netcdf OceanRAIN-W_SonneI_v1_n_1_8025139555968982762 {
dimensions:
time = 36000 ;
variables:
int time(time) ;
time:calendar = "proleptic_gregorian" ;
time:units = "minutes since 2012-09-11 00:00:00" ;
time:standard_name = "time" ;
int count(time) ;
count:units = "1" ;
count:long_name = "counter" ;
count:coordinates = "latitude longitude" ;
count:comment = "calculated" ;
int date_UT(time) ;
date_UT:units = "DDMMYYYY" ;
date_UT:long_name = "date_UTC" ;
date_UT:coordinates = "latitude longitude" ;
date_UT:comment = "measured" ;
int time_UT(time) ;
time_UT:units = "hhmm" ;
time_UT:long_name = "time_UTC" ;
time_UT:coordinates = "latitude longitude" ;
time_UT:comment = "measured" ;
int local_date(time) ;
local_date:units = "DDMMYYYY" ;
local_date:long_name = "local date" ;
local_date:coordinates = "latitude longitude" ;
local_date:comment = "calculated" ;
int local_time(time) ;
local_time:units = "hhmm" ;
local_time:long_name = "local_time" ;
local_time:coordinates = "latitude longitude" ;
local_time:comment = "calculated" ;
int minute_of_day(time) ;
minute_of_day:units = "min" ;
minute_of_day:long_name = "minutes_of_day" ;
minute_of_day:coordinates = "latitude longitude" ;
minute_of_day:comment = "calculated" ;
double julian_date(time) ;
julian_date:units = "days since 1994-01-01" ;
julian_date:long_name = "julian_date" ;
julian_date:coordinates = "latitude longitude" ;
julian_date:comment = "calculated" ;
int unix_epoch(time) ;
unix_epoch:units = "seconds since 1970-01-01 00:00:00" ;
unix_epoch:long_name = "unix_epoch" ;
unix_epoch:coordinates = "latitude longitude" ;
unix_epoch:comment = "calculated" ;
double latitude(time) ;
latitude:_FillValue = -99.9999 ;
latitude:units = "degrees_north" ;
latitude:standard_name = "latitude" ;
latitude:comment = "measured" ;
double longitude(time) ;
longitude:_FillValue = -999.9999 ;
longitude:units = "degrees_east" ;
longitude:standard_name = "longitude" ;
longitude:comment = "measured" ;
double heading(time) ;
heading:_FillValue = -99.9 ;
heading:units = "degrees" ;
heading:long_name = "heading" ;
heading:coordinates = "latitude longitude" ;
heading:comment = "measured" ;
double air_temperature(time) ;
air_temperature:_FillValue = -99.9 ;
air_temperature:units = "degree_Celsius" ;
air_temperature:standard_name = "air_temperature" ;
air_temperature:coordinates = "latitude longitude" ;
air_temperature:comment = "measured" ;
double dew_point_temperature(time) ;
dew_point_temperature:_FillValue = -99.9 ;
dew_point_temperature:units = "degree_Celsius" ;
dew_point_temperature:standard_name = "dew_point_temperature" ;
dew_point_temperature:coordinates = "latitude longitude" ;
dew_point_temperature:comment = "measured or calculated" ;
double bulkwater_temperature(time) ;
bulkwater_temperature:_FillValue = -99.9 ;
bulkwater_temperature:units = "degree_Celsius" ;
bulkwater_temperature:long_name = "bulkwater_temperature" ;
bulkwater_temperature:coordinates = "latitude longitude" ;
bulkwater_temperature:comment = "measured" ;
double sea_surface_temperature(time) ;
sea_surface_temperature:_FillValue = -99.9 ;
sea_surface_temperature:units = "degree_Celsius" ;
sea_surface_temperature:standard_name = "sea_surface_temperature" ;
sea_surface_temperature:coordinates = "latitude longitude" ;
