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Dataset #6892 | EM-AS-13-20180404-EME… |
RSS 2.0 | Atom 1.0 |
Primary data
Releases
| Release | Upload Date | Filesize | File |
|---|---|---|---|
| 9 | 2022-07-20 | 81.7 MiB |
|
| 8 | 2022-05-03 | 76.3 MiB | No Download |
| 7 | 2021-11-14 | 76.2 MiB | No Download |
| 6 | 2021-07-06 | 75.6 MiB | No Download |
| 5 | 2020-12-15 | 74.5 MiB | No Download |
| 4 | 2020-12-14 | 73.6 MiB | No Download |
| 3 | 2020-07-15 | 49.3 MiB | No Download |
| 2 | 2020-06-30 | 49.7 MiB | No Download |
| 1 | 2020-03-21 | 59.5 MiB | No Download |
Further Information
- Begin of free primary data access: 2024-08-01
- Number of downloads: 839
Entries (observed variables)
| No. | Name |
|---|---|
| 001 | Time; UTC seconds after midnight to DATE (line 7); [s]; BAHAMAS; V01; |
| 002 | ABSHUM; Absolute Humidity; [g m-3]; BAHAMAS; V01; |
| 003 | ACA; Acetaldehyde, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated ACA (m/z = 45) |
| 004 | ACA_prec; Acetaldehyde, precision; [pptV]; HKMS; V06; |
| 005 | ACA_unc; Acetaldehyde, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 006 | ACE; Acetone, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated ACE (m/z = 59) |
| 007 | ACE_prec; Acetone, precision; [pptV]; HKMS; V06; |
| 008 | ACE_unc; Acetone, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 009 | ACN; quantified by signal integration on protonated ACN (m/z = 42); [pptV]; HKMS; V06; quantified by signal integration on protonated ACN (m/z = 42) |
| 010 | ACN_prec; Acetonitrile, precision; [pptV]; HKMS; V06; |
| 011 | ACN_tag; Logical value 1: acetonitrile (ACN) concentrations over the given threshold, value 0: concentrations below the threshold, value 2: instrumental background measurements; [-]; HKMS_Tags; V07; |
| 012 | ACN_tag_I; Interpolated ACN_tag to 1 second; [-]; HKMS_Tags; V07; |
| 013 | ACN_unc; Acetonitrile, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 014 | ALPHA; Angle of Attack; [deg]; BAHAMAS; V01; |
| 015 | AMTEX_O3; Ozone, volume mixing ratio [ppb]; [ppbV]; AMTEX_O3; V01; |
| 016 | BAN; CO uptake Bangkok (MPC in SEA); [g]; Source_regions; V01; 100.0E-101.0E, 13.4N-14.3N |
| 017 | BCm; STP-corrected refractory Black carbon (rBC) mass concentration; [ug m-3]; SP2; V01; |
| 018 | BCn; STP-corrected refractory Black carbon (rBC) number concentration; [cm-3]; SP2; V01; |
| 019 | BEI; CO uptake Beijing (MPC in XBS); [g]; Source_regions; V01; 115.6E-119.0E, 38.8N-40.4N |
| 020 | BEN; Benzene, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated BEN (m/z = 79) |
| 021 | BEN_prec; Benzene, precision; [pptV]; HKMS; V06; |
| 022 | BEN_tag; Logical value 1: benzene (BEN) concentrations over the given threshold, value 0: concentrations below the threshold, value 2: instrumental background measurements; [-]; HKMS_Tags; V07; |
| 023 | BEN_tag_I; Interpolated BEN_tag to 1 second; [-]; HKMS_Tags; V07; |
| 024 | BEN_unc; Benzene, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 025 | BETA; Angle of Sideslip; [deg]; BAHAMAS; V01; |
| 026 | C2H2O2; C2H2O2 (Glyoxal), volume mixing ratio; [pptV]; MINIDOAS_C2H2O2; V05; |
| 027 | C2H2O2_unc; C2H2O2 (Glyoxal), uncertainty; [pptV]; MINIDOAS_C2H2O2; V05; |
| 028 | C3H4O2; C3H4O2^* (Methylglyoxal), volume mixing ratio; [pptV]; MINIDOAS_C3H4O2; V03; |
| 029 | C3H4O2_unc; C3H4O2^* (Methylglyoxal), uncertainty; [pptV]; MINIDOAS_C3H4O2; V03; |
| 030 | CCH; CO uptake Central China; [g]; Source_regions; V01; 91.4E-108.0E, 26.5N-48.9N |
| 031 | CCNB; CCN number concentration; [cm-3]; CCN; V01; sampled with the HASI inlet for a fixed supersaturation |
| 032 | CH4; mole_fraction_of_methane_in_air; [ppmV]; PICARRO; V01; |
| 033 | CH4_unc; mole_fraction_of_methane_in_air, uncertainty, see normal comments for calculation; [ppmV]; PICARRO; V01; |
| 034 | Cha01; particle number concentration between 250 and 280 nm; [cm-3]; SKY_OPC; V02; |
| 035 | Cha02; particle number concentration between 280 and 300 nm; [cm-3]; SKY_OPC; V02; |
| 036 | Cha03; particle number concentration between 300 and 350 nm; [cm-3]; SKY_OPC; V02; |
| 037 | Cha04; particle number concentration between 350 and 400 nm; [cm-3]; SKY_OPC; V02; |
| 038 | Cha05; particle number concentration between 400 and 450 nm; [cm-3]; SKY_OPC; V02; |
| 039 | Cha06; particle number concentration between 450 and 500 nm; [cm-3]; SKY_OPC; V02; |
