:00 AM
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usask-selects-three-new-signature-areas-of-researchtrue1718730911095imj129USask selects three new signature areas of researchResearchers embrace exploration — responding to emerging questions and needs as they arise in the pursuit of new knowledge. The renewal process for the University of Saskatchewan’s (USask) signature areas of research is taking place with this spirit of responsiveness in mind.Research Profile and Impactprovost1645027920000/articles/research/2022/usask-selects-three-new-signature-areas-of-researchnewssite://news/articles/research/2022/usask-selects-three-new-signature-areas-of-researchccm0461645028114374ccm0461667338532319show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/campus-aerial-sa.jpgsite://news/images/2022/campus-aerial-sa.jpgnewscampus-aerial-sa.jpg43499415001000YesNoneNoneNo/
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The result is the selection of three new signature areas: Communities and Sustainability (proponent leads: Dr. Doug Clark (PhD) and Dr. Marc-Andre Pigeon (PhD)), Health and Wellness (proponent leads: Dr. John Gordon (PhD), Dr. Alexandra King (MD), Dr. Sylvia Abonyi (PhD), Dr. Jennifer Lang (PhD), Professor Dean McNeill, Dr. Nazeem Muhajarine (PhD), Dr. Cory Neudorf (MD), Dr. Thilina Bandara (PhD), Dr. Ulrich Teucher (PhD), Dr. Avi Akkerman (PhD), Dr. Laura Wright (PhD)), and Quantum Innovation (proponent lead: Dr. Steven Rayan (PhD)).

“We have been on a journey of discovery,” said USask Vice-President Research Baljit Singh, who co-leads the renewal process with Provost and Vice-President Academic Airini.

“We came to this project willing to be adaptive and without a predetermined process as we looked at how to align our research resources, organize our interdisciplinary work and uplift areas of research excellence. The new areas were carefully selected in a deeply collaborative way.”

USask’s six current signature areas of research — Agriculture, Energy and Mineral Resources, Indigenous Peoples, Synchrotron Sciences, One Health, and Water Security — were selected a decade ago after a campus-wide consultation process. These will remain, although Water Security (proponent lead: Dr. Jay Famiglietti (PhD)), and Energy and Mineral Resources (proponent leads: Dr. Terry Fonstad (PhD), Dr. Bram Noble (PhD), Dr. Greg Poelzer (PhD), and Dr. Andrew Grosvenor (PhD) will undergo updates based on pitches presented in the process. The other four areas will be reviewed in 2024.

“We heard that after 10 years it was time to open up a discussion about where our strengths lie, and uncover new possibilities for collaboration and excellence in research, scholarship and creative works,” said Dr. Airini. “Dr. Singh and I both are genuinely grateful for all those who took part in these exciting and important discussions.”

Singh, Airini and the steering committee were careful to try to avoid a “winners and losers” approach in the process. Pitches that were not selected as signature areas are deeply valued and will inform research initiatives, priorities, and pursuits.

“There are no unsuccessful proposals,” Singh said. “Each and every group provided contributions that will shape the future vision of our research endeavours.”

TextPullquote"We are on a path that will celebrate and empower research excellence at USask now and in the future."USask Vice-President Research Baljit Singh/Align left

The signature areas of research renewal process began in May 2021 in consultation with research and teaching chairs. This was followed by eight consultation sessions on current signature areas, which were attended by about 600 faculty members. Through the summer, an advisory circle created terms of reference and a roadmap for the renewal process.

Next, a steering committee came together in August and facilitated pitch sessions that were open to all members of the USask community. The steering committee, co-chaired by Airini and Singh, was composed of deans, executive directors and leaders representing a wide variety of areas of study. The committee also included two external stakeholders: a USask alumnus and the executive director of Innovation Saskatchewan.

“Our signature areas send an important message regarding our unique research strengths. Given their significance, it is essential that the USask community has pooled its collective wisdom and experience to explore new areas and identify leadership for them,” said USask President Peter Stoicheff.

A total of 16 pitches came from a wide variety of research areas and disciplines. They were presented in virtual settings to the steering committee and interested parties from the USask community. The pitches were recorded and were available for viewing by any USask community member. The community was invited to provide feedback on the pitches through a survey.

Dean of Medicine Dr. Preston Smith (MD) is a member of the steering committee and said in addition to having a chance to be involved in the selection process, it was a chance to learn about the wide variety of research work happening in the academy.

“I really valued the opportunity to hear the USask signature areas of research pitches,” said Smith. “It expanded my understanding of the breadth and significance of the research being carried out at our university.”

The steering committee evaluated and discussed the pitches and provided feedback both to the pitch proponents and Singh and Airini. In a small pivot from the original plan, pitch proponents were grouped together after their presentations and asked to connect to see if there was potential for further collaboration and interdisciplinary synergy. Some chose to come together, while others decided to stand alone.

Rayan, an associate professor mathematics and statistics in the College of Arts and Science, is a proponent of the successful Quantum Innovation pitch and is impressed with the transparency and inclusive nature of the process.

“I am very pleased with how symbiotic the process has been. The way in which it evolved in response to the specific content of our pitches felt like a collaboration with the committee and the OVPR (Office of the Vice-President Research) team rather than something one-sided and shrouded in mystery,” he said. 

“I am grateful to the vice-president research, the OVPR team, the Advisory Circle and Steering Committee, and all of the pitch proponents and stakeholders for proving yet again that there is no better place than the University of Saskatchewan at which to bring to life the research, scholarly, and artistic work that will change the world.”

Debra Pozega Osburn, Vice-President University Relations at USask, sees the revision of the signature areas as an important process to shape how the institution is seen and understood — both by USask and the larger world.

“The selection of new signature areas indicates we are growing and evolving as a research-focused institution,” she said. “We are building on our strong history of delivering discovery the world needs.”

The signature areas renewal process lays out important information for those ensuring research has the resources and support it needs, said Greg Fowler, Vice-President Finance and Resources.

“For USask as a whole to succeed, our research enterprise must be firing on all cylinders,” Fowler said. “This process allowed the community to help shape a vision of excellence we can pursue.”

Singh said the process does not just involve the selection of new areas of focus and will create the means for signature areas to be evaluated on a more consistent basis.

Discussions included the need for signature area leaders to be selected by those working in the area, and a signature areas co-ordinator to offer staff support to those leaders. As well, the OVPR will lend other forms of support as needed.

“We appreciate those who have participated in this experience with us so far, and we are on a path that will celebrate and empower research excellence at USask now and in the future,” Singh said.

Full executive summaries, recordings of the pitches and more information on the steering committee and advisory circle can be found on the Signature Areas Renewal website. There is also a feedback/question form on the site for those who would like more information on the renewal project.

A special edition of Campus Conversations will be held on March 2 at noon to allow feedback from the academy on the new signature areas of research and the process. Sign up here: https://www.surveymonkey.ca/r/CampusConversationMarch2022

usask-ag-bio-researcher-david-natcher-named-uarctic-chairtrue1718730911095imj129 USask AgBio researcher David Natcher named UArctic ChairProfessor David Natcher from the University of Saskatchewan (USask) has been appointed as the UArctic Chair in Water, Energy and Food (WEF) Security in the Arctic for the next five years. College of Agriculture and Bioresources, research,1644594120000/articles/research/2022/usask-ag-bio-researcher-david-natcher-named-uarctic-chairnewssite://news/articles/research/2022/usask-ag-bio-researcher-david-natcher-named-uarctic-chairccm0461644595145590ccm0461644598059602show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/david-natcher-1080.jpgsite://news/images/2022/david-natcher-1080.jpgnewsdavid-natcher-1080.jpg2312901080720David Natcher, professor in the Department of Agricultural and Resource Economics in the College of Agriculture and Bioresources at USask. (Photo: Submitted)NoNoneNoneNo/
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Natcher is a professor in the Department of Agricultural and Resource Economics in the College of Agriculture and Bioresources at USask. Trained in cultural anthropology, Natcher’s research focuses on the social dimensions of water, energy, and food (WEF) insecurity in Arctic regions. He has served as the UArctic Thematic Lead in Northern Food Security since 2016. In addition to this role, he serves as a Canadian representative on the International Arctic Science Committee – Social and Human Working Group and the Arctic’s Council’s (SDWG) Social, Economic, and Cultural Expert Group (SECEG).

During his term as a UArctic Chair, Natcher will examine the distinct social, cultural, and environmental contexts that produce WEF insecurities in the Arctic. This includes identifying the interactions, synergies, and trade-offs involved in the attainment of WEF-related Sustainable Development Goals (SDGs 2, 6 and 7). The focus on WEF SDGs is particularly warranted in Arctic regions given the prevalence of WEF insecurities experienced by Indigenous and other remote Arctic communities.

“Indigenous peoples in the Arctic are heavily reliant on water, energy and food (WEF) systems to meet their livelihood needs, yet they experience WEF insecurity at disproportionate levels. These inequalities have been made even more apparent during the COVID-19 pandemic,” Natcher said. “I hope by improving our understanding of WEF interactions, and how they affect Indigenous livelihoods, we will be in a better position to increase resiliency within water, energy and food systems, while advancing the rights and interests of Indigenous peoples in the Arctic.” 

Natcher said this appointment will facilitate greater collaboration with UArctic colleagues, but also hopes to use the chair to galvanize the considerable expertise that exists at USask. With Global Institutes for Water and Food Security, together with the new program in Community Appropriate Sustainable Energy Security (CASES), USask is uniquely positioned to be a leader in WEF security research.

