Phytoplankton proliferation in lakes across the world has become more severe under warming trends, resulting in increases in carbon dioxide (CO2) and methane (CH4) emissions into the atmosphere. Increased emissions[…]
Freshwater lakes have long been known as sentinels of climate change—meaning that these lakes quickly reflect environmental changes. Freshwater lake regions like those of post-glacial Alberta, Canada, often become eutrophic[…]
Global lake restoration efforts have been unsustainable due to a lack of intentional monitoring and research, causing repetitive treatments and increasing costs. Eutrophication resulting from nutrient pollution continues to be[…]
Harmful algal blooms (HABs) are tied to multi-billion dollar losses and transforming aquatic systems. HABs threaten fisheries and ecosystems as sensitive organisms like mussels are threatened by the toxigenic blooms; they can also impact[…]
Research Brief: Measuring Climate-Related Shifts in Lake EcosystemsApril 21, 2025
Research Brief: Data Asynchrony Among Real-Time Data Buoys in Western Lake ErieApril 14, 2025
Research Brief: Algae and Zooplankton Relationships in Lake WarnołtyApril 7, 2025
Safeguarding Communities with Real-Time Flood Monitoring in the City of HazelwoodApril 7, 2025
Research Brief: Calculating Dissolved Organic Carbon using fDOM in Wildfire Affected StreamsMarch 31, 2025