netcdf OceanRAIN-R_Meteor_v1_n_1_5711191838871827177 {
dimensions:
time = 20300 ;
variables:
int time(time) ;
time:calendar = "proleptic_gregorian" ;
time:units = "minutes since 2014-04-08 23:30:00" ;
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 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 day" ;
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 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" ;
int bin1(time) ;
bin1:units = "1" ;
bin1:long_name = "raw count for bin size 0.0375mm" ;
bin1:coordinates = "latitude longitude" ;
int bin2(time) ;
bin2:units = "1" ;
bin2:long_name = "raw count for bin size 0.0632mm" ;
bin2:coordinates = "latitude longitude" ;
int bin3(time) ;
bin3:units = "1" ;
bin3:long_name = "raw count for bin size 0.0896mm" ;
bin3:coordinates = "latitude longitude" ;
int bin4(time) ;
bin4:units = "1" ;
bin4:long_name = "raw count for bin size 0.1166mm" ;
bin4:coordinates = "latitude longitude" ;
int bin5(time) ;
bin5:units = "1" ;
bin5:long_name = "raw count for bin size 0.1443mm" ;
bin5:coordinates = "latitude longitude" ;
int bin6(time) ;
bin6:units = "1" ;
bin6:long_name = "raw count for bin size 0.1727mm" ;
bin6:coordinates = "latitude longitude" ;
int bin7(time) ;
bin7:units = "1" ;
bin7:long_name = "raw count for bin size 0.2018mm" ;
bin7:coordinates = "latitude longitude" ;
int bin8(time) ;
bin8:units = "1" ;
bin8:long_name = "raw count for bin size 0.2316mm" ;
bin8:coordinates = "latitude longitude" ;
int bin9(time) ;
bin9:units = "1" ;
bin9:long_name = "raw count for bin size 0.2621mm" ;
bin9:coordinates = "latitude longitude" ;
int bin10(time) ;
bin10:units = "1" ;
bin10:long_name = "raw count for bin size 0.2934mm" ;
bin10:coordinates = "latitude longitude" ;
int bin11(time) ;
bin11:units = "1" ;
bin11:long_name = "raw count for bin size 0.3255mm" ;
bin11:coordinates = "latitude longitude" ;
int bin12(time) ;
bin12:units = "1" ;
bin12:long_name = "raw count for bin size 0.3583mm" ;
bin12:coordinates = "latitude longitude" ;
int bin13(time) ;
bin13:units = "1" ;
bin13:long_name = "raw count for bin size 0.392mm" ;
bin13:coordinates = "latitude longitude" ;
int bin14(time) ;
bin14:units = "1" ;
bin14:long_name = "raw count for bin size 0.4266mm" ;
bin14:coordinates = "latitude longitude" ;
int bin15(time) ;
bin15:units = "1" ;
bin15:long_name = "raw count for bin size 0.4619mm" ;
bin15:coordinates = "latitude longitude" ;
int bin16(time) ;
bin16:units = "1" ;
bin16:long_name = "raw count for bin size 0.4982mm" ;
bin16:coordinates = "latitude longitude" ;
int bin17(time) ;
bin17:units = "1" ;
bin17:long_name = "raw count for bin size 0.5353mm" ;
bin17:coordinates = "latitude longitude" ;
int bin18(time) ;
bin18:units = "1" ;
bin18:long_name = "raw count for bin size 0.5734mm" ;
bin18:coordinates = "latitude longitude" ;
int bin19(time) ;
bin19:units = "1" ;
bin19:long_name = "raw count for bin size 0.6124mm" ;
bin19:coordinates = "latitude longitude" ;
int bin20(time) ;
bin20:units = "1" ;
bin20:long_name = "raw count for bin size 0.6524mm" ;
bin20:coordinates = "latitude longitude" ;
int bin21(time) ;
bin21:units = "1" ;
bin21:long_name = "raw count for bin size 0.6934mm" ;
bin21:coordinates = "latitude longitude" ;
int bin22(time) ;
bin22:units = "1" ;
bin22:long_name = "raw count for bin size 0.7354mm" ;
bin22:coordinates = "latitude longitude" ;
int bin23(time) ;
bin23:units = "1" ;
bin23:long_name = "raw count for bin size 0.7784mm" ;
bin23:coordinates = "latitude longitude" ;
int bin24(time) ;
bin24:units = "1" ;
bin24:long_name = "raw count for bin size 0.8225mm" ;
bin24:coordinates = "latitude longitude" ;
int bin25(time) ;
bin25:units = "1" ;