UArctic Chairs are highly qualified academics who serve as academic drivers in a broad area of relevance to the Arctic. They implement and drive collaborative actions in research and education among UArctic members and Thematic Networks and build partnerships with the broader Arctic community. https://www.uarctic.org/

usask-city-of-saskatoon-study-finds-ways-to-divert-edible-food-from-landfilltrue1718730911095imj129USask-City of Saskatoon study finds ways to divert edible food from landfillDiverting edible items from the landfill to improve food security is an easy cause to support. Removing the barriers to make it happen, however, can be complicated.research, College of Medicine1644336000000/articles/research/2022/usask-city-of-saskatoon-study-finds-ways-to-divert-edible-food-from-landfillnewssite://news/articles/research/2022/usask-city-of-saskatoon-study-finds-ways-to-divert-edible-food-from-landfillccm0461644334585115ccm0461644334817678show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/landfill_1080.jpgsite://news/images/2022/landfill_1080.jpgnewslandfill_1080.jpg3990951080720Promising Practices in Food Reclamation is proposing immediate and medium term actions for the diversion of edible food from Saskatoon’s landfill. (Photo: City of Saskatoon)NoNoneNoneNo/
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A new joint study by the University of Saskatchewan (USask) and the City of Saskatoon, Promising Practices in Food Reclamation in Saskatoon, found ways to minimize the food being discarded.

The project took place through Research Junction, an innovative partnership between the city and the university. Research Junction awards funding to projects that apply advanced research methods to address current issues in Saskatoon.

Rachel Engler-Stringer of USask’s Community-University Institute for Social Research was a lead researcher on the project.

The team performed a survey of best practices in food diversion, and gathered information from a wide variety of stakeholders, including food retailers and organizations on the front lines of providing food to clients in Saskatoon.

Once they understood the logistical and infrastructure barriers to diverting food, researchers developed recommendations to address this widespread issue. It is estimated one-third of the food produced worldwide and 30-40 per cent of all food produced in Canada annually is wasted or lost.

“We tried to make it very practical,” said Engler-Stringer, who is also associate professor in the Department of Community Health and Epidemiology at USask’s College of Medicine. “I hope that a number of our recommendations will be taken up and there will be significant change in Saskatoon.”

In particular, she would like to see a food recovery association created in partnership with governments, as well as a social enterprise established to “upcycle” or transform surplus food for other uses.

Farhad Lashgarara, who was a principal researcher for the study, said it is necessary to both create ways to divert food from landfills and provide disincentives for simply discarding it. 

“It is now easier to just throw things away,” he said. “We need to change that equation.”

Other recommendations include a public awareness campaign, the use of phone food diversion apps, and inclusion of food diversion in city planning processes.

This initiative aligns with Saskatoon’s Solid Waste Reduction and Diversion Plan that provides clear actions the city can take to produce less waste and recycle and compost most of it. The report was presented to the Standing Policy Committee on Environment, Utilities and Corporate Services today.

“With these two strategies coordinated, the city is looking toward the next steps to act on their recommendations,” said Jeanna South, Director of Sustainability for the City of Saskatoon. “The upcoming regulation for businesses to start diverting the food waste they generate in 2023 presents an opportunity to encourage reduction and redistribution of food that otherwise would become waste, thus saving disposal costs while benefiting our community and environment.”

The full report can be found here: https://cuisr.usask.ca/publications.php

usask-study-finds-post-surgical-monoclonal-antibody-treatment-reduces-breast-cancer-recurrencetrue1718730911095imj129USask study finds post-surgical monoclonal antibody treatment reduces breast cancer recurrenceTreating women diagnosed with one type of early-stage breast cancer with the monoclonal antibody trastuzumab after surgery reduces the risk of the cancer returning, reports a research team led by University of Saskatchewan (USask) oncologist Dr. Shahid Ahmed (MD).research, College of Medicine1643382120000/articles/research/2022/usask-study-finds-post-surgical-monoclonal-antibody-treatment-reduces-breast-cancer-recurrencenewssite://news/articles/research/2022/usask-study-finds-post-surgical-monoclonal-antibody-treatment-reduces-breast-cancer-recurrenceccm0461643383645905ccm0461645028246374show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/shahid_ahmed.jpgsite://news/images/2022/shahid_ahmed.jpgnewsshahid_ahmed.jpg2081911080720USask oncologist Dr. Shahid Ahmed (MD). (Photo: Supplied)NoNoneNoneNo/
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The team’s study, published Jan. 20 in Nature.com Scientific Reports, examined the medical records of all Saskatchewan women diagnosed with a small HER2-positive breast cancer between January 2008 and December 2017. Among the most aggressive of breast cancers, HER2 is named for the protein human epidermal growth factor receptor 2 that malfunctions to cause rapid cancer cell growth.

“HER2-positive breast cancer has been associated with high risk of recurrence,” said Ahmed, a professor and division head of oncology at USask’s College of Medicine.

A 12-month course of treatment with trastuzumab in conjunction with chemotherapy after surgery is the standard treatment for early-stage HER2-positive breast cancer tumours larger than a centimetre or have spread to lymph nodes, Ahmed said.

However, the benefit was not well-known of adjuvant (post-operative) trastuzumab treatment for smaller HER2-positive tumours that haven’t spread beyond the initial site (metastasized) to lymph nodes.

Using the health records, Ahmed’s team identified 91 women who had early-stage, non-metastasized HER2-positive breast cancers smaller than 10 millimetres. Overall, 39 patients whose tumours mostly were larger than 5mm had received adjuvant trastuzumab and chemotherapy, while 52 with smaller tumours had not received post-operative trastuzumab.

While the sample size is small, the study is population-based with no selection bias and covers a 10-year period, Ahmed said.

“Our study showed that women with HER2 positive tumours less than one centimetre and were node-negative had a low rate of recurrence,” Ahmed said. “However, those who received adjuvant trastuzumab had a further reduction in the risk recurrence. For example, women who did not receive adjuvant trastuzumab had a four-fold greater risk of recurrence.”

Overall, 97 per cent of women in the trastuzumab group were free of a breast cancer recurrence after 10 years, compared to 88 per cent among those who didn’t receive the treatment.

The analysis of this retrospective cohort study was statistically adjusted to account for such factors as patient ages and other risks, to make the findings as close as possible to those of a randomized study, Ahmed said.

He anticipates the findings of the study, which favour adjuvant trastuzumab for small tumours, will lead to its more frequent use to reduce the risk of cancer recurrence in younger women with tumours larger than 5mm.

However, since treatment toxicity is an important consideration in contemplating the use of adjuvant trastuzumab, a key point to examine is whether the duration of treatment should be shortened to six months from the current 12 months, he said.

usask-wastewater-testing-for-covid-19-sets-the-standardtrue1718730911095imj129USask wastewater testing for COVID-19 sets the standardOh, the stories wastewater streams can reveal about life in a community.Sarath Peirisresearch, water, toxicology,1643119200000/articles/research/2022/usask-wastewater-testing-for-covid-19-sets-the-standardnewssite://news/articles/research/2022/usask-wastewater-testing-for-covid-19-sets-the-standardccm0461643053844546ccm0461651178282943show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/markus-brinkmann-1080.jpgsite://news/images/2022/markus-brinkmann-1080.jpgnewsmarkus-brinkmann-1080.jpg2413261080720Dr. Markus Brinkmann (PhD) is an assistant professor in the School of Environment and Sustainability at USask. (Photo: Carey Shaw)NoNoneNoneNo/
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Just ask University of Saskatchewan (USask) researchers Drs. Markus Brinkmann (PhD), John Giesy (PhD) and Kerry McPhedran (PhD), who have been analyzing wastewater and stormwater flows in Saskatoon, Prince Albert, North Battleford, and five First Nations communities, to uncover many of those stories.

Their findings encompass everything from infectious diseases to biomarkers for such conditions as diabetes and heart disease, to the consumption of recreational drugs in a community. The analyses can even provide information on such things as how much red meat a community consumes or pinpoint a city block where a crack house is located.

Since the arrival of SARS-CoV-2 (COVID-19) in Saskatchewan, the researchers have been busy measuring concentrations of genetic material (RNA molecules) in wastewater. The virus is present in the feces of infected persons, even before they become symptomatic.

Because the analysis provides a cost-effective, efficient and integrative measure of infected persons in the sewer-shed, it can reliably project trends in a community approximately seven to 10 days sooner than by public clinical testing.

Other team members are toxicologist Dr. Paul Jones (PhD), USask Toxicology Centre post-doctoral fellow Dr. Yuwei Xie (PhD), engineering PhD student Mohsen Asadi, and research associates Dr. Femi Oloye (PhD) and Jenna Cantin.

Now, propelled by a fifth wave of the pandemic with high caseloads resulting from the highly contagious Omicron variant, public COVID-19 testing sites again have been overwhelmed, leaving many potentially infected persons unable to receive a PCR test to confirm their illness. The government has responded by having citizens self-diagnose using rapid antigen tests, which means many positive cases are excluded from publicly reported figures.

TextImage/images/2019/johngiesy-dec2019.jpgsite://news/images/2019/johngiesy-dec2019.jpgnewsjohngiesy-dec2019.jpg2635351080720Dr. John Giesy (PhD) helped develop a comprehensive system for detecting COVID-19 in wastewater in July 2020. (Photo: Daniel Hallen)Above content

That leaves USask’s wastewater analysis, with its findings presented on an online “dashboard”—put together free of charge to the project by a team at the Global Institute for Water Security (GIWS) at USask—as the most reliable indicator of status and trends for the virus. The project has gained a lot of attention from media, decision-makers and the public.

As well, a separate project put in place by the team in collaboration with USask’s Pandemic Response and Recovery Team (PRT) to monitor wastewater from the university’s student residences for the presence of COVID-19, has also garnered local interest.

TextLead-up to COVID-19 analysis in wastewaterNone/Above content

Well before COVID-19 arrived, researchers and students from USask’s Toxicology Centre were collaborating with Saskatoon’s wastewater treatment plant staff on wastewater-related projects. These ranged from identifying recreational drugs and pharmaceuticals in wastewater to measuring emissions of greenhouse gases such as methane from the plant.

Brinkmann, assistant professor in the School of Environment and Sustainability at USask, and McPhedran, an environmental engineer and associate professor in USask’s College of Engineering, have collaborated with the city on several stormwater projects, including a couple of studies funded through the Natural Sciences and Engineering Research Council of Canada.

