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GEOS-Chem "Science Codebase" repository. Contains GEOS-Chem science routines, run directory generation scripts, and interface code. This repository is used as a submodule within the GCClassic and GCHP wrappers, as well as in other modeling contexts (external ESMs).
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[QUESTION] #1649

Closed zhifeng1310 closed 1 year ago

zhifeng1310 commented 1 year ago

Ask a question about GEOS-Chem:

Hello, The following problem occurred when I simulation CH4, GEOS-Chem version is13.1.0. S T A R T I N G G E O S - C H E M

===> Mode of operation : GEOS-Chem "Classic" ===> GEOS-Chem version : 13.1.0 ===> Compiler : GNU Fortran compiler (aka gfortran) ===> Flexible precision set to : 8-byte real (aka REAL*8) ===> Parallelization w/ OpenMP : ON ===> Binary punch diagnostics : OFF ===> netCDF diagnostics : ON ===> netCDF file compression : SUPPORTED ===> Luo et al (2019) wetdep? : OFF

===> SIMULATION START TIME: 2023/02/10 05:14 <===

=============================================================================== G E O S - C H E M U S E R I N P U T

READ_INPUT_FILE: Opening ./input.geos

SIMULATION MENU

Start time of run : 20190101 000000 End time of run : 20190101 002000 Run directory : ./ Data Directory : /home/ubuntu/ExtData/ CHEM_INPUTS directory : /home/ubuntu/ExtData/CHEM_INPUTS/ Meteorology field : MERRA2 Simulation name : CH4 Species database file : ./species_database.yml Turn on debug output : F Turn on GEOS-Chem timers : F

GRID MENU

Grid resolution : 4.0x5.0 Min/max longitude : -180.0000 180.0000 Min/max longitude : -90.0000 90.0000 X grid dimension : 72 Y grid dimension : 46 Z grid dimension : 72 Use half-sized polar boxes? : T Center on Intl Date Line? : T Is this a nested-grid sim? : F --> Buffer zone (N S E W ) : 0 0 0 0

TIMESTEP MENU

Transport/Convection [sec] : 600 Chemistry/Emissions [sec] : 1200

TRANSPORT MENU

Turn on transport? : T Let TPCORE Fill negatives? : T IORD, JORD, KORD for TPCORE?: 3 3 7

CONVECTION MENU

Turn on cloud convection? : T Turn on PBL mixing? : T Turn on non-local PBL? : F

AEROSOL MENU

Online SULFATE AEROSOLS? : F Metal catalyzed SO2 ox.? : F Online CARBON AEROSOLS? : F Brown Carbon Aerosol? : F Online COMPLEX SOA? : F Semivolatile POA? : F Online DUST AEROSOLS? : F Acid uptake on dust? : F Online SEA SALT AEROSOLS? : F Accum SEA SALT radii [um] : 0.01 - 0.50 Coarse SEA SALT radii [um] : 0.50 - 8.00 MARINE ORGANIC AEROSOLS? : F Settle strat. aerosols? : F Online SOLID PSC aerosols? : F Allow hom. NAT nucleation? : F NAT supercooling requirement: 3.00K Ice supersaturation req. : 20.00K Perform PSC het. chemistry? : F Use strat. aerosol OD? : F BC Absorption Enhancement? : F Hydrophilic BC AE factor : 1.50 Hydrophobic BC AE factor : 1.00 Photolyse nitrate aerosol? : F JNITs scaling of JHNO3 : 0.00 JNIT scaling of JHNO3 : 0.00 JNIT(s) channel A (HONO) : 66.67 JNIT(s) channel B (NO2) : 33.33

DEPOSITION MENU

Turn on dry deposition? : F Dry dep over full PBL? : T Turn on wet deposition? : F Turn on CO2 effect? : F CO2 level : 600.00 CO2 reference level : 380.00 RIX scaling factor : 1.00

CHEMISTRY MENU

Turn on chemistry? : T Use linear. strat. chem? : F => Use Linoz for O3? : F Enable UCX? : F Online strat. H2O? : F Use robust strat H2O BC? : F Online ozone for FAST-JX? : F Ozone from met for FAST-JX? : F TOMS/SBUV ozone for FAST-JX?: F GAMMA HO2 : 0.20

PHOTOLYSIS MENU

FAST_JX Directory : /home/ubuntu/ExtData/CHEM_INPUTS/FAST_JX/v2020-02/

RADIATION MENU

AOD output wavelength (nm) : 550.0 Turn on radiation? : F Consider LW : F Consider SW : F Clear-sky/All-sky : F/ F Radiation timestep [sec] : 10800

CH4 MENU

Use GOSAT obs operator: F Use TCCON obs operator: F

OBSPACK_MENU

Turn on ObsPack diagnostic? : F Suppress logfile output? : F ObsPack input file : ./obspack_co2_1_OCO2MIP_2018-11-28.YYYYMMDD.nc ObsPack output file : ./OutputDir/GEOSChem.ObsPack.YYYYMMDD_hhmmz.nc4

PLANEFLIGHT MENU

Turn on planeflight diag? : F Flight track input file : Planeflight.dat.YYYYMMDD Output file name : plane.log.YYYYMMDD

SET_TIMESTEPS: setting GEOS-Chem timesteps!

