Lidar Observations of the Optical Properties and 3-Dimensional Structure of Cirrus Clouds
Edwin W. Eloranta
Abstract
Open-access reader
Edwin W. Eloranta
Abstract
Open-access reader
The scientific research conducted under this grant have been reported in a series of journal articles, dissertations, and conference proceedings. This report consists of a compilation of these publications in the following areas: development and operation of a High Spectral Resolution Lidar, cloud physics and cloud formation, mesoscale observations of cloud phenomena, ground-based and satellite cloud cover observations, impact of volcanic aerosols on cloud formation, visible and infrared radiative relationships as measured by satellites and lidar, and scattering cross sections.
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The scientific research conducted under this grant have been reported in a series of journal articles, dissertations, and conference proceedings. This report consists of a compilation of these publications in the following areas: development and operation of a High Spectral Resolution Lidar, cloud physics and cloud formation, mesoscale observations of cloud phenomena, ground-based and satellite cloud cover observations, impact of volcanic aerosols on cloud formation, visible and infrared radiative relationships as measured by satellites and lidar, and scattering cross sections.
Key concepts: Cirrus, Lidar, Remote sensing, Radiative transfer, Cloud computing, Satellite, Mesoscale meteorology, Cloud physics