The Fifth National Climate Assessment expanded inclusion of social science across every part of the new report. Hear how social science combined with physical science can address the climate crisis.
Many people know about the effect of atmospheric rivers on the Western U.S., but they affect the Eastern U.S., too. Wintertime atmospheric river frequency over the Eastern U.S. has risen in the past four decades.
A new study aims to understand winter air pollution in cold regions like Fairbanks, Alaska. It finds that outdoor air has high levels of particles and gases, especially during pollution events.
While total fire counts and burned areas have declined globally, fires within the wildland-urban interface are on the rise, indicating a shift in fire dynamics.
Field work in Tulsa, Oklahoma, made several findings, including residents’ concerns about climate hazards combined with distrust of government, and a local government grappling with multiple environmental issues.
A new study focuses on land-atmosphere interactions affecting phenomena such as droughts, heatwaves, and rainfall patterns. High-frequency data from climate models support more detailed understanding.
A new scientific review highlights existing evidence suggesting that air pollutants, including aerosols and trace gases, can influence weather and climate systems through intricate interactions with meteorology and ecosystems.
New research shows that ocean dynamics like the North Atlantic Oscillation (NAO) tripole pattern and the Atlantic Multidecadal Variability (AMV) pattern play a critical role in enhancing sea-surface temperature variability.
While local government and community members are more aware of the importance of managing heat risk in Puerto Rico and the U.S. Virgin Islands, few targeted initiatives currently address heat risk mitigation.
New research compares model simulations to satellite data to show that while a frequently used model captures some aspects of real cloud behavior, it struggles to accurately represent certain types of clouds, like those found closer to the Earth’s surface.