Chemistry Timestep [sec] : 1200 Convection Timestep [sec] : 600 Dynamics Timestep [sec] : 600 Emission Timestep [sec] : 1200 Unit Conv Timestep [sec] : 600 Diagnostic Timestep [sec] : 1200 Radiation Timestep [sec] : 10800

%%%%%%%%%%%%%%% GLOBAL GRID %%%%%%%%%%%%%%%

Grid box longitude centers [degrees]: -180.000 -175.000 -170.000 -165.000 -160.000 -155.000 -150.000 -145.000 -140.000 -135.000 -130.000 -125.000 -120.000 -115.000 -110.000 -105.000 -100.000 -95.000 -90.000 -85.000 -80.000 -75.000 -70.000 -65.000 -60.000 -55.000 -50.000 -45.000 -40.000 -35.000 -30.000 -25.000 -20.000 -15.000 -10.000 -5.000 0.000 5.000 10.000 15.000 20.000 25.000 30.000 35.000 40.000 45.000 50.000 55.000 60.000 65.000 70.000 75.000 80.000 85.000 90.000 95.000 100.000 105.000 110.000 115.000 120.000 125.000 130.000 135.000 140.000 145.000 150.000 155.000 160.000 165.000 170.000 175.000

Grid box latitude centers [degrees]: -89.000 -86.000 -82.000 -78.000 -74.000 -70.000 -66.000 -62.000 -58.000 -54.000 -50.000 -46.000 -42.000 -38.000 -34.000 -30.000 -26.000 -22.000 -18.000 -14.000 -10.000 -6.000 -2.000 2.000 6.000 10.000 14.000 18.000 22.000 26.000 30.000 34.000 38.000 42.000 46.000 50.000 54.000 58.000 62.000 66.000 70.000 74.000 78.000 82.000 86.000 89.000

%%%%%%%%%%%% USER-DEFINED GRID %%%%%%%%%%%%

XMinOffset : 0 XMaxOffset : 71 YMinOffset : 0 YMaxOffset : 45

Grid box longitude centers [degrees]: -180.000 -175.000 -170.000 -165.000 -160.000 -155.000 -150.000 -145.000 -140.000 -135.000 -130.000 -125.000 -120.000 -115.000 -110.000 -105.000 -100.000 -95.000 -90.000 -85.000 -80.000 -75.000 -70.000 -65.000 -60.000 -55.000 -50.000 -45.000 -40.000 -35.000 -30.000 -25.000 -20.000 -15.000 -10.000 -5.000 0.000 5.000 10.000 15.000 20.000 25.000 30.000 35.000 40.000 45.000 50.000 55.000 60.000 65.000 70.000 75.000 80.000 85.000 90.000 95.000 100.000 105.000 110.000 115.000 120.000 125.000 130.000 135.000 140.000 145.000 150.000 155.000 160.000 165.000 170.000 175.000

Grid box longitude edges [degrees]: -182.500 -177.500 -172.500 -167.500 -162.500 -157.500 -152.500 -147.500 -142.500 -137.500 -132.500 -127.500 -122.500 -117.500 -112.500 -107.500 -102.500 -97.500 -92.500 -87.500 -82.500 -77.500 -72.500 -67.500 -62.500 -57.500 -52.500 -47.500 -42.500 -37.500 -32.500 -27.500 -22.500 -17.500 -12.500 -7.500 -2.500 2.500 7.500 12.500 17.500 22.500 27.500 32.500 37.500 42.500 47.500 52.500 57.500 62.500 67.500 72.500 77.500 82.500 87.500 92.500 97.500 102.500 107.500 112.500 117.500 122.500 127.500 132.500 137.500 142.500 147.500 152.500 157.500 162.500 167.500 172.500 177.500

Grid box latitude centers [degrees]: -89.000 -86.000 -82.000 -78.000 -74.000 -70.000 -66.000 -62.000 -58.000 -54.000 -50.000 -46.000 -42.000 -38.000 -34.000 -30.000 -26.000 -22.000 -18.000 -14.000 -10.000 -6.000 -2.000 2.000 6.000 10.000 14.000 18.000 22.000 26.000 30.000 34.000 38.000 42.000 46.000 50.000 54.000 58.000 62.000 66.000 70.000 74.000 78.000 82.000 86.000 89.000

Grid box latitude edges [degrees]: -90.000 -88.000 -84.000 -80.000 -76.000 -72.000 -68.000 -64.000 -60.000 -56.000 -52.000 -48.000 -44.000 -40.000 -36.000 -32.000 -28.000 -24.000 -20.000 -16.000 -12.000 -8.000 -4.000 0.000 4.000 8.000 12.000 16.000 20.000 24.000 28.000 32.000 36.000 40.000 44.000 48.000 52.000 56.000 60.000 64.000 68.000 72.000 76.000 80.000 84.000 88.000 90.000

