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
Eight new postdoctoral fellows are commencing cutting-edge research projects that will contribute innovative climate science to the research community as well as NOAA’s mission.
This workshop, organized by the COM- and CVP-supported Sea Ice Modeling Collaboration Team, will work toward collaboration in model development, evaluation, applications, and advancements.
Sea Ice Modeling Collaboration Workshop Taking Place in Boulder, CO April 25-27 Read More »
A new study supported by AC4 sheds light on the driving factors behind methane emissions and intensity from the oil and gas industry in the United States from 2010 to 2019.
Drivers of Methane Emissions and Intensities from US Oil and Gas Industry Read More »
A new study supported by CVP investigates the role of energy fluxes from Earth’s surface to the atmosphere to help us understand movement of the Madden-Julian oscillation (MJO) through Southeast Asia.
Investigating the Role of Surface Energy Fluxes in Movement of the MJO Read More »
NASA’s successful launch of the TEMPO mission will provide important risk reduction for the atmospheric chemistry observing capabilities of NOAA’s ACX instrument on the GeoXO mission.
A recent AC4-supported study uses laboratory experiments to improve our understanding of how the sun causes nitrogen compounds to chemically transform in the atmosphere, leading to pollution concerns like ozone formation.
In March (and the beginning of April) 2023, CPO held an interview campaign that highlighted seven CPO staff scientists and CPO-funded scientists for Women’s History Month.
Women’s History Month 2023 Campaign Round-Up Read More »
An interdisciplinary research group supported by CVP completes a project answering critical questions about the predictability of atmospheric rivers and resulting precipitation in a warming climate.
Refining Model to Predicting Atmospheric Rivers and Precipitation Read More »
A new modeling study supported by CVP sheds light on the solar, orbital, and meteorological drivers of variability in the Madden-Julian Oscillation.
A new CVP-supported study uses a long-term observational ocean velocity dataset to disentangle ocean dynamic processes and help explain seasonality in the Gulf Stream Region.
Characterizing Ocean Motions Using a Long-Term Observational Dataset Read More »