News

New research will help mining companies better understand the negative societal and environmental impacts of mine-waste disasters, known as tailings flows, and hopefully avoid them.

Researchers created a database as part of a study that presents the first global picture of the occurrence rates, behaviours and physical impacts of tailings flows, which are rapid downstream movements of mine waste following failures of tailings impoundments.

Several years after scientists discovered what was considered the oldest crater a meteorite made on the planet, another team found it’s actually the result of normal geological processes. 

From the smallest of nanomaterials to the edges of our known galaxy, and every water droplet in between, researchers in the Faculty of Science are pushing the boundaries of knowledge.

This ground-breaking research has been recognized by the Canada Foundation for Innovation in their latest Innovation Fund grant awards, with six projects in Science receiving a total of $17,272,134.

Last Friday, Professor Jenine McCutcheon from Earth and Environmental Sciences was featured on CBC's Q

Greenland is the world’s largest “non-continental” island, and about 80 per cent of this island is covered by the Greenland Ice Sheet. In recent years, however, the melting of this ice sheet has accelerated, leading to an increased contribution to rising sea levels.

Congratulations to Dr. Keith Delaney, Lecturer in the Department of Earth and Environmental Sciences as being one of 15 recipients from Science of the 2019 Outstanding Performance Award.

The presence of artificial sweeteners has revealed that at least 13 percent of septic system wastewater from rural Southern Ontario homes eventually makes its way into local streams.

In a recent study, researchers at the University of Waterloo used the presence of artificial sweeteners excreted from humans to identify the wastewater content in streams across rural Southern Ontario.

Arctic regions have captured and stored carbon for tens of thousands of years, but a new study shows winter carbon emissions from the Arctic may now be putting more carbon into the atmosphere than is taken up by plants each year.