Responsibility
Study: Increased rainfall from climate change threatens UK sea urchins
A new study finds that sea urchins deteriorated physically when immersed in less salty water – a risk that could occur with climate change.
Responsibility
Study: Without sound science on the impacts to fragile ecosystems, seaweed carbon sequestration distracts from more effective interventions.
Responsibility
A new study finds that sea urchins deteriorated physically when immersed in less salty water – a risk that could occur with climate change.
Fisheries
A new study finds climate change is making it harder to access seafood, but that tapping into local solutions may help enhance food security.
Responsibility
New research reveals that denser and more sheltered kelp forests can withstand serious stressors amid ocean warming.
Responsibility
With ocean warming taking a toll on fish like migratory salmon, scientists are exploring artificial options to cool things down for them.
Responsibility
Marine heatwaves trigger shift in hatch dates and early growth of Pacific cod, concludes a new study from Oregon State University.
Responsibility
A new study found ocean temperatures were “off-the-chart” in 2023, causing more intense weather patterns and impacting marine life.
Fisheries
Study explores how climate change affects the size of juvenile sockeye salmon in B.C., and how populations are adapting.
Responsibility
A new global model pinpoints marine regions where extreme temperatures are likely to have particularly harmful effects from climate change.
Responsibility
With most global seafood production vulnerable to the impacts of climate change, each sector faces unique adaptability obstacles and opportunities.
Fisheries
Certain fish species in the Gulf of Mexico and South Atlantic may be more vulnerable or resilient to climate change than others.
Responsibility
With ocean warming, sea creatures and commercial fishing fleets are migrating northward – potentially endangering Pacific right whales.
Fisheries
Starvation is most likely the cause of a mass mortality event during the eastern Bering Sea marine heatwave, according to NOAA scientists.
Responsibility
CSIRO determines that global warming above 2 degrees-C will decrease viable ocean habitats and will affect fishing grounds and productivity.
Innovation & Investment
Scientists have developed an ocean management tool that provides real-time predictions of how top predators shift during marine heatwaves.
Fisheries
Tuna, billfishes and sharks in the Northwest Atlantic Ocean and Gulf of Mexico could lose 40 to 70 percent of their suitable habitat due to warming ocean water.