Program News

A 2020 field campaign in Norway will investigate critical but little-understood extrusions of cold air over warm waters.

Jessie Creamean, a research scientist at Colorado State University, shares why she is going on the Multidisciplinary Drifting Observatory for the Study of Arctic Climate (MOSAiC) field campaign.

On September 12, 2019, ASR launched a refreshed website with better end-to-end functionality. New search technology makes it easier and faster for users to find atmospheric research, projects, publications, and funding opportunities.

Delphine Farmer's work focuses on how fast or slow black carbon is removed from the atmosphere. Removal rates of such particles―which come in part from wildfires, biomass burning, and fuel combustion―are hard to measure. Yet how long they remain in the atmosphere “determines how they impact climate and air quality,” she says, “and that length of time is driven by deposition.”

A researcher will oversee a 2020 field campaign to measure what happens when cold air masses are exposed to open areas of warm water.

Future principal investigators learn about atmospheric particles and their effects on earth systems.

The annual ARM/ASR joint meeting matched its forecast—a deluge of talks.

The ASR Program recently recommended 24 proposals submitted to Funding Opportunity Announcement (FOA) DE-FOA-0002034.

To understand how nucleated particles develop, one scientist will take to the field with an aerosol growth chamber.

With a scientifically validated and easy-to-use single-column model (SCM) capability that can be a focus of collaboration and interaction, the E3SM SCM can be a valuable tool for the ASR, ARM, and E3SM research communities.