The Microplastics Fingerprinting research project has released their latest impact report. This report showcases the remarkable scientific advancements and societal contributions our researchers have made since the microplastics fingerprinting research group's launch.
A new study led by Water Institute researcher Mark Servos and colleagues in the Servos Group has detected antidepressants, opioids and other drugs of abuse accumulating in freshwater fish living downstream of urban wastewater treatment plants. Using a newly developed analytical method, the team found compounds such as fentanyl, methadone and venlafaxine in multiple wild fish species, marking the first documentation of these substances in wild fish in Canada.
Peatlands cover upwards of 12 per cent of Canada’s landscape and store more carbon than all other ecosystems in the country combined, making them one of Canada’s most powerful natural climate allies. Yet until now, information on these critical ecosystems has been difficult to find. To address this gap, the Can-Peat Network at the University of Waterloo launched the Canadian Peatland Data Portal in early January, the country’s first national platform dedicated to centralizing peatland carbon metadata.
A new collaborative study by water researchers at the University of Waterloo reveals that major investments in wastewater treatment have contributed to significant ecological recovery in the Grand River downstream of the Kitchener and Waterloo, ON wastewater treatment plants.
Carter McCrae, a master’s student in Climate Change, and Aidan Iapicco, an MSc candidate in Biogeochemistry and a student in the Collaborative Water Program (CWP), are developing a solution that links water, energy, and circular economy thinking. It is the first project to combine solar panel pumps and repurposed electric vehicle batteries in a system that will enable millions of small farms and billions of people to access water for irrigation. The solution aims to reduce costs and improve reliability for farmers facing growing water and energy constraints.
A new University of Waterloo study reveals that shoreline erosion plays a far greater role in the health of our Great Lakes than previously understood. Findings for Lake Erie suggest that coastal erosion and the associated input of the essential nutrient element phosphorus could partially offset the water quality improvements expected from watershed management efforts.
Roy Brouwer, Professor in the Department of Economics, University Research Chair in Water Resources Economics, and Executive Director of the Water Institute, has been appointed to the Science Advisory Board – Science Priority Committee of the International Joint Commission (IJC), a binational partnership between Canada and the United States managing shared waters.
Understanding ice dynamics in the Yukon’s St. Elias Mountains to prepare for sea level rise and protect water resources
A study led by a University of Waterloo Water Institute researcher has learned that climate change is causing an increase in algae blooms in the United Kingdom’s River Thames despite a four-decade-long decline in phosphorus loads. The study completed a detailed analysis of the river’s 150-year water quality record to examine these trends.
The University of Waterloo has claimed the No. 1 position in Canada for water resources and climbed to 24th globally in the 2024 ShanghaiRanking’s Global Rankings of Academic Subjects—its highest position to date. Rising from 25th last year, the ranking underscores the university’s performance and reputation in water resources, a field critical to addressing escalating climate change and water security challenges worldwide.