| 040 | Cha07; particle number concentration between 500 and 580 nm; [cm-3]; SKY_OPC; V02; |
| 041 | Cha08; particle number concentration between 580 and 650 nm; [cm-3]; SKY_OPC; V02; |
| 042 | Cha09; particle number concentration between 650 and 700 nm; [cm-3]; SKY_OPC; V02; |
| 043 | Cha10; particle number concentration between 700 and 800 nm; [cm-3]; SKY_OPC; V02; |
| 044 | Cha11; particle number concentration between 800 and 1000 nm; [cm-3]; SKY_OPC; V02; |
| 045 | Cha12; particle number concentration between 1000 and 1300 nm; [cm-3]; SKY_OPC; V02; |
| 046 | Cha13; particle number concentration between 1300 and 1600 nm; [cm-3]; SKY_OPC; V02; |
| 047 | Cha14; particle number concentration between 1600 and 2000 nm; [cm-3]; SKY_OPC; V02; |
| 048 | Cha15; particle number concentration between 2000 and 2500 nm; [cm-3]; SKY_OPC; V02; |
| 049 | Cha16; particle number concentration between 2500 and 3000 nm; [cm-3]; SKY_OPC; V02; |
| 050 | Cha17; particle number concentration between 3000 and 3500 nm; [cm-3]; SKY_OPC; V02; |
| 051 | Cha18; particle number concentration between 3500 and 4000 nm; [cm-3]; SKY_OPC; V02; |
| 052 | Cha19; particle number concentration between 4000 and 5000 nm; [cm-3]; SKY_OPC; V02; |
| 053 | Cha20; particle number concentration between 5000 and 6500 nm; [cm-3]; SKY_OPC; V02; |
| 054 | Cha21; particle number concentration between 6500 and 7500 nm; [cm-3]; SKY_OPC; V02; |
| 055 | Cha22; particle number concentration between 7500 and 8500 nm; [cm-3]; SKY_OPC; V02; |
| 056 | Cha23; particle number concentration between 8500 and 10000 nm; [cm-3]; SKY_OPC; V02; |
| 057 | Cha24; particle number concentration between 10000 and 12500 nm; [cm-3]; SKY_OPC; V02; |
| 058 | Cha25; particle number concentration between 12500 and 15000 nm; [cm-3]; SKY_OPC; V02; |
| 059 | Cha26; particle number concentration between 15000 and 17500 nm; [cm-3]; SKY_OPC; V02; |
| 060 | Cha27; particle number concentration between 17500 and 20000 nm; [cm-3]; SKY_OPC; V02; |
| 061 | Cha28; particle number concentration between 20000 and 25000 nm; [cm-3]; SKY_OPC; V02; |
| 062 | Cha29; particle number concentration between 25000 and 30000 nm; [cm-3]; SKY_OPC; V02; |
| 063 | Cha30; particle number concentration between 30000 and 32000 nm; [cm-3]; SKY_OPC; V02; |
| 064 | Cha31; particle number concentration between 32000 and 40000 nm; [cm-3]; SKY_OPC; V02; |
| 065 | CHANNEL_00_CONC_STP; Concentration Channel 0 from the OPC (231-303 nm according to the calibration, median at 272 nm); [cm-3]; AMETYST_OPC; V05; |
| 066 | CHANNEL_00_CORRECTED_1_8; Conc. Channel 0 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 067 | CHANNEL_00_CORRECTED_2_6; Conc. Channel 0 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 068 | CHANNEL_01_CONC_STP; Concentration Channel 1 from the OPC (249-330 nm according to the calibration, median at 296 nm); [cm-3]; AMETYST_OPC; V05; |
| 069 | CHANNEL_01_CORRECTED_1_8; Conc. Channel 1 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 070 | CHANNEL_01_CORRECTED_2_6; Conc. Channel 1 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 071 | CHANNEL_02_CONC_STP; Concentration Channel 2 from the OPC (282-385 nm according to the calibration, median at 338 nm); [cm-3]; AMETYST_OPC; V05; |
| 072 | CHANNEL_02_CORRECTED_1_8; Conc. Channel 2 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 073 | CHANNEL_02_CORRECTED_2_6; Conc. Channel 2 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 074 | CHANNEL_03_CONC_STP; Concentration Channel 3 from the OPC (338-490 nm according to the calibration, median at 441 nm); [cm-3]; AMETYST_OPC; V05; |
| 075 | CHANNEL_03_CORRECTED_1_8; Conc. Channel 3 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 076 | CHANNEL_03_CORRECTED_2_6; Conc. Channel 3 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 077 | CHANNEL_04_CONC_STP; Concentration Channel 4 from the OPC (390-624 nm according to the calibration, median at 497 nm); [cm-3]; AMETYST_OPC; V05; |
| 078 | CHANNEL_04_CORRECTED_1_8; Conc. Channel 4 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 079 | CHANNEL_04_CORRECTED_2_6; Conc. Channel 4 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 080 | CHANNEL_05_CONC_STP; Concentration Channel 5 from the OPC (432-740 nm according to the calibration, median at 577 nm); [cm-3]; AMETYST_OPC; V05; |
