2022 member publications

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A collection of publications that our members contributed to in 2022. 

December 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

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November 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

October 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

September 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

August 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

July 2022

Deep decarbonization and sustainability transitions

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

June 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation 

Back to top

May 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation 

Back to top

April 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation 

Back to top

March 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation 

Back to top

February 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

January 2022

Deep decarbonization and sustainability transitions 

Climate science, modelling and observation

Climate risks, resilience, and adaptation

Back to top

Quick links


Last updated: December 1, 2022

From a series of airborne radar surveys and modelling, a team of researchers led by Dr. Christine Dow, professor in the school of Geography and Environmental Management and a Waterloo Climate Institute member, discovered the 460-km river under the Antarctica ice sheet that could be the missing link to climate models. Their findings show the base of the ice sheet has more active water flow than previously thought, which could make it more susceptible to changes in climate.

A new report by University of Waterloo researchers, Truzaar Dordi and IC3 member Olaf Weber, found that the top 10 most influential actors, including investment advisors, governments, and sovereign wealth funds from around the world, own 49.5 per cent of potential emissions from the world's largest energy firms. Their work outlines the decisive role they can play in helping de-carbonize our future. Read the full story on Waterloo News and check out the article in the Journal Environmental Innovation and Societal Transitions.