Grants
Environmental Remote Sensing (ERS) group have received numerous grants from various funding agencies for conducting data analysis and Lidar deployments.
Current Grants
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US Naval Observatory – Project Neptune – Alternative energy research collaboration program
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NASA – Aircraft Vortex Recognition using Coherent Doppler Lidar
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Intel Corporation – Feed-forward control for a wind farm using coherent doppler LiDAR
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METACRAX II – Meteor Crater Experiment in collaboration with University of Utah
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EAGER – Flow around a canopy study (CHATS) in collaboration with NCAR
Previous Grants
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Army Research Office – DURIP: Acquisition of an Eye-safe Coherent Doppler Lidar for Arizona State University’s Urban Fluid Mechanics Research
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Lawrence Livermore National Laboratory: Advanced sensor integration into NARAC’s atmospheric data assimilation program
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Army Research Office: JU2003 Deployment (Doppler lidar measurements of wind, turbulence and aerosol backscatter in an urban environment)
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WERF: Quantification of airborne biological contaminants associated with land applied biosolids
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Army Research Office: Air flow and dispersion over an Urban downtown area (JU2003 Analysis)
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NSF: Data assimilation of dual Doppler lidar observations of the urban bound. layer
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Army Research Office: Acquisition of a Sodar/RASS Instrument for Remote Sensing of Urb. Environ…
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NSF: Coherent Doppler lidar deployment and data analysis for T-REX
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Army Research Office: Stable boundary layer analysis – T-REX
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Western Australian Department of the Environment: Meteorological Mechanisms and Pathways of Pollution Exposure – Coherent Doppler Lidar Deployment in Wagerup
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Army Research Office: Sedona workshop on the atmospheric stable boundary layer
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Arizona Dept. Environ. Quality: Tracking PM-10 using coherent Doppler Lidar
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Army Research Office: Doppler Lidar Deployment for the Canopy Horizontal Array Turbulence Study
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ADEQ: Tracking PM-10 using coherent Doppler Lidar
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Kenya Wind Project – Doppler lidar deployment consultant for wind resource assessment
Remote Sensing for Wind Energy