================================================================================ | | | The Community Multiscale Air Quality (CMAQ) Model | | Version 5.3.1 | | | | Built and Maintained by the | | Office of Research and Development | | United States Environmental Protection Agency | | | | https://www.epa.gov/cmaq | | | | Source Code: https://www.github.com/USEPA/cmaq/tree/master | | Documentation: https://www.github.com/USEPA/cmaq/tree/master/DOCS | | | | The CMAQ Model is tested and released with cooperation from | | the Community Modeling and Analysis System (CMAS) Center via | | contract support. CMAS is managed by the Institute for the | | Environment, University of North Carolina at Chapel Hill. | | CMAS URL: (https://www.cmascenter.org) | | | ================================================================================ This program uses the EPA-AREAL/MCNC-EnvPgms/BAMS Models-3 I/O Applications Programming Interface, [I/O API] which is built on top of the netCDF I/O library (Copyright 1993, 1996 University Corporation for Atmospheric Research/Unidata Program) and the PVM parallel-programming library (from Oak Ridge National Laboratory). Copyright (C) 1992-2002 MCNC, (C) 1992-2013 Carlie J. Coats, Jr., (C) 2003-2012 Baron Advanced Meteorological Systems, LLC, and (C) 2014-2016 UNC Institute for the Environment. Released under the GNU LGPL License, version 2.1. See URL https://www.gnu.org/licenses/old-licenses/lgpl-2.1.html for conditions of use. ioapi-3.2: $Id: init3.F90 98 2018-04-05 14:35:07Z coats $ Version with PARMS3.EXT/PARAMETER::MXVARS3= 2048 netCDF version 4.4.1.1 of Nov 18 2019 11:03:18 $ EXECUTION_ID: CMAQ_CCTMv531_ykaore_20200629_192853_208964798 Value for IOAPI_CHECK_HEADERS: N returning FALSE "MET_CRO_3D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/METCRO3D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 31 lays, 17 vbles NetCDF ID: 65536 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 MET data determined based on WRF ARM version 3.9.1.1 Closing file MET_CRO_3D ======================================== |>--- RETRIEVE HORIZONTAL GRID ---<| ======================================== File "GRIDDESC" opened for input on unit: 98 /scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/GRIDDESC ====================================== |>--- RETRIEVE VERTICAL GRID ---<| ====================================== "MET_CRO_3D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/METCRO3D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 31 lays, 17 vbles NetCDF ID: 65536 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 ========================================= |>--- RETRIEVE SPECIES NAMELIST ---<| ========================================= =========================================== |>--- INITIALIZE PROCESS ANALYSIS ---<| =========================================== PA_DATAGEN: Process Analysis is not activated ================================== |>--- CONFIGURE SCENARIO ---<| ================================== INIT_MEDC_1 :notused >>--->> WARNING in subroutine OPEN3 File not available. "GRID_CRO_2D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/GRIDCRO2D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 7 vbles NetCDF ID: 131072 opened as READONLY Time-independent data. "GRID_DOT_2D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/GRIDDOT2D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_DOT" Dimensions: 119 rows, 119 cols, 1 lays, 9 vbles NetCDF ID: 196608 opened as READONLY Time-independent data. "LUFRAC_CRO" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/LUFRAC_CRO_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 21 lays, 1 vbles NetCDF ID: 262144 opened as READONLY Time-independent data. "MET_CRO_2D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/METCRO2D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 327680 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 "MET_DOT_3D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/METDOT3D_d03.nc" File type GRDDED3 Execution ID "mcip" Grid name "Guildford_DOT" Dimensions: 119 rows, 119 cols, 31 lays, 6 vbles NetCDF ID: 393216 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 "GR_EMIS_001" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.agriculture.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 458752 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_002" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.aircraft.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 34 vbles NetCDF ID: 524288 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_003" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.energy.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 589824 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_004" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.industry.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 655360 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_005" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.residential.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 720896 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_006" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.ship.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 786432 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "GR_EMIS_007" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../smoke/run_guildford/output/cmaq_cb05_soa/agts_l.edgar.2015181.32.Guildford.transport.ncf" File type GRDDED3 Execution ID "????????????????" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 35 vbles NetCDF ID: 851968 opened as READONLY Starting date and time 2015181:000000 (0:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 GR_EM_SYM_DATE_0 | F (default) "INIT_CONC_1" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/icon/ICON_GEOS.nc" File type GRDDED3 Execution ID "BCON_V5g_Darwin13_x86_64gfortran" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 31 lays, 59 vbles NetCDF ID: 917504 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 33 Number of Emissions Layers: 1 out of total Number of Model Layers: 31 "MET_BDY_3D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/METBDY3D_d03.nc" File type BNDARY3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 31 lays, 17 vbles, 1 cells thick NetCDF ID: 983040 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 774 "BNDY_CONC_1" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/bcon/BCON_GEOS.nc" File type BNDARY3 Execution ID "BCON_V5g_Darwin13_x86_64gfortran" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 31 lays, 59 vbles, 1 cells thick NetCDF ID: 1048576 opened as READONLY Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 792 Warning! Something went wrong while reading the GeneralSpecs section of the Emissions Control Namelist. Default