Novel chemical-free approach could create a circular model for treating aquaculture waste
An initiative could open up a new avenue for seafood producers to deal with aquaculture waste in a more circular way.
With most global seafood production vulnerable to the impacts of climate change, each sector faces unique adaptability obstacles and opportunities.
An initiative could open up a new avenue for seafood producers to deal with aquaculture waste in a more circular way.
Yield and productivity rates for red macroalgae can exceed terrestrial agriculture, resulting in a carbon-neutral, carbohydrate-rich biomass source.
With ocean warming, sea creatures and commercial fishing fleets are migrating northward – potentially endangering Pacific right whales.
Experts suggest five priority areas to guide economic, policy and environmental planning for the aquaculture sector.
Although less harmful, a new study reveals that fish exposed to biodegradable plastics experienced impaired escape performance.
CSIRO determines that global warming above 2 degrees-C will decrease viable ocean habitats and will affect fishing grounds and productivity.
Ocean circulation, ice melt, tourism and fishing are all 'likely contributors' to Arctic microplastics, researchers say.
A second hybrid feed barge will reduce carbon footprint and noise at the Vestness site in Westray, Orkney.
New fish passage facilities along hydropower dams allow American eel and other fish to access previously blocked upstream habitats.
A focus on microalgae in marine aquaculture could help meet global nutritional needs and improve environmental sustainability and ocean health.
A study of almost 25 years of ocean acidification research concludes that experts in the field can have confidence in their research.
Researchers say sensors on fish can provide localized and timely data on environmental conditions impacted by climate change.
Researchers say native oyster reefs in the Great Bay Estuary cover about 80 acres thanks to restoration efforts over the past two decades.
Greater knowledge of phosphorus processes is essential to reduce phosphorus pollution from open-flow fish farms and improve environmental performance.
Seaweed farming can deliver economic and environmental benefits but is "significantly cost-disadvantaged," concludes a new TNC report.