de.koeln.rrzk/amd.de.sups/joy.cr00.l1.anySAMD v.1.0enHD(CP)2sups_joy_cr00_l1_anyHD(CP)2 long term observations, data of Cloud radar (no. 00),
by Supersite JOYCE, data version 00Daily files of Doppler spectrum moments based on cloud radar
measurements.Kerstin Ebell, kebell@meteo.uni-koeln.deResearch Center of Juelich, Institute for Energy and
Climate (IEK-8)2014-07-28, 06:37:13 UTCCF-1.6 where applicableexternalData processed by University of Cologne with
CONVERT_MMCLX_2_HDCP2.PRO on the basis of the mmclx (multi-mode
clusster classification) output.NETCDF4350daily1For non-commercial use only. This data is subject to the
HD(CP)2/SAMD data policy to be found at https://doi.org/10.25592/uhhfdm.9823 and in the HD(CP)2/SAMD
Observation Data Product Standard https://doi.org/10.5281/zenodo.1741363.Data of JOYCE, processed by IMGK, University of CologneInstitute of Energy and Climate, Research Center JuelichUlrichLoehnert+49221 470 1779uloehnert@meteo.uni-koeln.de2013-01-012013-12-300.15 - 10none30The Metek MIRA36s cloud radar is installed next to the
microwave radiometer on the roof of the ICG-2 building at the Research
Center Juelich.The files include following level 1 data: (1)
Doppler spectrum moments of all targets (including insects) (2)
Doppler spectrum moments of hydrometeors only based on the method by
Bauer-Pfundstein and Goersdorf (2007). Radar reflectivity is corrected
in the antenna near field. There was no correction applied for
attenuation.noneThis product was created from MIRA mmclx data files adjusted
to the HD(CP)2 data conventions.50.908576.413451111noneRadar frequency: 35.5 GHz Radar type: Mono static,
pulsed, magnetron, scanning capability Antenna type: Cassegrain 1 m
Antenna beam width: 0.6 deg2007M. Bauer-Pfundstein and U. GoersdorfTarget separation and classification using cloud radar
Doppler-spectranoneExtended abstract of 33rd Int. Conference on Radar
Meteorology, 6-10 August 2007, Cairns, AustraliaLong term observationsLocal observationsSupersitesJOYCELong term observationsLocal observationsVariable groupsCloud propertiesLong term observationsLocal observationsInstrument groupsRadar 496 2 lon longitude degrees_east lat latitude degrees_north zsl altitude altitude above mean sea level m nfft time, number of fft points 1 prf time, pulse repetition frequency s-1 pd time, pulse duration s nqv time, nyquist velocity m s-1 nave time, number of spectral averages 1 freq_sb sensor_band_central_radiation_frequency s-1 range range, distance from sensor to center of each range gate along
the line of sight
m range_bnds range, nv missing time time, time seconds since 1970-01-01 00:00:00 UTC time_bnds time, nv missing azi time, sensor_azimuth_angle sensor azimuth due reference point degree azi_bnds time, nv missing azi_north azimuth angle of north direction degree ele time, sensor elevation angle degree ele_bnds time, nv missing aziv time, sensor azimuth angle velocity degree s-1 elev time, sensor elevation angle velocity degree s-1 dv_all time, range Doppler velocity of all targets m s-1 sw_all time, range spectral width of all targets m s-1 ldr_all time, range linear depolarization ratio of all targets dB dbz_all time, range equivalent reflectivity factor of all targets dBZ dv_hm time, range Doppler velocity of targets classified as hydrometeors m s-1 sw_hm time, range spectral width of targets classified as hydrometeors m s-1 ldr_hm time, range linear depolarization ratio of targets classified as
hydrometeors
dB dbz_hm time, range equivalent reflectivity factor of targets classified as
hydrometeors
dBZ dbz_hm_mie time, range Mie-corrected equivalent reflectivity factor of targets
classified as hydrometeors
dBZ radconst_5km_co time, radar constant of co-channel at 5 km height 1 radconst_5km_cross time, radar constant of cross-channel at 5 km height 1 dbz_bias Estimated calibration error in dBz, one standard
deviation
dB dbz_min_co time, range minimum detectable radar reflectivity factor of
co-channel
dBZ dbz_min_cross time, range minimum detectable radar reflectivity factor of
cross-channel
dBZ