values for this section will be assumed. Warning! Something went wrong while reading the ChemicalFamilies section of the Emissions Control Namelist. Default values for this section will be assumed. Warning! Something went wrong while reading the StreamFamilies section of the Emissions Control Namelist. Default values for this section will be assumed. Warning! Something went wrong while reading the RegionFamilies section of the Emissions Control Namelist. Default values for this section will be assumed. "OCEAN_1" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/emis/OCEANfile.ncf" File type GRDDED3 Execution ID "??????" Grid name "Guildford_DOT" Dimensions: 119 rows, 119 cols, 1 lays, 2 vbles NetCDF ID: 1114112 opened as READONLY Time-independent data. >>--->> WARNING in subroutine retrieve_time_de on PE 000 MCIP files indicate no convective parameterization was used in the WRF simulation M3WARN: DTBUF 1:00:00 June 30, 2015 (2015181:010000) Processing will continue without subgrid clouds >>--->> WARNING in subroutine retrieve_time_de on PE 000 MCIP files indicate no convective parameterization was used in the WRF simulation M3WARN: DTBUF 1:00:00 June 30, 2015 (2015181:010000) Processing will continue without subgrid clouds ======================================= |>--- LOAD INITIAL CONDITIONS ---<| ======================================= Initial Condition Factors used for transported gas-phase (reactive) species 5 NO2 1.0000 4 NO 1.0000 No IC found for species O in INIT_CONC_1; set to 1.00E-30 3 O3 1.0000 6 NO3 1.0000 No IC found for species O1D in INIT_CONC_1; set to 1.00E-30 No IC found for species OH in INIT_CONC_1; set to 1.00E-30 No IC found for species HO2 in INIT_CONC_1; set to 1.00E-30 25 H2O2 1.0000 8 N2O5 1.0000 23 HNO3 1.0000 9 HONO 1.0000 10 PNA 1.0000 11 SO2 1.0000 No IC found for species SULF in INIT_CONC_1; set to 1.00E-30 No IC found for species SULRXN in INIT_CONC_1; set to 1.00E-30 No IC found for species C2O3 in INIT_CONC_1; set to 1.00E-30 No IC found for species MEO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species RO2 in INIT_CONC_1; set to 1.00E-30 27 PAN 1.0000 28 PACD 1.0000 No IC found for species AACD in INIT_CONC_1; set to 1.00E-30 No IC found for species CXO3 in INIT_CONC_1; set to 1.00E-30 14 ALD2 1.0000 No IC found for species XO2H in INIT_CONC_1; set to 1.00E-30 No IC found for species PANX in INIT_CONC_1; set to 1.00E-30 13 FORM 1.0000 26 MEPX 1.0000 No IC found for species MEOH in INIT_CONC_1; set to 1.00E-30 No IC found for species ROOH in INIT_CONC_1; set to 1.00E-30 No IC found for species XO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species XO2N in INIT_CONC_1; set to 1.00E-30 No IC found for species XPAR in INIT_CONC_1; set to 1.00E-30 No IC found for species XPRP in INIT_CONC_1; set to 1.00E-30 No IC found for species NTR1 in INIT_CONC_1; set to 1.00E-30 No IC found for species NTR2 in INIT_CONC_1; set to 1.00E-30 No IC found for species FACD in INIT_CONC_1; set to 1.00E-30 12 CO 1.0000 No IC found for species HCO3 in INIT_CONC_1; set to 1.00E-30 15 ALDX 1.0000 30 GLYD 1.0000 No IC found for species GLY in INIT_CONC_1; set to 1.00E-30 No IC found for species MGLY in INIT_CONC_1; set to 1.00E-30 18 ETHA 1.0000 No IC found for species ETOH in INIT_CONC_1; set to 1.00E-30 No IC found for species KET in INIT_CONC_1; set to 1.00E-30 29 PAR 1.0000 No IC found for species ACET in INIT_CONC_1; set to 1.00E-30 No IC found for species PRPA in INIT_CONC_1; set to 1.00E-30 No IC found for species ROR in INIT_CONC_1; set to 1.00E-30 No IC found for species ETHY in INIT_CONC_1; set to 1.00E-30 No IC found for species ETH in INIT_CONC_1; set to 1.00E-30 16 OLE 1.0000 17 IOLE 1.0000 21 ISOP 1.0000 No IC found for species ISO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species ISOPRXN in INIT_CONC_1; set to 1.00E-30 22 ISPD 1.0000 No IC found for species INTR in INIT_CONC_1; set to 1.00E-30 No IC found for species ISPX in INIT_CONC_1; set to 1.00E-30 No IC found for species HPLD in INIT_CONC_1; set to 1.00E-30 No IC found for species OPO3 in INIT_CONC_1; set to 1.00E-30 No IC found for species EPOX in INIT_CONC_1; set to 1.00E-30 No IC found for species IEPOXP in INIT_CONC_1; set to 1.00E-30 No IC found for species EPX2 in INIT_CONC_1; set to 1.00E-30 No IC found for species TERP in INIT_CONC_1; set to 1.00E-30 No IC found for species APIN in INIT_CONC_1; set to 1.00E-30 No IC found for species TERPNRO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species MTNO3 in INIT_CONC_1; set to 1.00E-30 No IC found for species TRPRXN in INIT_CONC_1; set to 1.00E-30 59 BENZENE 1.0000 No IC found for species CRES in INIT_CONC_1; set to 1.00E-30 No IC found for species BZO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species OPEN in INIT_CONC_1; set to 1.00E-30 No IC found for species BENZRO2 in INIT_CONC_1; set to 1.00E-30 19 TOL 1.0000 No IC found for species TO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species TOLRO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species XOPN in INIT_CONC_1; set to 1.00E-30 No IC found for species XYLMN in INIT_CONC_1; set to 1.00E-30 No IC found for species XLO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species XYLRO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species NAPH in INIT_CONC_1; set to 1.00E-30 No IC found for species PAHRO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species CRO in INIT_CONC_1; set to 1.00E-30 No IC found for species CAT1 in INIT_CONC_1; set to 1.00E-30 No IC found for species CRON in INIT_CONC_1; set to 1.00E-30 No IC found for species OPAN in INIT_CONC_1; set to 1.00E-30 No IC found for species ECH4 in INIT_CONC_1; set to 1.00E-30 No IC found for species CL2 in INIT_CONC_1; set to 1.00E-30 No IC found for species CL in INIT_CONC_1; set to 1.00E-30 No IC found for species HOCL in INIT_CONC_1; set to 1.00E-30 No IC found for species CLO in INIT_CONC_1; set to 1.00E-30 No IC found for species FMCL in INIT_CONC_1; set to 1.00E-30 No IC found for species HCL in INIT_CONC_1; set to 1.00E-30 No IC found for species CLNO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species CLNO3 in INIT_CONC_1; set to 1.00E-30 No IC found for species SESQ in INIT_CONC_1; set to 1.00E-30 No IC found for species SESQRXN in INIT_CONC_1; set to 1.00E-30 No IC found for species SOAALK in INIT_CONC_1; set to 1.00E-30 No IC found for species H2NO3PIJ in INIT_CONC_1; set to 1.00E-30 No IC found for species H2NO3PK in INIT_CONC_1; set to 1.00E-30 No IC found for species VLVPO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVPO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVPO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVPO3 in INIT_CONC_1; set to 1.00E-30 No IC found for species VIVPO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species