A Brown professor and two Brown-trained scientists co-authored a research review proposing a ‘more realistic’ conceptual model for understanding current and future changes to marine ecosystems in the wake of climate change.

Extracellular vesicles play a much greater role in horizontal gene transfer in the ocean than previously assumed.

Clearing mangroves to stop estuaries getting clogged with mud actually makes the problem worse, new research shows.

Geochemist Alexandra Phillips has sulfur on her mind.

Rivers are one of the main sources of pollution by microplastics (5 to 0.0001 mm in size) and nanoplastics (smaller than 0.0001mm) in the oceans.

Naturalised species, which are not native but have established themselves in new locations, could spread even further in many parts of the world, new research shows.

Microbial communities, or microbiomes, are essential for safeguarding human and environmental health through the most widely used biotechnological process on our planet: biological wastewater treatment. 

Some barnacles are ‘morphing’ to protect themselves from predatory warm-water sea snails, which are expanding into their territory due to climate change.

Scientists have learned over the years that when aquatic organisms such as zooplankton become exposed to microplastics, they eat poorly. 

AI analysis shows pollution levels, extreme weather events and increasing temperatures devastate biodiversity in freshwater lakes.