SIN( grid box latitude edges ) -1.000 -0.999 -0.995 -0.985 -0.970 -0.951 -0.927 -0.899 -0.866 -0.829 -0.788 -0.743 -0.695 -0.643 -0.588 -0.530 -0.469 -0.407 -0.342 -0.276 -0.208 -0.139 -0.070 0.000 0.070 0.139 0.208 0.276 0.342 0.407 0.469 0.530 0.588 0.643 0.695 0.743 0.788 0.829 0.866 0.899 0.927 0.951 0.970 0.985 0.995 0.999 1.000

====================== Contents of CollList

SpeciesConc Metrics CH4 Restart

ADVECTED SPECIES MENU

Species Name

1 CH4

Registered variables contained within the State_Chm object:

CHEM_SO2AFTERCHEM | SO2 after sulfate ch | xyz C | mol mol-1 CHEM_H2O2AFTERCHEM | H2O2 after sulfate c | xyz C | mol mol-1 CHEM_SPECIES_CH4 | Concentration for sp | xyz C | varies ###############################################################################

Allocating the following fields of the State_Diag object:

State_Diag%SpeciesRst is registered as: SpeciesRst State_Diag%SpeciesConc is registered as: SpeciesConc State_Diag%SpeciesConc is registered as: SpeciesConc State_Diag%OHconcAfterChem is registered as: OHconcAfterChem State_Diag%AirMassColumnFull is registered as: AirMassColumnFull State_Diag%CH4emission is registered as: CH4emission State_Diag%CH4massColumnFull is registered as: CH4massColumnFull State_Diag%CH4massColumnTrop is registered as: CH4massColumnTrop State_Diag%OHwgtByAirMassColumnF is registered as: OHwgtByAirMassColumnFull State_Diag%LossOHbyCH4columnTrop is registered as: LossOHbyCH4columnTrop State_Diag%LossOHbyMCFcolumnTrop is registered as: LossOHbyMCFcolumnTrop State_Diag%LossCH4byClinTrop is registered as: LossCH4byClinTrop State_Diag%LossCH4byOHinTrop is registered as: LossCH4byOHinTrop State_Diag%LossCH4inStrat is registered as: LossCH4inStrat

Registered variables contained within the State_Diag object:

LOSSCH4INSTRAT | Loss of CH4 in the s | xyz C | kg s-1 LOSSCH4BYOHINTROP | Loss of CH4 by react | xyz C | kg s-1 LOSSCH4BYCLINTROP | Loss of CH4 by react | xyz C | kg s-1 LOSSOHBYMCFCOLUMNTROP | Loss rate of methyl | xy | molec cm-3 LOSSOHBYCH4COLUMNTROP | Loss rate of methane | xy | molec cm-3 OHWGTBYAIRMASSCOLUMNFULL | Airmass-weighted OH | xy | kg air kg OH m-3 CH4MASSCOLUMNTROP | Airmass-weighted CH4 | xy | kg air kg CH4 m-3 CH4MASSCOLUMNFULL | Airmass-weighted CH4 | xy | kg air kg CH4 m-3 CH4EMISSION | CH4 emission, used f | xy | kg s-1 AIRMASSCOLUMNFULL | Air mass, full-atmos | xy | kg OHCONCAFTERCHEM | OH concentration imm | xyz C | molec cm-3 SPECIESCONC_CH4 | Dry mixing ratio of | xyz C | mol mol-1 dry SPECIESCONC_CH4 | Dry mixing ratio of | xyz C | mol mol-1 dry SPECIESRST_CH4 | Dry mixing ratio of | xyz C | mol mol-1 dry

Registered variables contained within the State_Met object:

