A team of researchers believe that Quebec’s protected areas are poised to become biodiversity refuges of continental importance. They used ecological niche modeling to calculate potential changes in the presence of 529 species in about 1/3 of the protected areas in southern Quebec almost all of which were under 50 km2 in size. Their results suggest that fifty - eighty years from now (between 2071–2100) close to half of the protected regions of southern Quebec may see a species turnover of greater than 80 %.

Vijaya Raghavan, Professor, McGill University, which is one of the collaborators of the project, said that promoting the consumption of small millets was not only key for addressing malnutrition related issues, but also to address climate change.
The Hindu

New research by McGill University biologists shows that milder winters have led to physical alterations in two species of mice in southern Quebec in the past 50 years – providing a textbook example of the consequences of climate change for small mammals.

The findings also reveal a stark reversal in the proportions of the two mice populations present in the area, adding to evidence that warming temperatures are driving wildlife north.  

Suzanne King, Department of Psychiatry, McGill University and Douglas Institute

She can talk about the importance of keeping pregnant women away from stress, for themselves and their baby. Professor King is a specialist in prenatal maternal stress. She began the Iowa Flood Study right after major flooding in this US state in June 2008. Her group added disaster questionnaires to an existing study of pregnant women for whom mental health data had been collected prior to the flooding.

Canada’s Minister of Environment and Climate Change, the Honourable Catherine McKenna announced a $50,000 grant from Natural Resources Canada’s Program for Energy Research and Development (PERD) to help TeamMTL participate in the international Solar Decathlon, to be held next year in Dezhou, China.

One of the big mysteries in the scientific world is how the ice sheets of Antarctica formed so rapidly about 34 million years ago, at the boundary between the Eocene and Oligocene epochs.

There are 2 competing theories:

The first explanation is based on global climate change: Scientists have shown that atmospheric carbon dioxide levels declined steadily since the beginning of the Cenozoic Era, 66 million years ago. Once CO2 dropped below a critical threshold, cooler global temperatures allowed the ice sheets of Antarctica to form.

Traveling and harvesting on the land and sea is of vital importance to Indigenous communities in the Canadian Arctic and subarctic, with links to food security, cultural identity, and wellbeing. A new study by the Climate Change Adaptation Research Group at McGill University however, finds that economic transitions, social shifts, and climate change are dramatically affecting the safety of Inuit during these activities.