GEOS-CHEM SIMULATION v9-02: Tagged Ox simulation ------------------------+------------------------------------------------------ %%% SIMULATION MENU %%% : Start YYYYMMDD, HHMMSS : 20080701 000000 End YYYYMMDD, HHMMSS : 20080701 010000 Run directory : ./ Input restart file : restart.YYYYMMDDhh Make new restart file? : T Output restart file(s) : restart.YYYYMMDDhh Root data directory : /as/data/geos/GEOS_4x5/ => GCAP subdir : AGRID/YYYY/MM/ => GEOS-4 subdir : GEOS_4_v4/YYYY/MM/ => GEOS-5 subdir : GEOS_5/YYYY/MM/ => GEOS-FP subdir : GEOS_FP/YYYY/MM/ => MERRA subdir : MERRA/YYYY/MM/ Dir w/ 1x1 emissions etc: /as/data/geos/GEOS_1x1/ Temporary directory : ./ Unzip met fields? : F Wait for met fields? : F Use variable tropopause?: T Global offsets I0, J0 : 0 0 ------------------------+------------------------------------------------------ %%% TRACER MENU %%% : Type of simulation : 6 Number of Tracers : 13 Tracer Entries -------> : TR# Name g/mole Tracer Members; () = emitted Tracer #1 : 1 Ox 48.0 Tracer #2 : 2 OxUT 48.0 Tracer #3 : 3 OxMT 48.0 Tracer #4 : 4 OxROW 48.0 Tracer #5 : 5 OxPacBL 48.0 Tracer #6 : 6 OxNABL 48.0 Tracer #7 : 7 OxAtlBL 48.0 Tracer #8 : 8 OxEurBL 48.0 Tracer #9 : 9 OxAfrBL 48.0 Tracer #10 : 10 OxAsBL 48.0 Tracer #11 : 11 OxStrat 48.0 Tracer #12 : 12 OxInit 48.0 Tracer #13 : 13 OxUSA 48.0 ------------------------+------------------------------------------------------ %%% TRANSPORT MENU %%% : Turn on Transport : T => Fill Negative Values: T => IORD, JORD, KORD : 3 3 7 Transport Timestep [min]: 30 ------------------------+------------------------------------------------------ %%% CONVECTION MENU %%% : Turn on Cloud Conv? : T Turn on PBL Mixing? : T => Use non-local PBL? : T Convect Timestep (min) : 30 ------------------------+------------------------------------------------------ %%% EMISSIONS MENU %%% : Turn on emissions? : F Emiss timestep (min) : 60 Include anthro emiss? : T => Scale to (1985-2005): -1 => Use EMEP emissions? : T => Use BRAVO emissions?: T => Use EDGAR emissions?: T => Use STREETS emiss? : T => Use CAC emissions? : T => Use NEI2005 emiss? : T => Use RETRO emiss? : T => Use AEIC emissions? : T Use RCP emiss (anth+bf)?: F => RCP scenario? : RCP60 => RCP year? : 2000 Use EPA/NEI99 (anth+bf)?: F w/ ICARTT modif.? : F w/ VISTAS NOx emis? : F Include biofuel emiss? : T Include biogenic emiss? : T => Use MEGAN inventory?: T => Use PCEEA model? : F => Use MEGAN for MONO? : T => Isoprene scaling : 1 Include biomass emiss? : T => Seasonal biomass? : T => Scaled to TOMSAI? : F => Use GFED2 biomass? :--- => monthly GFED2? : F => 8-day GFED2? : F => 3-hr GFED2? : F => synoptic GFED2? : F => Use GFED3 biomass? :--- => monthly GFED3? : T => daily GFED3? : F => 3-hr GFED3? : F Individual NOx sources :--- => Use RCP aircraft NOx: F => Use lightning NOx? : T => Spat-seas constr?: T => Use soil NOx : T => soilNOx rst file?: none => Use fertilizer NOx : T NOx scaling : 1 Use ship SO2 emissions? :--- => global EDGAR ? : T => global ICOADS ? : T => global RCP ? : F => EMEP over EUROPE ? : T => ship SO2 Corbett ? : F => ship SO2 Arctas ? : T Use COOKE BC/OC (N. Am.): F Use historical emiss? : F => What decade? : 2000 Bromine switches :--- => Use Warwick VSLS? : T => Use seasalt Br2? : T => 1ppt MBL BRO Sim.? : F => Bromine scaling : 1 ------------------------+------------------------------------------------------ %%% FUTURE MENU %%% : Use future emissions? : F Which IPCC future year? : 2050 Which IPCC scenario? : A1 ------------------------+----------------------------------------------------- %%% AEROSOL MENU %%% : Online SULFATE AEROSOLS : F Online CRYST/AQ AEROSOLS: F Online CARBON AEROSOLS : F Online 2dy ORG AEROSOLS : F => Semivolatile POA? : F => NAP emiss (TgC/yr) : 1.0 => POA emission scale : 1.27 Online DUST AEROSOLS : F => Use DEAD emissions? : F Online SEASALT AEROSOLS : F -- SALA radius bin [um]: 0.01 0.5 -- SALC radius bin [um]: 0.5 8.0 Online dicarb. chem. : F ------------------------+------------------------------------------------------ %%% DEPOSITION MENU %%% : Turn on Dry Deposition? : T Turn on Wet Deposition? : F ------------------------+------------------------------------------------------ %%% CHEMISTRY MENU %%% : Turn on Chemistry? : T Use linear. strat. chem?: T => Use Linoz for O3? : T Chemistry Timestep [min]: 60 Read and save CSPEC_FULL: F => CSPEC rst filename? : none USE solver coded by KPP : F Gamma HO2 : 0.2 ------------------------+------------------------------------------------------ %%% OUTPUT MENU %%% : 123456789.123456789.123456789.1--1=ZERO+2=BPCH Schedule output for JAN : 3000000000000000000000000000000 Schedule output for FEB : 30000000000000000000000000000 Schedule output for MAR : 3000000000000000000000000000000 Schedule output for APR : 300000000000000000000000000000 Schedule output for MAY : 3000000000000000000000000000000 Schedule output for JUN : 300000000000000000000000000000 Schedule output for JUL : 3000000000000000000000000000000 Schedule output for AUG : 3000000000000000000000000000000 Schedule output for SEP : 300000000000000000000000000000 Schedule output for OCT : 3000000000000000000000000000000 Schedule output for NOV : 300000000000000000000000000000 Schedule output for DEC : 3000000000000000000000000000000 ------------------------+------------------------------------------------------ %%% GAMAP MENU %%% : diaginfo.dat path : diaginfo.dat tracerinfo.dat path : tracerinfo.dat ------------------------+------------------------------------------------------ %%% DIAGNOSTIC MENU %%% : Binary punch file name : ctm.bpch Diagnostic Entries ---> : L Tracers to print out for each diagnostic ND01: Rn/Pb/Be source : 0 all ND02: Rn/Pb/Be decay : 0 all ND03: Hg emissions, P/L : 0 all ND04: CO2 Sources : 0 all ND05: Sulfate prod/loss : 0 all ND06: Dust aer source : 0 all ND07: Carbon aer source : 0 all ND08: Seasalt aer source: 0 all ND09: - : 0 all ND10: - : 0 all ND11: Acetone sources : 0 all ND12: BL fraction : 0 all ND13: Sulfur sources : 0 all ND14: Cld conv mass flx : 0 all ND15: BL mix mass flx : 0 all ND16: LS/Conv prec frac : 0 all ND17: Rainout fraction : 0 all ND18: Washout fraction : 0 all ND19: CH4 loss : 0 all ND21: Optical depths : 0 all ND22: J-Values : 0 64 7 8 20 99 => JV time range : 11 13 ND24: E/W transpt flx : 0 all ND25: N/S transpt flx : 0 all ND26: U/D transpt flx : 0 all ND27: Strat NOx,Ox,HNO3 : 0 1 2 7 ND28: Biomass emissions : 0 1 4 5 9 10 11 18 19 20 21 26 30 34 35 ND29: CO sources : 0 all ND30: Land Map : 0 all ND31: Surface pressure : 0 all ND32: NOx sources : 0 all ND33: Column tracer : 0 all ND34: Biofuel emissions : 0 1 4 5 9 10 11 18 19 20 21 ND35: Tracers at 500 mb : 0 all ND36: Anthro emissions : 0 1 2 4 5 7 9 10 11 18 19 20 21 ND37: Updraft scav frac : 0 all ND38: Cld Conv scav loss: 0 all ND39: Wetdep scav loss : 0 all ND41: Afternoon PBL ht : 0 all ND42: SOA concentrations: 0 all ND43: Chem OH,NO,HO2,NO2: 0 all ==> OH/HO2 time range : 0 24 ND44: Drydep flx/vel : 0 2 3 7 8 9 11 13 14 15 16 17 20 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 47 48 50 55 57 58 59 60 61 62 63 64 ND45: Tracer Conc's : 47 all ==> ND45 Time range : 0 24 ND46: Biogenic emissions: 0 all ND47: 24-h avg trc conc : 0 all ND52: GAMMA HO2 : 0 all ND53: POPs Emissions : 0 all ND54: Time in t'sphere : 0 all ND55: Tropopause height : 0 all ND56: Lightning flashes : 0 all ND57: Potential T : 0 all ND58: CH4 Emissions : 0 all ND59: - : 0 all ND60: Wetland Frac : 0 all ND61: - : 0 all ND62: Inst column maps : 0 all ND64: - : 0 all ND66: DAO 3-D fields : 0 all ND67: DAO 2-D fields : 0 all ND68: Airmass/Boxheight : 0 all ND69: Surface area : 0 all ND70: Debug output : 0 all ------------------------+------------------------------------------------------ %%% PLANEFLIGHT MENU %%%: Turn on plane flt diag? : F Flight track info file : Planeflight.dat.YYYYMMDD Output file name : plane.log.YYYYMMDD ------------------------+------------------------------------------------------ %%% ND48 MENU %%% : Turn on ND48 stations : F Station Timeseries file : stations.YYYYMMDD Frequency [min] : 60 Number of stations : 0 ------------------------+------------------------------------------------------ %%% ND49 MENU %%% : Turn on ND49 diagnostic : F Inst 3-D timeser. file : tsYYYYMMDD.bpch Tracers to include : 95, 99 Frequency [min] : 120 IMIN, IMAX of region : 30 70 JMIN, JMAX of region : 23 40 LMIN, LMAX of region : 1 10 ------------------------------------------------------------------------------- %%% ND50 MENU %%% : Turn on ND50 diagnostic : F 24-hr avg timeser. file : ts_24h_avg.YYYYMMDD.bpch Output as HDF5? : F Tracers to include : 95 99 IMIN, IMAX of region : 1 72 JMIN, JMAX of region : 1 46 LMIN, LMAX of region : 1 1 ------------------------------------------------------------------------------- %%% ND51 MENU %%% : Turn on ND51 diagnostic : F LT avg timeseries file : ts_satellite.YYYYMMDD.bpch Output as HDF5? : F Tracers to include : 95 99 GMT Hour for disk write : 0 Avg Period [LT hours] : 10 12 IMIN, IMAX of region : 1 151 JMIN, JMAX of region : 1 121 LMIN, LMAX of region : 1 40 ------------------------------------------------------------------------------- %%% ND51b MENU %%% : Turn on ND51b diagnstic : F LT avg timeseries file : ts_13_15.NA.YYYYMMDD.h5 Output as HDF5? : T Tracers to include : 1 4 20 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 60 61 62 63 64 65 66 72 73 75 82 83 84 85 86 87 93 94 98 99 GMT Hour for disk write : 1 Avg Period [LT hours] : 13 15 IMIN, IMAX of region : 1 72 JMIN, JMAX of region : 1 46 LMIN, LMAX of region : 1 1 ------------------------+------------------------------------------------------ %%% ND63 MENU %%% : Turn on ND63 diagnostic : F Inst 3-D timeser. file : paranox_ts.YYYYMMDD.bpch Tracers to include : 1 Frequency [min] : 120 IMIN, IMAX of region : 70 30 JMIN, JMAX of region : 23 46 ------------------------------------------------------------------------------- %%% PROD & LOSS MENU %%%: Turn on P/L (ND65) diag?: F # of levels for ND65 : 47 Save O3 P/L (ND20)? : F Number of P/L families : 4 1st chemical family : POX: O3 NO2 2NO3 PAN PMN PPN HNO4 3N2O5 HNO3 BrO HOBr BrNO2 2BrNO3 MPN 2nd chemical family : LOX: O3 NO2 2NO3 PAN PMN PPN HNO4 3N2O5 HNO3 BrO HOBr BrNO2 2BrNO3 MPN 3rd chemical family : PCO: CO 4th chemical family : LCO: CO ------------------------+------------------------------------------------------ %%% ARCHIVED OH MENU %%%: Dir w/ archived OH files: /as/data/geos/GEOS_MEAN/OHmerge/v5-07-08/ ------------------------+------------------------------------------------------ %%% O3 P/L MENU %%% : Dir w/ O3 P/L rate files: /as/data/geos/GEOS_MEAN/O3_PROD_LOSS/2003.v6-01-05/ ------------------------+------------------------------------------------------ %%% BENCHMARK MENU %%% : Save benchmark output? : F File w/ initial Ox : Ox.mass.initial File w/ final Ox : Ox.mass.final ------------------------+------------------------------------------------------ %%% NESTED GRID MENU %%%: Save TPCORE BC's : F Input BCs at 2x2.5? : F Over North America? : F TPCORE NA BC directory : BC_2x25_NA/ Over Europe? : F TPCORE EU BC directory : BC_2x25_EU/ Over China? : F TPCORE CH BC directory : BC_2x25_CH/ Over SE Asia region? : F TPCORE SE BC directory : BC_2x25_SE/ Over Custom Region? : F TPCORE BC directory : BC_2x25/ BC timestep [min] : 180 LL box of BC region : 9 26 UR box of BC region : 29 41 1x1 offsets I0_W, J0_W : 3 3 ------------------------+------------------------------------------------------ %%% UNIX CMDS MENU %%% : Background symbol : & Redirect symbol : > Unix remove command : rm -f Unix pathname separator : / Unix wildcard character : * Unix unzip command : gzip -dc Zip file suffix : .gz ------------------------+------------------------------------------------------ END OF FILE : ------------------------+------------------------------------------------------