Ocean temperatures hit record highs in 2024
Ocean temperatures reached record highs in 2024, with deep ocean warming underscoring the urgent need for climate action.
On island nations like Tahiti and Timor-Leste, tilapia and rock oyster aquaculture is positioned to address food security, unemployment and more.
Ocean temperatures reached record highs in 2024, with deep ocean warming underscoring the urgent need for climate action.
Boosting seafood consumption of local fish in the UK can improve health and meet climate goals, concludes a new study.
Integrating solar energy into red tilapia biofloc systems reduces operating energy costs but increases initial and depreciation expenses.
A new NOAA-funded project will scale up novel interventions to increase climate resilience in coral reefs and leverage innovative technology.
The impact of ocean warming on farmed salmon has encouraged the Cawthron Institute to research ways to boost climate change resilience.
A new machine learning technique precisely tracks ocean oxygen loss, offering insights into climate change’s impact on marine life.
PEI’s new Seafood Sector Climate Change Adaptation Strategy focuses on building resilience in the seafood industry through targeted actions.
At COP29, WorldFish will push for including aquatic food systems in climate plans to boost resilience, food security and sustainable growth.
Bioplastic foam breaks down quickly in seawater, offering a possible solution to ocean pollution caused by materials like polystyrene.
The EU's Corporate Sustainability Reporting Directive (CSRD) raises concerns about supply chain traceability and reporting accuracy.
Sustainable Fisheries Partnership and SAGE will promote gender equality in seafood, helping industry leaders create more inclusive workplaces.
At the G7 meeting, FAO says investment in seafood production is critical to ensuring global food security and combating poverty.
The offshore environment offers ample farming space with less competition from other industries like shipping, tourism, recreation and conservation.
A new study indicates deep sea phytoplankton thrive with ocean warming, raising concerns about marine ecosystems.
Low water use and effluent discharge supports the sustainable growth of high-density fish ponds for aquaculture in water-limited regions.