News

As part of the Fourth Year Design Project and Capstone 2022, the team “Wastes to Treat Wastes Inc.” from Environmental Engineering received the ESTEN Foundation award by placing 1^st in Canada, with an award value of $1,500.

The team members are Raghda Said, Sharon Thomas, Siyanthi Balakrishnan, Nafisa Ahmed (from left to right in the team photo) for their project “Wastewater Treatment for an Apartment Building in Mafoluku, Lagos, Nigeria.”

On Friday, April 1, graduate students in cohort 8 of Waterloo’s Collaborative Water Program (CWP) completed their final program milestone. The 2022 milestone convened six student groups with a diverse group of water practitioners in six thematic workshop sessions: pollution and remediation, drinking water and wastewater treatment, climate change and infrastructure, ecology and ecohydrology, hydrology and modelling, and governance and policy.

The Water Institute (WI) and the Waterloo Institute for Nanotechnology (WIN) are pleased to announce that four research teams have been awarded funding in their inaugural joint seed grant competition.

This combined seed grant program was created to stimulate new inter-disciplinary collaboration, facilitate interaction with international authorities, encourage new areas of research and support development of research proposals.

Thank you to students from the Kitchener-Waterloo-Cambridge Region in grades 4-7, who participated in the Students of the Water Institute Graduate Section (SWIGS) 2022 Water and You art contest!

We received so many wonderful submissions which promoted this year’s United Nations World Water Day theme: Making Groundwater Visible.

Meet this year's winners:

The Water Institute and Students of the Water Institute Graduate Section (SWIGS) hosted their annual World Water Day Celebration on Tuesday, March 22.

In a mix of virtual and in-person events, eight high-profile groundwater experts and two environmental justice advocates addressed hundreds of attendees around Canada and beyond.

Amid rising oil prices stemming from sanctions on Russia for its invasion of Ukraine, the Canadian government is pressing Michigan to end its opposition to the transnational Line-5 pipeline. Water Institute member professor Grant Gunn explains the environmental concerns regarding the pipeline being situated at the bottom of lakes that annually freeze over. 

The Water Institute is pleased to announce that four research teams have been awarded funding in the Winter 2022 seed grant competition.

The Water Institute’s seed grant program was initiated in 2014 to stimulate interdisciplinary collaboration, international partnerships, and to encourage the development of new research areas that tackle increasingly complex global water issues. 

World Water Day, annually observed by the United Nations on March 22, celebrates water and raises awareness to the billions of people living without access to safe water. This year’s theme is groundwater: making the invisible visible. But what are the current and future challenges facing this natural resource in Canada?

A University of Waterloo Press Release

A study of more than 2,000 streams around North America found that those altered by human activity are at greater risk of flooding.

The study from the University of Waterloo analyzed the seasonal flow patterns of 2,272 streams in Canada and the U.S. and found that human-managed streams – those impacted by developments like dams, canals, or heavy urbanization – had significantly different flow patterns compared to streams in natural watersheds.

The Microplastics Fingerprinting research project team, led by Water Institute member Philippe Van Cappellen, principal investigator,professor, Department of Earth and Environmental Sciences and Canada Excellence Research Chair Laureate in Ecohydrology, are excited to announce the launch of a new project website. 

The website, and associated project, are in response to plastics pollution, a global and growing environmental hazard with potentially far-reaching consequences for food webs, biodiversity, ecosystem services and human well-being because their small size which enhances their mobility, toxicity, and capacity to leach potentially dangerous contaminants.