Figure: Global distribution of the uncertainty of GMI convective volume fraction (CVF; resolution: 0.25°). CVF uncertainty is highest in areas dominated by non‐shallow convective precipitation,
ESSIC/CISESS scientist Will Miller was recently featured on the Sirius XM radio show, “On the Move with Dan Ronan”. The show is on “Road Dog
Figure: Interns and Mentors gathered in the ESSIC Conference Room for in-person Summer Intern Presentations on August 19th, 2026 (photo credit: Cazzy Medley). The 2026
The Atlantic Meridional Overturning Circulation (AMOC) is a pivotal component of the North Atlantic Ocean circulation and global thermohaline circulation and is commonly referred to
Figure 1: Net forecast improvement (%) from TROPICS assimilation, with positive values (blue) indicating net improvement and negative values (red) indicating degradation. © Isaac Moradi
CISESS Scientist Dr. Zaizhong Ma and co-authors, including CISESS Deputy Director Dr. Hugo Berbery, recently published a study on the expected forecast impact of future
ESSIC scientist Noel Gurwick is a co-author of a new report, “Buffer Pools and Beyond”, that provides the first comprehensive review of contract-based mechanisms that
CISESS Scientist Jifu Yin worked on five CISESS soil moisture projects over the last year, which he summarized in his 2026 CISESS Annual Reports and
CISESS Scientist Hyelim Yoo leads the CISESS Project “Office of Marine and Aviation Operation (OMAO) Fleet Data Assembly Center Archive Study.” In her recent CISESS
The Atlantic Meridional Overturning Circulation (AMOC) is a vast ocean current system crucial for regulating the Earth’s climate, and it has been observed to slow