Instrument	Location	Operation mode	Pulse energy , mJ	Rep. rate , Hz	Minimum eye-safe range	Wavelength , nm	Additional safety measures
1	CARL	CART site, 36º 36 N 97º 29 W	Ground-based, vertically pointing	400	30	Eye-safe	355	-
2	Ceilometer (Vaisala 25K)	CART site, 36º 36 N 97º 29 W	Ground-based, vertically pointing	2.25 e-6	976.6	Eye-safe	910	-
3	DLR Falcon DIAL	Will Rogers	Airborne, downward vertically pointing	20	100	2000 m 6561.7 ft	920	No
4	DLR Falcon HRDL (NOAA, Doppler Lidar)	Will Rogers	Airborne, downward vertically pointing, may scan 20° off nadir	2	200	Eye-safe	2020	-
5	GLOW	Homestead, 36º 33’ N 100º 36,371’ W	Ground-based, vertically pointing; step stare scanning, Azimuth range 0-360°, Elevation range 5-45°	< 35	10-50	135 m 440 ft	355	No
6	HARLIE	Homestead, 36º 33’ N 100º 36,371’ W	Ground-based, 45º conically scanning	1	5000	2300 m ??? 7545.9 ft	1064	Safety radar, operational?
7	LASE (NASA, airborne, DC-8)	Will Rogers	Airborne,downward vertically pointing	< 112 , double-pulse	5	610 m AGL 2000 ft AGL	813	Pulse energy adapted to achieve eye-safety at 2000 ft AGL
8	LEANDRE II DIAL (CNRS, airborne, P3)	Will Rogers	Airborne, horizontally or downward vertically pointing	20, double-pulse	10	1500 m 4921.2 ft	730	Safety radar for horizontally pointing operation, test required
9	Micropulse lidar	CART site, 36º 36 N 97º 29 W	Ground-based, vertically pointing	0.01	2500	Eye-safe	532	-
10	Mini-DIAL (NOAA)	ABLE site, not deployed yet	Ground-based, vertically pointing	0.4	9500	Eye-safe	823	-
11	SRL (GFSC Raman Lidar)[1]	Homestead, 36º 33’ N 100º 36,371’ W	Ground-based, vertically pointing or RHI scanning in a plane 97-277º (+/-1º)	300	30	300 m 984.2 ft	355	No

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[1] The difference in eye-safety between SRL and CARL is mainly due to different beam expanders used for the laser transmitters.