Can freshwater microbes help clean up oil contamination in the Great Lakes?

A tribute to Chris Vandergoot (1976–2024), the director of GLATOS, whose innovative work in acoustic telemetry has transformed fisheries management and left a lasting impact on the Great Lakes community.

An overview of collaborative research networks in the Great Lakes, including the GLCOE and ICOR, working to improve oil spill prediction, detection, and response capabilities.

Research highlights the complex interactions between oil and ice in the Great Lakes, emphasizing the need for improved modeling to predict oil movement and weathering under ice cover.

A perspective on how regulatory frameworks like the Oil Pollution Act of 1990 have shaped oil spill response, highlighting the challenges of workforce retention and the need for advanced training.

The International Consortium of Oil Research (ICOR) is building scientific capacity to study the biological impacts, fate, and detection of oil spills in the Great Lakes ecosystem.

The Concordia Oil Spill Research Group is developing green technologies, such as bio-based coatings, to prevent oil adhesion on shorelines and enhance cleanup efficiency in freshwater environments.

A RAND report assessing oil spill risks and response capabilities in the Great Lakes, identifying gaps in preparedness and the need for enhanced communication and training.

A historical chronology of major oil spills in the Great Lakes basin, from the 1948 Detroit River incident to the 2010 Kalamazoo River spill, illustrating the evolution of spill science and response.

An inside look at the U.S. Coast Guard's Great Lakes Oil Spill Center of Expertise (GLCOE), which leads research and training to improve oil spill response in freshwater and icy environments.

Huifang Bi is developing green, biomass-derived coatings to prevent oil adhesion on shorelines and enhance biodegradation, aiming to revolutionize oil spill response in freshwater environments.