The Science Plan for the Tropical Pacific Observing System (TPOS) Equatorial Pacific Experiment (TEPEX) provides a roadmap for a future field campaign.
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New research reveals the contribution of ⍺-pinene + NO3 in the secondary aerosol budget, and likely constitutes a major removal pathway of reactive nitrogen from…
The research aims to measure unusual intensities and frequencies of pre-industrial and recent El Nino events, providing insight into changes in the climate of North…
Drought conditions lead to an increase in summertime ozone in the U.S. Southeast but not the West, highlighting the long-term impact of droughts on atmospheric…
The focus group brought together NOAA practitioners working at the intersection of climate change, blue carbon, and blue carbon habitats to foster discussion on adaptation,…
The study, recently published in Nature Communications, will provide insight into the sensitivity of climate models to volcanic forcings….
The ocean plays a significant role in absorbing CO2. This research will help us better understand the ocean’s role in climate and improve the detection…
The COM-funded study supports NOAA’s mission to understand the role of the ocean in climate and OAR’s goals to detect changes in the ocean and…
New research finds that internal atmospheric variability plays a role alongside anthropogenic greenhouse gases in the warming of the upper Arctic Ocean over the last…
COMs research featured prominently at the recent AMS Meeting. …
The pandemic has presented a unique opportunity to study the atmosphere’s response to widespread and sudden emission reductions.
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