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| Site of Regular Operation | Primary Measurement |
Spectral Range | Contact <email> |
|---|---|---|---|
Rayleigh Lidars | |||
| Utah State University, Utah, USA | Over 30-90 km:
|
532 nm | V. Wickwar <wickwar@aeronomy.cass.usu.edu> |
| Sondrestrom, Greenland | 532 nm | J. Thayer <jeff_thayer@qm.sri.edu> | |
Doppler Rayleigh Lidars | |||
| Arecibo Observatory | Relative density, winds, temperatures & aerosols (up to 60 km) | 532 nm |
C. Tepley <craig@naic.edu> |
Na Resonance Lidars | |||
| Sondrestrom, Greenland | Na density, waves (80-110 km) | 589 nm |
J. Thayer <jeff_thayer@qm.sri.edu> |
| Poker Flat, Alaska, USA | Na density, waves (70-120 km) | 589 nm |
R. Collins <ric@hoffa.gi.alaska.edu> |
| Ft. Collins, Colorado, USA | Temperature, winds, Na density (~80-100 km) | 589 nm |
C-Y She <joeshe@lamar.colostate.edu> |
Na Wind-Temperature Lidars | |||
| Urbana Atmospheric Observatory, Illinois, USA | Wind, temperature, Na density (80-105 km) | 89 nm |
C. S. Gardner <cgardner@uiuc.edu> |
Na Density & Rayleigh/Aerosol Lidar | |||
| Atmospheric Research Laboratory, South Pole | Relative density (30-80 km), aerosols | 532 nm |
G. C. Papen <gpapen@uiuc.edu> |
Tunable Resonance Lidars | |||
| Utah State University, Utah, USA | Temperatures, winds, & metal densities (~80-110 km) | 589 nm; 732-770 nm |
V. Wickwar <wickwar@aeronomy.cass.usu.edu> |
| Arecibo University, Puerto Rico | 589 nm; 730-800 nm |
C. Tepley <craig@naic.edu> | |
* Taken from the Coupling, Energetics and Dynamics of Atmospheric Regions: CEDAR Phase III Report, 1996.