sea_surface_temperature:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
int relative_humidity(time) ;
relative_humidity:_FillValue = -99 ;
relative_humidity:units = "%" ;
relative_humidity:standard_name = "relative_humidity" ;
relative_humidity:coordinates = "latitude longitude" ;
relative_humidity:comment = "measured" ;
double specific_humidity_at_sea_surface(time) ;
specific_humidity_at_sea_surface:_FillValue = -9.9 ;
specific_humidity_at_sea_surface:units = "g kg-1" ;
specific_humidity_at_sea_surface:long_name = "specific_humidity_at_sea_surface" ;
specific_humidity_at_sea_surface:coordinates = "latitude longitude" ;
specific_humidity_at_sea_surface:comment = "calculated, after Murphy/Coop" ;
double specific_air_humidity(time) ;
specific_air_humidity:_FillValue = -9.9 ;
specific_air_humidity:units = "g kg-1" ;
specific_air_humidity:long_name = "specific_air_humidity" ;
specific_air_humidity:coordinates = "latitude longitude" ;
specific_air_humidity:comment = "calculated, after Murphy/Coop" ;
double air_pressure(time) ;
air_pressure:_FillValue = -999.9 ;
air_pressure:units = "hPa" ;
air_pressure:standard_name = "air_pressure" ;
air_pressure:coordinates = "latitude longitude" ;
air_pressure:comment = "measured, at instrument height" ;
double relative_wind_speed(time) ;
relative_wind_speed:_FillValue = -9.9 ;
relative_wind_speed:units = "m s-1" ;
relative_wind_speed:long_name = "relative_wind_speed" ;
relative_wind_speed:coordinates = "latitude longitude" ;
relative_wind_speed:comment = "measured" ;
int relative_wind_direction(time) ;
relative_wind_direction:_FillValue = -99 ;
relative_wind_direction:units = "degrees" ;
relative_wind_direction:long_name = "relative_wind_direction" ;
relative_wind_direction:coordinates = "latitude longitude" ;
relative_wind_direction:comment = "measured" ;
double true_wind_speed(time) ;
true_wind_speed:_FillValue = -9.9 ;
true_wind_speed:units = "m s-1" ;
true_wind_speed:long_name = "true_wind_speed" ;
true_wind_speed:coordinates = "latitude longitude" ;
true_wind_speed:comment = "measured" ;
int true_wind_direction(time) ;
true_wind_direction:_FillValue = -99 ;
true_wind_direction:units = "degrees" ;
true_wind_direction:long_name = "true_wind_direction" ;
true_wind_direction:coordinates = "latitude longitude" ;
true_wind_direction:comment = "measured" ;
double wind_speed_in_10m_height(time) ;
wind_speed_in_10m_height:_FillValue = -9.9 ;
wind_speed_in_10m_height:units = "m s-1" ;
wind_speed_in_10m_height:long_name = "wind_speed_in_10m_height" ;
wind_speed_in_10m_height:coordinates = "latitude longitude" ;
wind_speed_in_10m_height:comment = "calculated, using log. wind profile" ;
double global_radiation(time) ;
global_radiation:_FillValue = -999.9 ;
global_radiation:units = "W m-2" ;
global_radiation:long_name = "global_radiation" ;
global_radiation:coordinates = "latitude longitude" ;
global_radiation:comment = "measured" ;
int visibility(time) ;
visibility:_FillValue = -9999 ;
visibility:units = "m" ;
visibility:long_name = "visibility" ;
visibility:coordinates = "latitude longitude" ;
visibility:comment = "measured" ;
int ceiling(time) ;
ceiling:_FillValue = -99999 ;
ceiling:units = "m" ;
ceiling:long_name = "ceiling" ;
ceiling:coordinates = "latitude longitude" ;
ceiling:comment = "measured" ;
double max_gusts(time) ;