“Oftentimes the city is very engineering-oriented, and they contacted Kerry to say they’d like to work to be prepared for any future regulations on the quality of stormwater discharges,” said Brinkmann.

“He worked on measuring heavy metals, that sort of thing. I could measure several other toxicants and our lab could do toxicity tests. The research on stormwater and wastewater kind of evolved from that,” said Brinkmann, who describes the partnership as a great team.

“We like to work in teams on socially relevant issues and solve problems. Our role is to develop technologies that can be transferred to the private and public sectors and train the next generation of water quality experts,” said Giesy.

Research Junction, a partnership between USask and the City of Saskatoon, has been an effective model, said Brinkmann. That partnership was recognized with the 2021 Smart 50 Award from the Smart Cities Connect Foundation and US Ignite.

Of two recently announced research projects, Brinkmann leads one that monitors stormwater for a toxic compound shed by rubber tires to study its impact on aquatic life—particularly fish species such as trout that are commercially, recreationally, and culturally important.

The other, co-led by Toxicology Centre researchers Dr. Natacha Hogan (PhD) and Dr. Markus Hecker (PhD), studies the impact on several fish species of emerging new antimicrobials used to sanitize homes, hospitals, and other sites, and then are carried by wastewater to rivers and lakes.

The strong relationship forged by USask researchers and graduate students with the treatment plant staff over the years enabled Brinkmann, McPhedran, Giesy and their research team to transition quickly into the COVID-19 testing project, with plant operator and USask alumnus Mike Sadowski an eager collaborator.

“Mike and we basically heard at the same time from around the world that you can measure the virus causing COVID in wastewater. So, we quickly asked each other to see if we should try doing that, and it worked out pretty well,” said Brinkmann.

TextCOVID-19 testing comes on streamNone/Above content

The virus tracking project began with a limited budget, with some funds pivoted away from an ongoing project funded by the Global Water Futures (GWF) program and leveraging technology and equipment to monitor for the virus in wastewater.

Giesy, former Canada Research Chair in Environmental Toxicology, and Xie, who also works on the GWF eDNA program, quickly developed a comprehensive system for detecting COVID-19 in wastewater in July 2020.

The accuracy of their method was validated in a study with eight other laboratories across Canada, co-ordinated by the Canadian Water Network and the Public Health Agency of Canada’s National Microbiology Laboratory in Winnipeg.

Longer term funding for the project, however, remained a problem.

“We made applications and waited quite a while for a response from the province, which eventually declined to fund us,” said Giesy. “The day after, we got a call from PHAC saying they heard the news and asked us to send them a budget.”

PHAC’s requirements to fund the project stipulated it also include five First Nations communities.

McPhedran, as Saskatchewan Centennial Enhancement Chair in Water Stewardship for Indigenous Communities, works with more than 30 First Nations. The team partnered with the Indigenous Technical Services Co-operative, enlisting the Saskatoon Tribal Council, File Hills Qu’Appelle Tribal Council, Agency Chiefs Tribal Council, Touchwood Agency Tribal Council, and Yorkton Tribal Council.

TextPullquote“It’s a nice success story of how a need is being filled quite quickly.”Dr. Markus Brinkmann /Align left

Researchers receive wastewater samples three times per week from the cities. The plants use automated composite samplers located at the inflow of the plants, with the computer-controlled devices sucking up a few millilitres of wastewater every 10 minutes or so into refrigerated bottles that fill up over 24 hours to be then taken to the lab.

These communities often have very few staff to collect samples, and it takes a significant investment by communities to ensure the samples are collected at the right time, preserved properly, and shipped to the lab quickly, ideally within 24 hours, he said. Three communities have been providing samples regularly, and a fourth recently began doing it.

“This is an RNA virus that degrades quickly in wastewater, so how the treatment is done and where the samples are taken are really important,” said Giesy. “Markus and I aren’t wastewater engineers, but the engineering side of things is really important. We rely on Kerry to tell us what we should do.”

With the arrival of Omicron, PHAC called to ask if the team had plans to measure it. The researchers developed a targeted method to identify the variant. As before, the analysis is done in Giesy’s Biosafety Level 2 lab, with samples sent to the National Microbiology Laboratory in Winnipeg for confirmatory genetic sequencing.

“Omicron has several dozens of mutations, and many of them on the spike protein which makes it important as a target,” said Brinkmann. “It’s almost impossible to detect all of them simultaneously with our methods. We pick mutations that are not found in any of the other variants. To be 100 per cent sure that you are picking up Omicron and not a random new mutation, you still have to go through the sequencing.”

The results are shared in a report to the city, public health officials, PHAC, and the public via the dashboard.

TextRenewed global interest in wastewater analysisNone/Above content

“It’s quite exciting. Wastewater, in many ways, is undergoing a renaissance,” said Brinkmann, who left Aachen University in Germany in 2016 to join USask, attracted by what he terms the university’s “toxicology wonderland” that boasts great research infrastructure and top-notch colleagues.

“There used to be a lot of wastewater research back when there were piles of foam on water bodies caused by phosphate-rich soap in effluent, and algal blooms downstream from wastewater treatment plants,” he said.

“Those problems have been mostly solved, but others not,” Brinkmann said. “Now, when we look at pharmaceuticals for example, many basically go through treatment plants untreated. These drugs are made to change something in humans, so a lot of those processes also cause very similar effects in fish. That makes wastewater very interesting from a toxicological perspective.”

Giesy, professor of biomedical sciences at USask’s Western College of Veterinary Medicine, said wastewater research started around the time he joined the university in 2006 and learned that water quality was an issue in Saskatchewan.

“A lot of cities in Saskatchewan didn’t have active wastewater treatment and used lagoons. One of the big issues was a massive algal bloom in Diefenbaker Lake, which supplies water for almost everyone in the province,” Giesy said. “We were asked to look at that, and one of the big issues was nutrient inputs from wastewater.”

Work to address the nutrient issue in the lake led to helping on the drinking water side of things—studying hazardous algal blooms, measuring concentrations of some of their toxic products, and helping with the design of treatment processes. Next came the request to study the wastewater treatment processes in Regina, where the receiving waters of Wascana Creek in the summer was almost 100 per cent effluent, Giesy said.

“We did some field investigations, and then we were asked to do a before-and-after study to demonstrate the efficacy of the upgrade Regina did on the treatment plan. It worked out really well.”

TextPost-COVID-19 plans in the offingNone/Above content

Giesy said PHAC has approached the team to talk about plans for a future when the seemingly unending pandemic finally subsides, at least to an endemic illness in the population.

The wastewater project has now been incorporated as the Prairie Node in a National Monitoring Program co-ordinated and funded by PHAC. The federal agency will be funding chemical analyses and extend the current virus monitoring project by six months, Giesy said.

“Now that groups across Canada have all this equipment and trained a lot of people who have become experts in monitoring pathogens in wastewater, it would be very smart to keep these things going and monitor for other diseases that have been plaguing us for a while,” said Brinkmann.

TextImage/images/2022/mcphedran-and-asadi.jpgsite://news/images/2022/mcphedran-and-asadi.jpgnewsmcphedran-and-asadi.jpg2888851080706Dr. Kerry McPhedran (PhD), an environmental engineer and associate professor in USask’s College of Engineering, and PhD student Mohsen Asadi (right). (Photo: Submitted)Above content

These include regular influenza that kills lots of people in Canada, and other infections especially prevalent in Saskatchewan, such as syphilis, HIV, and tuberculosis in the North, he said. As well, with small communities in particular struggling to deal with a deadly toxic drug epidemic, tracking drugs in wastewater can provide communities advance warning to prepare for problems.

“My interest in wastewater is from a toxicological perspective and, increasingly, from a public health side of things because these things are interconnected,” he said.

“We have to understand why and how drugs are used, not just recreational drugs but also pharmaceutical drugs like beta blockers and antidepressants. We can’t understand the impacts we have on the environment without understanding the societal use of chemicals properly.”

For McPhedran, a concern is untreated effluent containing the COVID-19 virus entering lagoons, which basically look like ponds and act as gathering places for waterfowl and animals such as deer. He wonders about the virus take-up by wildlife creating a zoonotic backlash that might infect humans in the future.

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When USask’s PRT contacted McPhedran and Brinkmann in spring 2021 for help with safely reopening campus last September, they were happy to pitch in.

“We get a lot of negative results from the dorms, and it’s not a research aspect per se, but it’s service we are providing to the community to open the university as safely as possible,” said McPhedran.

Brinkmann said they worked up a small budget at a very reasonable cost for the project, and the monitoring will continue at least until June this year.

Since using the comprehensive computerized sampling process would be too costly at $10,000 or so for each sampler, the researchers use a passive sampling method that would provide round-the-clock monitoring that maximizes the chances of catching the occasional case likely to be in a dorm.

The 3D-printed cigar-shaped device, known as a torpedo sampler, is dipped under wastewater and sits there to accumulate virus RNA over 24 hours. Enclosed inside the tube is a membrane that has an affinity for RNA, and next to it is cotton swab to grab some of the particulates.

USask then uses a platform supplied by the company LuminUltra to determine the amount of virus RNA in these samples. The company stays in touch regularly and has been providing updated instruments free of charge because it feels keeping students safe is important, Brinkmann said.

“We work very closely with USask Facilities folks, who collect all the samples for us five days a week. That’s a great story how administrators in the PRT, us as researchers, and folks in Facilities come together to solve a problem,” Brinkmann said. “It’s a nice success story of how a need is being filled quite quickly.”

Charles Lytle, a Facilities employee who is on a crew collecting the samples from dorms, says they open manholes on nearby streets to collect them early in the day, with the biggest challenge on winter days involving manhole lids freezing up, steam rising from the opening obscuring visibility, and a torpedo occasionally getting stuck in a wastewater pipe, requiring someone to climb down to dislodge it.

“It’s good to know if and when there are any problems in the residences,” he said. “The work done to keep people safe is impressive.”

