On Thursday May 12, 2022, the Faculty of Environment held the first in-person General Assembly in over two years. The assembly received an entertaining annual report presentation from all the departments, attributed to Dean Jean Andrey’s goal for a creative spin on the classic reports.
My name is Charlie Jou-ter Woort (they/them), and I am currently in-between my 3B and 4A term. I am an Environment, Resources, and Sustainability student in the co-op program. I’m lucky to have been matched with jobs that allow me to experience the different paths my degree can take me.
A new report warns extreme heat is set to cause devastating climate-related suffering in Canada, that if left unchecked, will surpass the 595 heat-related fatalities reported by British Columbia's coroner in 2021, and 86 lives lost in Quebec in 2018.
Three students of the Faculty of Environment dominated this year’s winter term Social Impact Showcase organized by St. Paul’s University College GreenHouse by winning three out of the nine ventures that pitched for the coveted awards.
The student of Environment, Resources and Sustainability at the Faculty of Environment, Emma Schuster with other five women have been recognized as 2021 University of Waterloo Co-op Students of the Year.
A recent publication, co-authored by Dawn Parker of the Environment’s School of Planning and Waterloo’s Institute for Complexity and Innovation, reveals 10 facts that help explain the fundamental challenges of achieving sustainability in land use, and point toward solutions.
As witnessed in recent weeks, rising seas, swollen atmospheric rivers and post-tropical storms are a threat to community infrastructure, housing and the safety of those living along Canada’s east and west coasts.
By protecting, better managing, and restoring nature, Canada can reduce its greenhouse gas emissions, concludes Nature United’s ground-breaking Natural Climate Solutions for Canada. The new study published in Science Advances shows that Natural Climate Solutions can help Canada mitigate up to 78 Mt CO2e annually in 2030—an amount equal to the current greenhouse gas emissions from powering every single home in Canada for about three years.