VLVOO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species VLVOO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVOO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVOO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species VSVOO3 in INIT_CONC_1; set to 1.00E-30 No IC found for species PCVOC in INIT_CONC_1; set to 1.00E-30 No IC found for species PCSOARXN in INIT_CONC_1; set to 1.00E-30 No IC found for species FORM_PRIMARY in INIT_CONC_1; set to 1.00E-30 No IC found for species ALD2_PRIMARY in INIT_CONC_1; set to 1.00E-30 No IC found for species BUTADIENE13 in INIT_CONC_1; set to 1.00E-30 No IC found for species ACROLEIN in INIT_CONC_1; set to 1.00E-30 No IC found for species ACRO_PRIMARY in INIT_CONC_1; set to 1.00E-30 No IC found for species TOLU in INIT_CONC_1; set to 1.00E-30 No IC found for species HG in INIT_CONC_1; set to 1.00E-30 No IC found for species HGIIAER in INIT_CONC_1; set to 1.00E-30 No IC found for species HGIIGAS in INIT_CONC_1; set to 1.00E-30 No IC found for species SVAVB1 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVAVB2 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVAVB3 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVAVB4 in INIT_CONC_1; set to 1.00E-30 Initial Condition Factors used for transported aerosol species 55 ASO4J 1.0000 54 ASO4I 1.0000 45 ANH4J 1.0000 44 ANH4I 1.0000 47 ANO3J 1.0000 46 ANO3I 1.0000 No IC found for species AISO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species AISO2J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASQTJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AORGCJ in INIT_CONC_1; set to 1.00E-30 33 AECJ 1.0000 32 AECI 1.0000 49 AOTHRJ 1.0000 No IC found for species AOTHRI in INIT_CONC_1; set to 1.00E-30 39 AFEJ 1.0000 31 AALJ 1.0000 53 ASIJ 1.0000 58 ATIJ 1.0000 36 ACAJ 1.0000 41 AMGJ 1.0000 40 AKJ 1.0000 42 AMNJ 1.0000 No IC found for species ACORS in INIT_CONC_1; set to 1.00E-30 57 ASOIL 1.0000 No IC found for species NUMATKN in INIT_CONC_1; set to 1.00E-30 No IC found for species NUMACC in INIT_CONC_1; set to 1.00E-30 No IC found for species NUMCOR in INIT_CONC_1; set to 1.00E-30 No IC found for species SRFATKN in INIT_CONC_1; set to 1.00E-30 No IC found for species SRFACC in INIT_CONC_1; set to 1.00E-30 No IC found for species SRFCOR in INIT_CONC_1; set to 1.00E-30 No IC found for species AORGH2OJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AH2OJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AH2OI in INIT_CONC_1; set to 1.00E-30 No IC found for species AH3OPJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AH3OPI in INIT_CONC_1; set to 1.00E-30 43 ANAJ 1.0000 No IC found for species ANAI in INIT_CONC_1; set to 1.00E-30 37 ACLJ 1.0000 No IC found for species ACLI in INIT_CONC_1; set to 1.00E-30 52 ASEACAT 1.0000 38 ACLK 1.0000 56 ASO4K 1.0000 No IC found for species ANH4K in INIT_CONC_1; set to 1.00E-30 48 ANO3K 1.0000 No IC found for species AH2OK in INIT_CONC_1; set to 1.00E-30 No IC found for species AH3OPK in INIT_CONC_1; set to 1.00E-30 No IC found for species AISO3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AOLGAJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AOLGBJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AGLYJ in INIT_CONC_1; set to 1.00E-30 No IC found for species AMTNO3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMTHYDJ in INIT_CONC_1; set to 1.00E-30 34 APOCI 1.0000 35 APOCJ 1.0000 50 APNCOMI 1.0000 51 APNCOMJ 1.0000 No IC found for species APCSOJ in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVPO1I in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVPO1I in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVPO2I in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVPO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVPO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVPO2J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVPO3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AIVPO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVOO1I in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVOO2I in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVOO1I in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVOO2I in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVOO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species ALVOO2J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVOO1J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVOO2J in INIT_CONC_1; set to 1.00E-30 No IC found for species ASVOO3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AAVB1J in INIT_CONC_1; set to 1.00E-30 No IC found for species AAVB2J in INIT_CONC_1; set to 1.00E-30 No IC found for species AAVB3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AAVB4J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT1J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT2J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT3J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT4J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT5J in INIT_CONC_1; set to 1.00E-30 No IC found for species AMT6J in INIT_CONC_1; set to 1.00E-30 |> Check Aerosol IC Size Distributions: +======================================== |> Map Aerosol Species: +======================== Optional Species APHGJ Not found in AE namelist. ATTENTION: Applying fix to aerosol Initial Conditions for aerosol modes. Set verbose_loadcgrid preprocessor flag to learn more. Initial Condition Factors used for transported non-reactive gas species 7 NH3 1.0000 No IC found for species SVISO1 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVISO2 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVSQT in INIT_CONC_1; set to 1.00E-30 No IC found for species LVPCSOG in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT1 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT2 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT3 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT4 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT5 in INIT_CONC_1; set to 1.00E-30 No IC found for species SVMT6 in INIT_CONC_1; set to 1.00E-30 ================================================= |>--- OPEN OR CREATE CONCENTRATION FILE ---<| ================================================= CTM_CONC_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_CONC_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open CTM_CONC_1 for update - try to open new Conc File Header Description: Concentration file output From CMAQ model dyn alloc version CTM Set of variables (possibly) reduced from CGRID For next scenario continuation runs, use the "one-step" CGRID file Layer 1 to 1 Value for IOAPI_CHECK_HEADERS: N returning FALSE Value for IOAPI_OFFSET_64: YES returning TRUE Value for IOAPI_CFMETA not