The Chemistry of a Bloom: What Water Tests Reveal About Toxic Algae
Algal blooms are more than just unsightly green scums on the surface of lakes, rivers, and coastal waters—they are complex chemical...
Community-Driven Algal Monitoring: Empowering Local Stewards
As algal blooms become more frequent and severe due to nutrient pollution and climate change, community-driven monitoring efforts are...
Algal Bloom Hotspots: Where Are the Most Affected Areas in the U.S.?
A severe algal bloom covers Lake Erie in 2014, illustrating an environmental crisis that impacted local water quality and ecosystems....
How Coastal Tourism is Impacted by Harmful Algal Blooms
Aerial view of a coastal region experiencing a harmful algal bloom, discoloring the ocean water near the shore and impacting the marine...
Fluorometers in Closed-Loop Aquaculture Systems
Closed-loop aquaculture systems provide a sustainable solution for farming fish and other aquatic species, but they require continuous monitoring of water quality to ensure optimal conditions. Fluorometers play a crucial role in maintaining the health of these systems by providing real-time data on critical parameters such as dissolved oxygen, ammonia, pH, turbidity, and DOC.