HARLIE

Holographic Airborne Rotating Lidar Instrument Experiment
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HOLO-2

General Description  
 

Location

 St. Anselm College, Mancheser, NH

Period

June 3-11, 1999

Objectives 

  • Assess the performance of new lidar instruments that utilize holographic optical elements (HOE's)
  • Develop data reduction routines
  • Explore scanning lidar routines
  • Determine the tropospheric wind velocity and direction at cloud altitude (Wilkerson, et al., 2000).

HOLO2/harlie_colour.mov    (30.8MB, Quicktime Movie)

 

 
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HOLO-2 Team, Left to Right:Tom Wilkerson (Utah St. Univ.), Adele Maurier (St. Anselm Col.), Albert D. Guerra, Jeffrey Schnick (St. Anselm Col.), David Miller (Science Systems and Applications Inc.), David Guerra (St. Anselm Col.), Geary Schwemmer (GSFC / NASA) Not Pictured: John Sanders (Utah St. Univ.) and James McClain (St. Anselm Col.)

HOLO-2 Team, Left to Right:Tom Wilkerson (Utah St. Univ.), Adele Maurier (St. Anselm Col.), Albert D. Guerra, Jeffrey Schnick (St. Anselm Col.), David Miller (Science Systems and Applications Inc.), David Guerra (St. Anselm Col.), Geary Schwemmer (GSFC / NASA)

Not Pictured: Jason Sanders (Utah St. Univ.) and James McClain (St. Anselm Col.)

`Adele contemplates whether to cover or uncover the equipment to protect it from the rain!'

`Adele contemplates whether to cover or uncover the equipment to protect it from the rain!'

 

Tom Wilkerson with the Army Research Office Lidar (AROL-2), a 532 nm wavelength zenith staring lidar also used during both HOLO campaigns

Tom Wilkerson with the Army Research Office Lidar (AROL-2), a 532 nm wavelength zenith staring lidar also used during both HOLO campaigns.

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