defined;returning default: FALSE Value for IOAPI_CMAQMETA not defined; returning defaultval ': 'NONE' Value for IOAPI_CMAQMETA not defined; returning defaultval ': 'NONE' Value for IOAPI_SMOKEMETA not defined; returning defaultval ': 'NONE' Value for IOAPI_SMOKEMETA not defined; returning defaultval ': 'NONE' Value for IOAPI_TEXTMETA not defined; returning defaultval ': 'NONE' Value for IOAPI_TEXTMETA not defined; returning defaultval ': 'NONE' "CTM_CONC_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_CONC_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 1 lays, 12 vbles NetCDF ID: 1179648 opened as VOLATILE READWRITE Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 Gas Chem species saved to CONC file: Value for IOAPI_LOG_WRITE: F returning FALSE 1 ( 1) O3 2 ( 2) NO 3 ( 3) NO2 4 ( 4) FORM 5 ( 5) ISOP Aerosol species saved to CONC file: 1 ( 6) ANO3I 2 ( 7) ANO3J 3 ( 8) ANH4I 4 ( 9) ANH4J 5 ( 10) ASO4I 6 ( 11) ASO4J Non-reactive species saved to CONC file: 1 ( 12) NH3 Timestep written to CTM_CONC_1 for date and time 2015181:010000 from timestep on initial data files for date and time 2015181:010000 ========================================================= |>--- OPEN OR CREATE AVERAGE CONCENTRATION FILE ---<| ========================================================= A_CONC_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_ACONC_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open A_CONC_1 file for update - try to open new Avg Conc File Header Description: Concentration file output Averaged over the synchronization time steps Timestamp represents beginning computed date/time Layer mapping (CGRID to AGRID): Layer 1 to 1 => VNAME3D( 1 ): NO2 => VNAME3D( 2 ): NO => VNAME3D( 3 ): O => VNAME3D( 4 ): O3 => VNAME3D( 5 ): NO3 => VNAME3D( 6 ): O1D => VNAME3D( 7 ): OH => VNAME3D( 8 ): HO2 => VNAME3D( 9 ): H2O2 => VNAME3D( 10 ): N2O5 => VNAME3D( 11 ): HNO3 => VNAME3D( 12 ): HONO => VNAME3D( 13 ): PNA => VNAME3D( 14 ): SO2 => VNAME3D( 15 ): SULF => VNAME3D( 16 ): SULRXN => VNAME3D( 17 ): C2O3 => VNAME3D( 18 ): MEO2 => VNAME3D( 19 ): RO2 => VNAME3D( 20 ): PAN => VNAME3D( 21 ): PACD => VNAME3D( 22 ): AACD => VNAME3D( 23 ): CXO3 => VNAME3D( 24 ): ALD2 => VNAME3D( 25 ): XO2H => VNAME3D( 26 ): PANX => VNAME3D( 27 ): FORM => VNAME3D( 28 ): MEPX => VNAME3D( 29 ): MEOH => VNAME3D( 30 ): ROOH => VNAME3D( 31 ): XO2 => VNAME3D( 32 ): XO2N => VNAME3D( 33 ): XPAR => VNAME3D( 34 ): XPRP => VNAME3D( 35 ): NTR1 => VNAME3D( 36 ): NTR2 => VNAME3D( 37 ): FACD => VNAME3D( 38 ): CO => VNAME3D( 39 ): HCO3 => VNAME3D( 40 ): ALDX => VNAME3D( 41 ): GLYD => VNAME3D( 42 ): GLY => VNAME3D( 43 ): MGLY => VNAME3D( 44 ): ETHA => VNAME3D( 45 ): ETOH => VNAME3D( 46 ): KET => VNAME3D( 47 ): PAR => VNAME3D( 48 ): ACET => VNAME3D( 49 ): PRPA => VNAME3D( 50 ): ROR => VNAME3D( 51 ): ETHY => VNAME3D( 52 ): ETH => VNAME3D( 53 ): OLE => VNAME3D( 54 ): IOLE => VNAME3D( 55 ): ISOP => VNAME3D( 56 ): ISO2 => VNAME3D( 57 ): ISOPRXN => VNAME3D( 58 ): ISPD => VNAME3D( 59 ): INTR => VNAME3D( 60 ): ISPX => VNAME3D( 61 ): HPLD => VNAME3D( 62 ): OPO3 => VNAME3D( 63 ): EPOX => VNAME3D( 64 ): IEPOXP => VNAME3D( 65 ): EPX2 => VNAME3D( 66 ): TERP => VNAME3D( 67 ): APIN => VNAME3D( 68 ): TERPNRO2 => VNAME3D( 69 ): MTNO3 => VNAME3D( 70 ): TRPRXN => VNAME3D( 71 ): BENZENE => VNAME3D( 72 ): CRES => VNAME3D( 73 ): BZO2 => VNAME3D( 74 ): OPEN => VNAME3D( 75 ): BENZRO2 => VNAME3D( 76 ): TOL => VNAME3D( 77 ): TO2 => VNAME3D( 78 ): TOLRO2 => VNAME3D( 79 ): XOPN => VNAME3D( 80 ): XYLMN => VNAME3D( 81 ): XLO2 => VNAME3D( 82 ): XYLRO2 => VNAME3D( 83 ): NAPH => VNAME3D( 84 ): PAHRO2 => VNAME3D( 85 ): CRO => VNAME3D( 86 ): CAT1 => VNAME3D( 87 ): CRON => VNAME3D( 88 ): OPAN => VNAME3D( 89 ): ECH4 => VNAME3D( 90 ): CL2 => VNAME3D( 91 ): CL => VNAME3D( 92 ): HOCL => VNAME3D( 93 ): CLO => VNAME3D( 94 ): FMCL => VNAME3D( 95 ): HCL => VNAME3D( 96 ): CLNO2 => VNAME3D( 97 ): CLNO3 => VNAME3D( 98 ): SESQ => VNAME3D( 99 ): SESQRXN => VNAME3D(100 ): SOAALK => VNAME3D(101 ): H2NO3PIJ => VNAME3D(102 ): H2NO3PK => VNAME3D(103 ): VLVPO1 => VNAME3D(104 ): VSVPO1 => VNAME3D(105 ): VSVPO2 => VNAME3D(106 ): VSVPO3 => VNAME3D(107 ): VIVPO1 => VNAME3D(108 ): VLVOO1 => VNAME3D(109 ): VLVOO2 => VNAME3D(110 ): VSVOO1 => VNAME3D(111 ): VSVOO2 => VNAME3D(112 ): VSVOO3 => VNAME3D(113 ): PCVOC => VNAME3D(114 ): PCSOARXN => VNAME3D(115 ): FORM_PRIMARY => VNAME3D(116 ): ALD2_PRIMARY => VNAME3D(117 ): BUTADIENE13 => VNAME3D(118 ): ACROLEIN => VNAME3D(119 ): ACRO_PRIMARY => VNAME3D(120 ): TOLU => VNAME3D(121 ): HG => VNAME3D(122 ): HGIIAER => VNAME3D(123 ): HGIIGAS => VNAME3D(124 ): SVAVB1 => VNAME3D(125 ): SVAVB2 => VNAME3D(126 ): SVAVB3 => VNAME3D(127 ): SVAVB4 => VNAME3D(128 ): ASO4J => VNAME3D(129 ): ASO4I => VNAME3D(130 ): ANH4J => VNAME3D(131 ): ANH4I => VNAME3D(132 ): ANO3J => VNAME3D(133 ): ANO3I => VNAME3D(134 ): AISO1J => VNAME3D(135 ): AISO2J => VNAME3D(136 ): ASQTJ => VNAME3D(137 ): AORGCJ => VNAME3D(138 ): AECJ => VNAME3D(139 ): AECI => VNAME3D(140 ): AOTHRJ => VNAME3D(141 ): AOTHRI => VNAME3D(142 ): AFEJ => VNAME3D(143 ): AALJ => VNAME3D(144 ): ASIJ => VNAME3D(145 ): ATIJ => VNAME3D(146 ): ACAJ => VNAME3D(147 ): AMGJ => VNAME3D(148 ): AKJ => VNAME3D(149 ): AMNJ => VNAME3D(150 ): ACORS => VNAME3D(151 ): ASOIL => VNAME3D(152 ): NUMATKN => VNAME3D(153 ): NUMACC => VNAME3D(154 ): NUMCOR => VNAME3D(155 ): SRFATKN => VNAME3D(156 ): SRFACC => VNAME3D(157 ): SRFCOR => VNAME3D(158 ): AORGH2OJ => VNAME3D(159 ): AH2OJ => VNAME3D(160 ): AH2OI => VNAME3D(161 ): AH3OPJ => VNAME3D(162 ): AH3OPI => VNAME3D(163 ): ANAJ => VNAME3D(164 ): ANAI => VNAME3D(165 ): ACLJ => VNAME3D(166 ): ACLI => VNAME3D(167 ): ASEACAT => VNAME3D(168 ): ACLK => VNAME3D(169 ): ASO4K => VNAME3D(170 ): ANH4K => VNAME3D(171 ): ANO3K => VNAME3D(172 ): AH2OK => VNAME3D(173 ): AH3OPK => VNAME3D(174 ): AISO3J => VNAME3D(175 ): AOLGAJ => VNAME3D(176 ): AOLGBJ => VNAME3D(177 ): AGLYJ => VNAME3D(178 ): AMTNO3J => VNAME3D(179 ): AMTHYDJ => VNAME3D(180 ): APOCI => VNAME3D(181 ): APOCJ => VNAME3D(182 ): APNCOMI => VNAME3D(183 ): APNCOMJ => VNAME3D(184 ): APCSOJ => VNAME3D(185 ): ALVPO1I => VNAME3D(186 ): ASVPO1I => VNAME3D(187 ): ASVPO2I => VNAME3D(188 ): ALVPO1J => VNAME3D(189 ): ASVPO1J => VNAME3D(190 ): ASVPO2J => VNAME3D(191 ): ASVPO3J => VNAME3D(192 ): AIVPO1J => VNAME3D(193 ): ALVOO1I => VNAME3D(194 ): ALVOO2I => VNAME3D(195 ): ASVOO1I => VNAME3D(196 ): ASVOO2I => VNAME3D(197 ): ALVOO1J => VNAME3D(198 ): ALVOO2J => VNAME3D(199 ): ASVOO1J => VNAME3D(200 ): ASVOO2J => VNAME3D(201 ): ASVOO3J => VNAME3D(202 ): AAVB1J => VNAME3D(203 ): AAVB2J => VNAME3D(204 ): AAVB3J => VNAME3D(205 ): AAVB4J => VNAME3D(206 ): AMT1J => VNAME3D(207 ): AMT2J => VNAME3D(208 ): AMT3J => VNAME3D(209 ): AMT4J => VNAME3D(210 ): AMT5J => VNAME3D(211 ): AMT6J => VNAME3D(212 ): NH3 => VNAME3D(213 ): SVISO1 => VNAME3D(214 ): SVISO2 => VNAME3D(215 ): SVSQT => VNAME3D(216 ): LVPCSOG => VNAME3D(217 ): SVMT1 => VNAME3D(218 ): SVMT2 => VNAME3D(219 ): SVMT3 => VNAME3D(220 ): SVMT4 => VNAME3D(221 ): SVMT5 => VNAME3D(222 ): SVMT6 => VNAME3D(223 ): RH => VNAME3D(224 ): TA => VNAME3D(225 ): PRES "A_CONC_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_ACONC_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 1 lays, 225 vbles NetCDF ID: 1245184 opened as VOLATILE READWRITE Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 ================================================== |>--- OPEN OR CREATE WET DEPOSITION FILE ---<| ================================================== CTM_WET_DEP_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_WETDEP1_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open CTM_WET_DEP_1 file for update - try to open new "CTM_WET_DEP_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_WETDEP1_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 1 lays, 136 vbles NetCDF ID: 1310720 opened as VOLATILE READWRITE Starting date and time 2015181:020000 (2:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 ============================================ |>--- CHECK INITIAL CONCENTRATIONS ---<| ============================================ After INITSCEN : Gas 2.015E-01 | Aer 1.337E+10 | Non 1.573E-03 ======================================== |>--- CHECK INPUT FILE HEADERS ---<| ======================================== Checking header data for file: GRID_DOT_2D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: GRID_CRO_2D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 "GRID_BDY_2D" opened as OLD:READ-ONLY File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/../mcip_d03/GRIDBDY2D_d03.nc" File type BNDARY3 Execution ID "mcip" Grid name "Guildford_CROSS" Dimensions: 118 rows, 118 cols, 1 lays, 7 vbles, 1 cells thick NetCDF ID: 1376256 opened as READONLY Time-independent data. Checking header data for file: GRID_BDY_2D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: LUFRAC_CRO Inconsistent values for NLAYS: 21 versus 31 Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: OCEAN_1 Inconsistent values for GL_NCOLS: 119 versus 118 Inconsistent values for GL_NROWS: 119 versus 118 Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: MET_BDY_3D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: MET_DOT_3D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: MET_CRO_2D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: MET_CRO_3D Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: INIT_CONC_1 Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 Checking header data for file: BNDY_CONC_1 Inconsistent values for P_GAM: -3.2065E-01 versus -3.2100E-01 Inconsistent values for XCENT: -3.2065E-01 versus -3.2100E-01 >>--->> WARNING in subroutine FLCHECK on PE 000 Inconsistent header data on input files M3WARN: DTBUF 1:00:00 June 30, 2015 (2015181:010000) ============================================= |>--- INITIALIZE ADVECTION STEPPING ---<| ============================================= Top layer thru which sync step determined: 20 Computed synchronization step (HHMMSS): 000200 Number of Synchronization steps: 30 Layer Advection per Sync Step (HHMMSS) Step 31 000200 1 30 000100 2 29 000040 3 28 000040 3 27 000040 3 26 000040 3 25 000100 2 24 000100 2 23 000100 2 22 000100 2 21 000200 1 20 000200 1 19 000200 1 18 000200 1 17 000200 1 16 000200 1 15 000200 1 14 000200 1 13 000200 1 12 000200 1 11 000200 1 10 000200 1 9 000200 1 8 000200 1 7 000200 1 6 000200 1 5 000200 1 4 000200 1 3 000200 1 2 000200 1 1 000200 1 Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:010000 Which is Equivalent to (UTC): 1:00:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 ================================================== |>--- INITIALIZE SURFACE EXCHANGE MODULE ---<| ================================================== DEPV_INIT: completed INIT_GAS_DV block CTM_DRY_DEP_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_DRYDEP_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open CTM_DRY_DEP_1 file for update - try to open new "CTM_DRY_DEP_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_DRYDEP_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 1 lays, 168 vbles NetCDF ID: 1441792 opened as VOLATILE READWRITE Starting date and time 2015181:020000 (2:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 =========================================== |>--- INITIALIZE EMISSIONS MODULE ---<| =========================================== EMISDIAG_SUM | FALSE (default) GR_EMIS_LAB_001 | AGRICULTURE GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_001 | FALSE (default) GR_EMIS_LAB_002 | AIRCRAFT GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_002 | FALSE (default) GR_EMIS_LAB_003 | ENERGY GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_003 | FALSE (default) GR_EMIS_LAB_004 | INDUSTRY GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_004 | FALSE (default) GR_EMIS_LAB_005 | RESIDENTIAL GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_005 | FALSE (default) GR_EMIS_LAB_006 | SHIP GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_006 | FALSE (default) GR_EMIS_LAB_007 | TRANSPORT GR_EMIS_APPLY_00 | T (default) GR_EM_SYM_DATE_0 | F (default) GR_EMIS_DIAG_007 | FALSE (default) SEASPRAY_EMIS_DI | FALSE (default) |> Open Gridded Emissions: +=========================== Number of Emissions Layers: 1 out of total Number of Model Layers: 31 |> Initialize Point Emissions: +=============================== |> Initialize Biogenic Emissions: +================================== |> Initialize Online Biogenic VOC Emissions Module (BEIS): +=========================================================== |> Initialize Marine Gas Emissions: +==================================== |> Initialize Lightning NO Emissions: +====================================== |> Process Aerosol Emissions: +============================== Map SOA Precursors Note: Optional species ALK5RXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species ALKRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species TOLNRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species TOLHRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species XYLNRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species XYLHRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species BNZNRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species BNZHRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species PAHNRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Note: Optional species PAHHRXN is not found in G2AE or N2AE values of the GC or NR namelist. Simulation will ignore this species. Initialize Sea Spray Aerosol Emissions |> Check Emissions Mapping: +============================ ============================================================================= |> SCALING EMISSIONS CONSISTENT WITH EMISSIONS CONTROL FILE SUPPLIED BY USER ============================================================================= |> Regions Available for Scaling: ================================= Number Region Label File Label Variable ------ ------------ ---------- -------- 1 EVERYWHERE N/A N/A |> Map Available Emissions Surrogates to Defaults: ================================================== |> Checking Emissions Surrogate Units: ====================================== |> Emission Stream Family Definitions: ====================================== Stream Family Label Stream Family Members ------------------- --------------------- |> CMAQ Species Family Definitions: ====================================== Species Family Label Species Family Members -------------------- --------------------- |> Mapping Particle Size Distributions to Each Emission Stream: =============================================================== ATTENTION: The Emissions Stream Label (WBDUST) applied for Rule 1 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (WBDUST) applied for Rule 2 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. *** ATTENTION **********************************************: The emission surrogate or member of family AACD was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family FACD was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family APIN was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family CH4 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family CL2 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family HCL was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family SESQ was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family ACROLEIN was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family ALD2_PRIMARY was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family FORM_PRIMARY was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family ACROLEIN was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family BUTADIENE13 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PSO4 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNH4 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNO3 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PCL was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNA was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMOTHR was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PFE was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PAL was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PSI was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PTI was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PCA was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMG was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PK was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMN was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PH2O was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PNCOM was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* ATTENTION: The Emissions Stream Label (PT_FIRES) applied for Rule 87 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (PT_RXFIRES) applied for Rule 88 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (PT_AGFIRES) applied for Rule 89 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (PT_OTHFIRES) applied for Rule 90 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (PT_FIRES_MXCA) applied for Rule 91 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. ATTENTION: The Emissions Stream Label (GR_RES_FIRES) applied for Rule 92 in the Emissions Control Namelist does not match any of the emissions streams labels or families provided to CMAQ. Please check the runscript against your emissions control inputs confirm that this stream should be ignored. *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_NO3 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_NH4 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_FE was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_AL was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_SI was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_TI was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_MN was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_OTHR was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_LVPO1 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMFINE_LVOO1 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMCOARSE_NO3 was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* *** ATTENTION **********************************************: The emission surrogate or member of family PMCOARSE_SOIL was not found in the requested emission streams but the CTM_EMISCHK environment variable set to False so simulation will proceed. ************************************************************* |> Checking for unused Emissions Surrogates: ============================================ AGRICULTURE | Gridded Area Emissions File 1: 4 unused surrogates. NVOL UNK UNR VOC_INV AIRCRAFT | Gridded Area Emissions File 2: 4 unused surrogates. NVOL UNK UNR VOC_INV ENERGY | Gridded Area Emissions File 3: 4 unused surrogates. NVOL UNK UNR VOC_INV INDUSTRY | Gridded Area Emissions File 4: 4 unused surrogates. NVOL UNK UNR VOC_INV RESIDENTIAL | Gridded Area Emissions File 5: 4 unused surrogates. NVOL UNK UNR VOC_INV SHIP | Gridded Area Emissions File 6: 4 unused surrogates. NVOL UNK UNR VOC_INV TRANSPORT | Gridded Area Emissions File 7: 4 unused surrogates. NVOL UNK UNR VOC_INV SEASPRAY | Sea Spray Aerosol Emissions: 18 unused surrogates. PMFINE_CR_VI PMFINE_NI PMFINE_AS PMFINE_BE PMFINE_PHG PMFINE_PB PMFINE_CD PMFINE_MN_HAPS PMFINE_BR PMCOARSE_CR_VI PMCOARSE_NI PMCOARSE_AS PMCOARSE_BE PMCOARSE_PHG PMCOARSE_PB PMCOARSE_CD PMCOARSE_MN_HAPS PMCOARSE_BR NOTE: Some Emissions Surrogates are unused by your current emission control configuration. You may want to include these emissions if they are relevant to your application. |> Checking status of used Emissions Surrogates: ================================================ |> EMISSIONS SCALING DIAGNOSTIC: ================================== Note: these are populated using rules from the Emission Control File Supplied by the User. >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 1" | Sector Label: AGRICULTURE (01) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 2" | Sector Label: AIRCRAFT (02) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 3" | Sector Label: ENERGY (03) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 4" | Sector Label: INDUSTRY (04) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 5" | Sector Label: RESIDENTIAL (05) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 