Cyanobacterial harmful algal blooms (cyanoHABs) monitoring has evolved past the discrete sampling followed by lab analyses to real-time measurements and satellite observations. High-frequency satellite data, as provided by the Sentinel-3[…]
Lakes everywhere experience harmful algal blooms that can impact water quality, chemical and physical processes, biodiversity, ecosystem health, and environmental services. For this reason, forecasting cyanobacterial blooms is an important[…]
The use of real-time data buoys, in particular, has become a popular approach to lake monitoring applications due to the ability to equip systems with air, surface water, and bottom[…]
Cyanobacterial blooms in freshwater lakes have become a popular research topic in limnological circles due to their influence on water quality, temperature dynamics, food web structure, interactions, and ecosystem functioning.[…]
Research Brief: Evaluating Wave Energy Availability in the Great Lakes and Blue Economy Opportunities June 9, 2025
Restoring North Texas Streams to Historical FlowsJune 9, 2025
Research Brief: Evaluating ICESat-2 Performance in Wave Height PredictionsJune 2, 2025
Research Brief: Monitoring and Predicting CyanoHABs using Sentinel-3 OLCI Satellite ImageryMay 26, 2025
Three Decades of Research at Acton LakeMay 21, 2025