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Dataset #11820 | PHILEAS_F17_Paderborn… |
RSS 2.0 | Atom 1.0 |
Primary data
Releases
| Release | Upload Date | Filesize | File |
|---|---|---|---|
| 1 | 2026-09-29 | 55.1 MiB |
|
Further Information
- Begin of free primary data access: 2026-07-16
- Number of downloads: 11
Entries (observed variables)
| No. | Name |
|---|---|
| A | virtual entry: time [unspecified unit] given by 29796 constant values |
| 001 | CO2 mixing ratio (PPM) |
| 002 | CO2 estimated precision (PPM) |
| 003 | CFC-12 MIXING RATIO (PPT) |
| 004 | CFC-12 ERROR 1-sd (PPT) |
| 005 | CFC-11 MIXING RATIO (PPT) |
| 006 | CFC-11 ERROR 1-sd (PPT) |
| 007 | CFC-113 MIXING RATIO (PPT) |
| 008 | CFC-113 ERROR 1-sd (PPT) |
| 009 | SF6 MIXING RATIO (PPT) |
| 010 | SF6 ERROR 1-sd (PPT) |
| 011 | C2H2 MIXING RATIO (PPT) |
| 012 | C2H2 ERROR 1-sd (PPT) |
| 013 | CH2Cl2 MIXING RATIO (PPT) |
| 014 | CH2Cl2 ERROR 1-sd (PPT) |
| 015 | CH3Cl MIXING RATIO (PPT) |
| 016 | CH3Cl ERROR 1-sd (PPT) |
| 017 | HFC125 MIXING RATIO (PPT) |
| 018 | HFC125 ERROR 1-sd (PPT) |
| 019 | HCFC22 MIXING RATIO (PPT) |
| 020 | HCFC22 ERROR 1-sd (PPT) |
| 021 | HCFC141b MIXING RATIO (PPT) |
| 022 | HCFC141b ERROR 1-sd (PPT) |
| 023 | HCFC142b MIXING RATIO (PPT) |
| 024 | HCFC142b ERROR 1-sd (PPT) |
| 025 | HFC134a MIXING RATIO (PPT) |
| 026 | HFC134a ERROR 1-sd (PPT) |
| 027 | CHCl3 MIXING RATIO (PPT) |
| 028 | CHCl3 ERROR 1-sd (PPT) |
| 029 | F12 MIXING RATIO (PPT) |
| 030 | F12 ERROR 1-sd (PPT) |
| 031 | F114 MIXING RATIO (PPT) |
| 032 | F114 ERROR 1-sd (PPT) |
| 033 | CH3Br MIXING RATIO (PPT) |
| 034 | CH3Br ERROR 1-sd (PPT) |
| 035 | F11 MIXING RATIO (PPT) |
| 036 | F11 ERROR 1-sd (PPT) |
| 037 | CCl4 MIXING RATIO (PPT) |
| 038 | CCl4 ERROR 1-sd (PPT) |
| 039 | C2Cl4 MIXING RATIO (PPT) |
| 040 | C2Cl4 ERROR 1-sd (PPT) |
| 041 | CH2Br2 MIXING RATIO (PPT) |
| 042 | CH2Br2 ERROR 1-sd (PPT) |
| 043 | THETA-Distance to local 2.0 PVU surface (K) |
| 044 | Pressure of local lapse rate tropopause [hPa] (K) |
| 045 | Pot. temperature of local lapse rate tropopause [K] (K) |
| 046 | Altitude of local lapse rate tropopause [km] (km) |
| 047 | Mass fraction from tropical surface (%) |
| 048 | Mass fraction from NH surface (%) |
| 049 | Mass fraction from SH surface (%) |
| 050 | Mean age from clock-tracer (Boundary Age) (yr) |
| 051 | E30 tracer with 30 day lifetime (m^3/m^3) |
| 052 | E90 tracer with 90 day lifetime (m^3/m^3) |
| 053 | E180 tracer with 180 day lifetime (m^3/m^3) |
| 054 | E360 tracer with 360 day lifetime (m^3/m^3) |
| 055 | E720 tracer with 720 day lifetime (m^3/m^3) |
| 056 | E1080 tracer with 1080 day lifetime (m^3/m^3) |
| 057 | Modal age from age-spectrum (10 yr) (year) |
| 058 | Deacay timescale of age spectrum tail (10 yr) (year) |
| 059 | Tail-corrected mean age from age-spectrum (10 yr) (year) |
| 060 | Tail-corrected age spectrum width (10 yr) (year) |
| 061 | Norm from age-spectrum (10 yr) (XX) |
| 062 | Mass fraction older than 12 months from age-spectrum (10 yr) (%) |
| 063 | Mass fraction older than 24 months from age-spectrum (10 yr) (%) |
| 064 | Mass fraction older than 36 months from age-spectrum (10 yr) (%) |
| 065 | Mass fraction older than 48 months from age-spectrum (10 yr) (%) |
| 066 | Median age from age-spectrum (year) |
