We measured the horizontal wind speed vector with two separate lidar cloud tracking techniques. Data were taken during two measurement campaigns: HOLO-1, at Utah State University (USU), Utah, and HOLO-2 at St. Anselm College, New Hampshire. Army Research Office Lidar (AROL-2), Holographic Airborne Rotating Lidar Instrument (HARLIE), and a wide-angle camera were used during HOLO-1. Prototype Holographic Atmospheric Scanner for Environmental Remote Sensing (PHASERS) also participated in HOLO-2. Two measurement methods are described, and selected results from the two HOLO campaigns are shown
In this paper, the development of a three-beam aerosol backscatter correlation (ABC) lidar to measur...
Acquiring actual wind velocities at potential wind farm sites is an important way of reducing the u...
Global measurement of tropospheric winds is a key measurement for understanding atmospheric dynamics...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
The latest flight demonstration of Doppler Aerosol Wind Lidar (DAWN) at NASA Langley Research Center...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
Doppler LiDAR measurements are already well established in the wind energy research and their accura...
Lidar atmospheric systems have required large telescope for receiving atmospheric backscatter signal...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
The accurate measurement of wind profiles in the planetary boundary layer (PBL) is important not onl...
Atmospheric eddies, which have slightly different properties than their environment and are believed...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
In this paper, the development of a three-beam aerosol backscatter correlation (ABC) lidar to measur...
Acquiring actual wind velocities at potential wind farm sites is an important way of reducing the u...
Global measurement of tropospheric winds is a key measurement for understanding atmospheric dynamics...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
The latest flight demonstration of Doppler Aerosol Wind Lidar (DAWN) at NASA Langley Research Center...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
A single pulsed Doppler lidar was successfully deployed to measure air flow and turbulence over the ...
Doppler LiDAR measurements are already well established in the wind energy research and their accura...
Lidar atmospheric systems have required large telescope for receiving atmospheric backscatter signal...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
The accurate measurement of wind profiles in the planetary boundary layer (PBL) is important not onl...
Atmospheric eddies, which have slightly different properties than their environment and are believed...
Wind measurements using classical profiling lidars suffer from systematic measurement errors in comp...
In this paper, the development of a three-beam aerosol backscatter correlation (ABC) lidar to measur...
Acquiring actual wind velocities at potential wind farm sites is an important way of reducing the u...
Global measurement of tropospheric winds is a key measurement for understanding atmospheric dynamics...