bin25:long_name = "raw count for bin size 0.8677mm" ;
bin25:coordinates = "latitude longitude" ;
int bin26(time) ;
bin26:units = "1" ;
bin26:long_name = "raw count for bin size 0.914mm" ;
bin26:coordinates = "latitude longitude" ;
int bin27(time) ;
bin27:units = "1" ;
bin27:long_name = "raw count for bin size 0.9615mm" ;
bin27:coordinates = "latitude longitude" ;
int bin28(time) ;
bin28:units = "1" ;
bin28:long_name = "raw count for bin size 1.0101mm" ;
bin28:coordinates = "latitude longitude" ;
int bin29(time) ;
bin29:units = "1" ;
bin29:long_name = "raw count for bin size 1.06mm" ;
bin29:coordinates = "latitude longitude" ;
int bin30(time) ;
bin30:units = "1" ;
bin30:long_name = "raw count for bin size 1.1111mm" ;
bin30:coordinates = "latitude longitude" ;
int bin31(time) ;
bin31:units = "1" ;
bin31:long_name = "raw count for bin size 1.1634mm" ;
bin31:coordinates = "latitude longitude" ;
int bin32(time) ;
bin32:units = "1" ;
bin32:long_name = "raw count for bin size 1.2171mm" ;
bin32:coordinates = "latitude longitude" ;
int bin33(time) ;
bin33:units = "1" ;
bin33:long_name = "raw count for bin size 1.272mm" ;
bin33:coordinates = "latitude longitude" ;
int bin34(time) ;
bin34:units = "1" ;
bin34:long_name = "raw count for bin size 1.3284mm" ;
bin34:coordinates = "latitude longitude" ;
int bin35(time) ;
bin35:units = "1" ;
bin35:long_name = "raw count for bin size 1.3861mm" ;
bin35:coordinates = "latitude longitude" ;
int bin36(time) ;
bin36:units = "1" ;
bin36:long_name = "raw count for bin size 1.4453mm" ;
bin36:coordinates = "latitude longitude" ;
int bin37(time) ;
bin37:units = "1" ;
bin37:long_name = "raw count for bin size 1.5059mm" ;
bin37:coordinates = "latitude longitude" ;
int bin38(time) ;
bin38:units = "1" ;
bin38:long_name = "raw count for bin size 1.5681mm" ;
bin38:coordinates = "latitude longitude" ;
int bin39(time) ;
bin39:units = "1" ;
bin39:long_name = "raw count for bin size 1.6318mm" ;
bin39:coordinates = "latitude longitude" ;
int bin40(time) ;
bin40:units = "1" ;
bin40:long_name = "raw count for bin size 1.697mm" ;
bin40:coordinates = "latitude longitude" ;
int bin41(time) ;
bin41:units = "1" ;
bin41:long_name = "raw count for bin size 1.7639mm" ;
bin41:coordinates = "latitude longitude" ;
int bin42(time) ;
bin42:units = "1" ;
bin42:long_name = "raw count for bin size 1.8324mm" ;
bin42:coordinates = "latitude longitude" ;
int bin43(time) ;
bin43:units = "1" ;
bin43:long_name = "raw count for bin size 1.9027mm" ;
bin43:coordinates = "latitude longitude" ;
int bin44(time) ;
bin44:units = "1" ;
bin44:long_name = "raw count for bin size 1.9747mm" ;
bin44:coordinates = "latitude longitude" ;
int bin45(time) ;
bin45:units = "1" ;
bin45:long_name = "raw count for bin size 2.0484mm" ;
bin45:coordinates = "latitude longitude" ;
int bin46(time) ;
bin46:units = "1" ;
bin46:long_name = "raw count for bin size 2.124mm" ;
bin46:coordinates = "latitude longitude" ;
int bin47(time) ;
bin47:units = "1" ;
bin47:long_name = "raw count for bin size 2.2015mm" ;
bin47:coordinates = "latitude longitude" ;
int bin48(time) ;
bin48:units = "1" ;
bin48:long_name = "raw count for bin size 2.2809mm" ;
bin48:coordinates = "latitude longitude" ;
int bin49(time) ;
bin49:units = "1" ;
bin49:long_name = "raw count for bin size 2.3622mm" ;
bin49:coordinates = "latitude longitude" ;
int bin50(time) ;
bin50:units = "1" ;
bin50:long_name = "raw count for bin size 2.4456mm" ;
bin50:coordinates = "latitude longitude" ;
int bin51(time) ;
bin51:units = "1" ;
bin51:long_name = "raw count for bin size 2.5311mm" ;
bin51:coordinates = "latitude longitude" ;
int bin52(time) ;
bin52:units = "1" ;
bin52:long_name = "raw count for bin size 2.6186mm" ;