| 067 | Mass fraction younger than 1 month from age-spectrum (10 yr) (%) |
| 068 | Mass fraction younger than 3 months from age-spectrum (10 yr) (%) |
| 069 | Mass fraction younger than 6 months from age-spectrum (10 yr) (%) |
| 070 | Mass fraction younger than 12 months from age-spectrum (10 yr) (%) |
| 071 | Ammonium (µg m-3) |
| 072 | Nitrate (µg m-3) |
| 073 | Sulfate (µg m-3) |
| 074 | Chloride (µg m-3) |
| 075 | Organics_DL (µg m-3) |
| 076 | Ammonium_DL (µg m-3) |
| 077 | Nitrate_DL (µg m-3) |
| 078 | Sulfate_DL (µg m-3) |
| 079 | Chloride_DL (µg m-3) |
| 080 | Temperature (ERA5) (K) |
| 081 | Pressure (ERA5) (hPa) |
| 082 | Surface pressure (ERA5) (Pa) |
| 083 | Potential temperature (ERA5) (K) |
| 084 | Geopotential (ERA5) (m**2/s**2) |
| 085 | Specific humidity (ERA5) (kg kg**-1) |
| 086 | Brunt-Vaisala frequency (ERA5) (s**-2) |
| 087 | Cloud Ice Water Content (ERA5) (kg kg**-1) |
| 088 | Cloud Liquid Water Content (ERA5) (kg kg**-1) |
| 089 | Vertical wind (ERA5) (Pa*s**-1) |
| 090 | U wind (ERA5) (m/s) |
| 091 | V wind (ERA5) (m/s) |
| 092 | Divergence (ERA5) (s**-1) |
| 093 | Vorticity (relative) (ERA5) (s**-1) |
| 094 | Vertical wind shear (ERA5) (s**-2) |
| 095 | W wind (ERA5) (m/s) |
| 096 | Boundary layer height (ERA5) (m) |
| 097 | Convective available potential energy (ERA5) (J kg**-1) |
| 098 | Ozone mass mixing ratio (ERA5) (kg kg**-1) |
| 099 | Potential vorticity (ERA5) (PVU) |
| 100 | Equivalent latitude (ERA5) (deg N) |
| 101 | WGS84 Datum/Latitude (deg) |
| 102 | WGS84 Datum/Longitude (deg) |
| 103 | WGS84 Datum/Elliptical Height (m) |
| 104 | Potential Temperature (K) |
| 105 | Static Air Temperature (from BDY-TTQ, anti-ice-corrected) (K) |
| 106 | Static Pressure (from NB_PSIA) (hPa) |
| 107 | Brunt-Vaisala frequency (s**-2) |
| 108 | Geopotential Height (m**2 s**-2) |
| 109 | Hybrid Potential Temperature (K) |
| 110 | PV (10^(-6)*K*m^2/(kg*s)) |
| 111 | Equivalent Latitudes (deg N) |
| 112 | Latitude transformed to 16.09.2023 12:00:00 (ECMWF ERA-5 low resolution) (deg) |
| 113 | Longitude transformed to 16.09.2023 12:00:00 (ECMWF ERA-5 low resolution) (deg) |
| 114 | Potential temperature transformed to 16.09.2023 12:00:00 (ECMWF ERA-5 low resolution) (K) |
| 115 | Hybrid Potential temperature transformed to 16.09.2023 12:00:00 (ECMWF ERA-5 low resolution) (K) |
| 116 | Tibetan Plateau (fraction in %) |
| 117 | Northern Africa (fraction in %) |
| 118 | Southern Africa (fraction in %) |
| 119 | Indian Subcontinent (fraction in %) |
| 120 | Northern Indian Subcontinent (fraction in %) |
| 121 | Northern Indian Ocean (fraction in %) |
| 122 | Bay of Bengal (fraction in %) |
| 123 | Near East (fraction in %) |
| 124 | Eastern China (fraction in %) |
| 125 | Southeast Asia (fraction in %) |
| 126 | Warm Pool (fraction in %) |
| 127 | Tropical Western Pacific (fraction in %) |
| 128 | Europe (fraction in %) |
| 129 | Central Asia (fraction in %) |
| 130 | Northern Western Pacific (fraction in %) |
| 131 | Northern Eastern Asia (fraction in %) |
| 132 | North Polar Region (fraction in %) |
| 133 | Tropical Atlantic Ocean (fraction in %) |
| 134 | Northern America (fraction in %) |
| 135 | Central America (fraction in %) |
| 136 | Amazonia (fraction in %) |
| 137 | Southern America (fraction in %) |