6" | Sector Label: SHIP (06) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Gridded Area Emissions File 7" | Sector Label: TRANSPORT (07) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_REF 3 COARSE COARSE_REF CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- NO2 GAS NO2 EVERYWHERE a 1.000 UNIT 1.000 NO GAS NO EVERYWHERE a 1.000 UNIT 1.000 HONO GAS HONO EVERYWHERE a 1.000 UNIT 1.000 SO2 GAS SO2 EVERYWHERE a 1.000 UNIT 1.000 SULF GAS SULF EVERYWHERE a 0.000 UNIT 0.000 ALD2 GAS ALD2 EVERYWHERE a 1.000 UNIT 1.000 FORM GAS FORM EVERYWHERE a 1.000 UNIT 1.000 MEOH GAS MEOH EVERYWHERE a 1.000 UNIT 1.000 CO GAS CO EVERYWHERE a 1.000 UNIT 1.000 ALDX GAS ALDX EVERYWHERE a 1.000 UNIT 1.000 ETHA GAS ETHA EVERYWHERE a 1.000 UNIT 1.000 ETOH GAS ETOH EVERYWHERE a 1.000 UNIT 1.000 KET GAS KET EVERYWHERE a 1.000 UNIT 1.000 PAR GAS PAR EVERYWHERE a 1.000 UNIT 1.000 ACET GAS ACET EVERYWHERE a 1.000 UNIT 1.000 PRPA GAS PRPA EVERYWHERE a 1.000 UNIT 1.000 ETHY GAS ETHY EVERYWHERE a 1.000 UNIT 1.000 ETH GAS ETH EVERYWHERE a 1.000 UNIT 1.000 OLE GAS OLE EVERYWHERE a 1.000 UNIT 1.000 IOLE GAS IOLE EVERYWHERE a 1.000 UNIT 1.000 ISOP GAS ISOP EVERYWHERE a 1.000 UNIT 1.000 TERP GAS TERP EVERYWHERE a 1.000 UNIT 1.000 BENZENE GAS BENZ EVERYWHERE a 1.000 UNIT 1.000 TOL GAS TOL EVERYWHERE a 1.000 UNIT 1.000 XYLMN GAS XYLMN EVERYWHERE a 1.000 UNIT 1.000 NAPH GAS NAPH EVERYWHERE a 1.000 UNIT 1.000 SOAALK GAS SOAALK EVERYWHERE a 1.000 UNIT 1.000 VLVPO1 GAS POC EVERYWHERE a 0.000 MASS 0.000 VSVPO1 GAS POC EVERYWHERE a 0.045 MASS 0.000 VSVPO2 GAS POC EVERYWHERE a 0.140 MASS 0.001 VSVPO3 GAS POC EVERYWHERE a 0.180 MASS 0.001 VIVPO1 GAS POC EVERYWHERE a 0.500 MASS 0.002 PCVOC GAS POC EVERYWHERE a 6.579 MASS 0.039 ASO4J FINE SULF EVERYWHERE a 1.000 MASS 88.200 ASO4I FINE SULF EVERYWHERE a 1.000 MASS 9.800 AECJ FINE PEC EVERYWHERE a 1.000 UNIT 0.900 AECI FINE PEC EVERYWHERE a 1.000 UNIT 0.100 ACORS COARSE PMC EVERYWHERE a 0.997 UNIT 0.997 ACLK COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ASO4K COARSE PMC EVERYWHERE a 0.001 UNIT 0.001 ANO3K COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 AH2OK COARSE PMC EVERYWHERE a 0.000 UNIT 0.000 APOCI FINE POC EVERYWHERE a 0.000 MASS 0.000 APOCJ FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1I FINE POC EVERYWHERE a 0.090 MASS 0.009 ASVPO1I FINE POC EVERYWHERE a 0.045 MASS 0.005 ASVPO2I FINE POC EVERYWHERE a 0.000 MASS 0.000 ALVPO1J FINE POC EVERYWHERE a 0.090 MASS 0.081 ASVPO1J FINE POC EVERYWHERE a 0.045 MASS 0.041 ASVPO2J FINE POC EVERYWHERE a 0.000 MASS 0.000 ASVPO3J FINE POC EVERYWHERE a 0.000 MASS 0.000 AIVPO1J FINE POC EVERYWHERE a 0.000 MASS 0.000 NH3 GAS NH3 EVERYWHERE a 1.000 UNIT 1.000 >-------------------------------------------------------------------------------- Stream Type: "Sea Spray Aerosol Emissions" | Sector Label: SEASPRAY (08) Table of Aerosol Size Distributions Available for Use Sector-Wide. Note that Mode 1 is reserved for gas-phase species and surrogates. Number Surrogate Mode Reference Mode (see AERO_DATA.F) ------ -------------- -------------------------------- 2 FINE FINE_SEASPRAY 3 COARSE COARSE_SEASPRAY CMAQ Species Phase/Mode Surrogate Region Op ScaleFac Basis FinalFac ------------ ---------- --------- ------ -- -------- ----- -------- ASO4J FINE PMFINE_SO4 EVERYWHERE a 1.000 UNIT 1.000 ACAJ FINE PMFINE_CA EVERYWHERE a 1.000 UNIT 1.000 AMGJ FINE PMFINE_MG EVERYWHERE a 1.000 UNIT 1.000 AKJ FINE PMFINE_K EVERYWHERE a 1.000 UNIT 1.000 AH2OJ FINE PMFINE_H2O EVERYWHERE a 1.000 UNIT 1.000 ANAJ FINE PMFINE_NA EVERYWHERE a 1.000 UNIT 1.000 ACLJ FINE PMFINE_CL EVERYWHERE a 1.000 UNIT 1.000 ASEACAT COARSE PMCOARSE_SEACAT EVERYWHERE a 1.000 UNIT 1.000 ACLK COARSE PMCOARSE_CL EVERYWHERE a 1.000 UNIT 1.000 ASO4K COARSE PMCOARSE_SO4 EVERYWHERE a 1.000 UNIT 1.000 AH2OK COARSE PMCOARSE_H2O EVERYWHERE a 1.000 UNIT 1.000 ================================================================================ |> END EMISSIONS SCALING PREPARATION AND DIAGNOSTIC OUTPUT ============================================= |>--- SET UP GRAVITATIONAL SETTLING ---<| ============================================= SEDI_MAP CONC_MAP 1 1 129 2 2 130 3 3 131 4 4 132 5 5 133 6 6 134 7 7 135 8 8 136 9 9 137 10 10 138 11 11 139 12 12 140 13 13 141 14 14 142 15 15 143 16 16 144 17 17 145 18 18 146 19 19 147 20 20 148 21 21 149 22 22 150 23 23 151 24 24 152 25 25 153 26 26 154 27 27 155 28 28 156 29 29 157 30 30 158 31 31 159 32 32 160 33 33 161 34 34 162 35 35 163 36 36 164 37 37 165 38 38 166 39 39 167 40 40 168 41 41 169 42 42 170 43 43 171 44 44 172 45 45 173 46 46 174 47 47 175 48 48 176 49 49 177 50 50 178 51 51 179 52 52 180 53 53 181 54 54 182 55 55 183 56 56 184 57 57 185 58 58 186 59 59 187 60 60 188 61 61 189 62 62 190 63 63 191 64 64 192 65 65 193 66 66 194 67 67 195 68 68 196 69 69 197 70 70 198 71 71 199 72 72 200 73 73 201 74 74 202 75 75 203 76 76 204 77 77 205 78 78 206 79 79 207 80 80 208 81 81 209 82 82 210 83 83 211 84 84 212 surrogate VMASSI not used for 2 ASO4I surrogate VMASSI not used for 4 ANH4I surrogate VMASSI not used for 6 ANO3I surrogate VMASSI not used for 12 AECI surrogate VMASSI not used for 14 AOTHRI surrogate VNUMATKN not used for 25 NUMATKN surrogate VSRFATKN not used for 28 SRFATKN surrogate VMASSI not used for 33 AH2OI surrogate VMASSI not used for 35 AH3OPI surrogate VMASSI not used for 37 ANAI surrogate VMASSI not used for 39 ACLI surrogate VMASSI not used for 53 APOCI surrogate VMASSI not used for 55 APNCOMI surrogate VMASSI not used for 58 ALVPO1I surrogate VMASSI not used for 59 ASVPO1I surrogate VMASSI not used for 60 ASVPO2I surrogate VMASSI not used for 66 ALVOO1I surrogate VMASSI not used for 67 ALVOO2I surrogate VMASSI not used for 68 ASVOO1I surrogate VMASSI not used for 69 ASVOO2I 64 Aerosol species with a grav. settling vel 1 ASO4J 5 VMASSJ 3 ANH4J 5 VMASSJ 5 ANO3J 5 VMASSJ 7 AISO1J 5 VMASSJ 8 AISO2J 5 VMASSJ 9 ASQTJ 5 VMASSJ 10 AORGCJ 5 VMASSJ 11 AECJ 5 VMASSJ 13 AOTHRJ 5 VMASSJ 15 AFEJ 5 VMASSJ 16 AALJ 5 VMASSJ 17 ASIJ 5 VMASSJ 18 ATIJ 5 VMASSJ 19 ACAJ 5 VMASSJ 20 AMGJ 5 VMASSJ 21 AKJ 5 VMASSJ 22 AMNJ 5 VMASSJ 23 ACORS 6 VMASSC 24 ASOIL 6 VMASSC 26 NUMACC 1 VNUMACC 27 NUMCOR 2 VNUMCOR 29 SRFACC 3 VSRFACC 30 SRFCOR 4 VSRFCOR 31 AORGH2OJ 5 VMASSJ 32 AH2OJ 5 VMASSJ 34 AH3OPJ 5 VMASSJ 36 ANAJ 5 VMASSJ 38 ACLJ 5 VMASSJ 40 ASEACAT 6 VMASSC 41 ACLK 6 VMASSC 42 ASO4K 6 VMASSC 43 ANH4K 6 VMASSC 44 ANO3K 6 VMASSC 45 AH2OK 6 VMASSC 46 AH3OPK 6 VMASSC 47 AISO3J 5 VMASSJ 48 AOLGAJ 5 VMASSJ 49 AOLGBJ 5 VMASSJ 50 AGLYJ 5 VMASSJ 51 AMTNO3J 5 VMASSJ 52 AMTHYDJ 5 VMASSJ 54 APOCJ 5 VMASSJ 56 APNCOMJ 5 VMASSJ 57 APCSOJ 5 VMASSJ 61 ALVPO1J 5 VMASSJ 62 ASVPO1J 5 VMASSJ 63 ASVPO2J 5 VMASSJ 64 ASVPO3J 5 VMASSJ 65 AIVPO1J 5 VMASSJ 70 ALVOO1J 5 VMASSJ 71 ALVOO2J 5 VMASSJ 72 ASVOO1J 5 VMASSJ 73 ASVOO2J 5 VMASSJ 74 ASVOO3J 5 