The Indian River Lagoon suffers from frequent harmful algae blooms that have severely reduced seagrass beds.

Bio-based materials could one day replace traditional construction materials like steel and concrete.

An international team of scientists has mapped microplastic distribution from the surface to the deep sea.

Improved understanding of bloom behavior could enhance monitoring, forecasting and management of these harmful events.

A new tool identifies the most effective shoreline stabilization methods to protect the Keys from climate hazards.

FAU researchers found that waters off Florida’s East coast and South Africa are ideal for generating electricity from currents.

Effective wildfire management reduces risks, lowers carbon emissions and enhances carbon storage to combat global warming.

Peatlands are valuable ecosystems both for their biodiversity and for their role in regulating climate. 

The method holds promise for gaining a deeper understanding of how melting sea ice affects marine ecosystems.

A new study shows an innovative approach to addressing a pressing challenge in water quality management