MET_LOCALSOLARTIME | Local solar time | xy | hours MET_XLAINATIVE72 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE71 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE70 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE69 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE68 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE67 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE66 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE65 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE64 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE63 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE62 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE61 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE60 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE59 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE58 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE57 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE56 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE55 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE54 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE53 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE52 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE51 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE50 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE49 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE48 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE47 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE46 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE45 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE44 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE43 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE42 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE41 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE40 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE39 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE38 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE37 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE36 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE35 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE34 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE33 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE32 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE31 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE30 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE29 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE28 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE27 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE26 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE25 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE24 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE23 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE22 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE21 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE20 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE19 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE18 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE17 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE16 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE15 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE14 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE13 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE12 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE11 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE10 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE09 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE08 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE07 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE06 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE05 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE04 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE03 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE02 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE01 | Average LAI per Olso | xy | m2 m-2 MET_XLAINATIVE00 | Average LAI per Olso | xy | m2 m-2 MET_XLAI272 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI271 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI270 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI269 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI268 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI267 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI266 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI265 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI264 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI263 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI262 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI261 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI260 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI259 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI258 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI257 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI256 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI255 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI254 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI253 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI252 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI251 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI250 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI249 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI248 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI247 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI246 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI245 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI244 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI243 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI242 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI241 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI240 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI239 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI238 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI237 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI236 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI235 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI234 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI233 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI232 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI231 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI230 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI229 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI228 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI227 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI226 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI225 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI224 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI223 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI222 