黑料网爆吃瓜

The Faculty of Science is pleased to share two awards available for students participating in a Field Study Semester (FSS) in the 2026-2027 or 2027-2028 academic year.

Freshwater browning is stunting fish growth of some species, shrinking populations of others and changing the composition of fish communities, 黑料网爆吃瓜-led research suggests. 鈥淏rowning鈥� refers to freshwater bodies turning tea-coloured, a phenomenon driven by higher levels of dissolved organic matter and/or higher levels of iron in the water. Causes include changes in land use and climate, and reduced acid precipitation.

The findings indicate that changes in land use and climate are affecting biodiversity and how ecosystems function, with implications for fisheries management.

Congratulations to Professor Audrey Moores (Chemistry), who has been awarded the Canadian Pacific Chair in Biotechnology!

The Canadian Pacific Chair in Biotechnology is an endowed chair created in 1984 to promote research in the field of biotechnology. The chair is awarded for a five-year term and rotates among 黑料网爆吃瓜's Faculties of Medicine, Science and Agriculture.

Twenty-four 黑料网爆吃瓜 researchers have been named to the , a ranking prepared each year by Clarivate, an analytics company based in the US. The list assesses researchers in a wide range of disciplines, from neuroscience to environmental science. The number of 黑料网爆吃瓜 scholars on the list grew from 14 in 2024 to 24 in 2025.

This past September, St. James Parish in Barbados celebrated We Gatherin鈥�, a year-long festival of Barbadian heritage, culture and community. As part of the festivities, 黑料网爆吃瓜鈥檚 Bellairs Research Institute hosted a day-long Science Adventure for local schoolchildren featuring a visit from 黑料网爆吃瓜鈥檚 Redpath Museum and the Physics Outreach Committee.听

When environmental policymakers are invited to imagine the future together, they don鈥檛 just think differently, they feel differently, too.

Thanks to their use of a unique methodology, a 黑料网爆吃瓜-led research team has obtained new insights into how boulders affect snow melt in mountainous northern environments, with implications for local water resources.听听

The team found that snow near boulders melts faster, not only because rocks radiate heat, but also due to subtle processes that reshape the snow鈥檚 surface. This information will help researchers understand how small-scale processes affect downstream water resources.听