The most populated cities in the country are slowly subsiding, posing risks to infrastructure and exacerbating flooding—and ...

A benchmarking framework for global hydrological models, essential for Earth System Model evaluations, has finally been ...

Reoxygenation approaches have shown some success in lakes, but their potential risks must be examined carefully before ...

A new study uses a paleotidal model to trace the formation of carbon-rich mud deposits over thousands of years.

Organic and inorganic radiocarbon ages resolve the origin and dynamics of carbon in the largest natural lake of Western ...

Glaciers provide a unique opportunity for researchers to measure levels of atmospheric carbon deposition. Unlike other ...

Baleen whales shift huge amounts of nutrients, including nitrogen, from high-latitude feeding waters to tropical breeding ...

A set of lab experiments involving a laser, gelatin, and xanthan gum explored how varying flow patterns between dikes with ...

Researchers and community members worked together to develop recommendations for how Little Cumberland Island can mitigate ...

GPU-optimized ocean modeling achieves decade-long simulations in a day, enabling mesoscale-resolving climate simulations that ...

It’s often assumed that all soil organic carbon ultimately derives from recent vegetation, but researchers argue that carbon inherited from parent rocks can be important and deserves more focus.

Drawing from climate co-production work with the community of Kake in Alaska, two new studies offer insights for doing community science—especially, but not only, with Indigenous communities.