For more information, watch: COVID-19 and our water supply and COVID-19 in our wastewater?

usask-sponsors-inaugural-canadian-black-scientists-network-be-stemm-conferencetrue1718730911095imj129USask sponsors inaugural Canadian Black Scientists Network BE-STEMM ConferenceThe Canadian Black Scientists Network (CBSN) is hosting the first annual Black Excellence in Science, Technology, Engineering, Mathematics, Medicine and Health (BE-STEMM) conference, to be held virtually on Jan. 30-Feb. 2.research, black history month, bhm,1643036340000/articles/research/2022/usask-sponsors-inaugural-canadian-black-scientists-network-be-stemm-conferencenewssite://news/articles/research/2022/usask-sponsors-inaugural-canadian-black-scientists-network-be-stemm-conferenceccm0461643036882227ccm0461643990714671show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/be-stemm.jpgsite://news/images/2022/be-stemm.jpgnewsbe-stemm.jpg2564361080720USask researchers Dr. Erique Lukong (PhD) and Dr. Erick McNair (PhD) are involved in the co-ordination and presentation of unique work spearheaded by Black Canadian scientists at the 2022 BE-STEMM Conference. (Photo: Canadian Black Scientists Network)NoNoneNoneNo/
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The event, sponsored by the USask Office of the President and other major Canadian universities, aims to remove barriers to attracting and retaining Black Canadians in STEMM fields.

“The CBSN was created with the following vision: To elevate, make visible, celebrate and connect Black Canadians in STEMM across sectors. The CBNS is open every Canadian in the STEMM field who identifies as Black,” said University of Saskatchewan (USask) College of Medicine professor and researcher Dr. Erique Lukong (PhD), who serves as vice-president of the CBSN.

The event dates coincide with the beginning of Black History Month, which honours the legacy of Black Canadians and their communities. With the federal government announcing this year’s theme, The Future Is Now, the CBSN BE-STEMM conference provides the perfect opportunity to engage with the discoveries and innovations taking place in Black Canadian research communities.

“We as Blacks are often underrepresented in conferences. We are not usually selected to give talks at major conferences. We now have the BE-STEMM platform where we can showcase talents in the Black STEMM community and the conference is opened to everyone,” said Lukong.

“Blacks have made and continue to make significant contribution in STEMM but these successes usually go unrecognized. We are inviting everyone to join us in celebrating the successes of some of our unsung heroes and rising stars.”

The conference is designed to celebrate the excellence of self-identifying Black scientists in STEMM fields, and to provide a platform to connect decision-makers and experienced leaders in the sharing of challenges, successes and best practices for Black inclusion in different sectors. Highlights include teaching from established and emerging Black STEMM scholars and networking via a career fair booth. Research presentations will also be made both by undergraduate and high school students from across Canada, as well as experienced researchers.

Lukong is a leader within the CBSN and is a current USask College of Medicine breast cancer researcher who will be presenting at the BE-STEMM conference. His work focuses on analyzing the cellular, physiological and clinical roles of enzymes BRK and FRK in the development and progression of breast cancer.

The BRK enzyme is found to be elevated in 85 per cent of breast cancer tumours and has been found to cause potential drug resistance. The FRK enzyme often goes undetected in triple negative breast cancers – a type of breast cancer where the tumour is missing three important receptors commonly found in other breast cancers.

“I will discuss recent data highlighting the contrasting roles of BRK and FRK in breast cancer and show how these proteins can be targeted to improve breast cancer outcomes and especially in the most vulnerable populations like Black women where there is a disproportionate burden of triple negative breast cancer,” said Lukong.

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Another exciting offering of the conference is the Leadership Summit sessions scheduled for Feb. 2. The Leadership Summits will be comprised of six concurrent, 90-minute panels, engaging employers, academia, industries, government ministries, health-care professional and funding bodies.

USask College of Medicine assistant professor Dr. Erick McNair (PhD) is one of the facilitators of the Leadership Summit panel discussions.

“Our panel consists of health-care professional role models that will provide experience in matriculation from undergraduate, medical school, graduate school, residency, and fellowships, to professional practice and administrative medicine,” said McNair.

“Discussions will also include qualifications, identification of barriers to successes, and improvements to be made that will afford Canadian Blacks a smoother pathway in their pursuit of a career in medicine and health sciences.”

McNair is also a researcher at USask, whose work focuses on discovering biomarkers of acute kidney injury in patients undergoing cardiac surgery, with hopes that earlier identification of kidney damage in the immediate post-operative period will lead to decreased incidences of adverse outcomes such as chronic renal disease and the need for dialysis.

Other members of the USask research community involved in the conference include Dr. Dalisizwe Dewa (MB-ChB), Dr. Idris Bare (MD) (Cardiology fellow), Dr. Adebola Obayan (MD, PhD) (Surgery), Dr. Christopher Mpofu (MD) (Pediatric Oncology), Dr. Humphrey Fonge (PhD) and PhD student Jessica Pougoue Ketchemen.

The CBSN BE-STEMM 2022 conference is open to anyone wanting to attend. Registration for the event is free for all high school, undergraduate and graduate students. Bilingual offerings are available to suit the needs of individual participants.

Visit the CBSN BE-STEMM 2022 conference website for more information and to register to attend.


Join us in February as we come together to engage with Black History Month at the University of Saskatchewan.

investments-in-usask-livestock-research-fuels-innovation,-protects-animal-healthtrue1718730911095imj129Investments in USask livestock research fuels innovation, protects animal healthUniversity of Saskatchewan (USask) researchers have been awarded $4.2 million to develop livestock-related innovations that range from improving forage feed to advancing work on vaccines to tackle the global spread of African swine fever (ASF). research,1642618800000/articles/research/2022/investments-in-usask-livestock-research-fuels-innovation,-protects-animal-healthnewssite://news/articles/research/2022/investments-in-usask-livestock-research-fuels-innovation,-protects-animal-healthccm0461642617802442ccm0461642617858847show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2019/sharpe-promethion-ocn.jpgsite://news/images/2019/sharpe-promethion-ocn.jpgnewssharpe-promethion-ocn.jpg2658411080732Andrew Sharpe with Global Institute for Food Security (GIFS) at USask was awarded $392,391 by ADF. (Photo: David Stobbe) NoNoneNoneNo/
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Funding through Saskatchewan’s Agriculture Development Fund (ADF) was awarded to 19 researchers to support 23 projects.

“USask research continues to play a foundational role in establishing Saskatchewan’s reputation as a force in the global agricultural sector,” said USask Vice-President Research Baljit Singh. “This investment will power discovery that builds improved food security for the world, and economic prosperity for Saskatchewan.”

ADF is supported through the Canadian Agricultural Partnership, a five-year, $3-billion investment by federal, provincial, and territorial governments to strengthen and grow Canada's agriculture, agri-food and agri-products sectors. This includes a $2-billion commitment cost-shared 60 per cent federally and 40 per cent provincially, with a $388-million investment in strategic initiatives for Saskatchewan agriculture.


The ADF livestock research projects also were awarded additional industry co-funding by: Saskatchewan Cattlemen’s Association (SCA) $447,956; Saskatchewan Forage Seed Development, $3,500; and Sask Milk, $31,500.

TextRecipientsImage/images/2022/suresh_tikoo1080.jpgsite://news/images/2022/suresh_tikoo1080.jpgnewssuresh_tikoo1080.jpg6941561080720Suresh Tikoo has been awarded $140,000 by ADF to develop a continuous porcine cell line to grow African swine fever virus. (Photo: Debra Marshall)Below content

Andrew Sharpe, Global Institute for Food Security (GIFS) at USask ($764,130 in total, plus SCA co-funding): In the first project, awarded $392,391 by ADF, Sharpe and co-principal investigator Sampath Perumal of GIFS propose to develop new genomic resources to better understand salt and drought tolerance mechanisms in alfalfa, an important legume forage crop.

“Alfalfa cultivation is not only economically important in North America, it also offers the potential to use marginal lands affected by salinity, and improve the quality soil by fixing nitrogen,” said Sharpe.

Researchers will use new sequencing technologies to develop high-quality genome assemblies currently unavailable in Saskatchewan-adapted germplasm. These new reference assemblies will be used as a foundation for genomic analysis of alfalfa and for application in plant scientist Bill Biligetu’s alfalfa breeding program at USask’s Crop Development Centre.

The second project, awarded $371,739 by ADF, has Sharpe, co-principal investigator Biligetu and their team developing new foundational genomic resources for hybrid wheatgrass, a palatable, perennial grass forage crop.

“We will use state-of-the-art applied genomics to create the first extensive molecular breeding resources for hybrid wheatgrass and its parental ancestors,” said Sharpe. “This project will generate genome assemblies, identify markers to assist breeding, develop accurate predictive models for the breeding process, and explore the wealth of genetic diversity available in gene banks to introduce new gene variants that combat abiotic and biotic stresses.”

Suresh Tikoo, Vaccine and Infectious Disease Organization (VIDO) has been awarded $140,000 by ADF to develop a continuous porcine cell line to grow African swine fever virus, a devastating viral disease that causes nearly 100 per cent mortality in pigs.

Currently there is no effective vaccine or treatment for ASF.

“The lack of porcine cell lines is a barrier to the development and commercialization of ASF vaccines,” said Tikoo. “This cell line could be used to evaluate virus-host cell interactions and support the commercial production of ASF vaccines to help protect the world swine population.”

ASF is endemic in Africa and spreading through parts of Asia and Europe. It also has recently been found in the Dominican Republic and Haiti, causing heavy economic losses to the pig industry.

Although ASF has not been detected in Canada, it is a significant threat to Canada’s pork industry—for both pig health and for the devastating impact a positive case could have on international market access.

VIDO is the first non-government organization in Canada with permission from the Canadian Food Inspection Agency to work with ASF virus in its containment Level 3 facility.

