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
Large-scale atmospheric circulation changes drive the increased summer activity of atmospheric rivers, contributing to the rising moisture levels in the Arctic.
An interdisciplinary research group supported by CVP completes a project answering critical questions about the predictability of atmospheric rivers and resulting precipitation in a warming climate.
Refining Model to Predicting Atmospheric Rivers and Precipitation Read More »
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.
The study, published in the Journal of Scientific Reports, reveals that annual expected atmospheric river-related flood damages in the western United States could increase significantly, raising important questions for policymakers aiming to target efforts to more effectively adapt to climate change.
New research identifies atmospheric rivers as the dominant driver of extreme precipitation and changes in the precipitation regime in future climate along the US West coast.
The NOAA Climate Program Office’s Sectoral Applications Research Program (SARP) created a story map to describe how NOAA research is trying to better understand atmospheric rivers, their impacts on communities, and forecast them.
New Story Map showcases NOAA Research on atmospheric rivers and their impacts Read More »