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI221 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI220 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI219 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI218 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI217 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI216 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI215 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI214 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI213 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI212 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI211 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI210 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI209 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI208 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI207 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI206 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI205 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI204 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI203 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI202 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI201 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI200 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI72 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI71 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI70 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI69 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI68 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI67 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI66 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI65 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI64 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI63 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI62 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI61 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI60 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI59 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI58 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI57 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI56 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI55 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI54 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI53 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI52 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI51 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI50 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI49 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI48 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI47 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI46 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI45 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI44 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI43 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI42 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI41 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI40 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI39 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI38 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI37 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI36 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI35 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI34 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI33 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI32 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI31 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI30 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI29 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI28 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI27 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI26 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI25 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI24 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI23 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI22 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI21 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI20 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI19 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI18 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI17 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI16 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI15 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI14 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI13 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI12 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI11 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI10 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI09 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI08 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI07 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI06 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI05 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI04 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI03 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI02 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI01 | MODIS LAI for each O | xy | m2 m-2 MET_XLAI00 | MODIS LAI for each O | xy | m2 m-2 MET_V | North-south componen | xyz C | m s-1 MET_U | East-west component | xyz C | m s-1 MET_TV | Virtual temperature | xyz C | K MET_TMPU2 | Instantaneous temper | xyz C | K MET_TMPU1 | Instantaneous temper | xyz C | K MET_THETA | Potential temperatur | xyz C | K MET_TAUCLW | Optical depth of H2O | xyz C | 1 MET_TAUCLI | Optical depth of ice | xyz C | 1 MET_T | Temperature | xyz C | K MET_SPHUPREV | Previous State_Met%S | xyz C | g kg-1 MET_SPHU2 | Instantaneous specif | xyz C | g kg-1 MET_SPHU1 | Instantaneous specif | xyz C | g kg-1 MET_SPHU | Specific humidity (w | xyz C | g kg-1 MET_RH | Relative humidity | xyz C | % MET_REEVAPLS | Evaporation of large | xyz C | kg MET_REEVAPCN | Evaporation of conve | xyz C | kg kg-1 s-1 MET_QL | Water mixing ratio ( | xyz C | kg kg-1 MET_QI | Ice mixing ratio (w/ | xyz C | kg kg-1 MET_PMIDDRY | Pressure (w/r/t dry | xyz C | hPa MET_PMID | Pressure (w/r/t mois | xyz C | hPa MET_PFLLSAN | Downward flux of liq | xyz E | kg m-2 s-1 MET_PFLCU | Downward flux of liq | xyz E | kg m-2 s-1 MET_PFILSAN | Downwared flux of ic | xyz E | kg m-2 s-1 MET_PFICU | Downward flux of ice | xyz E | kg m-2 s-1 MET_PEDGEDRY | Pressure (w/r/t dry | xyz E | hPa MET_PEDGE | Pressure (w/r/t mois | xyz E | hPa MET_OPTD | Visible optical dept | xyz C | 1 MET_OMEGA | Updraft velocity | xyz C | Pa s-1 MET_MAIRDEN | Moist air density | xyz C | kg m-3 MET_LANDTYPEFRAC72 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC71 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC70 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC69 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC68 