max_gusts:_FillValue = -99.9 ;
max_gusts:units = "m s-1" ;
max_gusts:long_name = "max_gusts" ;
max_gusts:coordinates = "latitude longitude" ;
max_gusts:comment = "measured" ;
double salinity(time) ;
salinity:_FillValue = -99.99 ;
salinity:units = "PSU" ;
salinity:long_name = "salinity" ;
salinity:coordinates = "latitude longitude" ;
salinity:comment = "measured" ;
double drag_transfer_coeff(time) ;
drag_transfer_coeff:_FillValue = -99.9 ;
drag_transfer_coeff:units = "1" ;
drag_transfer_coeff:long_name = "drag_transfer_coeff" ;
drag_transfer_coeff:coordinates = "latitude longitude" ;
drag_transfer_coeff:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
double lhf_transfer_coeff(time) ;
lhf_transfer_coeff:_FillValue = -99.9 ;
lhf_transfer_coeff:units = "1" ;
lhf_transfer_coeff:long_name = "lhf_transfer_coeff" ;
lhf_transfer_coeff:coordinates = "latitude longitude" ;
lhf_transfer_coeff:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
double shf_transfer_coeff(time) ;
shf_transfer_coeff:_FillValue = -99.9 ;
shf_transfer_coeff:units = "1" ;
shf_transfer_coeff:long_name = "shf_transfer_coeff" ;
shf_transfer_coeff:coordinates = "latitude longitude" ;
shf_transfer_coeff:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
int warm_layer_flag(time) ;
warm_layer_flag:_FillValue = 3 ;
warm_layer_flag:units = "1" ;
warm_layer_flag:long_name = "warm_layer_flag" ;
warm_layer_flag:flag_meanings = "no_significant_warm_layer u10_lt_2m_s-1 u10_lt_m_s-1_and_global_radiation_gt_50W_m-2" ;
warm_layer_flag:coordinates = "latitude longitude" ;
warm_layer_flag:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
warm_layer_flag:flag_values = 0, 1, 2 ;
double sensible_heat_flux_shf(time) ;
sensible_heat_flux_shf:_FillValue = -9999. ;
sensible_heat_flux_shf:units = "W m-2" ;
sensible_heat_flux_shf:long_name = "sensible_heat_flux_shf" ;
sensible_heat_flux_shf:coordinates = "latitude longitude" ;
sensible_heat_flux_shf:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
double latent_heat_flux_lhf(time) ;
latent_heat_flux_lhf:_FillValue = -9999. ;
latent_heat_flux_lhf:units = "W m-2" ;
latent_heat_flux_lhf:long_name = "latent_heat_flux_lhf" ;
latent_heat_flux_lhf:coordinates = "latitude longitude" ;
latent_heat_flux_lhf:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
double evaporation(time) ;
evaporation:_FillValue = -999. ;
evaporation:units = "mm h-1" ;
evaporation:long_name = "evaporation" ;
evaporation:coordinates = "latitude longitude" ;
evaporation:comment = "calculated, after Donlon/Fairall COARE Bulk Flux" ;
double freshwater_budget(time) ;
freshwater_budget:_FillValue = -999. ;
freshwater_budget:units = "mm h-1" ;
freshwater_budget:long_name = "freshwater_budget_evaporation-precipitation_rate" ;
freshwater_budget:coordinates = "latitude longitude" ;
freshwater_budget:comment = "calculated" ;
double rain_gauge_precipitation_rate(time) ;
rain_gauge_precipitation_rate:_FillValue = -99.99 ;
rain_gauge_precipitation_rate:units = "mm h-1" ;
rain_gauge_precipitation_rate:long_name = "rain_gauge_precipitation_rate" ;
rain_gauge_precipitation_rate:coordinates = "latitude longitude" ;
rain_gauge_precipitation_rate:comment = "measured" ;
int ww_present_weather_code(time) ;
ww_present_weather_code:_FillValue = -99 ;
ww_present_weather_code:units = "1" ;