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  • Wolfgang Köster, VIDO ($300,500 plus co-funding from Sask Milk): Köster’s team is developing a new vaccine to enhance protection of calves against disease caused by Salmonella Dublin, a zoonotic pathogen spreading in Saskatchewan and Alberta. The disease caused by this bacterium can be quite severe in young calves and transmitted to humans through undercooked meat and unpasteurized milk.
  • Heather Wilson, VIDO ($210,000): Wilson, co-principal investigator Azita Haddadi and their team is researching administering vaccines directly into the sow uterus at breeding to promote immune responses by transferring antibodies to suckling piglets. This project tests several vaccine formulations to augment immune responses to fully protect sows against reproductive diseases and piglets against neonatal diseases.
  • Yanyun Huang, Prairie Diagnostic Services (PDS) ($198,261, plus co-funding from SCA): Huang’s team from the Western College of Veterinary Medicine (WCVM) and Simon Fraser University is developing a genomics-based diagnostic tool to combat reproductive failures in cattle, estimated to cost Canadian ranchers $280 million annually.
  • Sarah Wood, PDS ($149,000): Wood’s team aims to determine effective therapeutic doses of antimicrobials for control of the bacterial disease European foulbrood in honeybees in Western Canada. They will test various antimicrobial dosing regimes for treatment of the disease in honeybee larvae, adults, and colonies using previously established laboratory and field models of the disease.
  • Dan Columbus, Prairie Swine Centre (PSC) ($273,202): This project examines how dietary protein quality affects gut health in young pigs. To accomplish this, Columbus’s team will use a variety of techniques to identify key factors related to diet that affect gut health, validate these factors in young pigs, and examine dietary strategies that support optimal gut health.  
  • Jennifer Brown, PSC ($56,000): Brown and her team aim to determine whether providing environmental enrichment to pigs early in life will have a lasting impact on their later behaviour, thus promoting better health and reducing damaging conduct. Specifically, they want to observe if enrichment reduces aggression and tail biting or increases the growth rate.  
  • Bernardo Predicala, PSC ($186,950): Predicala’s team is investigating novel methods to reduce the emergence and spread of antimicrobial resistance in swine production. Researchers will evaluate the economic benefits and recommend applying intervention measures in commercial pig barns.
    • In a second project, which was awarded $151,800 by ADF, his team will conduct optimization and field validation of a rapid diagnostic test kit for Porcine Epidemic Diarrhea virus (PEDv) under Canadian conditions. Accurate detection of PEDv is essential for implementing rapid control measures for the disease, which has caused significant economic losses to the Canadian swine industry.
  • Jon Bennett, College of Agriculture and Bioresources (AgBio) ($289,483): A team led by Bennett will examine how harvest frequency and different plant species affect the integration of native forage varieties into tame pastures. By incorporating native species, they aim to improve late summer forage quality, and carbon sequestration.
    • In a second project, awarded $335,588 by ADF, Bennett’s team will work to improve control of leafy spurge, an important noxious weed. They will combine different herbicides and fertilizers to suppress the weed and alter the soil microbiome to reduce leafy spurge’s ability to compete with forage grasses.
  • Tim Mutsvangwa, AgBio ($155,832, plus co-funding from Sask Milk): Mutsvangwa’s team will evaluate the effects of applying leaf fungicides to forage barley that’s resistant or susceptible to fungal diseases. The aim is to determine how it impacts the ensiling characteristics and nutritional quality of barley silage, and performance of dairy cows fed the silage.
  • Eric Lamb, AgBio ($30,650) Recovery of grassland productivity following fires appears to be linked to post-fire weather conditions. Lamb and his team will determine if this is the case by assembling and analyzing data from past studies of grassland fires. Identifying how post-fire weather is linked to future forage productivity will allow ranchers to forecast productivity and plan their operations accordingly.
  • Kathy Larson, AgBio ($44,000): Testing the nutritional quality of feed to develop a balanced ration for livestock is a recommended practice, yet only 40 per cent of western Canadian cow-calf producers annually test their feed. Larson, co-principal investigator Emma Stephens (AAFC-Lethbridge) and their team will survey producers to learn their motivations, barriers and alternatives to feed testing, leading to meaningful tech transfer and the development of standardized protocols.
  • Peiqiang Yu, AgBio ($118,100): To provide support for establishing feasible methane mitigation strategies and reduce nitrogen excretion in ruminant livestock, Yu and his team will test, develop and evaluate environmentally friendly, high-value blended feed pellets. They will use a combination of pulse screenings, co-product from bio-oil processing, and commercially available and affordable plant-based extract as a feed additive.
  • Mika Asai-Coakwell, AgBio ($68,587, plus SCA co-funding): Gestation length can influence other economically important traits such as birthweight and calving ease in the cattle industry. Asai-Coakwell and her team will conduct genome wide association analyses of sires to identify genomic loci and genes involved in gestational length. This will aid in understanding the genetic regulation of reproductive pathways and result in a new tool to enhance reproductive management in beef herds.
  • Murray Jelinski, WCVM ($96,446, plus co-funding from SCA): Lameness is the second most common disease of feedlot cattle, with septic arthritis being one of the most difficult types of lameness to treat. This research, with Jelinski as principal investigator (PI), seeks to determine which antimicrobial therapy is the most efficacious for treating septic arthritis.
    • Jelinski and co-PIs Tony Ruzzini (WCVM) and Tim McAllister of Agriculture and Agri-Food Canada were awarded $103,848 plus SCA co-funding for a project that makes their team the first to investigate the horizontal transfer of antimicrobial resistant genes between isolates of Mycoplasma bovis, a key bacterium involved in chronic pneumonia in feedlot calves’ isolates.
  • Susantha Gomis, WCVM ($165,000): Finding alternatives to antibiotics in the poultry industry is a priority. Gomis and his team will investigate the novel and industry-feasible use of probiotics during embryonic life of broiler chickens. The aim is to reduce diseases of neonatal broiler chickens by controlling intestinal bacteria, with the goal of using this as a tool to enhance immune responses of poultry vaccines.
  • Jaswant Singh, WCVM ($163,602, plus SCA co-funding): To develop a roadmap for implementing remote technologies in the Saskatchewan beef industry, Singh and his team will develop, test, validate and benchmark smart farm technologies such as solar-powered GPS ear tags, feed-bunk proximity sensors in corrals and multi-spectral 3D cameras in pastures and animal handling barns. This enables real-time data gathering and will be key to understanding physical attributes of economically important traits.
  • Diego Moya, WCVM ($208,346): Aligned with Saskatchewan’s goals for improving livestock industry competitiveness while also improving animal health and welfare, this project aims to optimize bison feeder performance to sustainably meet the growing demand for bison meat. A multidisciplinary team led by Moya and Gabriel Ribeiro will assess the effects of dietary starch on bison growing performance, rumen health, feeding behaviour, carcass traits, and meat quality and nutritional composition.
internationally-recognized-parkinsons-disease-researcher-honoured-with-achievement-awardtrue1718730911095imj129Internationally recognized Parkinson’s disease researcher honoured with Achievement Award The Saskatchewan Health Research Foundation (SHRF) announced the winners of the 18th annual Santé Awards to celebrate top health scientists in the province.Saskatchewan Health Research Foundationresearch, SHRF, Health, College of Arts and Science, College of Medicine,1642608180000/articles/research/2022/internationally-recognized-parkinsons-disease-researcher-honoured-with-achievement-awardnewssite://news/articles/research/2022/internationally-recognized-parkinsons-disease-researcher-honoured-with-achievement-awardccm0461642609567080ccm0461642609638680show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/shrf_parkinsons.pngsite://news/images/2022/shrf_parkinsons.pngnewsshrf_parkinsons.png3297361080720From L-R: Dr. Ali Rajput, Dr. Anil Kumar, and Dr. Christopher Phenix. (Photos: Submitted) NoNoneNoneNo/
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Dr. Ali Rajput, an internationally recognized leader in Parkinson’s disease research from the University of Saskatchewan (USask), was honoured with an Achievement Award from the Saskatchewan Health Research Foundation. The award was one of seven awards recognizing research impact and excellence from within Saskatchewan’s health research community.

For over five decades, Dr. Rajput has contributed to research and clinical innovation while showing foresight and leadership through his observation, curiosity and focus on providing the best care for his patients.

In response to the discovery and early implementation of the medication levodopa for Parkinson’s disease, Rajput established the Saskatchewan Movement Disorders Program in 1968. This not only provided Saskatchewan patients with access to the medication but became the basis for his significant research productivity and continued improvements in patient care.

His leadership resulted in the creation of a brain biobank that will continue to shape the research landscape for years to come and his mentorship and collaborations from across disciplines has inspired many others down a combined path of clinical practice and research.

Though his expertise has been sought after at the national and international level, his continued dedication to Saskatchewan patients and the community led to him becoming a founding member of the Saskatchewan Parkinson’s Foundation. His quest for answers and commitment to his patients will become his legacy and is at the core of why he was presented with this year’s Achievement Award that recognizes exemplary career achievements and inspiring drive, leadership and ingenuity.

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Dr. Chris Phenix from the USask College of Arts and Science was presented with an Early Career Impact Award. This award is presented to one researcher for their work since being awarded a SHRF Establishment Grant five years earlier. It recognizes their efforts to build capacity, advance knowledge, inform decision making, and to provide health, economic and social impacts, as well as future potential to continue their impact in Saskatchewan.

Phenix and his team are working to develop radiotracers to detect Parkinson’s disease, a chronic degenerative brain disorder that affects more than 100,000 Canadians. The radiotracers are chemical compounds that have been labeled for easy detection, such as with PET scans, and that selectively attach to a specific protein in the body. This work looks at radiotracers for an enzyme called glucocerebrosidase, or GCase, that shows decreased activity in the brains of Parkinson’s patients. Currently, there are no radiotracers available to image GCase in patients, and the radiotracers could be used both to diagnose Parkinson’s, particularly in people with aggressive cases, and to help develop new drugs for the disease. This groundbreaking work has garnered $150,000 (USD) in funding from the extremely competitive Michael J. Fox Foundation, drawn interest from multinational drug companies, and attracted collaborators and clinicians from across the country.