| 138 | Tropical Eastern Pacific (fraction in %) |
| 139 | Northern Eastern Pacific (fraction in %) |
| 140 | Northern Atlantic Ocean (fraction in %) |
| 141 | Australia (fraction in %) |
| 142 | New Zeeland (fraction in %) |
| 143 | Southern Western Pacific (fraction in %) |
| 144 | Southern Indian Ocean (fraction in %) |
| 145 | Southern Atlantic Ocean (fraction in %) |
| 146 | Southern Eastern Pacific (fraction in %) |
| 147 | South Polar Region (fraction in %) |
| 148 | Model Boundary Layer (fraction in %) |
| 149 | CO (ppbv) |
| 150 | N2O (ppbv) |
| 151 | CH4 (ppbv) |
| 152 | C2H6 (ppbv) |
| 153 | BCPD:Cloud_flag [None] |
| 154 | RMS/Position North (m) |
| 155 | RMS/Position East (m) |
| 156 | RMS/Position Up (m) |
| 157 | WGS84 Datum/Elliptical Height (m) |
| 158 | IGI actual track angle (deg+) |
| 159 | IGI body x-axis acceleration (m/s^2) |
| 160 | IGI body y-axis acceleration (m/s^2) |
| 161 | IGI body z-axis acceleration (m/s^2) |
| 162 | IGI vertical acceleration (m/s^2) |
| 163 | Velocity/East (m/s) |
| 164 | IRS Groundspeed from corrected IGI data (m/s) |
| 165 | true heading (deg+) |
| 166 | WGS84 Datum/Latitude (deg) |
| 167 | WGS84 Datum/Longitude (deg) |
| 168 | Velocity/North (m/s) |
| 169 | IGI body roll rate (deg/s) |
| 170 | roll angle (deg) |
| 171 | IGI body pitch rate (deg/s) |
| 172 | IGI body yaw rate (deg/s) |
| 173 | pitch angle (deg) |
| 174 | Velocity/Up (m/s) |
| 175 | Absolute Humidity (g/m^3) |
| 176 | Angle of Attack (deg) |
| 177 | Angle of Sideslip (deg) |
| 178 | Height above Sea Level calculated from met. data (fast) (m) |
| 179 | Pressure Altitude (m) |
| 180 | Machnumber (Ma) |
| 181 | Static Pressure (from NB_PSIA) (hPa) |
| 182 | Dynamic Pressure (hPa) |
| 183 | Calculated True Airspeed (m/s) |
| 184 | Total Air Temperature (from BDY-TTQ, anti-ice-corrected) (K) |
| 185 | Dewpoint Temperature (K) |
| 186 | Potential Temperature (K) |
| 187 | Virtual Potential Temperature (K) |
| 188 | Virtual Temperature (K) |
| 189 | Wind Vector East Component (m/s) |
| 190 | Wind Vector North Component (m/s) |
| 191 | Wind Vector Vertical Component (m/s) |
| 192 | Horizontal Wind Direction (deg+) |
| 193 | Static Air Temperature (from BDY-TTQ, anti-ice-corrected) (K) |
| 194 | Relative Humidity with Respect to Water (%) |
| 195 | Humidity Data Source (1:Vaisala/2:SHARC_longpath/3:SHARC_shortpath) () (UNKNOWN) |
| 196 | Horizontal Windspeed (m/s) |
| 197 | H2O Volume Mixing Ratio (ppmv) |
| 198 | H2O Mass Mixing Ratio (g/kg) |
| 199 | Time_Start (s) |
| 200 | Time_End (s) |
| 201 | SF6 (ppt) |
| 202 | CFC_12 (ppt) |
| 203 | Carbonyl Sulfide (OCS) mole fraction in parts per trillion (ppt) |
| 204 | OCS precision (ppt) |
| 205 | Water Vapour (H2O, gas phase) mole fraction in parts per million (ppm) |
| 206 | H2O precision (ppm) |
| 207 | NO Volume mixing ratio (ppbv) |
| 208 | Time_Start (s) |
| 209 | Time_End (s) |
| 210 | Halon_1301 (ppt) |
| 211 | CFC_115 (ppt) |
| 212 | CFC_12 (ppt) |
| 213 | HFC_143a (ppt) |
| 214 | HCFC_22 (ppt) |
| 215 | Chloromethane (ppt) |
| 216 | HFC_134a (ppt) |
| 217 | Halon_1211 (ppt) |
| 218 | CFC_114 (ppt) |
| 219 | Bromomethane (ppt) |
| 220 | HCFC_142b (ppt) |
| 221 | CFC_11 (ppt) |
| 222 | Iodomethane (ppt) |
| 223 | Dichloromethane (ppt) |
