It is believed that the ice shelves may be thinning due to changes in ocean heat content, either by ocean warming or from changes in how the ocean circulates around and below the shelves, but further research is needed to establish the specific reasons.

For the first time, scientists have developed a method to monitor carbon emissions from tropical forests with an unprecedented level of detail. 

How did life survive the most severe ice age? A McGill University-led research team has found the first direct evidence that glacial meltwater provided a crucial lifeline to eukaryotes during Snowball Earth, when the oceans were cut off from life-giving oxygen, answering a question puzzling scientists for years.

Antarctica is the largest reservoir of ice on Earth – but new research by the University of South Australia suggests it could be at greater risk of melting than previously thought.

In a new study, researchers provide conclusive evidence of a statistical relationship between the incidence rates of invasive cancer in a given area in the U.S. and the amount of precipitation and climate type (which combines the temperature and moisture level in an area). 

New research reveals how penguins have dealt with more than a century of human impacts in Antarctica and why some species are winners or losers in this rapidly changing ecosystem.

The University of Wisconsin–Madison’s Wisconsin Initiative on Climate Change Impacts will contribute climate data informing the work of a state task force charged with advising Wisconsin Gov. Tony Evers on climate change adaptation and mitigation.

Rising waters are swallowing up another island in Chesapeake Bay.

A winter storm brought flash flooding, heavy snow, and hurricane-force winds to the Pacific Northwest.

How can the energy transition be organized in a globally just way?