Improved Simulations of Atmospheric River Climatology and Variability in High-Resolution CESM 7 October 2022

Improved Simulations of Atmospheric River Climatology and Variability in High-Resolution CESM

Modeling study funded by CVP evaluates and identifies a more accurate method to simulate atmospheric rivers and their relationships to climate variability, enabling improved predictability of related extreme precipitation events.

New Modeling Study Demonstrates Importance of ENSO Influence in Multiple Ocean Basins 30 September 2022

New Modeling Study Demonstrates Importance of ENSO Influence in Multiple Ocean Basins

CVP-supported study uses linear inverse modeling to improve understanding of interactions between the Pacific ocean with other ocean basins related to ENSO variability.

Modeling Study Successfully Simulates Extreme Heat in Missouri 16 September 2022

Modeling Study Successfully Simulates Extreme Heat in Missouri

 

A new CVP-funded study produces an accurate model representation of extreme heat in Missouri during July 2012, one of the hottest summers in United States history.

New Study Improves Predictability of Extreme Precipitation in South China 16 September 2022

New Study Improves Predictability of Extreme Precipitation in South China

A team of international researchers identify atmospheric circulation patterns which lead to extreme precipitation events in South China.

New Study Investigates Air-Sea Interactions in the Ocean Surface Mixed Layer from Observations in the South China Sea 26 August 2022

New Study Investigates Air-Sea Interactions in the Ocean Surface Mixed Layer from Observations in the South China Sea

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.

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Americans’ health, security and economic wellbeing are tied to climate and weather. Every day, we see communities grappling with environmental challenges due to unusual or extreme events related to climate and weather.