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Excellence Awards were presented to the top-ranked researchers and teams that received SHRF funding for their projects in the past year.

The USask awardee is Dr. Anil Kumar of the USask College of Medicine, who is being recognized for having the top-ranked SHRF Establishment Grant project in the biomedical category.

With these awards and other activities throughout the year, we celebrate the impact of the work that is helping improve the health of Saskatchewan citizens, creating a high-performing health ecosystem and building a robust culture of research and innovation. 

Visit shrf.ca/sante-awards to see a full list of award recipients and stories about the impact of their work.

research-computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchtrue1718730911095imj129Computer mapping of brain connections may reduce the number of required MRI scans: USask researchUniversity of Saskatchewan (USask) PhD candidate Josh Neudorf and his research team is using innovative computer technology to map brain function.Brooke Kleiboerresearch, College of Arts and Science,1642464000000/articles/research/2022/research-computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchnewssite://news/articles/research/2022/research-computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchnews_ws1642526933487ccm0461642527208353show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/joshneudorf_yii.jpegsite://news/images/2022/joshneudorf_yii.jpegnewsjoshneudorf_yii.jpeg2439641080720USask graduate student Josh Neudorf says he hopes to become a university professor and researcher following the completion of his PhD. (Photo: Submitted) NoNoneNoneYesYesYesMatching keywordsYesImage/images/our-impact/highlights/student-success/young-innovators/2022/joshneudorf_yii.jpgsite://research-archived-2023-04-03/images/our-impact/highlights/student-success/young-innovators/2022/joshneudorf_yii.jpgresearch-archived-2023-04-03joshneudorf_yii.jpg4790851080810USask graduate student Josh Neudorf says he hopes to become a university professor and researcher following the completion of his PhD. (Photo: Submitted) NoNoneNoneNo/
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The research team hopes the computer model of brain connectivity may be able to save the health care system and research centres time and money by decreasing the number of necessary patient brain scans. 

“The brain represents one of the most complex physical systems in the known universe, and as researchers we are able to investigate the brain using our own brains and the advanced computational resources available to us,” said Neudorf, who is pursuing his doctoral degree in the USask College of Arts and Science Department of Psychology and Health Studies. 

The brain uses axons (nerve fibres) to allow neurons—nerve cells—to 'talk’ to the rest of the brain and the body. Neudorf said thinking of the brain as a computer is a great way to understand how it communicates. 

“If you think of the brain as a computer with wires connecting the various components, our research investigates to what extent the ‘wires’ connecting different brain regions—called ‘structural connectivity’—determine how well those regions work together,” said Neudorf. 

Neudorf said the challenge with analyzing brain connections and how they make the brain function is that not all regions are directly connected. Sometimes, brain regions are connected only through a common area. 

Typically, brains are assessed using magnetic resonance imaging (MRI) techniques. MRI machines use large magnets and radio waves to create a detailed image of brain and spinal cord activity. 

For the first time in brain research, Neudorf and his team used a graph neural network deep learning computer model—one that is built to learn and make decisions from data—to map brain connectivity. The work is supervised by Dr. Ron Borowsky (PhD), USask College of Arts and Science professor and director of the Cognitive Neuroscience Lab. 

“The specific type of deep learning we used has never before been applied to this problem, and proved to be tremendously successful,” said Neudorf. 

Approximately 1,000 MRI brain scans from the publicly available Human Connectome Project were used as data to draw conclusions into the relationship between the structure and function of the brain. 

The findings concluded indirect connections between brain regions may have more of an influence on the overall function of the brain than previously thought. It was also noted that brain regions with lots of direct connections can elicit more complex brain functions. These results were published in the journal Neuroscience. 

“Previously, the structural connections in the brain have not been able to show a strong association with the patterns of functional connectivity. Our research demonstrates a stronger association than the many other international attempts over the past decades.” 

The work has been published in the journal Brain Structure and Function in 2021. Another USask study co-led by Neudorf focused on how knowledge of connectivity in brain areas responsible for language may adapt due to epilepsy. This work was published in the journal Epilepsy and Behavior in 2020. Neudorf has been a part of 15 academic publications during his time at USask’s Cognitive Neuroscience lab. 

“With future improvements and applications of this method, functional connectivity scans (which take from 10 minutes up to one hour in an MRI machine) may no longer be necessary, because the functional connectivity [of the brain] could be directly calculated based on the structural connectivity.” 

Another possible application of the work is determining brain functionality in patients who are unresponsive based solely on the brain’s underlying structure. 

Neudorf said the team would like to expand on the work by more explicitly defining what specific structural connectivity patterns support greater brain function. 

“As I learn more about the brain, I realize there are so many more fascinating questions waiting to be answered.” 

The research has been funded by the Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery grant program and the NSERC Canada Graduate Scholarships doctoral and master’s programs. 

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

/our-impact/highlights/student-success/young-innovators/2022/computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchshow-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNosite://research-archived-2023-04-03/our-impact/highlights/student-success/young-innovators/2022/computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchresearch-archived-2023-04-03computer-mapping-of-brain-connections-may-reduce-the-number-of-required-mri-scans-usask-researchArticle headline Computer mapping of brain connections may reduce the number of required MRI scans: USask researchUniversity of Saskatchewan (USask) PhD candidate Josh Neudorf and his research team is using innovative computer technology to map brain function. 2022Brooke KleiboerJan 18, 2022 12:00 AM
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global-institute-for-food-security-at-usask-awarded-over-600k-to-improve-economic-and-environmental-impact-of-bread-wheattrue1718730911095imj129Global Institute for Food Security at USask receives award to improve economic and environmental impact of bread wheat The Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) has been awarded $295,000 by Saskatchewan’s Agriculture Development Fund (ADF) for a project aiming to improve phosphorous and nitrogen uptake and efficiency in bread wheat – developments that would provide significant environmental and economic value in Canada and beyond.research, food, GIFS1642433400000/articles/research/2022/global-institute-for-food-security-at-usask-awarded-over-600k-to-improve-economic-and-environmental-impact-of-bread-wheatnewssite://news/articles/research/2022/global-institute-for-food-security-at-usask-awarded-over-600k-to-improve-economic-and-environmental-impact-of-bread-wheatccm0461642444056336ccm0461642525426378show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/gifs_adf.jpgsite://news/images/2022/gifs_adf.jpgnewsgifs_adf.jpg5734611080720Dr. Leon Kochian (PhD) and Dr. Wendy Lyzenga (PhD). (Photo: Submitted)NoNoneNoneNo/
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The project, spearheaded by Leon Kochian, Canada Excellence Research Chair in Global Food Security at GIFS, and Wendy Lyzenga, GIFS’ research associate, is also receiving co-funding from the Saskatchewan Wheat Development Commission, Alberta Wheat Commission, Manitoba Crop Alliance, and Western Grains Research Foundation.

The goal of the project is to help wheat producers in Canada get better return on their inputs. The team will achieve this by identifying naturally occurring wheat alleles (genetic variations) that not only have improved nitrogen and phosphorous uptake from the soil, but also use nutrients more efficiently within the plant to produce leaves, convert sunlight into glucose through photosynthesis and produce high-quality seeds with resilient and sustainable yields.

“Typical crop plants only take up around 50 per cent of the phosphorus and nitrogen fertilizer applied by farmers to the soil, and this comes at considerable cost to producers and the environment,” said Kochian. “Fertilizer is critical to global food production and food security. It is one of the important tools producers have to increase yields. We see a real opportunity to enhance the economic and environmental return to farmers by improving the efficacy of nutrient uptake and utilization in plants.”

An economic analysis commissioned by GIFS in August 2021 found that increasing phosphorus uptake efficiency by 30 per cent would result in savings of $2.5 billion over five years and 6.5 billion over 10 years for farms, municipal water treatment costs and sustainable water systems.

“We’re excited by the immense potential that this project has for both the environment and the economy,” said GIFS Chief Executive Officer Steven Webb. “The project will mobilize the cutting-edge tools that we have at our fingertips at GIFS and with our partners and combine them with recent insights from the field to provide real value to breeders and farmers alike.”

This project has been made possible by recent advancements in gene editing and the development of wheat genomic resources including a landmark USask-led study that sequenced the genomes of 15 wheat varieties from around the world. The project enabled scientists and breeders to identify influential genes more quickly for improved yield, pest resistance, and other important crop traits like phosphorous and nitrogen efficiency. Gene editing will be used to validate genetic variants responsible for a given trait. This information will then be shared with wheat breeders so naturally occurring variants can be integrated into new varieties using conventional breeding methods.

“In recent years, gene editing has expanded into a wide assortment of molecular tools that can be used to rewrite genome DNA sequences with precision,” said Lyzenga. “Our collaborative project will take advantage of gene editing to validate naturally occurring genetic variants which improve nutrient use efficiency.”

Kochian and Lyzenga have already identified a collection of genes that improve nitrogen and phosphorous use efficiency in several crop sciences. The next step is to determine how many allelic variants for those genes currently exist in Canadian wheat breeding populations. After these variants have been identified, the team will use gene editing technology to systematically test which of them will produce the most favourable outcomes.  

The research could have benefits beyond improved nitrogen and phosphorous use efficiency. 

“We have found that some of the same genes that help plants thrive under low phosphorous conditions also help enhance root growth and root surface area, thereby improving water uptake and possibly the acquisition of nitrogen, potassium and other fertilizer nutrients,” said Kochian.

The project is built on multiple collaborations in Saskatchewan, including GIFS’ Director of Genomics Andrew Sharpe and GIFS’ Research Chair in Plant Molecular Signaling Byung-Kook (Brian) Ham. Other collaborators include Sateesh Kagale (National Research Council of Canada), Curtis Pozniak (USask Crop Development Centre), Jeff Schoenau (USask), as well as Jatinder Sangha and Ron Knox (Agriculture and Agri-Food Canada).

