The all-female team of scientists, including AOSC Associate Professor Sinead Louise Farrell, centralize key findings from three NASA missions.

When the nation’s leading experts in weather, water, and climate gather in Baltimore later this month for the annual conference of the American Meteorological Society (AMS), they will get a close-up view of the region’s fragile environment.

Today, Nature Communications published a study entitled "First close insight into global daily gapless 1-km PM2.5 pollution, variability, and health impact" by Jing Wei (Assistant Research Scientist) and Zhanqing Li (Distinguished University Professor) of the University of Maryland, USA and collaborators from the US and foreign institutes.

UMD researchers analyzed changes in the mortality burden attributed to wildfire pollution over the last two decades.

Published last month in the Proceedings of the National Academy of Sciences, the research shows that the 12-hour undersea eruption led to unprecedented losses of up to 7% of the ozone layer over large areas of the Southern Hemisphere.

Methane is the second-most abundant greenhouse gas in Earth’s atmosphere, and its emissions have been rapidly—and mysteriously—rising since 2007. Though pervasive, the origin of the colorless compound is tricky to trace, complicating efforts to curb gases that trap heat in the atmosphere and warm the planet.

Atmospheric and oceanic science Ph.D. student Samantha Halstead Santez left a six-year museum career to study sea ice. Now, she’s at NASA.

AOSC's Outstanding graduating senior, Maria Nikolaitchik, and her faculty mentor, Tim Canty are among those honored as 2023-24 Philip Merrill Presidential Scholars

University of Maryland and state government officials joined Monday to hoist a 30-foot tower into place in a farm field near Ellicott City, Md., activating the first piece of a statewide system that will speed early warnings about the kind of dangerous weather that twice in recent years took lives and destroyed buildings in the city’s historic downtown.

The National Science Foundation awarded Department of Atmospheric and Oceanic Science, Dr. R. Dwi Susanto a $0.75 million grant to monitor Indonesian throughflow (ITF), the only pathways of the Pacific to Indian Ocean exchange through the Indonesian seas, which is essential for understanding the role of the ocean in Earth’s climate system.