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 recent study supported by AC4 and COM investigates emissions of the greenhouse gas with the largest known warming potential, updates the understanding of how much we have in the atmosphere, and proposes possible solutions for reducing emissions.
A recent FIREX-AQ study supported by AC4 analyzed emissions and revealed region-specific chemical signals during a controlled burn in the understudied region of Northern Michigan.
A new AC4-supported study published in Nature Communications provides pioneering results on the complex formation of secondary organic aerosol air pollutants.
New Research Uncovers Complex Atmospheric Chemistry in the formation of air Pollutants Read More »
A new scientific review supported by COM assesses the existing knowledge on ocean carbon uptake and emphasizes an urgent need to expand observational capacity to inform climate mitigation.
Assessment of Ocean Carbon Storage and Recommendations to Optimize Climate Mitigation Read More »
A recent study with contributions from both COM- and MAPP- supported researchers improves the representation of tropical cyclone formation and longer term projection in global climate models.
This new CVP-funded study examines atmosphere–ocean coupled models to understand the limits of seasonal prediction for CA winter precipitation.
Why Seasonal Prediction of California Winter Precipitation Is Challenging Read More »
MERT aims to provide climate research and information to reinforce and expand the application of climate science in National Marine Sanctuaries activities, and ultimately improve long-term planning and management of the Sanctuaries System in support of NOAA’s Stewardship mission.
A report was published in BAMS on an AC4 and ERB workshop with stakeholders and end users with diverse backgrounds in atmospheric science to provide the state of the science and user needs for operational atmospheric composition measurements to inform future NOAA Low Earth Orbit satellite missions.
Results of UV-Vis-NIR Workshop Co-Hosted by ESSM Published in a BAMS Write Up Read More »
New study supported by COM, CVP, and GOMO partnership quantifies and characterizes the sampling error for satellite observations of sea surface salinity to be used for Earth system applications.
Improving our Understanding of Satellite Observation Sampling Error in Salinity Data Read More »
A new CVP- and MAPP- supported study published in Science Advances provides a new understanding of how tropical storm systems can be represented in climate models.
Demonstrating the Importance of Tropical Storms in a Changing Climate Read More »