ww_present_weather_code:long_name = "ww_present_weather_code" ;
ww_present_weather_code:coordinates = "latitude longitude" ;
ww_present_weather_code:comment = "observed, human observer" ;
int W1_past_weather_code(time) ;
W1_past_weather_code:_FillValue = -99 ;
W1_past_weather_code:units = "1" ;
W1_past_weather_code:long_name = "W1_past_weather_code" ;
W1_past_weather_code:coordinates = "latitude longitude" ;
W1_past_weather_code:comment = "observed, human observer" ;
int W2_past_weather_code(time) ;
W2_past_weather_code:_FillValue = -99 ;
W2_past_weather_code:units = "1" ;
W2_past_weather_code:long_name = "W2_past_weather_code" ;
W2_past_weather_code:coordinates = "latitude longitude" ;
W2_past_weather_code:comment = "observed, human observer" ;
double particle_diameter_99th_percentile(time) ;
particle_diameter_99th_percentile:_FillValue = -999.99 ;
particle_diameter_99th_percentile:units = "mm" ;
particle_diameter_99th_percentile:long_name = "99th_percentile_of_particle_diameter" ;
particle_diameter_99th_percentile:coordinates = "latitude longitude" ;
particle_diameter_99th_percentile:comment = "calculated" ;
double theoretical_rain_rate_disdrometer(time) ;
theoretical_rain_rate_disdrometer:_FillValue = -99.99 ;
theoretical_rain_rate_disdrometer:units = "mm h-1" ;
theoretical_rain_rate_disdrometer:long_name = "theoretical_rain_rate_disdrometer" ;
theoretical_rain_rate_disdrometer:coordinates = "latitude longitude" ;
theoretical_rain_rate_disdrometer:comment = "calculated" ;
double theoretical_snow_rate_disdrometer(time) ;
theoretical_snow_rate_disdrometer:_FillValue = -99.99 ;
theoretical_snow_rate_disdrometer:units = "mm h-1" ;
theoretical_snow_rate_disdrometer:long_name = "theoretical_snow_rate_disdrometer" ;
theoretical_snow_rate_disdrometer:coordinates = "latitude longitude" ;
theoretical_snow_rate_disdrometer:comment = "calculated" ;
double probability_for_rain(time) ;
probability_for_rain:_FillValue = -999.99 ;
probability_for_rain:units = "1" ;
probability_for_rain:long_name = "probability_for_rain" ;
probability_for_rain:coordinates = "latitude longitude" ;
probability_for_rain:comment = "calculated" ;
double probability_for_snow(time) ;
probability_for_snow:_FillValue = -999.99 ;
probability_for_snow:units = "1" ;
probability_for_snow:long_name = "probability_for_snow" ;
probability_for_snow:coordinates = "latitude longitude" ;
probability_for_snow:comment = "calculated" ;
double probability_for_mixed_phase(time) ;
probability_for_mixed_phase:_FillValue = -999.99 ;
probability_for_mixed_phase:units = "1" ;
probability_for_mixed_phase:long_name = "probability_for_mixed_phase" ;
probability_for_mixed_phase:coordinates = "latitude longitude" ;
probability_for_mixed_phase:comment = "calculated" ;
int precip_flag(time) ;
precip_flag:_FillValue = 9 ;
precip_flag:units = "1" ;
precip_flag:long_name = "precip_flag" ;
precip_flag:flag_meanings = "rain snow mixed_phase true_zero_value inoperative_ODM470_instrument harbor_time_no_data" ;
precip_flag:coordinates = "latitude longitude" ;
precip_flag:comment = "calculated" ;
precip_flag:flag_values = 0, 1, 2, 3, 4, 5 ;
int precip_flag2(time) ;
precip_flag2:_FillValue = 99 ;
precip_flag2:units = "1" ;
precip_flag2:long_name = "precip_flag2" ;