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC67 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC66 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC65 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC64 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC63 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC62 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC61 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC60 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC59 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC58 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC57 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC56 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC55 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC54 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC53 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC52 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC51 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC50 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC49 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC48 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC47 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC46 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC45 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC44 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC43 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC42 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC41 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC40 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC39 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC38 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC37 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC36 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC35 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC34 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC33 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC32 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC31 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC30 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC29 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC28 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC27 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC26 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC25 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC24 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC23 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC22 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC21 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC20 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC19 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC18 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC17 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC16 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC15 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC14 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC13 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC12 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC11 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC10 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC09 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC08 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC07 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC06 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC05 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC04 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC03 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC02 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC01 | Olson fraction per l | xy | 1 MET_LANDTYPEFRAC00 | Olson fraction per l | xy | 1 MET_IUSE72 | Fraction (per mil) o | xy | o/oo MET_IUSE71 | Fraction (per mil) o | xy | o/oo MET_IUSE70 | Fraction (per mil) o | xy | o/oo MET_IUSE69 | Fraction (per mil) o | xy | o/oo MET_IUSE68 | Fraction (per mil) o | xy | o/oo MET_IUSE67 | Fraction (per mil) o | xy | o/oo MET_IUSE66 | Fraction (per mil) o | xy | o/oo MET_IUSE65 | Fraction (per mil) o | xy | o/oo MET_IUSE64 | Fraction (per mil) o | xy | o/oo MET_IUSE63 | Fraction (per mil) o | xy | o/oo MET_IUSE62 | Fraction (per mil) o | xy | o/oo MET_IUSE61 | Fraction (per mil) o | xy | o/oo MET_IUSE60 | Fraction (per mil) o | xy | o/oo MET_IUSE59 | Fraction (per mil) o | xy | o/oo MET_IUSE58 | Fraction (per mil) o | xy | o/oo MET_IUSE57 | Fraction (per mil) o | xy | o/oo MET_IUSE56 | Fraction (per mil) o | xy | o/oo MET_IUSE55 | Fraction (per mil) o | xy | o/oo MET_IUSE54 | Fraction (per mil) o | xy | o/oo MET_IUSE53 | Fraction (per mil) o | xy | o/oo MET_IUSE52 | Fraction (per mil) o | xy | o/oo MET_IUSE51 | Fraction (per mil) o | xy | o/oo MET_IUSE50 | Fraction (per mil) o | xy | o/oo MET_IUSE49 | Fraction (per mil) o | xy | o/oo MET_IUSE48 | Fraction (per mil) o | xy | o/oo MET_IUSE47 | Fraction (per mil) o | xy | o/oo MET_IUSE46 | Fraction (per mil) o | xy | o/oo MET_IUSE45 | Fraction (per mil) o | xy | o/oo MET_IUSE44 | Fraction (per mil) o | xy | o/oo MET_IUSE43 | Fraction (per mil) o | xy | o/oo MET_IUSE42 | Fraction (per mil) o | xy | o/oo MET_IUSE41 | Fraction (per mil) o | xy | o/oo MET_IUSE40 | Fraction (per mil) o | xy | o/oo MET_IUSE39 | Fraction (per mil) o | xy | o/oo MET_IUSE38 | Fraction (per mil) o | xy | o/oo MET_IUSE37 | Fraction (per mil) o | xy | o/oo MET_IUSE36 | Fraction (per mil) o | xy | o/oo MET_IUSE35 | Fraction (per mil) o | xy | o/oo MET_IUSE34 | Fraction (per mil) o | xy | o/oo MET_IUSE33 | Fraction (per mil) o | xy | o/oo MET_IUSE32 | Fraction (per mil) o | xy | o/oo MET_IUSE31 | Fraction (per mil) o | xy | o/oo MET_IUSE30 | Fraction (per mil) o | xy | o/oo MET_IUSE29 | Fraction (per mil) o | xy | o/oo MET_IUSE28 | Fraction (per mil) o | xy | o/oo MET_IUSE27 | Fraction (per mil) o | xy | o/oo MET_IUSE26 | Fraction (per mil) o | xy | o/oo MET_IUSE25 | Fraction (per mil) o | xy | o/oo MET_IUSE24 | Fraction (per mil) o | xy | o/oo MET_IUSE23 | Fraction (per mil) o | xy | o/oo MET_IUSE22 | Fraction (per mil) o | xy | o/oo MET_IUSE21 | Fraction (per mil) o | xy | o/oo MET_IUSE20 | Fraction (per mil) o | xy | o/oo MET_IUSE19 | Fraction (per mil) o | xy | o/oo MET_IUSE18 | Fraction (per mil) o | xy | o/oo MET_IUSE17 | Fraction (per mil) o | xy | o/oo MET_IUSE16 | Fraction (per mil) o | xy | o/oo MET_IUSE15 | Fraction (per mil) o | xy | o/oo MET_IUSE14 | Fraction (per mil) o | xy | o/oo MET_IUSE13 | Fraction (per mil) o | xy | o/oo MET_IUSE12 | Fraction (per mil) o | xy | o/oo MET_IUSE11 | Fraction (per mil) o | xy | o/oo MET_IUSE10 | Fraction (per mil) o | xy | o/oo MET_IUSE09 | Fraction (per mil) o | xy | o/oo MET_IUSE08 | Fraction (per mil) o | xy | o/oo MET_IUSE07 | Fraction (per mil) o | xy | o/oo MET_IUSE06 | Fraction (per mil) o | xy | o/oo MET_IUSE05 | Fraction (per mil) o | xy | o/oo MET_IUSE04 | Fraction (per mil) o | xy | o/oo MET_IUSE03 | Fraction (per mil) o | xy | o/oo MET_IUSE02 | Fraction (per mil) o | xy | o/oo MET_IUSE01 | Fraction (per mil) o | xy | o/oo MET_IUSE00 | Fraction (per mil) o | xy | o/oo MET_ILAND72 | Olson land type indi | xy | 1 MET_ILAND71 | Olson land type indi | xy | 1 MET_ILAND70 | Olson land type indi | xy | 1 MET_ILAND69 | Olson land type indi | xy | 1 MET_ILAND68 | Olson land type indi | xy | 1 MET_ILAND67 | Olson land type indi | xy | 1 MET_ILAND66 | Olson land type indi | xy | 1 MET_ILAND65 | Olson land type indi | xy | 1 MET_ILAND64 | Olson land type indi | xy | 1 MET_ILAND63 | Olson land type indi | xy | 1 MET_ILAND62 | Olson land type indi | xy | 1 MET_ILAND61 | Olson land type indi | xy | 1 MET_ILAND60 | Olson land type indi | xy | 1 MET_ILAND59 | Olson land type indi | xy | 1 MET_ILAND58 | Olson land type indi | xy | 1 MET_ILAND57 | Olson land type indi | xy | 1 MET_ILAND56 | Olson land type indi | xy | 1 MET_ILAND55 | Olson land type indi | xy | 1 MET_ILAND54 | Olson land type indi | xy | 1 MET_ILAND53 | Olson land type indi | xy | 1 MET_ILAND52 | Olson land type indi | xy | 1 MET_ILAND51 | Olson land type indi | xy | 1 MET_ILAND50 | Olson land type indi | xy | 1 MET_ILAND49 | Olson land type indi | xy | 1 MET_ILAND48 | Olson land type indi | xy | 1 MET_ILAND47 | Olson land type indi | xy | 1 MET_ILAND46 | Olson land type indi | xy | 1 MET_ILAND45 | Olson land type indi | xy | 1 MET_ILAND44 | Olson land type indi | xy | 1 MET_ILAND43 | Olson land type indi | xy | 1 MET_ILAND42 | Olson land type indi | xy | 1 MET_ILAND41 | Olson land type indi | xy | 1 MET_ILAND40 | Olson land type indi | xy | 1 MET_ILAND39 | Olson land type indi | xy | 1 MET_ILAND38 | Olson land type indi | xy | 1 MET_ILAND37 | Olson land type indi | xy | 1 MET_ILAND36 | Olson land type indi | xy | 1 MET_ILAND35 | Olson land type indi | xy | 1 MET_ILAND34 | Olson land type indi | xy | 1 MET_ILAND33 | Olson land type indi | xy | 1 MET_ILAND32 | Olson land type indi | xy | 1 MET_ILAND31 | Olson land type indi | xy | 1 MET_ILAND30 | Olson land type indi | xy | 1 MET_ILAND29 | Olson land type indi | xy | 1 MET_ILAND28 | Olson land type indi | xy | 1 MET_ILAND27 | Olson land type indi | xy | 1 MET_ILAND26 | Olson land type indi | xy | 1 MET_ILAND25 | Olson land type indi | xy | 1 MET_ILAND24 | Olson land type indi | xy | 1 MET_ILAND23 | Olson land type indi | xy | 1 MET_ILAND22 | Olson land type indi | xy | 1 MET_ILAND21 | Olson land type indi | xy | 1 MET_ILAND20 | Olson land type indi | xy | 1 MET_ILAND19 | Olson land type indi | xy | 1 MET_ILAND18 | Olson land type indi | xy | 1 MET_ILAND17 | Olson land type indi | xy | 1 MET_ILAND16 | Olson land type indi | xy | 1 MET_ILAND15 | Olson land type indi | xy | 1 MET_ILAND14 | Olson land type indi | xy | 1 MET_ILAND13 | Olson land type indi | xy | 1 MET_ILAND12 | Olson land type indi | xy | 1 MET_ILAND11 | Olson land type indi | xy | 1 MET_ILAND10 | Olson land type indi | xy | 1 MET_ILAND09 | Olson land type indi | xy | 1 MET_ILAND08 | Olson land type indi | xy | 1 MET_ILAND07 | Olson land type indi | xy | 1 MET_ILAND06 | Olson land type indi | xy | 1 MET_ILAND05 | Olson land type indi | xy | 1 MET_ILAND04 | Olson land type indi | xy | 1 MET_ILAND03 | Olson land type indi | xy | 1 MET_ILAND02 | Olson land type indi | xy | 1 MET_ILAND01 | Olson land type indi | xy | 1 MET_ILAND00 | Olson land type indi | xy | 1 MET_DTRAIN | Detrainment flux | xyz C | kg m-2 s-1 MET_DQRLSAN | Production rate of l | xyz C | kg kg-1 s-1 MET_DQRCU | Production rate of c | xyz C | kg kg-1 s-1 MET_FUNDERPBLTOP | Fraction of box unde | xyz C | 1 MET_FOFPBL | Fraction of PBL | xyz C | 1 MET_DPDRYPREV | Previous State_Met%D | xyz C | hPa MET_DELPDRY | Delta-pressure acros | xyz C | hPa MET_DELP | Delta-pressure acros | xyz C | hPa MET_CMFMC | Cloud mass flux | xyz E | kg m-2 s-1 MET_CLDF | 3-D cloud fraction | xyz C | 1 MET_BXHEIGHT | Grid box height (w/r | xyz C | m MET_AVGW | Water vapor mixing r | xyz C | vol vol-1 MET_AIRVOL | Volume of dry air in | xyz C | m3 MET_AIRNUMDEN | Dry air density | xyz C | m-3 MET_AIRDEN | Dry air density | xyz C | kg m-3 MET_AD | Dry air mass | xyz C | kg MET_Z0 | Surface roughness he | xy | m MET_V10M | North-south wind at | xy | m s-1 MET_UVALBEDO | Ultraviolet surface | xy | 1 MET_USTAR | Friction velocity | xy | m s-1 MET_U10M | East-west wind at 10 | xy | m s-1 MET_TSKIN | Surface skin tempera | xy | K MET_TS | Surface temperature | xy | K MET_TROPP | Tropopause pressure | xy | hPa MET_TROPHT | Tropopause height | xy | km MET_TROPLEV | GEOS-Chem level wher | xy | 1 MET_TO3 | Total overhead ozone | xy | dobsons MET_SWGDN | Incident shortwave r | xy | W m-2 MET_SUNCOSSUM | Sum of Cosine of sol | xy | 1 MET_SUNCOSMID | Cosine of solar zeni | xy | 1 MET_SUNCOS | Cosine of solar zeni | xy | 1 MET_SNOMAS | Snow mass | xy | kg m-2 MET_SNODP | Snow depth | xy | m MET_SLP | Sea level pressure | xy | hPa MET_SEAICE90 | Sea ice coverage 90- | xy | 1 MET_SEAICE80 | Sea ice coverage 80- | xy | 1 MET_SEAICE70 | Sea ice coverage 70- | xy | 1 MET_SEAICE60 | Sea ice coverage 60- | xy | 1 MET_SEAICE50 | Sea ice coverage 50- | xy | 1 MET_SEAICE40 | Sea ice coverage 40- | xy | 1 MET_SEAICE30 | Sea ice coverage 30- | xy | 1 MET_SEAICE20 | Sea ice coverage 20- | xy | 1 MET_SEAICE10 | Sea ice coverage 10- | xy | 1 MET_SEAICE00 | Sea ice coverage 00- | xy | 1 MET_PSC2DRY | Dry interpolated sur | xy | hPa MET_PS2DRY | Dry surface pressure | xy | hPa MET_PS1DRY | Dry surface pressure | xy | hPa MET_PSC2WET | Wet interpolated sur | xy | hPa MET_PS2WET | Wet surface pressure | xy | hPa MET_PS1WET | Wet surface pressure | xy | hPa MET_PRECTOT | Total precipitation | xy | mm day-1 MET_PRECLSC | Large-scale precipit | xy | kg m-2 s-1 MET_PRECCON | Convective precipita | xy | mm day-1 MET_PRECANV | Anvil precipitation | xy | kg m-2 s-1 MET_PHIS | Surface geopotential | xy | m2 s-1 MET_PBLTHICK | Planetary boundary l | xy | hPa MET_PBLTOPM | Planetary boundary l | xy | m MET_PBLTOPL | Planetary boundary l | xy | layer MET_PBLTOPHPA | Planetary boundary l | xy | hPa MET_PBLH | Planetary boundary l | xy | m MET_PARDF | Diffuse photosynthet | xy | W m-2 MET_PARDR | Direct photosyntheti | xy | W m-2 MET_MODISLAI | Daily LAI computed f | xy | m2 m-2 MET_LWI | Land-water-ice indic | xy | 1 MET_LAI | Leaf area index from | xy | m2 m-2 MET_IREG | Number of Olson land | xy | 1 MET_HFLUX | Sensible heat flux | xy | W m-2 MET_GWETTOP | Top soil moisture | xy | 1 MET_GWETROOT | Root soil wetness | xy | 1 MET_FRSNO | Fraction of snow on | xy | 1 MET_FRSEAICE | Fraction of sea ice | xy | 1 MET_FROCEAN | Fraction of ocean | xy | 1 MET_FRLANDIC | Fraction of land ice | xy | 1 MET_FRLAND | Fraction of land | xy | 1 MET_FRLAKE | Fraction of lake | xy | 1 MET_FRCLND | Olson land fraction | xy | 1 MET_FLASHDENS | Lightning flash dens | xy | km-2 s-1 MET_EFLUX | Latent heat flux | xy | W m-2 MET_CONVDEPTH | Convective cloud dep | xy | m MET_CLDTOPS | Maximum cloud top he | xy | level MET_CLDFRC | Column cloud fractio | xy | 1 MET_CHEMGRIDLEV | Highest level of the | xy | 1 MET_AREAM2 | Surface area of grid | xy | m2 MET_ALBD | Visible surface albe | xy | 1