| 224 | HCFC_141b (ppt) |
| 225 | CFC_113 (ppt) |
| 226 | Halon_2402 (ppt) |
| 227 | Trichloromethane (ppt) |
| 228 | Tetrachloromethane (ppt) |
| 229 | Dibromomethane (ppt) |
| 230 | Tribromomethane (ppt) |
| 231 | O3; mole_fraction_of_ozone_in_air; (ppb) |
| 232 | O3_unc; standard_error_of_mole_fraction_of_ozone_in_air; (ppb) |
| 233 | HNO3 (ppbv) |
| 234 | HCl (ppbv) |
| 235 | mole_fraction_of_acetylene_in_air (pmol mol^-1) |
| 236 | accuracy of C2H2 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 237 | a priori of C2H2 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 238 | initialguess of C2H2 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 239 | measurement contribution of C2H2 volume mixing ratio 250m below aircraft (1) |
| 240 | precision of C2H2 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 241 | vertical resolution (FWHM) of C2H2 volume mixing ratio 250m below aircraft (km) |
| 242 | mole_fraction_of_ethylene_in_air (nmol mol^-1) |
| 243 | accuracy of C2H4 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 244 | a priori of C2H4 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 245 | initialguess of C2H4 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 246 | measurement contribution of C2H4 volume mixing ratio 250m below aircraft (1) |
| 247 | precision of C2H4 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 248 | vertical resolution (FWHM) of C2H4 volume mixing ratio 250m below aircraft (km) |
| 249 | mole_fraction_of_ethane_in_air [unspecified unit] |
| 250 | accuracy of C2H6 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 251 | a priori of C2H6 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 252 | initialguess of C2H6 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 253 | measurement contribution of C2H6 volume mixing ratio 250m below aircraft (1) |
| 254 | precision of C2H6 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 255 | vertical resolution (FWHM) of C2H6 volume mixing ratio 250m below aircraft (km) |
| 256 | mole_fraction_of_carbon_tetrachloride_in_air [unspecified unit] |
| 257 | accuracy of CCl4 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 258 | a priori of CCl4 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 259 | initialguess of CCl4 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 260 | measurement contribution of CCl4 volume mixing ratio 250m below aircraft (1) |
| 261 | precision of CCl4 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 262 | vertical resolution (FWHM) of CCl4 volume mixing ratio 250m below aircraft (km) |
| 263 | mole_fraction_of_cfc11_in_air [unspecified unit] |
| 264 | accuracy of CFC-11 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 265 | a priori of CFC-11 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 266 | initialguess of CFC-11 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 267 | measurement contribution of CFC-11 volume mixing ratio 250m below aircraft (1) |
| 268 | precision of CFC-11 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 269 | vertical resolution (FWHM) of CFC-11 volume mixing ratio 250m below aircraft (km) |
| 270 | mole_fraction_of_cfc12_in_air [unspecified unit] |