precip_flag2:flag_meanings = "true_zero spurious_unknown precip_0.00mm_h-1 precip_0.01-0.09mm_h-1 precip_0.1-0.99mm_h-1 precip_1.0-9.99mm_h-1 precip_10.0-49.99mm_h-1 precip_gt_50mm_h-1" ;
precip_flag2:coordinates = "latitude longitude" ;
precip_flag2:comment = "calculated" ;
precip_flag2:flag_values = 10, 11, 12, 13, 14, 15, 16, 17 ;
int number_of_bins(time) ;
number_of_bins:_FillValue = -99 ;
number_of_bins:units = "1" ;
number_of_bins:long_name = "number_of_bins" ;
number_of_bins:coordinates = "latitude longitude" ;
number_of_bins:comment = "measured" ;
int number_of_particles(time) ;
number_of_particles:_FillValue = -9999 ;
number_of_particles:units = "1" ;
number_of_particles:long_name = "number_of_particles" ;
number_of_particles:coordinates = "latitude longitude" ;
number_of_particles:comment = "measured" ;
double ODM470_precipitation_rate_R(time) ;
ODM470_precipitation_rate_R:_FillValue = -99.99 ;
ODM470_precipitation_rate_R:units = "mm h-1" ;
ODM470_precipitation_rate_R:long_name = "precipitation_rate" ;
ODM470_precipitation_rate_R:coordinates = "latitude longitude" ;
ODM470_precipitation_rate_R:comment = "calculated" ;
double rayleigh_reflectivity_Z(time) ;
rayleigh_reflectivity_Z:_FillValue = -99.99 ;
rayleigh_reflectivity_Z:units = "mm6 m-3" ;
rayleigh_reflectivity_Z:long_name = "rayleigh_reflectivity_Z" ;
rayleigh_reflectivity_Z:coordinates = "latitude longitude" ;
rayleigh_reflectivity_Z:comment = "calculated" ;
double dBR(time) ;
dBR:_FillValue = -99.99 ;
dBR:units = "dBR" ;
dBR:long_name = "10 log precip_rate" ;
dBR:coordinates = "latitude longitude" ;
dBR:comment = "calculated" ;
double dBZ(time) ;
dBZ:_FillValue = -99.99 ;
dBZ:units = "dBZ" ;
dBZ:long_name = "10 log reflectivity" ;
dBZ:coordinates = "latitude longitude" ;
dBZ:comment = "calculated" ;
double relative_wind_speed_ODM470(time) ;
relative_wind_speed_ODM470:_FillValue = -99.99 ;
relative_wind_speed_ODM470:units = "m s-1" ;
relative_wind_speed_ODM470:long_name = "relative_wind_speed_ODM470" ;
relative_wind_speed_ODM470:missing_value = -88.88 ;
relative_wind_speed_ODM470:coordinates = "latitude longitude" ;
relative_wind_speed_ODM470:comment = "measured, ODM470 measurement" ;
double reference_voltage(time) ;
reference_voltage:_FillValue = -99.99 ;
reference_voltage:units = "V" ;
reference_voltage:long_name = "reference_voltage" ;
reference_voltage:missing_value = -88.88 ;
reference_voltage:coordinates = "latitude longitude" ;
reference_voltage:comment = "measured, ODM470 measurement" ;
int convective_stratiform_index(time) ;
convective_stratiform_index:_FillValue = -9 ;
convective_stratiform_index:units = "1" ;
convective_stratiform_index:long_name = "convective_stratiform_index" ;
convective_stratiform_index:coordinates = "latitude longitude" ;
convective_stratiform_index:comment = "calculated, Adapted from Thurai et al. (2010, JAOT): Stratiform (0) if No* < -1.65 * Dm + 6.35, Convective (1) otherwise" ;
double intercept_of_normalized_gamma(time) ;
intercept_of_normalized_gamma:_FillValue = -999. ;
intercept_of_normalized_gamma:units = "mm-1 m-3" ;
intercept_of_normalized_gamma:long_name = "intercept_of_normalized_gamma" ;
intercept_of_normalized_gamma:coordinates = "latitude longitude" ;
intercept_of_normalized_gamma:comment = "calculated, Normalized gamma distribution reference: Testud et al. (2001, JAM)" ;
