Postdoctoral researcher Laura Steeves collaborates with NOAA Fisheries to understand how a species important to New Jersey will respond to changing ocean conditions. The Atlantic surfclam is a ...

Ocean acidification phytoplankton research published in Nature Geoscience shows that rising CO2 forces marine phytoplankton to shed phosphorus from their cell membranes in a process that 1,000 ...

NOAA Fisheries continues to foster collaboration with Fisheries and Oceans Canada. Postdoctoral researcher Sam Gurr recently went on an international exchange to advance research on the effects of ...

A 113-million-year-old marine murder mystery may finally be solved. Using chemical clues locked inside microscopic fossils, Northwestern University scientists found evidence that ocean acidification ...

An unhealthy sea butterfly, or pteropod, showing effects of ocean acidification including ragged, dissolving shell ridges on upper surface, a cloudy shell in lower right quadrant, and severe abrasions ...

According to a recent study published in Nature, many planktonic foraminifera species may face unprecedented environmental conditions by the end of this century, potentially surpassing their survival ...

Raji Doshi, a 12-year-old Connecticut student, has designed a system combining algae with a natural mineral to explore ways of reducing ocean acidification. The idea has earned her a place among 10 ...

Stressful childhoods can affect an individual’s adult years and influence future generations. Scientists at the University of California, Davis, found a similar pattern holds true for red abalone ...

Ocean acidification, driven by rising atmospheric CO₂ absorption into seawater, imposes multifaceted challenges on the early life stages of marine bivalves. Larvae, which rely on rapid precipitation ...

King County monitors ocean acidification conditions and trends in the county’s marine waters to help understand exposure risk to corrosive water as well as to inform management actions around ...