bin52:coordinates = "latitude longitude" ;
int bin53(time) ;
bin53:units = "1" ;
bin53:long_name = "raw count for bin size 2.7084mm" ;
bin53:coordinates = "latitude longitude" ;
int bin54(time) ;
bin54:units = "1" ;
bin54:long_name = "raw count for bin size 2.8003mm" ;
bin54:coordinates = "latitude longitude" ;
int bin55(time) ;
bin55:units = "1" ;
bin55:long_name = "raw count for bin size 2.8946mm" ;
bin55:coordinates = "latitude longitude" ;
int bin56(time) ;
bin56:units = "1" ;
bin56:long_name = "raw count for bin size 2.9911mm" ;
bin56:coordinates = "latitude longitude" ;
int bin57(time) ;
bin57:units = "1" ;
bin57:long_name = "raw count for bin size 3.0901mm" ;
bin57:coordinates = "latitude longitude" ;
int bin58(time) ;
bin58:units = "1" ;
bin58:long_name = "raw count for bin size 3.1915mm" ;
bin58:coordinates = "latitude longitude" ;
int bin59(time) ;
bin59:units = "1" ;
bin59:long_name = "raw count for bin size 3.2955mm" ;
bin59:coordinates = "latitude longitude" ;
int bin60(time) ;
bin60:units = "1" ;
bin60:long_name = "raw count for bin size 3.402mm" ;
bin60:coordinates = "latitude longitude" ;
int bin61(time) ;
bin61:units = "1" ;
bin61:long_name = "raw count for bin size 3.5112mm" ;
bin61:coordinates = "latitude longitude" ;
int bin62(time) ;
bin62:units = "1" ;
bin62:long_name = "raw count for bin size 3.623mm" ;
bin62:coordinates = "latitude longitude" ;
int bin63(time) ;
bin63:units = "1" ;
bin63:long_name = "raw count for bin size 3.7377mm" ;
bin63:coordinates = "latitude longitude" ;
int bin64(time) ;
bin64:units = "1" ;
bin64:long_name = "raw count for bin size 3.8552mm" ;
bin64:coordinates = "latitude longitude" ;
int bin65(time) ;
bin65:units = "1" ;
bin65:long_name = "raw count for bin size 3.9755mm" ;
bin65:coordinates = "latitude longitude" ;
int bin66(time) ;
bin66:units = "1" ;
bin66:long_name = "raw count for bin size 4.0989mm" ;
bin66:coordinates = "latitude longitude" ;
int bin67(time) ;
bin67:units = "1" ;
bin67:long_name = "raw count for bin size 4.2254mm" ;
bin67:coordinates = "latitude longitude" ;
int bin68(time) ;
bin68:units = "1" ;
bin68:long_name = "raw count for bin size 4.355mm" ;
bin68:coordinates = "latitude longitude" ;
int bin69(time) ;
bin69:units = "1" ;
bin69:long_name = "raw count for bin size 4.4877mm" ;
bin69:coordinates = "latitude longitude" ;
int bin70(time) ;
bin70:units = "1" ;
bin70:long_name = "raw count for bin size 4.6238mm" ;
bin70:coordinates = "latitude longitude" ;
int bin71(time) ;
bin71:units = "1" ;
bin71:long_name = "raw count for bin size 4.7633mm" ;
bin71:coordinates = "latitude longitude" ;
int bin72(time) ;
bin72:units = "1" ;
bin72:long_name = "raw count for bin size 4.9062mm" ;
bin72:coordinates = "latitude longitude" ;
int bin73(time) ;
bin73:units = "1" ;
bin73:long_name = "raw count for bin size 5.0527mm" ;
bin73:coordinates = "latitude longitude" ;
int bin74(time) ;
bin74:units = "1" ;
bin74:long_name = "raw count for bin size 5.2028mm" ;
bin74:coordinates = "latitude longitude" ;
int bin75(time) ;
bin75:units = "1" ;
bin75:long_name = "raw count for bin size 5.3566mm" ;
bin75:coordinates = "latitude longitude" ;
int bin76(time) ;
bin76:units = "1" ;
bin76:long_name = "raw count for bin size 5.5142mm" ;
bin76:coordinates = "latitude longitude" ;
int bin77(time) ;
bin77:units = "1" ;
bin77:long_name = "raw count for bin size 5.6758mm" ;
bin77:coordinates = "latitude longitude" ;
int bin78(time) ;
bin78:units = "1" ;
bin78:long_name = "raw count for bin size 5.8413mm" ;
bin78:coordinates = "latitude longitude" ;
int bin79(time) ;
bin79:units = "1" ;
bin79:long_name = "raw count for bin size 6.011mm" ;
bin79:coordinates = "latitude longitude" ;
