Wyoming Cloud Lidar data from the University of Wyoming King Air during the Convective Precipitation Experiment- Microphysics and Entrainment Dependencies (COPE-MED), Version 1.0
National Science Foundation, grant AGS-0832637. Oolman, Larry D. Rodi, Alfred R. Project Management Group, atsc-kapm@uwyo.edu University of Wyoming. Reseach Flight Center.,
National Science Foundation, grant AGS-0832637.
Oolman, Larry D.
Rodi, Alfred R.
Project Management Group, atsc-kapm@uwyo.edu
University of Wyoming. Reseach Flight Center.,
Abstract
Description
Wyoming Cloud Lidar data from the University of Wyoming King Air during the Convective Precipitation Experiment- Microphysics and Entrainment Dependencies (COPE-MED), Version 1.0
Date
2016-01-01
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Publisher
University of Wyoming. College of Engineering. Department of Atmospheric Science
Research Projects
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Keywords
Convective Precipitation Experiment - Microphysics and Entrainment Dependencies.,COPE-MED.,Convective Precipitation Experiment (COPE),Airborne measurements.,Univeristy of Wyoming King Air.,Wyoming Cloud Lidar.