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Renee Richardson
2021 Sea Grant Knauss Fellow - NOAA Weather Program Office
Renee Richardson is a meteorologist and researcher who has made significant contributions to hurricane science and weather observations at the National Oceanic and Atmospheric Administration (NOAA). Here are some key details about her background and work:
Education and Expertise
Renee Richardson holds a PhD in Meteorology from Florida State University.1 Her doctoral research focused on air-sea interactions within hurricanes, specifically examining how sea spray generated by strong hurricane winds influences hurricane intensity changes.1 This work aims to improve hurricane forecasts and risk communication.
NOAA Career
Richardson currently serves as a Program Coordinator in NOAA's Weather Program Office (WPO) Observations Program.2 In this role, she:
- Oversees research on innovative observing systems1
- Manages research funded under Congressional disaster supplemental appropriations1
- Utilizes her meteorological expertise to advocate for weather-related priorities1
- Assists in decision-making to mitigate impacts on coastal regions and beyond1
Notable Achievements
- Recipient of the prestigious Sea Grant Knauss Fellowship (February 2021 - January 2022)1
- Featured by NOAA as one of seven women advancing hurricane research and forecasting23
- Highlighted in NOAA's "Cool Careers" feature as a Hurricane Scientist at the Weather Program Office4
Research Focus
Richardson's work centers on improving hurricane forecasting and understanding coastal hazards. Her research aims to:
- Advance the representation of ocean-atmosphere interactions in numerical weather prediction models1
- Improve the accuracy of hurricane forecasts to provide longer lead times before impact1
- Enhance risk communication and decision-making for protecting life and property from powerful hurricanes1
Through her roles at NOAA, Renee Richardson continues to contribute significantly to the field of meteorology and hurricane science, working to improve weather observations and forecasting capabilities for high-impact weather events.
