News

As global leaders gather at the 16th Convention on Biological Diversity (COP 16) in Cali, Colombia, a new brief by University of Waterloo and Climate Institute researchers underscores the importance of nature-based solutions (NbS) in addressing climate change and biodiversity loss. Authored by Marie-Claire Cordonier Segger and colleagues, the brief highlights how protecting, managing, and restoring ecosystems can mitigate climate risks and conserve biodiversity. It advocates for Indigenous-led conservation and stronger policies to protect critical ecosystems like peatlands and wetlands. The brief urges the development of a National Nature-Based Solutions Strategy to position Canada as a leader in NbS.

Researchers at the University of Waterloo have been awarded $2.5 million by NSERC and SSHRC to develop sustainable bioprocesses that convert waste materials, such as plastics and CO2 emissions, into valuable products. This funding is part of the National Science Foundation Global Centers initiative. The project, led by Dr. Christian Euler, involves 40 researchers from 18 institutions and aims to reduce pollution and promote a circular economy. The interdisciplinary team will leverage synthetic biology, carbon capture, and material science to create next-generation bioprocesses, while also training future scientists and policymakers.

Over the past year, the Waterloo Climate Institute has collaborated closely with Southwestern Public Health (SWPH), which serves the regions of Oxford County, Elgin County and the City of St. Thomas, to identify critical climate-related health risks in the region. Using the latest climate change projections and focusing on the most vulnerable populations, the resulting report lays out recommendations to enhance preparedness and resilience in tackling these challenges in the region. 

Waterloo’s “Solving the Crisis” series highlights research addressing six global challenges, including climate change and digital privacy. Experts propose innovative solutions, emphasizing the importance of research, collaboration, and sustainable practices to create a brighter, more equitable future.

Droughts in Brazil and Vietnam have pushed coffee prices up 80%, causing concern among roasters. The impact of climate change is making these extreme weather events more frequent, potentially leading to higher coffee prices for consumers. Experts warn that the situation could worsen if climate trends continue.

Waterloo researchers, led by Dr. Rebecca Rooney, found the invasive Hydrilla plant in Ontario’s Hillman Marsh. This discovery is significant as Hydrilla can rapidly spread, threatening wetland ecosystems and recreational activities. Efforts are underway to eradicate it before it impacts larger water systems.

Waterloo’s Dr. Julie Messier investigates how plant species in Québec’s temperate forests adapt to climate change. Her research shows that traits like shallow roots and high leaf mass help some plants thrive, while others decline. These findings are vital for predicting future changes and conserving Canada’s forests.

On September 17, 2024, the Faculty of Engineering and the Climate Institute hosted an engaging talk by Dr. Magnus Gålfalk, whose work bridges the gap between astronomy and climate science. Dr. Gålfalk, a professor and researcher, captivated the audience with his presentation on innovative optical methods for detecting greenhouse gas emissions—a topic that is increasingly critical as the world seeks better ways to monitor and mitigate climate change. 

The Healing Forest Exhibit at UW educates on urban forests’ roles in reconciliation, featuring case studies and promoting understanding and commitment to decolonization. It runs until December 5 and will later be managed by the WAMPUM Lab as a traveling exhibit.

The University of Waterloo’s Inclusive Resilience Project, led by Partners for Action (P4A), focuses on equitable community resilience against climate risks. Collaborating with the Canadian Red Cross and funded by Public Safety Canada, the project developed a Social Vulnerability Index (SoVI) to map socio-economic vulnerabilities and inform targeted flood risk reduction efforts. This initiative highlights the importance of integrating social vulnerability into disaster management to protect Canada’s most at-risk populations.