Two global ocean research teams are making waves—earning top honors for decades of groundbreaking collaboration that’s transforming how we understand and protect our planet’s oceans
New research from a NASA postdoctoral fellow reveals how shifting Arctic surface conditions can ripple upward through the atmosphere—reshaping the polar vortex and impacting the space environment we rely on for satellites and communications.
A new classroom-ready resource kit is helping teachers bring the latest Arctic science to life—turning NOAA’s landmark Arctic Report Card into engaging lessons for students at every level.
NOAA’s Ocean Acidification Program has unveiled its new three-year strategic prospectus, spotlighting evolving research priorities and investments aimed at tackling the growing challenges of ocean acidification.
A new machine learning approach to subseasonal forecasting is revealing how patterns in the stratospheric polar vortex can help improve predictions of extreme winter temperatures weeks in advance.
March 18, 2026: William Booth "Enabling the advancement of storm surge risk communication at the National Hurricane Center over the last 15 years" Watch William Booth's Recording
March 4, 2026: Baoqiang (Bao) Xiang, "How predictable are North American summer heat extremes on the subseasonal timescale?" Watch Baoqiang (Bao) Xiang's Recording
CPAESS made the most of AGU 2025 —strengthening connections, supporting our scientific community, and reaffirming our commitment to advancing Earth system science through collaboration and shared purpose.
December 2025, two CPAESS scientists were able to give brief presentations on their research during the hybrid UCP All-Staff Meeting to showcase their fine work.