| 081 | CHANNEL_05_CORRECTED_1_8; Conc. Channel 5 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 082 | CHANNEL_05_CORRECTED_2_6; Conc. Channel 5 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 083 | CHANNEL_06_CONC_STP; Concentration Channel 6 from the OPC (485-881 nm according to the calibration, median at 670 nm); [cm-3]; AMETYST_OPC; V05; |
| 084 | CHANNEL_06_CORRECTED_1_8; Conc. Channel 6 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 085 | CHANNEL_06_CORRECTED_2_6; Conc. Channel 6 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 086 | CHANNEL_07_CONC_STP; Concentration Channel 7 from the OPC (557-1114 nm according to the calibration, median at 811 nm); [cm-3]; AMETYST_OPC; V05; |
| 087 | CHANNEL_07_CORRECTED_1_8; Conc. Channel 7 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 088 | CHANNEL_07_CORRECTED_2_6; Conc. Channel 7 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 089 | CHANNEL_08_CONC_STP; Concentration Channel 8 from the OPC (622-1396 nm according to the calibration, median at 954 nm); [cm-3]; AMETYST_OPC; V05; |
| 090 | CHANNEL_08_CORRECTED_1_8; Conc. Channel 8 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 091 | CHANNEL_08_CORRECTED_2_6; Conc. Channel 8 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 092 | CHANNEL_09_CONC_STP; Concentration Channel 9 from the OPC (700-1604 nm according to the calibration, median at 1110 nm); [cm-3]; AMETYST_OPC; V05; |
| 093 | CHANNEL_09_CORRECTED_1_8; Conc. Channel 9 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 094 | CHANNEL_09_CORRECTED_2_6; Conc. Channel 9 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 095 | CHANNEL_10_CONC_STP; Concentration Channel 10 from the OPC (800-1849 nm according to the calibration, median at 1290 nm); [cm-3]; AMETYST_OPC; V05; |
| 096 | CHANNEL_10_CORRECTED_1_8; Conc. Channel 10 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 097 | CHANNEL_10_CORRECTED_2_6; Conc. Channel 10 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 098 | CHANNEL_11_CONC_STP; Concentration Channel 11 from the OPC (896-2107 nm according to the calibration, median at 1473 nm); [cm-3]; AMETYST_OPC; V05; |
| 099 | CHANNEL_11_CORRECTED_1_8; Conc. Channel 11 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 100 | CHANNEL_11_CORRECTED_2_6; Conc. Channel 11 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 101 | CHANNEL_12_CONC_STP; Concentration Channel 12 from the OPC (987-2361 nm according to the calibration, median at 1676 nm); [cm-3]; AMETYST_OPC; V05; |
| 102 | CHANNEL_12_CORRECTED_1_8; Conc. Channel 12 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 103 | CHANNEL_12_CORRECTED_2_6; Conc. Channel 12 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 104 | CHANNEL_13_CONC_STP; Concentration Channel 13 from the OPC (1086-2710 nm according to the calibration, median at 1932 nm); [cm-3]; AMETYST_OPC; V05; |
| 105 | CHANNEL_13_CORRECTED_1_8; Conc. Channel 13 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 106 | CHANNEL_13_CORRECTED_2_6; Conc. Channel 13 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 107 | CHANNEL_14_CONC_STP; Concentration Channel 14 from the OPC (1240-3195 nm according to the calibration, median at 2314 nm); [cm-3]; AMETYST_OPC; V05; |
| 108 | CHANNEL_14_CORRECTED_1_8; Conc. Channel 14 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 109 | CHANNEL_14_CORRECTED_2_6; Conc. Channel 14 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 110 | CHANNEL_15_CONC_STP; Concentration Channel 15 from the OPC (1628-4070 nm according to the calibration, median at 2953 nm); [cm-3]; AMETYST_OPC; V05; |
| 111 | CHANNEL_15_CORRECTED_1_8; Conc. Channel 15 corrected for particle loss inside the pipes, assumed aerosol density 1.8 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 112 | CHANNEL_15_CORRECTED_2_6; Conc. Channel 15 corrected for particle loss inside the pipes, assumed aerosol density 2.6 g/cm^3; [cm-3]; AMETYST_OPC; V05; |
| 113 | Chl; Chloride aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 114 | Chl_DL; Detection limit of Chl; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 115 | Chl_prec; Standard deviation of chloride aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 116 | CI_HAIDI2; Colorindex (counts at 330nm / counts at 390nm, corrected for CCD detector non-linearity); []; HAIDI2; V03; |
