Understanding volcanoes is essential to fully understanding the El Niño-Southern Oscillation (ENSO) and its effects on climate. A newly published study revisits the link between ENSO and volcanic activity, in light of newer data.
Drought can worsen ozone pollution in some parts of the United States. Although research uncovered no increase in ozone when drought conditions strike the U.S. West, it uncovered an increase in summertime ozone during drought in the Southeast.
David Herring, head of the NOAA Climate Program Office’s Communication, Education, and Engagement Division, will speak at the U.S. Conference of Mayors Leadership meeting on March 4, 2022.
As rising carbon emissions increase ocean acidity, alkaline river runoff might slow acidification. New research along the northern coast of the Gulf of Mexico indicates a link between river runoff and ocean chemistry.
The United States is expected to experience as much sea level rise by the year 2050 as it witnessed in the previous hundred years. The report projects sea levels along the coastline will rise an additional 10-12 inches in the next 30 years, with specific amounts varying regionally, mainly due to land height changes.
Rapid climate change has affected salmon populations—and the people who depend on them—for decades. NOAA Fisheries and the NOAA Pacific Marine Environment Laboratory are collaborating with an international team of scientists in an expedition to close gaps in understanding about salmon.
The year-long MOSAiC expedition collected unprecedented environmental data from the Central Arctic Ocean. The research team has just published three overview articles on the MOSAiC atmosphere, snow and sea ice, and ocean.
A newly released video highlights how climate change is affecting marine sanctuaries, and how NOAA is addressing climate change impacts in these spectacular places.
The Resilient Rural America Project (RRAP) has launched two self-guided, no-cost training modules to build local capacity and resilience to extreme weather for rural communities across the United States.
Although Arctic temperature trends have been attributed largely to greenhouse gas emissions, natural variability also plays a role. New research gives scientists a better understanding of the internal variability in the Arctic system.