Researchers reveal that the Atlantic Meridional Overturning Circulation (AMOC) is weaker than it’s been in 1,600 years—and why.

New research shows the rapid, cascading effects a single degree of warming has caused in the world’s largest High Arctic lake.

A newly created computer model reveals the catastrophic effects of unrestrained global warming that will exist by 2300 without immediate, decisive action.

Researchers have observed a rapid shift in how California mussels are structuring their shells—a change that is linked to climate change.

New research indicates that the acidification and warmer temperatures caused by climate change negatively impact marine food webs and biodiversity.

Researchers are measuring radium isotopes from Arctic Shelves to determine how fast melting is taking place and how much the ocean’s chemistry is changing.

The extreme weather caused by climate change means disruptions in fouling communities in urban estuaries, and new threats from invasive species.

High-End cLimate Impacts and eXtremes (HELIX) project undertaken by 50 scientists in 13 countries gives some insight into mitigating global climate change.

Research shows groundwater recharge in the Western US will change with the climate; dry areas will have less recharge, and wet regions will have more.

A USDA-funded project is aimed at developing a transferable strategy for achieving community stakeholder engagement in agricultural sustainable water issues.

Extreme weather events caused by climate change are making it harder for sunlight to disinfect water, making waterborne illnesses a graver threat.

Florida State University researchers predict that increased rainfall caused by climate change will affect Americans that rely on untreated water sources.

University of California’s Natural Reserve System is the largest of its kind in the world, capturing data at 39 sites to help climate studies and more.

Key marine species on the East and West coasts of the United States face an uncertain future thanks to climate change, say Cornell University scientists.

Peristaltic pumps and handheld water quality meters aid Woods Hole Research Center scientists studying impacts of fire to Yukon River Delta permafrost.