| 117 | CO; CO, volume mixing ratio; [ppbV]; AMTEX_CO; V02; |
| 118 | CO2; mole_fraction_of_carbon_dioxide_in_air; [ppmV]; PICARRO; V01; |
| 119 | CO2_unc; mole_fraction_of_carbon_dioxide_in_air, uncertainty, see normal comments for calculation; [ppmV]; PICARRO; V01; |
| 120 | CPC3_CONC_CM3_AMB; Ambient Particle Number Concentration from CPC3 (Total Aerosol Concentration); [cm-3]; AMETYST_CPC; V02; |
| 121 | CPC3_CONC_CM3_STP; STP Particle Number Concentration from CPC3 (p_stp=1013.25 hPa,T_stp=273.15 K); [cm-3]; AMETYST_CPC; V02; |
| 122 | cwc; specific cloud water content from FLEXTRA; [g kg-1]; SCALTRA; V02; Sum of cloud liquid water content and cloud ice water content |
| 123 | dtlcPBL; time of trajectory in PBL since last contact to PBL; [s]; SCALTRA; V02; |
| 124 | dtlcTP; time of trajectory in tropopause since last contact to tropopause; [s]; SCALTRA; V02; |
| 125 | ECH; CO uptake Eastern China; [g]; Source_regions; V01; 108.0E-122.6E, 26.5N-48.9N |
| 126 | ECS; CO uptake East China Sea; [g]; Source_regions; V01; 122.6E-150.0E, 14.0N-30.6N |
| 127 | EUA; CO uptake Europe/Northern Africa; [g]; Source_regions; V01; 18.0W-34.0E, 5.0N-60.0N |
| 128 | FAIRO_O3; Ozone, FAIRO, volume mixing ratio; [ppbV]; FAIRO_CI; V03; |
| 129 | FAIRO_O3_unc; Uncertainty of FAIRO_CI Ozone, see normal comments for calculation; [ppbV]; FAIRO_CI; V03; |
| 130 | FOR; Formaldehyde, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated FOR (m/z = 31) |
| 131 | FOR_lod; Formaldehyde, humidity dependent in-flight detection limit; [pptV]; HKMS; V06; |
| 132 | FOR_prec; Formaldehyde, precision; [pptV]; HKMS; V06; |
| 133 | FOR_unc; Formaldehyde, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 134 | FW0003_BEI; BEI CO Tracer, age 00-03 h; [ppbV]; HYSPLIT; V01; |
| 135 | FW0003_OSA; OSA CO Tracer, age 00-03 h; [ppbV]; HYSPLIT; V01; |
| 136 | FW0003_PEA; PEA CO Tracer, age 00-03 h; [ppbV]; HYSPLIT; V01; |
| 137 | FW0003_TAI; TAI CO Tracer, age 00-03 h; [ppbV]; HYSPLIT; V01; |
| 138 | FW0003_TOK; TOK CO Tracer, age 00-03 h; [ppbV]; HYSPLIT; V01; |
| 139 | FW0306_BEI; BEI CO Tracer, age 03-06 h; [ppbV]; HYSPLIT; V01; |
| 140 | FW0306_OSA; OSA CO Tracer, age 03-06 h; [ppbV]; HYSPLIT; V01; |
| 141 | FW0306_PEA; PEA CO Tracer, age 03-06 h; [ppbV]; HYSPLIT; V01; |
| 142 | FW0306_TAI; TAI CO Tracer, age 03-06 h; [ppbV]; HYSPLIT; V01; |
| 143 | FW0306_TOK; TOK CO Tracer, age 03-06 h; [ppbV]; HYSPLIT; V01; |
| 144 | FW0612_BEI; BEI CO Tracer, age 06-12 h; [ppbV]; HYSPLIT; V01; |
| 145 | FW0612_OSA; OSA CO Tracer, age 06-12 h; [ppbV]; HYSPLIT; V01; |
| 146 | FW0612_PEA; PEA CO Tracer, age 06-12 h; [ppbV]; HYSPLIT; V01; |
| 147 | FW0612_TAI; TAI CO Tracer, age 06-12 h; [ppbV]; HYSPLIT; V01; |
| 148 | FW0612_TOK; TOK CO Tracer, age 06-12 h; [ppbV]; HYSPLIT; V01; |
| 149 | FW1224_BEI; BEI CO Tracer, age 12-24 h; [ppbV]; HYSPLIT; V01; |
| 150 | FW1224_OSA; OSA CO Tracer, age 12-24 h; [ppbV]; HYSPLIT; V01; |
| 151 | FW1224_PEA; PEA CO Tracer, age 12-24 h; [ppbV]; HYSPLIT; V01; |
| 152 | FW1224_TAI; TAI CO Tracer, age 12-24 h; [ppbV]; HYSPLIT; V01; |
| 153 | FW1224_TOK; TOK CO Tracer, age 12-24 h; [ppbV]; HYSPLIT; V01; |
| 154 | FW2448_BEI; BEI CO Tracer, age 24-48 h; [ppbV]; HYSPLIT; V01; |
| 155 | FW2448_OSA; OSA CO Tracer, age 24-48 h; [ppbV]; HYSPLIT; V01; |
| 156 | FW2448_PEA; PEA CO Tracer, age 24-48 h; [ppbV]; HYSPLIT; V01; |
| 157 | FW2448_TAI; TAI CO Tracer, age 24-48 h; [ppbV]; HYSPLIT; V01; |
| 158 | FW2448_TOK; TOK CO Tracer, age 24-48 h; [ppbV]; HYSPLIT; V01; |
| 159 | FW4872_BEI; BEI CO Tracer, age 48-72 h; [ppbV]; HYSPLIT; V01; |
| 160 | FW4872_OSA; OSA CO Tracer, age 48-72 h; [ppbV]; HYSPLIT; V01; |
| 161 | FW4872_PEA; PEA CO Tracer, age 48-72 h; [ppbV]; HYSPLIT; V01; |
| 162 | FW4872_TAI; TAI CO Tracer, age 48-72 h; [ppbV]; HYSPLIT; V01; |
| 163 | FW4872_TOK; TOK CO Tracer, age 48-72 h; [ppbV]; HYSPLIT; V01; |
| 164 | FW7296_BEI; BEI CO Tracer, age 72-96 h; [ppbV]; HYSPLIT; V01; |
| 165 | FW7296_OSA; OSA CO Tracer, age 72-96 h; [ppbV]; HYSPLIT; V01; |
| 166 | FW7296_PEA; PEA CO Tracer, age 72-96 h; [ppbV]; HYSPLIT; V01; |
| 167 | FW7296_TAI; TAI CO Tracer, age 72-96 h; [ppbV]; HYSPLIT; V01; |
| 168 | FW7296_TOK; TOK CO Tracer, age 72-96 h; [ppbV]; HYSPLIT; V01; |
| 169 | FW96144_BEI; BEI CO Tracer, age 96-144 h; [ppbV]; HYSPLIT; V01; |
