A new study investigates how much of the phytoplankton in the Palmer Deep submarine canyon is homemade and how much is ...

New observations and simulations capture the physics at play across each of the three main ionospheric regions.

Using coupled isotopes, a new study shows that a class of economically important granites are derived by sediment melting without mantle input.

Twenty years of data from around the world show that areas that are not too dry and not too wet are most conducive to ...

New research shows that unplanted agricultural lands are behind most of the state’s anthropogenic dust events.

Fossils discovered at an early Miocene site in Kenya include a new type of early ape and offer clues about the environment inhabited by human ancestors.

New research shows that typically, less than 10% of land-building alluvium reaches the Bird’s Foot Delta region, the ...

Monitoring and forecasting the movement of volcanic clouds is key to mitigating the impacts on communities, infrastructure, and air traffic.

A new framework aims to better equip scientists, communities, and decisionmakers to characterize data and rapidly respond to ...

Contrary to conventional wisdom that glaciers just carve landscapes, they can also form low-relief surfaces by sheltering ...

Increasing interplay among extreme events and land subsidence impacts calls for urgent mitigation and policy action to reduce detrimental ramifications to infrastructure and people.

Southern Oscillation’s global reach and complex ocean–atmosphere interactions across timescales, two simple, elegant equations capture its key dynamics and defining properties.