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 team of international researchers identify atmospheric circulation patterns which lead to extreme precipitation events in South China.
New Study Improves Predictability of Extreme Precipitation in South China Read More »
The webinar series runs from September 22 to November 10, and will highlight recent results from CVP-funded research projects.
New CVP Webinar Series Will Highlight Results from Recent Tropical Pacific Research Read More »
A newly published study funded in part by CVP provides key insights into the dynamics of the ocean surface mixed layer from observations of an eddy in the South China Sea.
A new CVP-supported study uses a Weather Research and Forecasting model of Super Typhoon Yutu to improve the understanding of the process of rapid intensification within tropical cyclones.
New MAPP and CVP-funded research analyze wind impacts on Arctic sea ice loss.
Are Winds a Driving Force for Sea Ice Loss in the Arctic? Read More »
Researchers use coral reef isotopes to investigate changes in ocean salinity and variable ITCZ position.
Changes in ocean salinity lead to ITCZ migration Read More »
New data analysis of palaeoceanographic proxies leave scientists with more questions about changes in AMOC.
Changes in AMOC might still be uncertain Read More »
During the last week of March, US CLIVAR held a hybrid workshop on multi-year climate predictions.
New research, co-funded by CPO’s CVP and OAR’s WPO, explores how to improve U.S. West Coast precipitation forecasts by modeling tropical teleconnection patterns.
Study explores strategies to improve US West Coast precipitation forecasts Read More »
US CLIVAR holds a hybrid meeting to discuss progress, new opportunities, and advance goals.
Climate scientists come together at the 2022 US CLIVAR Summit Read More »