Professors Arezoo Emadi, Mike McKay, Kendall Soucie, and Kenneth Ng are pictured along the Windsor-Detroit riverfront, showcasing the interdisciplinary team leading the $15 million INSPIRE project to advance Canada’s biomanufacturing and pandemic response capabilities.
Kenyan fishers are hoping UWindsor scientists can improve environmental conditions that threaten the stock of Nile perch.
Kenyan fishers are hoping UWindsor scientists can improve environmental conditions that threaten the stock of Nile perch.
Master’s student Peter Jobin tests the impact of oil on freshwater sediments in the Great Lakes Institute for Environmental Research biomaterials laboratory.
An international, multidisciplinary team of scientists is planning in-depth investigation od the impact of an oil spill on the Great Lakes ecosystem.
Chelsea Salter studied the potential of bacteria to combat the toxic effects of algal blooms.
Chelsea Salter studied the potential of bacteria to combat the toxic effects of algal blooms.
Javad Sadeghi uses a backpack sample collector to gather water off a Lake Erie beach to filter for micro-organisms.
Trevor Pitcher, student Bri Curtis, and Catherine Febria stand in a stream in the Greater Toronto Area home to the redside dace. Photo by Shayenna Nolan.
Exploring a section of the Grand Marais drain is part of the Windsor-Essex Jane’s Walk Festival, this weekend and next.
A $500,000 grant will fuel a project to research improvements in detecting potentially pandemic pathogens in the region of North America’s busiest border crossing.
Biochemistry professor Kenneth Ng is a member of a multidisciplinary group of UWindsor researchers partnering in an effort to enhance Canada’s preparedness for future pandemics.
Crews work to remediate contaminated sediment at the former UniRoyal site on the Detroit River. Photo courtesy Detroit Riverfront Conservancy.
Contaminated sediments limit the ecological recovery of the Detroit and Rouge River ecosystems, says a report released Tuesday by the State of the Strait Conference steering committee.
On the U.S. side of the Detroit River, up to 5.1 million cubic metres of contaminated sediments have been targeted for remediation by state and federal governments. No additional sediment remediation is required on the Canadian side.
