Advancing scientific understanding of climate, improving society’s ability to plan and respond
Advancing scientific understanding of climate, improving society’s ability to plan and respond
Data from a US Forest Service campaign and the WE-CAN field campaign combine to estimate emission and exposure information for wildland firefighters.
WE-CAN Field Campaign Data Helps Estimate Wildland Firefighter Smoke Exposure Read More »
A special issue of the open access journal Earth System Science Data features an in-depth look at the science behind NOAA’s ATOMIC campaign. CPO’s Climate Variability and Predictability (CVP) program was a major sponsor for the campaign.
New Research Helps Crack the Mystery of Clouds to Improve Climate Prediction Read More »
The recently published study shows how smoke-influenced clouds differ from their clean air counterparts, with complex implications for our weather and climate.
WE-CAN Field Campaign Shows How Wildfire Smoke Changes Clouds Read More »
New study clarifies the relationship between sea ice loss and the seasonal process of warm-season absorption and cold-season heat release by the Arctic Ocean.
Tropical cyclones are one of the most intense storm systems on earth and nearly one-third of global tropical cyclones form in the western North Pacific. So why was the 2020 season quiet? A new MAPP-funded study helps answer this question.
What Caused a Quiet Hurricane Season in the North Pacific? Read More »
The article covers how climate change has drastically weakened the system that drives Atlantic Ocean currents, the Atlantic Meridional Overturning Circulation (AMOC), close to a point that would drive major changes in our weather and climate.
Washington Post Article Highlights Importance of Core CVP Research Area Read More »
A new study focuses on the relationship between radiative heating from clouds and tropical cyclone formation.
Soil emissions of nitrogen oxides (NOx) may play an increasingly larger role in understanding anthropogenic emissions of NOx.
Improved Modeling of Soil NOx Emissions Helps Explain Differences in Observed Trends Read More »
NOAA is soliciting proposals to increase our understanding of the combined impacts of multiple stressors, including harmful algal blooms, deoxygenation, ocean acidification, and increasing temperatures, on the function and health of marine ecosystems within the context of climate change. NOAA expects to fund 1–2 projects for up to four years in duration, with an approximate annual budget of $1 million, not to exceed $4 million in total.
NOAA Announces FY22 Multi-stressor Federal Funding Opportunity Read More »
The NOAA-DOE Precipitation Processes and Predictability workshop report is now available!
NOAA-DOE Precipitation Processes and Predictability Workshop Report Released Read More »