V E R T I C A L G R I D S E T U P

INIT_PRESSURE: Vertical coordinates!

Ap 0.000000 0.048048 6.593752 13.134800 19.613110 26.092010 32.570810 38.982010 45.339010 51.696110 58.053210 64.362640 70.621980 78.834220 89.099920 99.365210 109.181700 118.958600 128.695900 142.910000 156.260000 169.609000 181.619000 193.097000 203.259000 212.150000 218.776000 223.898000 224.363000 216.865000 201.192000 176.930000 150.393000 127.837000 108.663000 92.365720 78.512310 66.603410 56.387910 47.643910 40.175410 33.810010 28.367810 23.730410 19.791600 16.457100 13.643400 11.276900 9.292942 7.619842 6.216801 5.046801 4.076571 3.276431 2.620211 2.084970 1.650790 1.300510 1.019440 0.795134 0.616779 0.475806 0.365041 0.278526 0.211349 0.159495 0.119703 0.089345 0.066000 0.047585 0.032700 0.020000 0.010000

Bp 1.000000 0.984952 0.963406 0.941865 0.920387 0.898908 0.877429 0.856018 0.834661 0.813304 0.791947 0.770637 0.749378 0.721166 0.685900 0.650635 0.615818 0.581041 0.546304 0.494590 0.443740 0.392891 0.343381 0.294403 0.246741 0.200350 0.156224 0.113602 0.063720 0.028010 0.006960 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000

Registered variables contained within grid_registry_mod.F90:

GRID_LONE | Longitude edges | x | degrees_east GRID_LON | Longitude | x | degrees_east GRID_LATE | Latitude edges | y | degrees_north GRID_LAT | Latitude | y | degrees_north GRID_ILEV | hybrid level at inte | z | level GRID_HYBI | hybrid B coefficient | z | 1 GRID_HYAI | hybrid A coefficient | z | hPa GRID_LEV | hybrid level at midp | z | level GRID_HYBM | hybrid B coefficient | z | 1 GRID_HYAM | hybrid A coefficient | z | hPa GRID_TIME | Time | t | minutes since YYYY-MM-DD hh:mm:ss GRID_P0 | reference pressure | - | hPa GRID_AREA | Surface area | xy | m2

HISTORY (INIT): Opening ./HISTORY.rc

=============================================================================== DEFINED DIAGNOSTIC COLLECTIONS:

Collection Restart -> FileName ./GEOSChem.Restart.%y4%m2%d2%h2%n2z.nc4 -> Format not found -> Frequency End -> Duration End -> Mode instantaneous Collection CH4 -> FileName OutputDir/GEOSChem.CH4.%y4%m2%d2%h2%n2z.nc4 -> Format not found -> Frequency 00000000002000 -> Duration 00000000002000 -> Mode time-averaged Collection Metrics -> FileName OutputDir/GEOSChem.Metrics.%y4%m2%d2%h2%n2z.nc4 -> Format not found -> Frequency End -> Duration End -> Mode time-averaged Collection SpeciesConc -> FileName OutputDir/GEOSChem.SpeciesConc.%y4%m2%d2%h2%n2z.nc4 -> Format not found -> Frequency 00000000002000 -> Duration 00000000002000 -> Mode time-averaged

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%% HEMCO: Harmonized Emissions Component %%%%% %%%%% You are using HEMCO version 3.0.0 %%%%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Reading settings & switches of HEMCO configuration file: HEMCO_Config.rc

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Switches read from HEMCO_Config.rc: EMISSIONS : T LightNOx : F %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Reading fields of HEMCO configuration file: HEMCO_Config.rc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2017-10/GEPA/GEPA_Annual.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_oil_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_gas_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_coal_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_livestock_A_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_livestock_B_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_landfill_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_waste_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_rice_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_other_anthro_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_livestock_A_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_livestock_B_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_landfill_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_waste_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-09/Scarpelli_Mexico/MEX_Tia2020_rice_2015.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-02/GFEI/Global_Fuel_Exploitation_Inventory_Oil_All.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-02/GFEI/Global_Fuel_Exploitation_Inventory_Gas_All.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-02/GFEI/Global_Fuel_Exploitation_Inventory_Coal.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2020-04/Seeps/Etiope_CH4GeologicalEmis_ScaledToHmiel.1x1.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/CH4/v2014-09/4x5/termites.geos.4x5.nc HEMCO: Opening /home/ubuntu/ExtData/HEMCO/TIMEZONES/v2015-02/timezones_voronoi_1x1.nc HEMCO: Opening /home/ubuntu/ExtData/GEOS_4x5/MERRA2/2015/01/MERRA2.20150101.CN.4x5.nc4 HEMCO: Opening /home/ubuntu/ExtData/HEMCO/OLSON_MAP/v2019-02/Olson_2001_Land_Type_Masks.025x025.generic.nc Error in ReadList_Read called from hco_run

GEOS-Chem ERROR: Error encountered in "HCO_Run"! -> at HCOI_GC_Run (in module GeosCore/hco_interface_gc_mod.F90)

THIS ERROR ORIGINATED IN HEMCO! Please check the HEMCO log file for additional error messages!

=============================================================================== GEOS-Chem ERROR: Error encountered in "HCOI_GC_Run"! -> at Emissions_Run (in module GeosCore/emissions_mod.F90)

=============================================================================== GEOS-CHEM ERROR: Error encountered in "Emissions_Run", Phase 0

This error can indicate a missing file. Please check the HEMCO log file for additional error messages!

STOP at -> at GEOS-Chem (in GeosCore/main.F90)

 - CLEANUP: deallocating arrays now...
zhifeng1310 commented 1 year ago

And could you please tell me the steps or parameters to be adjusted when simulation CH4 and CO2? These are very difficult for me, thank you very much!

lizziel commented 1 year ago

Hi @zhifeng1310, please see the debugging page on the GEOS-Chem wiki for guidance on troubleshooting problems running GEOS-Chem. Providing guidance on changing parameters for your specific application is beyond the scope of GEOS-Chem Support Team help. However, you may find the information you need on the GEOS-Chem wiki and/or ReadTheDocs pages.

NOTE: We are now asking users to identify themselves and their institutions when requesting help. Please do this in the future.