int bin80(time) ;
bin80:units = "1" ;
bin80:long_name = "raw count for bin size 6.1848mm" ;
bin80:coordinates = "latitude longitude" ;
int bin81(time) ;
bin81:units = "1" ;
bin81:long_name = "raw count for bin size 6.363mm" ;
bin81:coordinates = "latitude longitude" ;
int bin82(time) ;
bin82:units = "1" ;
bin82:long_name = "raw count for bin size 6.5456mm" ;
bin82:coordinates = "latitude longitude" ;
int bin83(time) ;
bin83:units = "1" ;
bin83:long_name = "raw count for bin size 6.7327mm" ;
bin83:coordinates = "latitude longitude" ;
int bin84(time) ;
bin84:units = "1" ;
bin84:long_name = "raw count for bin size 6.9244mm" ;
bin84:coordinates = "latitude longitude" ;
int bin85(time) ;
bin85:units = "1" ;
bin85:long_name = "raw count for bin size 7.121mm" ;
bin85:coordinates = "latitude longitude" ;
int bin86(time) ;
bin86:units = "1" ;
bin86:long_name = "raw count for bin size 7.3223mm" ;
bin86:coordinates = "latitude longitude" ;
int bin87(time) ;
bin87:units = "1" ;
bin87:long_name = "raw count for bin size 7.5287mm" ;
bin87:coordinates = "latitude longitude" ;
int bin88(time) ;
bin88:units = "1" ;
bin88:long_name = "raw count for bin size 7.7402mm" ;
bin88:coordinates = "latitude longitude" ;
int bin89(time) ;
bin89:units = "1" ;
bin89:long_name = "raw count for bin size 7.957mm" ;
bin89:coordinates = "latitude longitude" ;
int bin90(time) ;
bin90:units = "1" ;
bin90:long_name = "raw count for bin size 8.1791mm" ;
bin90:coordinates = "latitude longitude" ;
int bin91(time) ;
bin91:units = "1" ;
bin91:long_name = "raw count for bin size 8.4067mm" ;
bin91:coordinates = "latitude longitude" ;
int bin92(time) ;
bin92:units = "1" ;
bin92:long_name = "raw count for bin size 8.64mm" ;
bin92:coordinates = "latitude longitude" ;
int bin93(time) ;
bin93:units = "1" ;
bin93:long_name = "raw count for bin size 8.879mm" ;
bin93:coordinates = "latitude longitude" ;
int bin94(time) ;
bin94:units = "1" ;
bin94:long_name = "raw count for bin size 9.124mm" ;
bin94:coordinates = "latitude longitude" ;
int bin95(time) ;
bin95:units = "1" ;
bin95:long_name = "raw count for bin size 9.375mm" ;
bin95:coordinates = "latitude longitude" ;
int bin96(time) ;
bin96:units = "1" ;
bin96:long_name = "raw count for bin size 9.6323mm" ;
bin96:coordinates = "latitude longitude" ;
int bin97(time) ;
bin97:units = "1" ;
bin97:long_name = "raw count for bin size 9.896mm" ;
bin97:coordinates = "latitude longitude" ;
int bin98(time) ;
bin98:units = "1" ;
bin98:long_name = "raw count for bin size 10.1662mm" ;
bin98:coordinates = "latitude longitude" ;
int bin99(time) ;
bin99:units = "1" ;
bin99:long_name = "raw count for bin size 10.4431mm" ;
bin99:coordinates = "latitude longitude" ;
int bin100(time) ;
bin100:units = "1" ;
bin100:long_name = "raw count for bin size 10.7269mm" ;
bin100:coordinates = "latitude longitude" ;
int bin101(time) ;
bin101:units = "1" ;
bin101:long_name = "raw count for bin size 11.0177mm" ;
bin101:coordinates = "latitude longitude" ;
int bin102(time) ;
bin102:units = "1" ;
bin102:long_name = "raw count for bin size 11.3157mm" ;
bin102:coordinates = "latitude longitude" ;
int bin103(time) ;
bin103:units = "1" ;
bin103:long_name = "raw count for bin size 11.6211mm" ;
bin103:coordinates = "latitude longitude" ;
int bin104(time) ;
bin104:units = "1" ;
bin104:long_name = "raw count for bin size 11.9341mm" ;
bin104:coordinates = "latitude longitude" ;
int bin105(time) ;
bin105:units = "1" ;
bin105:long_name = "raw count for bin size 12.2548mm" ;
bin105:coordinates = "latitude longitude" ;
int bin106(time) ;
bin106:units = "1" ;
bin106:long_name = "raw count for bin size 12.5835mm" ;
bin106:coordinates = "latitude longitude" ;
int bin107(time) ;