| 170 | FW96144_OSA; OSA CO Tracer, age 96-144 h; [ppbV]; HYSPLIT; V01; |
| 171 | FW96144_PEA; PEA CO Tracer, age 96-144 h; [ppbV]; HYSPLIT; V01; |
| 172 | FW96144_TAI; TAI CO Tracer, age 96-144 h; [ppbV]; HYSPLIT; V01; |
| 173 | FW96144_TOK; TOK CO Tracer, age 96-144 h; [ppbV]; HYSPLIT; V01; |
| 174 | H; Height above Sea Level calculated from met. data (fast); [m]; BAHAMAS; V01; |
| 175 | HCHO; HCHO (Formaldehyde), volume mixing ratio; [pptV]; MINIDOAS_HCHO; V03; |
| 176 | HCHO_SCD_HAIDI2; HCHO slant column density; [molec cm-2]; HAIDI2; V03; |
| 177 | HCHO_SCD_unc_HAIDI2; HCHO slant column density fit error; [molec cm-2]; HAIDI2; V03; |
| 178 | HCHO_unc; HCHO (Formaldehyde), uncertainty; [pptV]; MINIDOAS_HCHO; V03; |
| 179 | HONO; HONO (Nitrous Acid), volume mixing ratio; [pptV]; MINIDOAS_HONO; V03; |
| 180 | HONO_unc; HONO (Nitrous Acid), uncertainty; [pptV]; MINIDOAS_HONO; V03; |
| 181 | hopbl; height over PBL; [m]; SCALTRA; V02; |
| 182 | hopbl_1; mean height over PBL between release point and last 1h; [m]; SCALTRA; V02; |
| 183 | hopbl_2; mean height over PBL between release point and last 2h; [m]; SCALTRA; V02; |
| 184 | hopbl_3; mean height over PBL between release point and last 3h; [m]; SCALTRA; V02; |
| 185 | HP; Pressure Altitude; [m]; BAHAMAS; V01; |
| 186 | IGI_RMSX; IGI RMS value for position x; [m]; BAHAMAS; V01; |
| 187 | IGI_RMSY; IGI RMS value for position y; [m]; BAHAMAS; V01; |
| 188 | IGI_RMSZ; IGI RMS value for position z; [m]; BAHAMAS; V01; |
| 189 | IND; CO uptake India; [g]; Source_regions; V01; 68.0E-91.4E, 5.0N-30.6N |
| 190 | IRS_ALT; IGI height above WGS84 ellipsoid; [m]; BAHAMAS; V01; |
| 191 | IRS_ATA; IGI actual track angle; [deg+]; BAHAMAS; V01; |
| 192 | IRS_AXB; IGI body x-axis acceleration; [m s-2]; BAHAMAS; V01; |
| 193 | IRS_AYB; IGI body y-axis acceleration; [m s-2]; BAHAMAS; V01; |
| 194 | IRS_AZB; IGI body z-axis acceleration; [m s-2]; BAHAMAS; V01; |
| 195 | IRS_AZG; IGI vertical acceleration; [m s-2]; BAHAMAS; V01; |
| 196 | IRS_EWV; IGI east west velocity; [m s-1]; BAHAMAS; V01; |
| 197 | IRS_GS; IGI ground speed; [m s-1]; BAHAMAS; V01; |
| 198 | IRS_HDG; IGI true heading; [deg+]; BAHAMAS; V01; |
| 199 | IRS_LAT; IGI latitude position above WGS84; [deg]; BAHAMAS; V01; |
| 200 | IRS_LON; IGI longitude position above WGS84; [deg]; BAHAMAS; V01; |
| 201 | IRS_NSV; IGI north south velocity; [m s-1]; BAHAMAS; V01; |
| 202 | IRS_P; IGI body roll rate; [deg s-1]; BAHAMAS; V01; |
| 203 | IRS_PHI; IGI roll angle; [deg]; BAHAMAS; V01; |
| 204 | IRS_Q; IGI body pitch rate; [deg s-1]; BAHAMAS; V01; |
| 205 | IRS_R; IGI body yaw rate; [deg s-1]; BAHAMAS; V01; |
| 206 | IRS_THE; IGI pitch angle; [deg]; BAHAMAS; V01; |
| 207 | IRS_VV; IGI vertical velocity; [m s-1]; BAHAMAS; V01; |
| 208 | ISO; Isoprene, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated ISO (m/z = 69) |
| 209 | ISO_prec; Isoprene, precision; [pptV]; HKMS; V06; |
| 210 | ISO_tag; Logical value 1: isoprene (ISO) concentrations over the given threshold, value 0: concentrations below the threshold, value 2: instrumental background measurements; [-]; HKMS_Tags; V07; |
| 211 | ISO_tag_I; Interpolated ISO_tag to 1 second; [-]; HKMS_Tags; V07; |
| 212 | ISO_unc; Isoprene, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 213 | JAP; CO uptake Japan; [g]; Source_regions; V01; 129.6E-150.0E, 30.6N-40.4N |
| 214 | jCH3CHO_1; Acetaldehyde photolysis frequencies, with products ->CH3+CHO; [1/s]; HALO_SR_A; V02; |
| 215 | jCH3CHO_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 216 | jCH3COCH3_1; Acetone photolysis frequencies 1, with products ->CH3CO+CH3; [1/s]; HALO_SR_A; V02; |
| 217 | jCH3COCH3_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 218 | jCH3COCH3_2; Acetone photolysis frequencies 2, with products ->CH3+CH3+CO; [1/s]; HALO_SR_A; V02; |
| 219 | jCH3COCH3_2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 220 | jCH3COCHO_1; Methylglyoxal photolysis frequencies, with products ->CH3CO+CHO; [1/s]; HALO_SR_A; V02; |
| 221 | jCH3COCHO_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 222 | jCH3COO2NO2_1; PAN photolysis frequencies 1, with products ->CH3COO2+NO2; [1/s]; HALO_SR_A; V02; |
| 223 | jCH3COO2NO2_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 224 | jCH3COO2NO2_2; PAN photolysis frequencies 2, with products ->CH3COO+NO3; [1/s]; HALO_SR_A; V02; |