Kochian received his bachelor’s degree in botany at the University of California Berkeley in 1978 and his PhD in plant physiology at the University of California Davis in 1984. He joined USask in August 2016 as the associate director of GIFS and Canada Excellence Research Chair in Global Food Security.

Lyzenga completed a bachelor’s degree in cell and molecular biology at the University of Calgary and a PhD in plant molecular biology at Dalhousie University. Prior to joining GIFS, she worked at Agriculture and Agri-Food Canada and the National Research Council of Canada on molecular mechanisms underlying agronomic traits in Camelina sativa and wheat.

The ADF program is supported through the Canadian Agricultural Partnership, a five-year, $388 million investment in strategic initiatives for Saskatchewan agriculture by the federal and provincial governments.

To learn more about GIFS and the research of Kochian and Lyzenga, visit gifs.ca.

 

new-partnership-to-increase-skills-and-talent-in-canadas-agrifood-sectortrue1718730911095imj129New partnership to increase skills and talent in Canada’s agrifood sectorThe University of Saskatchewan (USask) is helping to develop a new, $1.08-million specialized training program targeted at preparing workers for the jobs agri-food sector employers are eager to fill.research, College of Agriculture and Bioresources,1641999480000/articles/research/2022/new-partnership-to-increase-skills-and-talent-in-canadas-agrifood-sectornewssite://news/articles/research/2022/new-partnership-to-increase-skills-and-talent-in-canadas-agrifood-sectorccm0461642003126882ccm0461642006715749show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/drone-unsplash-2.jpgsite://news/images/2022/drone-unsplash-2.jpgnewsdrone-unsplash-2.jpg6254861080720NoNoneNoneNo/
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Together with the national non-profit organization Palette Skills, Winnipeg-based non-profit Enterprise and Machine Learning Initiative (EMILI), and Economic Development Regina, USask will develop a program focused on increasing employment opportunities among under-represented populations such as the Black, Indigenous and People of Colour (BIPOC) community, and new Canadians to help solve the labour shortage the agri-food sector faces.

Protein Industries Canada, one of Canada’s five non-profit innovation superclusters, is investing $1.01 million with the partner organizations investing the remaining amount. The funding will pay for the design and launch of a pilot program in Saskatchewan to train 50 workers who will then be placed in the highly-in-demand jobs.

The core focus of the pilot will be to connect companies within the sector to the diverse, well-trained, and skilled talent needed to scale up their businesses and accelerate Canada’s economic recovery. If proven successful, there is potential to expand the program across the Prairies.

Palette Skills will leverage its successful “skilling” model, consulting with industry partners to determine the most pressing skills needed in the industry and developing solutions to meet those needs.

As a leader in agricultural research, the USask College of Agriculture and Bioresources will support the program’s design and industry engagement, leveraging its strong relationships to help grow the project’s employer consortium and contribute its knowledge and experience toward the program’s curriculum.

Economic Development Regina and EMILI will support the partners’ industry engagement and integration of digital agriculture skills.

The project marks Protein Industries Canada’s sixth project announcement through its capacity building program, and its 30th project overall. Together with industry, Protein Industries Canada has invested more than $451 million to Canada’s plant-based food, feed and ingredients ecosystem.

usask-crop-research-aims-to-innovate,-thanks-to-new-funding-investmenttrue1718730911095imj129USask crop research aims to innovate, thanks to new funding investmentUniversity of Saskatchewan (USask) researchers have been awarded more than $5.7 million to develop crop-related innovations ranging from plant-based edible 3D printing and packaging to using drones for monitoring crops and soil health.research,1641912780000/articles/research/2022/usask-crop-research-aims-to-innovate,-thanks-to-new-funding-investmentnewssite://news/articles/research/2022/usask-crop-research-aims-to-innovate,-thanks-to-new-funding-investmentccm0461641913097163ccm0461641913141274show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/usask_crops1080.jpgsite://news/images/2022/usask_crops1080.jpgnewsusask_crops1080.jpg51328628801920A drone above USask’s Kernen Crop Research Farm, Summer 2019. (Photo: Steve Ryu, Images of Research 2020)NoNoneNoneNo/
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The funding through Saskatchewan’s Agriculture Development Fund (ADF) was awarded to 25 USask researchers to support 34 projects.

“USask research continues to play a foundational role in establishing Saskatchewan’s reputation as a force in the global agricultural sector,” said USask Vice-President Research Baljit Singh. “This investment will power discovery that builds improved food security for the world, and economic prosperity for Saskatchewan.”

The ADF is supported through the Canadian Agricultural Partnership, a five-year, $3-billion investment by federal, provincial, and territorial governments to strengthen and grow Canada's agriculture, agri-food and agri-products sectors. This includes a $2-billion commitment cost-shared 60 per cent federally and 40 per cent provincially/territorially, with a $388-million investment in strategic initiatives for Saskatchewan agriculture.

The USask crop research projects were also awarded an additional total of $2.095 million, co-funded by Alberta Wheat, Manitoba Crop Alliance, Mustard 21, Saskatchewan Canola Development Commission, Saskatchewan Flax Development Commission, Saskatchewan Pulse Growers Association, Saskatchewan Wheat Development Commission, and the Western Grains Research Foundation.

The USask awardees are:

  • Michael Nickerson, $705,915 for
    • Post-Fractionation Deflavouring Strategies for Protein Ingredients from Canola, Hemp, and Flaxseed
    • Pulse Protein-Based 3D-Printed Foods
    • Plant-Based Protein and Lipid Nanocomposites as Edible Biodegradable Packaging
    • Development of a Plant-Based Scrambled Egg Replacer Through Improved Gelation of Pulse Protein Isolates
  • Martin Reaney, $600,000 for
    • Modular Purification Processes for Upgrading and Enriching Ethanol
    • Industrial Products from Vegetable Oils
  • Karen Tanino, $435,531 for Heat and Frost Avoidance in Crops: The Importance of the Plant Cuticular Layer
  • Bishnu Acharya, $325,000 for The Feasibility of Flax Biomass Fractionation and Conversion to High Value Products
  • Pierre Hucl, $312,737 for
    • Field Evaluation of Next-Generation Solid-Stemmed CWRS Wheat
    • New Source of Resistance to Fusarium Head Blight (FHB): Wheat-Thinopyrum Derivatives
    • Trait Stacking to Maximize Resistance to the Wheat Midge
  • Curtis Pozniak, $302,606 for TEN-TG: A TILLING and Genome Resource for Fusarium Head Blight (FHB) Improvement
  • Albert Vandenberg, $300,000 for Development of Hot Extrusion Technology (HET) for Fortifying Lentil Consumer Products with Vitamins and Minerals
  • Leon Kochian, $295,000 for Discovery of Favorable Alleles to Increase Phosphorus and Nitrogen Use Efficiency in Wheat (Triticum Aestivum L.)
  • Supratim Ghosh , $280,000 for Bioprocessing Canola Proteins for Health-Promoting Bioactivity and Improved Food Functionality
  • Bunyamin Tar’an, $254,360 for Accelerated Breeding Strategy for Flax Improvement
  • Lee Wilson, $244,000 for Biomaterial Coatings for Enhanced Functionality, Food Safety, and Environmental Sustainability for Meat Processing Facilities
  • Christian Willenborg, $223,388 for
    • Herbicide Screening in Spice Crops
    • Integrated Seedbank Management to Augment Long-Term Weed Control
  • Sean Prager, $217,500 for
    • Investigating Potential Threats and Detection of Plant Viruses in Pulse Crops
    • Developing Tools for Management of Lygus Bugs in Faba Bean
  • Angela Bedard-Haughn, $190,593 for
    • Carbon Storage in Drained Agricultural Soils
    • Soil Salinization Risk Mapping with Remote Sensing
  • Steven Shirtliffe , $157,951 for Field-Scale Estimation of Canola Emergence Using Remote Sensing
  • Randy Kutcher, $133,399 for Phenotypic Screening Methods and a Diagnostic Seed Test to Assess Bacterial Leaf Streak in Canadian Wheat Germplasm
  • Elemir Simko, $125,000 for Comprehensive Investigation of Pesticides in Honey, Pollen, Bees, and Soil Collected from Canola Fields
  • Christopher Eskiw, $120,000 for Connecting Craft Brewing Quality with Yeast Genomics
  • Warren Helgason, $114,999 for High-Resolution Crop Monitoring Using UAV-Based Sensors
  • Tom Warkentin, $99,113 for Association Mapping of Aphanomyces Root Rot Resistance in a Pea GWAS Panel
  • Kate Congreves, $75,000 for The Saskatchewan Soil Health Test as a Tool for Prairie Horticulture
  • Huiqing Guo, $68,000 for Environment Control Technologies for Energy Efficient Solar Greenhouses
  • Maryse Bourgault, $60,000 for Winter Broadleaves in the Canadian Prairies
  • Jeff Schoenau, $59,920 for Improving Chickpea, Mustard, Durum Yield, Crop Health, and Soil Fertility with Potassium Chloride Fertilizer
  • Bobbi Helgason, $23,667 for Understanding the Effects of Crop Rotation on Soil Organic Carbon Stabilization

 

building-a-tool-for-more-efficient-software-coding-usask-researchtrue1718730911095imj129Building a tool for more efficient software coding: USask researchUniversity of Saskatchewan (USask) College of Arts and Science graduate researcher Avijit Bhattacharjee has set out to find a solution to software bugs with a tool that helps developers to read, understand and document computer code. This way, software can be produced quickly, efficiently and increasingly error-free.BROOKE KLEIBOERresearch,1641835500000/articles/research/2022/building-a-tool-for-more-efficient-software-coding-usask-researchnewssite://news/articles/research/2022/building-a-tool-for-more-efficient-software-coding-usask-researchccm0461641835625109ccm0461641835625109show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/avijitbhattacharjee_yi.jpgsite://news/images/2022/avijitbhattacharjee_yi.jpgnewsavijitbhattacharjee_yi.jpg2331441080720USask graduate researcher Avijit Bhattacharjee’s research aims to create a resource for software developers to make the coding process more understandable and efficient. (Photo: Submitted)NoNoneNoneNo/
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Unfortunately, software errors (bugs) can have massive economic impacts, with only 606 bugs costing $1.7 trillion worldwide in 2017, affecting 3.7 billion people and over 300 companies,” said Bhattacharjee.