bin107:units = "1" ;
bin107:long_name = "raw count for bin size 12.9203mm" ;
bin107:coordinates = "latitude longitude" ;
int bin108(time) ;
bin108:units = "1" ;
bin108:long_name = "raw count for bin size 13.2655mm" ;
bin108:coordinates = "latitude longitude" ;
int bin109(time) ;
bin109:units = "1" ;
bin109:long_name = "raw count for bin size 13.6193mm" ;
bin109:coordinates = "latitude longitude" ;
int bin110(time) ;
bin110:units = "1" ;
bin110:long_name = "raw count for bin size 13.9818mm" ;
bin110:coordinates = "latitude longitude" ;
int bin111(time) ;
bin111:units = "1" ;
bin111:long_name = "raw count for bin size 14.3533mm" ;
bin111:coordinates = "latitude longitude" ;
int bin112(time) ;
bin112:units = "1" ;
bin112:long_name = "raw count for bin size 14.7341mm" ;
bin112:coordinates = "latitude longitude" ;
int bin113(time) ;
bin113:units = "1" ;
bin113:long_name = "raw count for bin size 15.1242mm" ;
bin113:coordinates = "latitude longitude" ;
int bin114(time) ;
bin114:units = "1" ;
bin114:long_name = "raw count for bin size 15.5241mm" ;
bin114:coordinates = "latitude longitude" ;
int bin115(time) ;
bin115:units = "1" ;
bin115:long_name = "raw count for bin size 15.9339mm" ;
bin115:coordinates = "latitude longitude" ;
int bin116(time) ;
bin116:units = "1" ;
bin116:long_name = "raw count for bin size 16.3538mm" ;
bin116:coordinates = "latitude longitude" ;
int bin117(time) ;
bin117:units = "1" ;
bin117:long_name = "raw count for bin size 16.7841mm" ;
bin117:coordinates = "latitude longitude" ;
int bin118(time) ;
bin118:units = "1" ;
bin118:long_name = "raw count for bin size 17.2251mm" ;
bin118:coordinates = "latitude longitude" ;
int bin119(time) ;
bin119:units = "1" ;
bin119:long_name = "raw count for bin size 17.6771mm" ;
bin119:coordinates = "latitude longitude" ;
int bin120(time) ;
bin120:units = "1" ;
bin120:long_name = "raw count for bin size 18.1402mm" ;
bin120:coordinates = "latitude longitude" ;
int bin121(time) ;
bin121:units = "1" ;
bin121:long_name = "raw count for bin size 18.6149mm" ;
bin121:coordinates = "latitude longitude" ;
int bin122(time) ;
bin122:units = "1" ;
bin122:long_name = "raw count for bin size 19.1013mm" ;
bin122:coordinates = "latitude longitude" ;
int bin123(time) ;
bin123:units = "1" ;
bin123:long_name = "raw count for bin size 19.5998mm" ;
bin123:coordinates = "latitude longitude" ;
int bin124(time) ;
bin124:units = "1" ;
bin124:long_name = "raw count for bin size 20.1106mm" ;
bin124:coordinates = "latitude longitude" ;
int bin125(time) ;
bin125:units = "1" ;
bin125:long_name = "raw count for bin size 20.6341mm" ;
bin125:coordinates = "latitude longitude" ;
int bin126(time) ;
bin126:units = "1" ;
bin126:long_name = "raw count for bin size 21.1706mm" ;
bin126:coordinates = "latitude longitude" ;
int bin127(time) ;
bin127:units = "1" ;
bin127:long_name = "raw count for bin size 21.7204mm" ;
bin127:coordinates = "latitude longitude" ;
int bin128(time) ;
bin128:units = "1" ;
bin128:long_name = "raw count for bin size 22.2838mm" ;
bin128:coordinates = "latitude longitude" ;
// global attributes:
:Conventions = "CF-1.5" ;
:title = "OceanRAIN-R: RV-Meteor_DBBH" ;
:summary = "This dataset contains the temporally discontinuous along-track shipboard raw particle size distributions and precipitation microphysics of the Ocean Rainfall And Ice-phase precipitation measurement Network - OceanRAIN-R version 1.0 for RV-Meteor_DBBH 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-R_RV-Meteor_DBBH_MAR2014-MAR2016_UHAM-ICDC_v1_0.ascii" ;
:time_coverage_start = "2014-04-08 23:30:00" ;
:time_coverage_end = "2016-01-26 09:46:00" ;
: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/" ;
}