Cloud top remote sensing by airborne lidar.

J D Spinhirne, M Z Hansen, L O Caudill
Author Information
  1. J D Spinhirne: NASA Goddard Greenbelt, Maryland 2077, USA.

Abstract

Observations of cloud top height, backscattering, and signal depolarization have been obtained by a lidar system operating onboard a high-altitude research aircraft. The transmitter for the cloud lidar system is a doubled Nd:YAG laser operating at 5 Hz. The system functions as a fully automated sensor under microprocessor control and operates from a nominal 19-km altitude. Measurements have been acquired over a wide variety of cloud cover in conjunction with passive visible and infrared measurements. Initial observation results are reported.

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Created with Highcharts 10.0.0cloudlidarsystemtopoperatingObservationsheightbackscatteringsignaldepolarizationobtainedonboardhigh-altituderesearchaircrafttransmitterdoubledNd:YAGlaser5Hzfunctionsfullyautomatedsensormicroprocessorcontroloperatesnominal19-kmaltitudeMeasurementsacquiredwidevarietycoverconjunctionpassivevisibleinfraredmeasurementsInitialobservationresultsreportedCloudremotesensingairborne

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