The results of new simulations that account for internal climate variability contrast with previous projections of how this vital West Coast current will respond to anthropogenic warming.
An international seismological collaboration in Kamchatka, Russia, investigates the driving forces of one of the world’s largest, most active volcano clusters.
How measurements from a glider deployed off the coast of Peru are contributing to a much-needed long time-series data set.
A new study tracks two ocean eddies passing over the Pacific Ocean's Izu-Ogasawara Ridge.
A warm period unexpectedly boosted some species of fish larvae off the coast of Mexico.
Advanced real-time data buoys have observed nine strong typhoons in the northwestern Pacific Ocean since 2015, providing high-resolution data and reducing the uncertainty of numerical model forecasts.
Quantitative predictions about tropical storms require an understanding of even their smallest physical processes. A new study observes unusual microphysics in 2014's Typhoon Matmo.
The seasonality of fine-scale, near-surface ocean dynamics raises important considerations for an upcoming satellite mission to measure global sea surface height.
Records from drill holes in the eastern equatorial Pacific indicate that Earth's orbital eccentricity played an important role in controlling climate as the planet warmed.
The system currently follows and records the movements of more than 35,000 large fishing vessels globally to bring transparency to commercial fishing activities.