double mass_weighted_mean_diameter_of_normalized_gamma(time) ;
mass_weighted_mean_diameter_of_normalized_gamma:_FillValue = -999. ;
mass_weighted_mean_diameter_of_normalized_gamma:units = "mm" ;
mass_weighted_mean_diameter_of_normalized_gamma:long_name = "mass_weighted_mean_diameter_of_normalized_gamma" ;
mass_weighted_mean_diameter_of_normalized_gamma:coordinates = "latitude longitude" ;
mass_weighted_mean_diameter_of_normalized_gamma:comment = "calculated, See Testud et al. (2001, JAM)" ;
double shape_parameter_of_normalized_gamma(time) ;
shape_parameter_of_normalized_gamma:_FillValue = -999. ;
shape_parameter_of_normalized_gamma:units = "1" ;
shape_parameter_of_normalized_gamma:long_name = "shape_parameter_of_normalized_gamma" ;
shape_parameter_of_normalized_gamma:coordinates = "latitude longitude" ;
shape_parameter_of_normalized_gamma:comment = "calculated, See Testud et al. (2001, JAM)" ;
double median_volume_diameter_of_normalized_gamma(time) ;
median_volume_diameter_of_normalized_gamma:_FillValue = -999. ;
median_volume_diameter_of_normalized_gamma:units = "mm" ;
median_volume_diameter_of_normalized_gamma:long_name = "median_volume_diameter_of_normalized_gamma" ;
median_volume_diameter_of_normalized_gamma:coordinates = "latitude longitude" ;
median_volume_diameter_of_normalized_gamma:comment = "calculated, See Testud et al. (2001, JAM)" ;
double mass_spectrum_standard_deviation(time) ;
mass_spectrum_standard_deviation:_FillValue = -999. ;
mass_spectrum_standard_deviation:units = "mm" ;
mass_spectrum_standard_deviation:long_name = "mass_spectrum_standard_deviation" ;
mass_spectrum_standard_deviation:coordinates = "latitude longitude" ;
mass_spectrum_standard_deviation:comment = "calculated, Williams et al. (2014, JAMC)" ;
double intercept_parameter_of_a_standard_gamma(time) ;
intercept_parameter_of_a_standard_gamma:_FillValue = -999. ;
intercept_parameter_of_a_standard_gamma:units = "mm-1 m-3" ;
intercept_parameter_of_a_standard_gamma:long_name = "intercept_parameter_of_a_standard_gamma" ;
intercept_parameter_of_a_standard_gamma:coordinates = "latitude longitude" ;
intercept_parameter_of_a_standard_gamma:comment = "calculated, e.g. Tokay and Short (1996, JAM)" ;
double C_band_reflectivity(time) ;
C_band_reflectivity:_FillValue = -999. ;
C_band_reflectivity:units = "dBZ" ;
C_band_reflectivity:long_name = "C_band_reflectivity" ;
C_band_reflectivity:coordinates = "latitude longitude" ;
C_band_reflectivity:comment = "calculated, using pyTmatrix" ;
double C_band_differential_reflectivity(time) ;
C_band_differential_reflectivity:_FillValue = -999. ;
C_band_differential_reflectivity:units = "dB" ;
C_band_differential_reflectivity:long_name = "C_band_differential_reflectivity" ;
C_band_differential_reflectivity:coordinates = "latitude longitude" ;
C_band_differential_reflectivity:comment = "calculated, using pyTmatrix" ;
double C_band_specific_differential_phase(time) ;
C_band_specific_differential_phase:_FillValue = -999. ;
C_band_specific_differential_phase:units = "degrees km-1" ;
C_band_specific_differential_phase:long_name = "reference_voltage" ;
C_band_specific_differential_phase:coordinates = "latitude longitude" ;
C_band_specific_differential_phase:comment = "calculated, using pyTmatrix" ;
double Ku_band_reflectivity(time) ;
