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
A team of researchers partially supported by COM published a comprehensive review article describing the mechanisms driving material transport between the shoreline and continental shelf in coastal waters.
A new CVP-funded study produces an accurate model representation of extreme heat in Missouri during July 2012, one of the hottest summers in United States history.
Modeling Study Successfully Simulates Extreme Heat in Missouri Read More »
A team of international researchers identify atmospheric circulation patterns which lead to extreme precipitation events in South China.
New Study Improves Predictability of Extreme Precipitation in South China Read More »
This fact sheet summarizes NOAA’s efforts to improve the understanding of the impact of aerosols on weather, air quality and climate.
Updated State of the Science Factsheet for Aerosols and Climate Read More »
Researchers funded by AC4 sample wildfire smoke in the Western US and characterized sources of atmospheric nitrous acid.
Researchers supported by AC4 conduct observations over 9 months to examine pollution sources that lead to secondary organic aerosol production in Atlanta.
Characterizing Atmospheric Volatile Chemical Product Pollution Sources in Atlanta Read More »
Approximately $11.1 million will be available in FY23 to start new awards in about six different topic areas, pending budget appropriations.
NOAA Climate Program Office’s 2023 funding opportunity is now open Read More »
The NOAA Climate & Global Change Postdoctoral Fellowship Program held a successful 2022 Summer Institute, fostering collaboration and idea sharing to improve research and actionable science.
A new CVP-supported study uses a Weather Research and Forecasting model of Super Typhoon Yutu to improve the understanding of the process of rapid intensification within tropical cyclones.
CHEESEHEAD19 Field Campaign produces useful criteria for using a variety of ground-based remote sensing instruments used to measure planetary boundary layer height.