Saving Lives & Property…
NOAA’s National Severe Storms Laboratory serves the nation by working to improve the leadtime and accuracy of severe weather warnings and forecasts in order to save lives and reduce property damage. NSSL scientists are committed to their mission to understand the causes of severe weather and explore new ways to use weather information to assist National Weather Service forecasters and federal, university and private sector partners.
Tony Segalés Espinosa says his love of small-scale aircraft began as a kid, flying model aircraft with his dad. Today, that love transfers into engineering drones for severe weather research.
Based on research with SPC forecasters and research with language experts, a researcher recommended a new SPC risk communication scale model in order to improve weather outreach to Spanish-speaking communities.
When Hurricane Ida moved inland along the Gulf Coast of Louisiana in late August 2021, a team of researchers set out to study winds associated with the damaging storm. The group, including scientists from the NOAA National Severe Storms Laboratory, captured unique datasets.
How NSSL research provides real-time precipitation estimations and flash flood prediction for high-impact events
Flash flooding — the rapid rise of water in a normally dry area — is mostly related to excessive rainfall resulting in significant groundwater runoff and quick rises in waterways. NOAA National Weather Service forecasters rely on accurate quantitative precipitation estimations.
One year ago, a severe thunderstorm with extreme winds — called a derecho — tore through the Midwest United States. The event brought extensive damage, totaling an estimated $7.5 billion in damage.
Downbursts—an area of strong winds in a thunderstorm—can damage trees and buildings, disrupt air travel, and cause loss of life. Decades of work by scientists has revealed a lot of information about downbursts including certain…