Ku_band_reflectivity:_FillValue = -999. ;
Ku_band_reflectivity:units = "dBZ" ;
Ku_band_reflectivity:long_name = "Ku_band_reflectivity" ;
Ku_band_reflectivity:coordinates = "latitude longitude" ;
Ku_band_reflectivity:comment = "calculated, using pyTmatrix" ;
double Ku_band_differential_reflectivity(time) ;
Ku_band_differential_reflectivity:_FillValue = -999. ;
Ku_band_differential_reflectivity:units = "dB" ;
Ku_band_differential_reflectivity:long_name = "Ku_band_differential_reflectivity" ;
Ku_band_differential_reflectivity:coordinates = "latitude longitude" ;
Ku_band_differential_reflectivity:comment = "calculated, using pyTmatrix" ;
double Ku_band_specific_differential_phase(time) ;
Ku_band_specific_differential_phase:_FillValue = -999. ;
Ku_band_specific_differential_phase:units = "degrees km-1" ;
Ku_band_specific_differential_phase:long_name = "Ku_band_specific_differential_phase" ;
Ku_band_specific_differential_phase:coordinates = "latitude longitude" ;
Ku_band_specific_differential_phase:comment = "calculated, using pyTmatrix" ;
double Ka_band_reflectivity(time) ;
Ka_band_reflectivity:_FillValue = -999. ;
Ka_band_reflectivity:units = "dBZ" ;
Ka_band_reflectivity:long_name = "Ka_band_reflectivity" ;
Ka_band_reflectivity:coordinates = "latitude longitude" ;
Ka_band_reflectivity:comment = "calculated, using pyTmatrix" ;
double Ka_band_differential_reflectivity(time) ;
Ka_band_differential_reflectivity:_FillValue = -999. ;
Ka_band_differential_reflectivity:units = "dB" ;
Ka_band_differential_reflectivity:long_name = "Ka_band_differential_reflectivity" ;
Ka_band_differential_reflectivity:coordinates = "latitude longitude" ;
Ka_band_differential_reflectivity:comment = "calculated, using pyTmatrix" ;
double Ka_band_specific_differential_phase(time) ;
Ka_band_specific_differential_phase:_FillValue = -999. ;
Ka_band_specific_differential_phase:units = "degrees km-1" ;
Ka_band_specific_differential_phase:long_name = "Ka_band_specific_differential_phase" ;
Ka_band_specific_differential_phase:coordinates = "latitude longitude" ;
Ka_band_specific_differential_phase:comment = "calculated, using pyTmatrix" ;
// global attributes:
:Conventions = "CF-1.5" ;
:title = "OceanRAIN-W: RV-SonneI_DFCG" ;
:summary = "This dataset contains the temporally continuous along-track shipboard water cycle components of the Ocean Rainfall And Ice-phase precipitation measurement Network - OceanRAIN-W version 1.0 for RV-SonneI_DFCG in minute-resolution" ;
:creator_email = " christian.klepp@
nulluni-hamburg.de
:creator_url = "http://www.oceanrain.org/" ;
:authors = "Christian Klepp, Simon Michel, Alain Protat, Nicole Albern, Joerg Burdanowitz, Stephan Bakan, Andrea Dahl, Valentin Louf, Tanja Thiele" ;
:institution = "Cluster of Excellence CliSAP/CEN, University of Hamburg, Germany" ;
:date_created = "2017-09-27" ;
:dataset_version = "1.0" ;
:filename = "OceanRAIN-W_RV-SonneI_DFCG_SEP2012-OCT2012_UHAM-ICDC_v1_0.ascii" ;
:time_coverage_start = "2012-09-11 00:00:00" ;
:time_coverage_end = "2012-10-05 23:59:00" ;
:geospatial_lat_units = "degrees_north" ;
:geospatial_lat_min = "-90." ;
:geospatial_lat_max = "90." ;
:geospatial_lon_units = "degrees_east" ;
:geospatial_lon_min = "-180." ;
:geospatial_lon_max = "180." ;
:references = "http://www.oceanrain.org/" ;
}