Atmospheric and Oceanic Sciences
New CU Boulder research finds that the presence of clouds—or lack thereof—caused by the smoke of wildfires thousands of miles away can either help protect or endanger Arctic sea ice.
Study led by CU Boulder scientists is the first to detail how carbon travels within and escapes from the Southern Ocean—and has implications for global climate change
CU Boulder joins interdisciplinary team of researchers aiming to understand the future of these imperiled regions of the world.
American Meteorological Society names Julie Lundquist as a fellow, recognizes Andrew Winters for editorial service.
As summer in the Northern Hemisphere approaches, forecasters begin watching every bout of rainy weather between the Gulf of Mexico and Africa.
Volcanic ash shuts down air traffic and can sicken people. But a new study suggests it may also be more important for Earth's climate than once thought.
New, first-of-its-kind research from CU Boulder shows that climate change is driving increasing amounts of freshwater in the Arctic Ocean.
What would it feel like to touch a cloud? – Violet V., age 6, Somerville, Massachusetts [video:https://www.youtube.com/watch?v=q87Ekar3emA&feature=emb_title] You might already know how it feels to touch a cloud without realizing it
Current marine protected areas in the Southern Ocean need to be at least doubled to adequately safeguard the biodiversity of the Antarctic, according to a new CU Boulder study
Five professors in the College of Arts and Sciences have won the 2018 Provost’s Faculty Achievement Award.