Measurement systems available at supersite V (instrument type, operating institution): TRESS Aerosol Raman lidar, CNRS, France. Full Sky Camera, CNRS, France. TRESS IR Radiometer, CNRS, France. K-band
The period of permanent measurement was : 1st July - 31 July 2007 The measured parameters are the 3 heights of the 3 typical cloud bases every 15 seconds from a ceilometer, and the back scattering signal
The period of permanent measurement was : 1st July - 31 July 2007. The measured parameters are : height, eastward and northward wind, upward air velocity,wind speed and direction, signal to noise ratio.
The period of permanent measurement was : 1st July - 31 July 2007. The measured parameters are : height, eastward and northward wind, upward air velocity,wind speed and direction, signal to noise ratio.
The CNRS TReSS backscatter Lidar was fully operational in the Vosges Super site from July 1 to August 2 2007. Except for heavy rain events, the system did measurements during almost 24h per day during
The period of permanent measurement was : 1st July - 31 July 2007 The measured parameter is the surface downward sensible heat flux representing the surface between 2 mats (distance = 2754 m), 8 m
The Raman lidar developed conjointly between LOEMI (IGN) and SA (CNRS) has been deployed on the Vosges Site of the COPS campaign. This instrument measures water vapor profiles in the lower troposphere,
Lidar backscatter data at 532 nm from CNRS TReSS Lidar run by IPSL/CNRM at COPS-Supersite Vosges Mountains. The CNRS TReSS backscatter Lidar was fully operational in the Vosges Super site from July 1 to
Cloudbase in three heights from Meteo-France Ceilometer (TNL: Laser telemetry) at COPS-Supersite Vosges Mountains. The period of permanent measurement was : 1st July - 31 July 2007 The measured parameters
Heat fluxes and bowen-ratio from scintillometer run by Meteo-France/CNRM at COPS-Supersite Vosges Mountains. The period of permanent measurement was : 1st July - 31 July 2007 The measured parameter is
Wind profiles from UHF in high and low mode run by Meteo-France/CNRM at COPS-Supersite Vosges Mountains. The period of permanent measurement was : 1st July - 31 July 2007. The measured parameters are
Water vapor mixing ratio profiles from the IGN-SA Raman lidar at COPS-Supersite Vosges Mountains. The Raman lidar developed conjointly between LOEMI (IGN) and SA (CNRS) has been deployed on the Vosges
Continuous operations from June 15 to August 29, 2007. 360 deg reflectivity plots over topography. Resolution: 60 m in range and 2 deg in azimuth up to 20 km and 30 seconds in time. The radar was located at Bischenberg.