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
Researchers discovered that Atlantic Ocean variability significantly impacts temperature anomalies in the Pacific, providing crucial insights for improving global climate predictions.
New study reveals Atlantic Ocean’s influence on Pacific climate variability Read More »
Representatives from across OAR labs and programs will present to potential international collaborators on the upcoming Tropical Pacific Observing System Equatorial Pacific Experiment (TEPEX).
Natural changes in the atmosphere, especially shifts in the North Atlantic Oscillation, are the primary cause of increased summer rainfall in the Taklamakan and Gobi Deserts.
Natural variability is behind recent desert rainfall increases Read More »
Scientists published a study in Nature Communications addressing this issue using the Community Earth System Model 2 Large Ensemble (CESM2-LE) to simulate sea surface temperatures (SST) under historical and future climate scenarios.
Climate variability in North Atlantic to increase dramatically by mid-century Read More »
Graduates of the program complete a series of tasks including the development of a climate action plan strategy for a NOAA campus, catalyzing connectivity across NOAA West DEIA communities, and developing awareness and coordination of wind energy work at a regional level.
The Climate Program Office’s Climate Variability & Predictability Program Manager Ginny Selz presented on research activities related to precipitation prediction at the Global Energy and Water Exchanges Program Science Steering Group’s 36th annual meeting from April 22 through 26 in Budapest, Hungary.
Scientists carefully analyze decades of ocean observations to reveal significant slowing and warming of a crucial part of the “global ocean conveyor belt,” signaling shifts in large-scale circulation and climate trends.
Deep ocean waters near Antarctica are changing and disrupting global ocean circulation Read More »
A new study assesses the ocean and atmosphere’s influence on sea surface temperature changes on a decadal scale, revealing ocean currents as the predominant driver in mid- to high-latitudes and highlighting their crucial role in shaping long-term climate patterns.
A CVP-funded study published in Nature Geoscience discovers a new pathway for deep water ocean transport in the North Atlantic Ocean, challenging previous research assumptions and calling for more research into deep ocean currents and their impacts on climate variability.
New Discovery for Deep Water Transport in the AMOC Read More »
A new study supported by CVP discovers a link between the MJO and tropical cyclone activity in the Atlantic Ocean, showing that more tropical cyclones occur during periods of the MJO cycle that are more slow-moving.
Connections Between MJO and Tropical Cyclones in the Atlantic Read More »