Software bugs have the potential to put humans in dangerous situations. Glitches in flight control software can lead to fatal plane crashes or errors in self-driving car programs can cause an increased risk of accidents.

“The ratio of reading versus writing code is almost nine to one. Therefore, by guiding developers to read code more effectively and efficiently, we can minimize developers’ time, ultimately reducing software cost and encouraging more bug-free software.”

To combat bugs during the software developing process, Bhattacharjee and research supervisors Dr. Banani Roy (PhD) and Dr. Kevin Schneider (PhD) from the USask Department of Computer Science are developing a tool to aid developers in reading and writing better code.

The team has been working alongside the USask Global Institute for Water Security, where their source code tool has been used to maintain and develop the Cold Region Hydrological Model (CRHM) software program that is used to predict potential fluxes and states of water and energy in the environment.

Bhattacharjee also developed the back end of the USask Global Water Futures Nutrient App, which allows farmers and scientists across North America to measure water quality by using their phone cameras and low-cost water test kits. The app can measure nutrient concentrations in freshwater and provide water contamination alerts.

In both cases, it is vitally important the information provided to environmental decision makers is as accurate as possible.

“We created an Abstract Code Summary (ACS) tree, an indexed data structure for searching and exploring the codebase in a guided way,” said Bhattacharjee.

The ACS tree provides a way for computer science students and experienced developers to effectively navigate complex computer code and as a result improve their ability to make modifications quickly and reduce errors.

“Our user study suggests that the ACS tree can help developers do software maintenance tasks efficiently and effectively, which allows them to produce, migrate, and maintain quality software that is sustainable, reliable, scalable, and cost-effective.”

The ACS tree is created by building graphs of relationships between functions in a computer program—referred to as call graphs—and provides a resource for developers to help them locate and document relevant source code for further development or future projects.

The study is the first of its kind to provide a multi-perspective view of computer source code using natural language processing techniques—a way to teach computers to understand human languages—and to be conducted with an exclusive focus on water security.

After helping upgrade the CRHM water modelling system while working on his master’s thesis, Bhattacharjee—who currently works as a software engineer at XGen AI—now plans to continue developing the software tool so that it understands additional programming languages and integrates with other computer platforms.

“The impact and importance of having an interactive software tool that can support software developers in understanding source code of poorly documented software systems drives me to move forward with the research.”

The research is funded by the Natural Sciences and Engineering Research Council of Canada.

This article first ran as part of the 2022 Young Innovators series, an initiative of the USask Research Profile and Impact office in partnership with the Saskatoon StarPhoenix.

disrupting-covid-19-with-potential-new-treatments-usask-researchtrue1718730911095imj129Disrupting COVID-19 with potential new treatments: USask researchA University of Saskatchewan (USask) research team has discovered insights into the structure of the virus that causes COVID-19, possibly leading to new treatment options.research, College of Arts and Science, VIDO,1641568200000/articles/research/2022/disrupting-covid-19-with-potential-new-treatments-usask-researchnewssite://news/articles/research/2022/disrupting-covid-19-with-potential-new-treatments-usask-researchccm0461641569159554ccm0461641570175411show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2022/graham_george_ingrid_pickering_1080.jpgsite://news/images/2022/graham_george_ingrid_pickering_1080.jpgnewsgraham_george_ingrid_pickering_1080.jpg2191321080720USask Canada Research Chairs Dr. Graham George (PhD) and Dr. Ingrid Pickering (PhD). (Photo: Submitted)NoNoneNoneNo/
TextImage/images/2022/sars-cov-2-b.gifsite://news/images/2022/sars-cov-2-b.gifnewssars-cov-2-b.gif11532609530480The SARS-CoV-2 virus. (Credit: Graham George)Align right

The virus that causes COVID-19, known as SARS-CoV-2, attaches to cells in the human body via spike proteins. These spikes allow the virus to infect cells, following which the virus replicates itself and spreads throughout the body. The spikes contain molecular structures called disulfides—pairs of sulphur atoms bound together—that may be important for holding the spikes in the correct shape for cell infection to occur.

With this knowledge, the research team investigated an important question about the SARS-CoV-2 virus: If the spike disulfides are disrupted, would this allow the virus to lose its ability to cause infection?

This research question was answered through research conducted by two USask research associates, Dr. Andrey Grishin (PhD) from the College of Medicine and Dr. Nataliya Dolgova (PhD) from the College of Arts and Science. The idea was first tested in computer models, with collaboration from Dr. Olivier Fissette (PhD) at USask Advanced Research Computing, and then verified in live virus tests by Dr. Darryl Falzarano (PhD) and Shelby Landreth at the USask Vaccine and Infectious Disease Organization.

The overall team involved a collaboration between three Tier 1 Canada Research Chairs—College of Medicine professor Dr. Miroslaw Cygler (PhD) and College of Arts and Science professors Dr. Ingrid Pickering (PhD) and Dr. Graham George (PhD).

“One of the many disulfides in the spikes seems to be very important in holding the spikes together, and breaking the disulfides disrupts viral infectivity,” said George. “It might be the basis of a new treatment, and should work for any future virus variants.”

George notes that—with only the current research to go on—any treatment agents developed would have to be given in high doses, but this finding could lead to further work that aims to disrupt these important viral structures, and thus render the virus less infectious.

“As the pandemic rages on, USask researchers continue to respond to this crisis with the research the world needs,” said USask Vice-President Research Baljit Singh. “Fundamental breakthroughs like this offer hope and solutions that can help us not only survive, but thrive, as we emerge from the shadow of COVID-19.”

The team is planning future investigations into the specifics of a potential treatment that would disrupt the important viral structures necessary for COVID-19 to persist.

The research was supported by the Canadian Institutes of Health Research, the Natural Sciences and Engineering Council of Canada, the Canada Research Chairs program, and the University of Saskatchewan.

Full publication can be found here.

 

aw-canada-invests-in-u-of-s-research-centretrue1718730911095imj129A&W Canada invests in U of S research centreA&W Canada has made a substantial investment in the Canadian beef industry with a $5-million donation toward the University of Saskatchewan’s Livestock and Forage Centre of Excellence (LFCE).Roxanne McHattieLivestock and Forage Centre of Excellence1512157080000/articles/research/2017/aw-canada-invests-in-u-of-s-research-centrenewssite://news/articles/research/2017/aw-canada-invests-in-u-of-s-research-centreimj1291547620217265imj1291547620217265show-in-navNounitshow-navYesshow-prev-nextNoshow-feedbackNoNoNoYesMatching keywordsYesImage/images/2017/aw-announcement.jpgsite://news/images/2017/aw-announcement.jpgnewsaw-announcement.jpgaw-announcement.jpg2191361080720President Peter Stoicheff and Deans Doug Freeman (veterinary medicine) and Mary Buhr (agriculture and bioresources), alongside A&W representatives Susan Senecal (incoming president and CEO), Jefferson Mooney (chairman emeritus) and Trish Sahlstrom (senior vice-president and chief commercial officer).NoNoneNoneNo/
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The LFCE will be a multisite, multi-disciplinary research centre that focuses on the livestock production chain including forage, cow-calf, beef cattle production and environmental research.

“A&W is deeply committed to the Canadian beef and forage industry,” said Jefferson Mooney, chairman emeritus, A&W. “Our investment is an investment in the future of Canadian food and best practices to make that food.”

The donation will be used to fund the construction of the Livestock and Food Building at the LFCE site near Clavet, Sask., create a community outreach and engagement program, and to establish a visiting fellowship in One Health research.

“A&W, the University of Saskatchewan and Canadian ranchers all believe in good food, farmed with care. Together, we are forging new tools and techniques for healthy, sustainable growth,” said Susan Senecal, chief operating officer, A&W. “We are united in a passion for great beef.”

The Livestock and Food Building will be a significant part of the heart of the livestock operations at the LFCE and a major location for research activities. The building will also act as a hub for the community outreach program, which will offer presentations and seminars for both industry representatives and consumers.

Mary Buhr, dean of the U of S College of Agriculture and Bioresources, said this strategic relationship will add another dimension to the university’s One Health initiative and research that focuses on the link between beef production practices, environmental wellbeing, and human health and nutrition.

“The LFCE will take a holistic approach to understanding the relationship between human health, animal health and our environment,” Buhr said. “A&W’s extraordinary support is a demonstration of the power of teamwork to significantly improve the impact of innovative research and outreach on the livestock and forage industries.”

Douglas Freeman, dean of the Western College of Veterinary Medicine, said the development of the LFCE wouldn’t be possible without the extraordinary partnership.

“Two areas of preeminence at the U of S converge with the LFCE: agriculture and One Health,” he said. “The centre also represents a unique partnership between the university, government and industry. The scale of partnership and collaboration are extraordinary. Working together we can accomplish so much more and have a major impact on health, production and food security. We’re excited to develop this new partnership with A&W and work together to achieve the promise and potential of the LFCE.”

Two new facilities for the LFCE are expected to be completed in the spring of 2018 and will complement current livestock and forage research sites. The LFCE, a partnership between the U of S, the livestock and forage industries, and the Saskatchewan and federal governments, will unite livestock and forage field laboratories and science labs in a collaborative centre with a total cost of $37.5 million.

Other funding contributions to date include $10 million from the federal and provincial government through the Growing Forward 2 program, $4.47 million from Western Economic Diversification Canada, $10 million from the U of S, and $1 million from the Saskatchewan Cattlemen’s Association.