Multidisciplinary team led by University of Winnipeg researchers develops robotic system that automatically generates and labels large datasets of prairie crop plants and weeds to unlock innovation in food production
A collaborative research project supported by Mitacs is contributing to enhance St.Amant’s community transitions by documenting and evaluating their impact on health and quality of life of persons with severe intellectual and developmental disabilities.
With the world’s population increasing rapidly and expected to hit 9.7 billion by 2050, researchers at the University of Manitoba are looking into one of the greatest challenges associated with population growth. How can we feed growing numbers of people while reducing the food industry’s environmental footprint?
For communities in rural Manitoba and Canada’s North, seasonal ice roads are a vital part of living remotely; however, climate change has caused them to form later or melt earlier than in previous years. Communities have had to charter aircraft to deliver basic foodstuffs and medicine — an expensive undertaking that is contributing to skyrocketing costs of living.
Anna Carla has found her stride in efficiency research this summer, saying: “I have to do something like this for grad school—it is the perfect area for me to build my career. I am really enjoying every aspect of it!”
In partnership with Mitacs-Accelerate intern Julius Adebayo Awe, CancerCare Manitoba has developed an innovative way to determine the progression of prostate cancer in intermediate risk prostate cancer patients through a simple blood test.
“Since I was a child, I have always had an inherent interest for all things science, specifically in chemistry and biology,” explains Daniel Orozco, a Mitacs Globalink Research Intern posted at the University of Manitoba.