| 225 | jCH3COO2NO2_2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 226 | jCH3OOH; Acetic acid photolysis frequencies, with products ->OH+CH3O; [1/s]; HALO_SR_A; V02; |
| 227 | jCH3OOH_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 228 | jH2O2; Hydrogen peroxide photolysis frequencies, with products ->OH+OH; [1/s]; HALO_SR_A; V02; |
| 229 | jH2O2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 230 | jHCHO_M; Formaldehyde M photolysis frequencies, with products ->H2+CO; [1/s]; HALO_SR_A; V02; |
| 231 | jHCHO_M_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 232 | jHCHO_R; Formaldehyde R photolysis frequencies, with products ->H+HCO; [1/s]; HALO_SR_A; V02; |
| 233 | jHCHO_R_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 234 | jHCOCHO_1; HCOCHO_1 photolysis frequencies, with products ->CHO+CHO; [1/s]; HALO_SR_A; V02; |
| 235 | jHCOCHO_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 236 | jHCOCHO_2; HCOCHO_2 photolysis frequencies, with products ->H2+CO+CO; [1/s]; HALO_SR_A; V02; |
| 237 | jHCOCHO_2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 238 | jHCOCHO_3; HCOCHO_3 photolysis frequencies, with products ->HCHO+CO; [1/s]; HALO_SR_A; V02; |
| 239 | jHCOCHO_3_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 240 | jHNO2; Nitrous acid photolysis frequencies, with products ->OH+NO; [1/s]; HALO_SR_A; V02; |
| 241 | jHNO2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 242 | jHNO3; Nitric acid photolysis frequencies, with products ->OH+NO2; [1/s]; HALO_SR_A; V02; |
| 243 | jHNO3_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 244 | jHNO4_1; Peroxynitric acid 1 photolysis frequencies, with products ->OH+NO3; [1/s]; HALO_SR_A; V02; |
| 245 | jHNO4_1_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 246 | jHNO4_2; Peroxynitric acid 2 photolysis frequencies, with products ->HO2+NO2; [1/s]; HALO_SR_A; V02; |
| 247 | jHNO4_2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 248 | jN2O5; Dinitrogen pentoxide photolysis frequencies, with products ->NO2+NO3; [1/s]; HALO_SR_A; V02; |
| 249 | jN2O5_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 250 | jNO2; Nitrogen dioxide photolysis frequencies, with products ->O3P+NO; [1/s]; HALO_SR_A; V02; |
| 251 | jNO2_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 252 | jNO3_M; Nitrate M photolysis frequencies, with products ->NO+O2; [1/s]; HALO_SR_A; V02; |
| 253 | jNO3_M_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 254 | jNO3_R; Nitrate R photolysis frequencies, with products ->O+NO2; [1/s]; HALO_SR_A; V02; |
| 255 | jNO3_R_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 256 | jO1D; O1D photolysis frequencies, with products ->O3->O1D+O2; [1/s]; HALO_SR_A; V02; |
| 257 | jO1D_unc; Absolute radiometric uncertainty (additional relative uncertainties are not included, see comments); [1/s]; HALO_SR_A; V02; |
| 258 | KOR; CO uptake Korea; [g]; Source_regions; V01; 122.6E-129.6E, 30.6N-40.4N |
| 259 | lcPBL; last contact of trajectory to PBL; [s]; SCALTRA; V02; |
| 260 | lcTP; last contact of trajectory to tropopause; [s]; SCALTRA; V02; |
| 261 | MAN; CO uptake Manila (MPC in NPH); [g]; Source_regions; V01; 120.5E-121.5E, 14.0N-15.0N |
| 262 | MC; Machnumber; [MA]; BAHAMAS; V01; |
| 263 | MEK; Methyl ethyl ketone or butanone, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated ISO (m/z = 69) |
| 264 | MEK_lod; Methyl ethyl ketone or butanone, humidity dependent in-flight detection limit; [pptV]; HKMS; V06; |
| 265 | MEK_prec; Methyl ethyl ketone or butanone, precision; [pptV]; HKMS; V06; |
| 266 | MEK_unc; Methyl ethyl ketone or butanone, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 267 | MET; Methanol, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated MET (m/z = 33.2) |
| 268 | MET_lod; Methanol, humidity dependent in-flight detection limit; [pptV]; HKMS; V06; |
| 269 | MET_prec; Methanol, precision; [pptV]; HKMS; V06; |
| 270 | MET_unc; Methanol, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 271 | MIXRATIO; H2O Mass Mixing Ratio; [g kg-1]; BAHAMAS; V01; |
| 272 | MIXRATIOV; H2O Volume Mixing Ratio; [micromol mol-1]; BAHAMAS; V01; |
| 273 | MOR; CO uptake Mongolia/Southern Russia; [g]; Source_regions; V01; 68.0E-122.6E, 48.9N-60.0N |
| 274 | mvdiff_1; mean vertical difference of trajectory to release point after 1h; [m]; SCALTRA; V02; |
