The beneficial effects of rising CO2 for plants disappear 
under flooding, a 33-year field experiment reveals.

Estimates that predate satellite imagery fill in a missing link and imply that oceans and land have been removing carbon from the air more efficiently than previously thought.

A new study bolsters the idea that the uplifts of the Himalayas and Andes that began tens of millions years ago helped trigger the many ice ages that followed.

Fluids trapped within the stones are helping researchers reconstruct the deep history of the continent, and eventually maybe others.

A new effort to analyze the ocean’s ability to take up CO2 will be important for predicting the effectiveness of climate change mitigation efforts.

Susan Trumbore, who earned her Ph.D. at the Lamont-Doherty Earth Observatory, is among the recipients of the 2020 Balzan Prize, one of the most prestigious international awards in natural science and humanities.

New findings double potential emissions from these areas, with big implications for climate modeling.

Starting this month, scientists aim to study the Antarctic Circumpolar Current’s past dynamics by drilling into the seabed in some of the planet’s remotest marine regions.

A new study suggests bacteria may respire more carbon dioxide from the shallow oceans to the air as seas warm, reducing the deep oceans’ ability to store carbon.

New method helps determine how quickly silicates wear down over time, which is key to understanding natural processes that remove CO2 from air.