| 271 | accuracy of CFC-12 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 272 | a priori of CFC-12 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 273 | mole_fraction_of_cfc12_in_air [unspecified unit] |
| 274 | initialguess of CFC-12 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 275 | measurement contribution of CFC-12 volume mixing ratio 250m below aircraft (1) |
| 276 | precision of CFC-12 volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 277 | vertical resolution (FWHM) of CFC-12 volume mixing ratio 250m below aircraft (km) |
| 278 | mole_fraction_of_methanol_in_air (pmol mol^-1) |
| 279 | accuracy of CH3OH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 280 | a priori of CH3OH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 281 | initialguess of CH3OH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 282 | measurement contribution of CH3OH volume mixing ratio 250m below aircraft (1) |
| 283 | precision of CH3OH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 284 | vertical resolution (FWHM) of CH3OH volume mixing ratio 250m below aircraft (km) |
| 285 | mole_fraction_of_chlorine_nitrate_in_air [unspecified unit] |
| 286 | accuracy of ClONO2 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 287 | a priori of ClONO2 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 288 | initialguess of ClONO2 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 289 | measurement contribution of ClONO2 volume mixing ratio 250m below aircraft (1) |
| 290 | precision of ClONO2 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 291 | vertical resolution (FWHM) of ClONO2 volume mixing ratio 250m below aircraft (km) |
| 292 | mole_fraction_of_water_vapour_in_air (umol mol^-1) |
| 293 | accuracy of H2O volume mixing ratio 250m below aircraft (umol mol^-1) |
| 294 | a priori of H2O volume mixing ratio 250m below aircraft (umol mol^-1) |
| 295 | mole_fraction_of_water_vapour_in_air (umol mol^-1) |
| 296 | initialguess of H2O volume mixing ratio 250m below aircraft (umol mol^-1) |
| 297 | measurement contribution of H2O volume mixing ratio 250m below aircraft (1) |
| 298 | precision of H2O volume mixing ratio 250m below aircraft (umol mol^-1) |
| 299 | vertical resolution (FWHM) of H2O volume mixing ratio 250m below aircraft (km) |
| 300 | mole_fraction_of_formic_acid_in_air (pmol mol^-1) |
| 301 | accuracy of HCOOH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 302 | a priori of HCOOH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 303 | initialguess of HCOOH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 304 | measurement contribution of HCOOH volume mixing ratio 250m below aircraft (1) |
| 305 | precision of HCOOH volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 306 | vertical resolution (FWHM) of HCOOH volume mixing ratio 250m below aircraft (km) |
| 307 | mole_fraction_of_nitric_acid_in_air [unspecified unit] |
| 308 | accuracy of HNO3 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 309 | a priori of HNO3 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 310 | initialguess of HNO3 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 311 | measurement contribution of HNO3 volume mixing ratio 250m below aircraft (1) |
| 312 | precision of HNO3 volume mixing ratio 250m below aircraft (nmol mol^-1) |