| 275 | mvdiff_2; mean vertical difference of trajectory to release point after 2h; [m]; SCALTRA; V02; |
| 276 | mvdiff_3; mean vertical difference of trajectory to release point after 3h; [m]; SCALTRA; V02; |
| 277 | MVK; Sum of methyl vinyl ketone and methacrolein , volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated MET (m/z = 71) |
| 278 | MVK_prec; Sum of methyl vinyl ketone and methacrolein, precision; [pptV]; HKMS; V06; |
| 279 | MVK_unc; Sum of methyl vinyl ketone and methacrolein, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 280 | NEC; CO uptake Northeastern China; [g]; Source_regions; V01; 122.6E-135.0E, 40.4N-55.0N |
| 281 | NH4; Ammonium aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 282 | NH4_DL; Detection limit of NH4; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 283 | NH4_prec; Standard deviation of ammonium aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 284 | NO; NO Volume mixing ratio; [ppbV]; AENEAS; V03; |
| 285 | NO2; NO2 (Nitrogen dioxide), volume mixing ratio; [pptV]; MINIDOAS_NO2; V02; |
| 286 | NO2_SCD_HAIDI1; NO2 slant column density; [molec cm-2]; HAIDI1; V02; |
| 287 | NO2_SCD_HAIDI2; NO2 slant column density; [molec cm-2]; HAIDI2; V03; |
| 288 | NO2_SCD_HAIDI3; NO2 slant column density; [molec cm-2]; HAIDI3; V02; |
| 289 | NO2_SCD_unc_HAIDI1; NO2 slant column density fit error; [molec cm-2]; HAIDI1; V02; |
| 290 | NO2_SCD_unc_HAIDI2; NO2 slant column density fit error; [molec cm-2]; HAIDI2; V03; |
| 291 | NO2_SCD_unc_HAIDI3; NO2 slant column density fit error; [molec cm-2]; HAIDI3; V02; |
| 292 | NO2_unc; NO2 (Nitrogen dioxide), uncertainty; [pptV]; MINIDOAS_NO2; V02; |
| 293 | NO3; Nitrate aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 294 | NO3_DL; Detection limit of NO3; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 295 | NO3_prec; Standard deviation of nitrate aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 296 | NOy; NOy Volume mixing ratio (ppbv); [pptV]; AENEAS; V03; |
| 297 | NPH; CO uptake Northern Philippines; [g]; Source_regions; V01; 119.8E-122.6E, 14.0N-18.7N |
| 298 | O4_SCD_HAIDI2; O4 slant column density; [molec cm-2]; HAIDI2; V03; |
| 299 | O4_SCD_unc_HAIDI2; O4 slant column density fit error; [molec cm-2]; HAIDI2; V03; |
| 300 | OPC_TOTAL_CONC_CM3_AMB; Ambient Particle Number Concentration from OPC (Aerosol Concentration > 250 nm); [cm-3]; AMETYST_OPC; V05; |
| 301 | OPC_TOTAL_CONC_CM3_STP; STP Particle Number Concentration from OPC (p_stp=1013.25 hPa,T_stp=273.15 K); [cm-3]; AMETYST_OPC; V05; |
| 302 | Org; Organic aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 303 | Org_DL; Detection limit of Org; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 304 | Org_prec; Standard deviation of organic aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 305 | OSA; CO uptake Osaka (MPC in JAP); [g]; Source_regions; V01; 135.0E-137.3E, 34.4N-35.6N |
| 306 | PAN; PAN (Peroxyacetyl nitrate), volume mixing ratio; [ppbV]; PAN_GC; V01; |
| 307 | PAN_unc; Uncertainty of PAN, see normal comments for calculation; [ppbV]; PAN_GC; V01; |
| 308 | PEA; CO uptake Pearl River Delta (MPC in SEC); [g]; Source_regions; V01; 112.0E-114.8E, 21.6N-24.0N |
| 309 | perpbl_1; percentage of trajectory in PBL since release, for last 1h; [%]; SCALTRA; V02; |
| 310 | perpbl_2; percentage of trajectory in PBL since release, for last 3h; [%]; SCALTRA; V02; |
| 311 | perpbl_3; percentage of trajectory in PBL since release, for last 3h; [%]; SCALTRA; V02; |
| 312 | plume; Enumerated concentration enhancement peaks of ACN and/or BEN and/or NOy within variable "structure"; [-]; PLUMES; V01; |
| 313 | PS; Static Pressure (from NB_PSIA); [hPa]; BAHAMAS; V01; |
| 314 | pv; potential vorticity from FLEXTRA; [1e-6 K m2 kg-1 s-1]; SCALTRA; V02; |
| 315 | QC; Dynamic Pressure; [hPa]; BAHAMAS; V01; |
| 316 | RELHUM; Relative Humidity with Respect to Water; [%]; BAHAMAS; V01; |
| 317 | RO2; peroxy radicals RO2*; [pptV]; PeRCEAS; V03; RO2* stands for HO2 + m RO2, where m is the measurement efficiency of RO2 which is dependent on the [NO] added at the inlet. |
| 318 | RO2_LOD_flag; Below detection limit flag; [-]; PeRCEAS; V03; Data points below detection limit are flagged by RO2_LOD_flag = 1 |
