How regenerative aquaculture can rebuild ecosystems from shore to sea
Regenerative aquaculture – turning waste into resources while restoring ecosystems – is gaining traction as a powerful shift in the sector.
Study finds that crushed shells reduce local acidity and improve juvenile clam growth, potentially protecting them from ocean acidification.
Regenerative aquaculture – turning waste into resources while restoring ecosystems – is gaining traction as a powerful shift in the sector.
New research highlights workplace safety concerns in Norwegian aquaculture, including near misses, health risks and production pressures.
Study finds that oyster reef restoration in Chesapeake Bay supports larger fish and maintains high oyster cover up to a decade later.
Researchers from Australia and Canada question whether kelp forests can still act as carbon sinks in a warmer ocean of the future.
Long driven by environmental goals, the seafood industry should give renewed attention to social impact funding, a recent report advises.
The seafood industry has worked to identify abuses in supply chains, but grievance systems remain underused, prolonging the problem of forced labor.
This review of aquaculture literature assesses how macroalgae and microalgae can enrich functional foods, nutraceuticals, protein-fortified products and personalized diets.
Aquatic veterinarian Jessica Kaye Turner discusses her career path and reflects on women’s evolving role in Thailand's aquaculture industry.
A new method for raising temperate corals in the lab could help researchers study how corals respond to ocean warming and other pressures.
Women’s groups in Indonesia are building businesses, influencing fisheries management and supporting sustainable blue swimming crab fisheries.
Global mangrove cover increased over 40 years, but significant losses in Indonesia and other regions reveal an uneven recovery.
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.