Decommissioned
CSD and the University of Maryland - Baltimore County's Physics Department collaborated to develop and deploy a long-term, unattended infrared spectroradiometer and lidar to monitor and study the radiative effects of water vapor, aerosols, and thin clouds in the upper troposphere. The infrared spectro-radiometer measures atmospheric emitted spectral radiance over the wavelength range of about 3-23 micrometers, while the lidar detects clouds and aerosol layers.
Research applications include:
Basic parameters measured:
DABUL operates automatically from within weatherproof housing, with remote control access and data download through a communications link.
Wavelength | 523 nm |
Pulse energy | 25 µJ |
Pulse rate | 2000 Hz |
Average Time: | 1 to 10 s |
Scan | 180 ° in elevation angle |
Range Resolution: | 30 m |
Minimum range | 60 m |
Maximum range | 40 km |
Project Name | Date | Location |
---|---|---|
Nauru99 | June - July 1999 | Tropical Western Pacific |
Barrow Haze Study | February - March 1999 | Barrow, Alaska |
SHEBA | October 1997 - September 1998 | Arctic Ocean |
FIRE-ACE | April - July 1998 | Arctic Ocean |
SURFRAD | June - July 1997 | Boulder, Colorado |
Erie Observations | June 1997 | Erie, Colorado |
Eberhard, W.L., R.A. Alvarez, J.M. Intrieri, S.P. Sandburg, K.W. Koenig, and K.R. Healy, Automated All-Weather Lidar with Scanning Option, 19th International Laser Radar Conference, NASA/CP--1998--207671/PT1, 639-642, Annapolis, Maryland, July 1998.
Alvarez, R.J., W.L. Eberhard, J.M. Intrieri, C.J. Grund, and S.P. Sandberg, A depolarization and backscatter lidar for unattended operation in varied meteorological conditions, 10th Symposium on Meterological Observations and Instrumentation, Phoenix, AZ, 11-16 January 1998. American Meterological Society, Boston, MA, 1998.
Grund, C.J., and S.P. Sandberg, Depolarization and Backscatter Lidar for Unattended Operation, 18th International Laser Radar Conference, 3-6, Berlin, Germany, July 1996.