| 319 | RO2_P_flag; Pressure instability flag; [-]; PeRCEAS; V03; Data points with standard deviation of the detector cell pressure > 2 mbar in 1 minute are flagged with RO2_P_flag = 1 |
| 320 | RO2_prec; Precision given as standard deviation of peroxy radicals RO2*; [pptV]; PeRCEAS; V03; |
| 321 | SCH; CO uptake Southern China; [g]; Source_regions; V01; 91.4E-119.8E, 21.6N-26.5N |
| 322 | SCn; STP-corrected Scattering (SC) number concentration; [cm-3]; SP2; V01; |
| 323 | SEA; CO uptake Southeast Asia; [g]; Source_regions; V01; 91.4E-111.2E, 5.0N-21.6N |
| 324 | SO2; SO2 Mixing Ratio; [pptV]; CI_ITMS; V02; |
| 325 | SO2_SCD_HAIDI2; SO2 slant column density; [molec cm-2]; HAIDI2; V03; |
| 326 | SO2_SCD_unc_HAIDI2; SO2 slant column density fit error; [molec cm-2]; HAIDI2; V03; |
| 327 | SO2_unc; Uncertainty of SO2, see normal comments for calculation (close to det. limit interpreted as <= det. limit); [pptV]; CI_ITMS; V02; |
| 328 | SO4; Sulfate aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 329 | SO4_DL; Detection limit of SO4; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 330 | SO4_prec; Standard deviation of sulfate aerosol mass concentration; [ug m-3]; C_ToF_AMS; V03; unit in STD |
| 331 | SOURCE; Humidity Data Source (1:Vaisala/2:SHARC_longpath/3:SHARC_shortpath); [-]; BAHAMAS; V01; |
| 332 | structure; Letter labeled concentration enhancements of ACN and/or BEN and/or NOy over a longer time interval: enhancement structure; [-]; PLUMES; V01; |
| 333 | surfh; surface height below HALO from FLEXTRA; [m]; SCALTRA; V02; |
| 334 | TAI; CO uptake Taipei (MPC in TAW); [g]; Source_regions; V01; 120.8E-122.0E, 24.8N-25.7N |
| 335 | TAS; Calculated True Airspeed; [m s-1]; BAHAMAS; V01; |
| 336 | TAT; Total Air Temperature (deicing corrected, from BDY-TTQ); [K]; BAHAMAS; V01; |
| 337 | TAW; CO uptake Taiwan; [g]; Source_regions; V01; 119.8E-122.6E, 21.6N-26.5N |
| 338 | TD; Dewpoint Temperature; [K]; BAHAMAS; V01; |
| 339 | THETA; Potential Temperature; [K]; BAHAMAS; V01; |
| 340 | THETA_V; Virtual Potential Temperature; [K]; BAHAMAS; V01; |
| 341 | thpbl; PBL thickness under HALO; [m]; SCALTRA; V02; |
| 342 | thpbl_1; mean PBL thickness between release point and last 1h; [m]; SCALTRA; V02; |
| 343 | thpbl_2; mean PBL thickness between release point and last 2h; [m]; SCALTRA; V02; |
| 344 | thpbl_3; mean PBL thickness between release point and last 3h; [m]; SCALTRA; V02; |
| 345 | TOK; CO uptake Tokyo (MPC in SJA); [g]; Source_regions; V01; 139.2E-140.6E, 35.2N-36.4N |
| 346 | TOL; Toluene, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated TOL (m/z = 93) |
| 347 | TOL_prec; Toluene, precision; [pptV]; HKMS; V06; |
| 348 | TOL_unc; Toluene, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 349 | TS; Static Air Temperature (from BDY-TTQ); [K]; BAHAMAS; V01; |
| 350 | TV; Virtual Temperature; [K]; BAHAMAS; V01; |
| 351 | U; Wind Vector East Component; [m s-1]; BAHAMAS; V01; |
| 352 | UA; CO uptake of unspecified areas; [g]; Source_regions; V01; all areas not covered by the chosen source regions (for the respective EMeRGe part) |
| 353 | V; Wind Vector North Component; [m s-1]; BAHAMAS; V01; |
| 354 | W; Wind Vector Vertical Component; [m s-1]; BAHAMAS; V01; |
| 355 | WA; Horizontal Wind Direction; [deg+]; BAHAMAS; V01; |
| 356 | WAS; CO uptake Western Asia; [g]; Source_regions; V01; 34.0E-68.0E, 5.0N-48.9N |
| 357 | WCH; CO uptake Western China; [g]; Source_regions; V01; 68.0E-91.4E, 30.6N-48.9N |
| 358 | WS; Horizontal Windspeed; [m s-1]; BAHAMAS; V01; |
| 359 | XBS; CO uptake Xian-Beijing-Shanghai (gigacity in ECH); [g]; Source_regions; V01; 109.8E-122.6E, 30.6N-40.4N |
| 360 | XYL; Xylene, volume mixing ratio; [pptV]; HKMS; V06; quantified by signal integration on protonated XYL (m/z = 107) |
| 361 | XYL_prec; Xylene, precision; [pptV]; HKMS; V06; |
| 362 | XYL_unc; Xylene, uncertainty (accuracy+precision); [pptV]; HKMS; V06; |
| 363 | YAN; CO uptake Yangtze River Delta (MPC in XBS); [g]; Source_regions; V01; 118.0E-122.6E, 30.6N-32.8N |
To browse for the dependencies of the observed variables, please use this link.
Dataset Info
Name of dataset
Short:
#6892
Full:
#6892 | EM-AS-13-20180404-EMERGED-01s-V07.ames
Date last revised
2022-07-20
Time period of the primary data
Begin:
2018-02-05*
End:
2018-04-15*
* inherited from the metadata of the mission EMeRGe-Asia
License
No license specified.