| 313 | vertical resolution (FWHM) of HNO3 volume mixing ratio 250m below aircraft (km) |
| 314 | square_of_brunt_vaisala_frequency_in_air [unspecified unit] |
| 315 | mole_fraction_of_ozone_in_air [unspecified unit] |
| 316 | accuracy of O3 volume mixing ratio 250m below aircraft (umol mol^-1) |
| 317 | a priori of O3 volume mixing ratio 250m below aircraft (umol mol^-1) |
| 318 | initialguess of O3 volume mixing ratio 250m below aircraft (umol mol^-1) |
| 319 | measurement contribution of O3 volume mixing ratio 250m below aircraft (1) |
| 320 | precision of O3 volume mixing ratio 250m below aircraft (umol mol^-1) |
| 321 | vertical resolution (FWHM) of O3 volume mixing ratio 250m below aircraft (km) |
| 322 | mole_fraction_of_peroxyacetyl_nitrate_in_air [unspecified unit] |
| 323 | accuracy of PAN volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 324 | a priori of PAN volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 325 | initialguess of PAN volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 326 | measurement contribution of PAN volume mixing ratio 250m below aircraft (1) |
| 327 | precision of PAN volume mixing ratio 250m below aircraft (pmol mol^-1) |
| 328 | vertical resolution (FWHM) of PAN volume mixing ratio 250m below aircraft (km) |
| 329 | relative_humidity [unspecified unit] |
| 330 | air_potential_temperature [unspecified unit] |
| 331 | ammoniumnitrate @ 947cm-1 (km^-1) |
| 332 | accuracy of ammoniumnitrate (km^-1) |
| 333 | a priori of ammoniumnitrate (km^-1) |
| 334 | initial guess of ammoniumnitrate (km^-1) |
| 335 | measurement contribution of ammoniumnitrate (1) |
| 336 | precision of ammoniumnitrate (km^-1) |
| 337 | vertical resolution (FWHM) of ammoniumnitrate (km) |
| 338 | cloud index (1) |
| 339 | extinction @ 947cm-1 (km^-1) |
| 340 | accuracy of extinction (km^-1) |
| 341 | a priori of extinction (km^-1) |
| 342 | initial guess of extinction (km^-1) |
| 343 | measurement contribution of extinction (1) |
| 344 | precision of extinction (km^-1) |
| 345 | vertical resolution (FWHM) of extinction (km) |
| 346 | air_temperature_lapse_rate [unspecified unit] |
| 347 | instrument offset 0 (nW / (cm^2 sr cm^-1)) |
| 348 | air_pressure [unspecified unit] |
| 349 | air_temperature [unspecified unit] |
| 350 | accuracy of temperature (K) |
| 351 | a priori of temperature (K) |
| 352 | initialguess of temperature (K) |
| 353 | measurement contribution of temperature (1) |
| 354 | precision of temperature (K) |
| 355 | temperature residual (K) |
| 356 | vertical resolution (FWHM) of temperature (km) |
| 357 | quality and information flags [None] |
| 358 | H2O_sat_ice: AVIONIK:TEMP, AVIONIK:PRESS (ppmv) |
| 359 | Mixing ratio OF gas + condensed phase , max. Enhancement (ppmv) |
| 360 | FISH-Error: FISH:H2O_tot * 5.0% + 0.87ppmv (ppmv) |
To browse for the dependencies of the observed variables, please use this link.
Dataset Info
Name of dataset
Short:
#11820
Full:
#11820 | PHILEAS_F17_Paderborn_20230916_1_HALO_merged_v6.nc
Date last revised
unknown
Time period of the primary data
Begin:
2023-07-17*
End:
2023-09-30*
* inherited from the metadata of the mission PHILEAS
Data Origin
Genesis of the data (see glossary):
HALO › Data Source not specified
Ongoing Subset (see glossary):
230916aLicense
No license specified.