Seaweed-inspired ‘fluffy net’ captures ocean microplastics in freshwater and seawater
A seaweed-inspired mesh removed large and small microplastics in lab tests, offering a potential new tool for reducing marine plastic pollution.
Marine heatwaves could disrupt seafood supplies, fuel harmful algal blooms and pose growing physical and mental health risks, a study finds.
A seaweed-inspired mesh removed large and small microplastics in lab tests, offering a potential new tool for reducing marine plastic pollution.
Smart energy management cut electricity use and carbon dioxide while maintaining safe oxygen levels in simulated recirculating aquaculture systems.
A virtual reality study found light pollution changes how reef fish respond to predators, potentially affecting coastal marine ecosystems.
The European Union Seafood Alliance is urging the European Commission to include aquatic foods in its protein strategy.
Women are playing a growing role in fisheries in Japan despite traditional gender norms and male-dominated institutions limiting their opportunities.
Study analyzed 60 years of plankton data and found no Northeast Atlantic pelagic habitats met Good Environmental Status.
A Maine researcher finds that a seafood industry workforce data gender gap leaves many women’s contributions uncounted.
Four-decade analysis finds mangrove forest restoration and natural regeneration are reversing the trends of mangrove loss globally.
Climate change and declining wild fish stocks are pushing Caribbean states to consider aquaculture as a technical fix and socioeconomic driver.
Research shows sewage pollution affects most marine protected areas, raising questions about ocean conservation strategies.
Researchers found ocean warming is accelerating the shift from kelp forests to turf algae along the Maine coast.
European oyster reef restoration efforts are expanding with new hatchery and feed technologies designed to improve oyster spat survival.
A study shows seaweed-based feed additives can cut methane emissions in cattle, pointing to new opportunities for the seaweed industry.
A University of Maine study uses decades of survey data to show how ocean warming is shifting species, biodiversity and fishery conditions.
Cawthron Institute researchers are unlocking the cellular power of mitochondria to improve climate resilience in farmed salmon, mussels, oysters and more.