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Tropical cyclone / Weather forecasting / Dropsonde / Weather / National Hurricane Center / Atmospheric pressure / Numerical weather prediction / Outline of meteorology / Tropical cyclone track forecasting / Meteorology / Atmospheric sciences / Tropical cyclone forecasting


The Feasibility of Radar-Based Remote Sensing of Barometric Pressure Final Report Bing Lin, Principal Investigator Y. Hu, S. Harrah, R. Neece, R. Lawrence, and D. Fralick NASA Langley Research Center
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Document Date: 2006-11-01 13:54:11


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File Size: 1,40 MB

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Company

Baseline RAOBS Systems / /

Continent

Africa / /

Country

Grenada / United States / Cape Verde / /

Event

Natural Disaster / /

Facility

University of Oklahoma / /

IndustryTerm

experimental systems / satellite orbital system / radar technology / radar systems / oil platforms / satellite platforms / weather systems / proposed technology / technology concept / turbulence kinetic energy / meteorological applications / buoy systems / technology developments / satellite techniques / laser systems / /

NaturalFeature

Gulf of Mexico / Caribbean Sea / Cape Verde / graupel/hail fall / /

Organization

University of Oklahoma / Global Modeling and Assimilation Office / NOAA National Hurricane Center / Center for Analysis and Prediction of Storms / Prediction of Storms / NASA's Earth Science Technology Office / NOAA National Data Buoy Center / National Oceanic and Atmospheric Administration / National Aeronautics and Space Administration / NASA Langley Research Center / NASA Goddard Space Flight Center / /

Person

Scott / Bing Lin / Barton / /

Position

Principal Investigator / Singer / /

ProvinceOrState

West Virginia / Virginia / Oklahoma / /

Region

Gulf of Mexico / east coast / west coast / /

Technology

radiation / laser / Remote Sensing / proposed technology / microwave / simulation / O2-band radar technology / /

URL

http /

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