VMASSJ 75 AAVB1J 5 VMASSJ 76 AAVB2J 5 VMASSJ 77 AAVB3J 5 VMASSJ 78 AAVB4J 5 VMASSJ 79 AMT1J 5 VMASSJ 80 AMT2J 5 VMASSJ 81 AMT3J 5 VMASSJ 82 AMT4J 5 VMASSJ 83 AMT5J 5 VMASSJ 84 AMT6J 5 VMASSJ After VDIFF : Gas 2.015E-01 | Aer 1.326E+10 | Non 1.575E-03 After COUPLE : Gas 2.090E+03 | Aer 1.154E+14 | Non 1.634E+01 No BC's in file BNDY_CONC_1 for the following adv species: Set to 1.00E-30 SULF AACD PANX MEOH ROOH NTR1 NTR2 FACD GLY MGLY ETOH KET ACET PRPA ETHY ETH INTR ISPX HPLD OPO3 EPOX TERP APIN TERPNRO2 MTNO3 CRES OPEN XOPN XYLMN NAPH CAT1 CRON OPAN ECH4 CL2 HOCL CLO FMCL HCL CLNO2 CLNO3 SESQ SOAALK VLVPO1 VSVPO1 VSVPO2 VSVPO3 VIVPO1 VLVOO1 VLVOO2 VSVOO1 VSVOO2 VSVOO3 PCVOC FORM_PRIMARY ALD2_PRIMARY BUTADIENE13 ACROLEIN ACRO_PRIMARY TOLU HG HGIIGAS SVAVB1 SVAVB2 SVAVB3 SVAVB4 No BC's in file BNDY_CONC_1 for the following adv species: Set to 1.00E-30 AISO1J AISO2J ASQTJ AORGCJ AOTHRI ACORS NUMATKN NUMACC NUMCOR SRFATKN SRFACC SRFCOR AORGH2OJ AH2OJ AH2OI AH3OPJ AH3OPI ANAI ACLI ANH4K AH2OK AH3OPK AISO3J AOLGAJ AOLGBJ AGLYJ AMTNO3J AMTHYDJ APCSOJ ALVPO1I ASVPO1I ASVPO2I ALVPO1J ASVPO1J ASVPO2J ASVPO3J AIVPO1J ALVOO1I ALVOO2I ASVOO1I ASVOO2I ALVOO1J ALVOO2J ASVOO1J ASVOO2J ASVOO3J AAVB1J AAVB2J AAVB3J AAVB4J AMT1J AMT2J AMT3J AMT4J AMT5J AMT6J No BC's in file BNDY_CONC_1 for the following adv species: Set to 1.00E-30 SVISO1 SVISO2 SVSQT LVPCSOG SVMT1 SVMT2 SVMT3 SVMT4 SVMT5 SVMT6 ATTENTION: Applying fix to aerosol Boundary Conditions for aerosol modes. Set verbose_rdbcon preprocessor flag to learn more. After HADV : Gas 2.076E+03 | Aer 1.134E+14 | Non 1.606E+01 After ADV : Gas 2.089E+03 | Aer 1.152E+14 | Non 1.632E+01 After HDIFF : Gas 2.089E+03 | Aer 1.152E+14 | Non 1.632E+01 After DECOUPLE : Gas 2.015E-01 | Aer 1.324E+10 | Non 1.573E-03 File "CSQY_DATA" opened for input on unit: 94 /opt/wrf_cmaq/cmaq/CMAQ_5.3.1/CCTM/scripts/BLD_CCTM_v531_gcc_ISAM/CSQY_DATA_cb6r3_ae7_aq File "OPTICS_DATA" opened for input on unit: 94 /opt/wrf_cmaq/cmaq/CMAQ_5.3.1/CCTM/scripts/BLD_CCTM_v531_gcc_ISAM/PHOT_OPTICS.dat Using internal mixing model for aerosol and FASTER_OPTICS INITIALIZE_ALBEDO : MODIS Landuse Scheme from (LSM) does not match number of classes expected in PHOT_OPTICS_DATA file PHOT_OPTICS_DATA Value: 33 Value from Land Surface Module (LSM): 20 INITIALIZE_ALBEDO : Special Case MODIS landuse: MET data has only first 20 classes INITIALIZE_ALBEDO : Albedo calculations use only these classes INITIALIZE_ALBEDO: Identified MODIS land use scheme for surface albedo used by inline photolysis calculation. Minimum ratio acceptable between Ozone column above model top to Total Column: 0.438663 ATTENTION: Attempt to include subgrid cloud effects: photolysis rates include ACM CLOUD effects. It would be prudent to examine diagnostic cloud fractions. INIT_PHOT_MET: Cloud has QC, QR, QG, QI and QS After PHOT : Gas 2.015E-01 | Aer 1.324E+10 | Non 1.573E-03 After CLDPROC : Gas 2.015E-01 | Aer 1.324E+10 | Non 1.573E-03 Comments on Species in degradation routines Euler Backward Iterative Parameters - Chemistry Integration Time Interval (min): 2.0000 EBI maximum time step (min): 2.5000 Species convergence tolerances: NO2 5.00E-04 NO 5.00E-04 O 1.00E+00 O3 5.00E-04 NO3 5.00E-04 O1D 1.00E+00 OH 5.00E-04 HO2 5.00E-04 H2O2 5.00E-04 N2O5 5.00E-04 HNO3 5.00E-04 HONO 5.00E-04 PNA 5.00E-04 SO2 5.00E-04 SULF 1.00E+00 SULRXN 1.00E+00 C2O3 5.00E-04 MEO2 5.00E-04 RO2 5.00E-04 PAN 5.00E-04 PACD 5.00E-04 AACD 5.00E-04 CXO3 5.00E-04 ALD2 5.00E-04 XO2H 5.00E-04 PANX 5.00E-04 FORM 5.00E-04 MEPX 5.00E-04 MEOH 5.00E-04 ROOH 5.00E-04 XO2 5.00E-04 XO2N 5.00E-04 NTR1 5.00E-04 NTR2 5.00E-04 FACD 5.00E-04 CO 5.00E-04 HCO3 1.00E+00 ALDX 5.00E-04 GLYD 5.00E-04 GLY 5.00E-04 MGLY 5.00E-04 ETHA 5.00E-04 ETOH 5.00E-04 KET 5.00E-04 PAR 5.00E-04 ACET 5.00E-04 PRPA 5.00E-04 XPRP 5.00E-04 XPAR 5.00E-04 ROR 5.00E-04 ETHY 5.00E-04 ETH 5.00E-04 OLE 5.00E-04 IOLE 5.00E-04 ISOP 5.00E-04 ISO2 5.00E-04 ISOPRXN 1.00E+00 ISPD 5.00E-04 INTR 5.00E-04 ISPX 5.00E-04 HPLD 5.00E-04 OPO3 5.00E-04 EPOX 5.00E-04 EPX2 5.00E-04 TERP 5.00E-04 TRPRXN 1.00E+00 TERPNRO2 5.00E-04 APIN 5.00E-04 BENZENE 5.00E-04 CRES 5.00E-04 BZO2 5.00E-04 OPEN 5.00E-04 BENZRO2 5.00E-04 TOL 5.00E-04 TO2 5.00E-04 TOLRO2 5.00E-04 XOPN 5.00E-04 XYLMN 5.00E-04 XLO2 5.00E-04 XYLRO2 5.00E-04 NAPH 5.00E-04 PAHRO2 1.00E+00 CRO 5.00E-04 CAT1 5.00E-04 CRON 5.00E-04 OPAN 5.00E-04 ECH4 5.00E-04 CL2 5.00E-04 CL 5.00E-04 HOCL 5.00E-04 CLO 5.00E-04 FMCL 5.00E-04 HCL 5.00E-04 CLNO2 5.00E-04 CLNO3 5.00E-04 SVAVB2 5.00E-04 SVAVB3 5.00E-04 SVAVB4 5.00E-04 SVAVB1 5.00E-04 SESQ 5.00E-04 SESQRXN 1.00E+00 SOAALK 5.00E-04 H2NO3PIJ 5.00E-04 H2NO3PK 5.00E-04 ACLI 5.00E-04 ACLJ 5.00E-04 ACLK 5.00E-04 IEPOXP 5.00E-04 ASO4J 5.00E-04 AISO3J 5.00E-04 AGLYJ 5.00E-04 MTNO3 5.00E-04 AMTNO3J 5.00E-04 AMTHYDJ 5.00E-04 AAVB2J 5.00E-04 AOLGAJ 5.00E-04 AAVB3J 5.00E-04 AAVB4J 5.00E-04 AISO1J 5.00E-04 AOLGBJ 5.00E-04 AISO2J 5.00E-04 ASQTJ 5.00E-04 APOCI 5.00E-04 APNCOMI 5.00E-04 APOCJ 5.00E-04 APNCOMJ 5.00E-04 PCVOC 5.00E-04 PCSOARXN 5.00E-04 VLVPO1 5.00E-04 VSVPO1 5.00E-04 VSVPO2 5.00E-04 VSVPO3 5.00E-04 VIVPO1 5.00E-04 VLVOO1 5.00E-04 VLVOO2 5.00E-04 VSVOO2 5.00E-04 VSVOO3 5.00E-04 VSVOO1 5.00E-04 FORM_PRIMARY 5.00E-04 ALD2_PRIMARY 5.00E-04 BUTADIENE13 5.00E-04 ACROLEIN 5.00E-04 ACRO_PRIMARY 5.00E-04 TOLU 5.00E-04 HG 5.00E-04 HGIIAER 5.00E-04 HGIIGAS 5.00E-04 After CHEM : Gas 2.014E-01 | Aer 1.324E+10 | Non 1.573E-03 CTM_PMDIAG_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_PMDIAG_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open CTM_PMDIAG_1 file for update - try to open new "CTM_PMDIAG_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_PMDIAG_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 31 lays, 39 vbles NetCDF ID: 1507328 opened as VOLATILE READWRITE Starting date and time 2015181:020000 (2:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 CTM_APMDIAG_1 :/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_APMDIAG_v531_gcc_Guildford_20150630.nc >>--->> WARNING in subroutine OPEN3 File not available. Could not open CTM_APMDIAG_1 file for update - try to open new "CTM_APMDIAG_1" opened as NEW(READ-WRITE ) File name "/scratch/ykaore/guildford/summer/boulac/aqm/cmaq/cctm/CCTM_APMDIAG_v531_gcc_Guildford_20150630.nc" File type GRDDED3 Execution ID "CMAQ_CCTMv531_ykaore_20200629_192853_208964798" Grid name "Guildford" Dimensions: 118 rows, 118 cols, 1 lays, 39 vbles NetCDF ID: 1572864 opened as VOLATILE READWRITE Starting date and time 2015181:010000 (1:00:00 June 30, 2015) Timestep 010000 (1:00:00 hh:mm:ss) Maximum current record number 0 Optional Species AALK1 Not found in AE namelist. Optional Species AALK2 Not found in AE namelist. Optional Species AXYL1 Not found in AE namelist. Optional Species AXYL2 Not found in AE namelist. Optional Species ATOL1 Not found in AE namelist. Optional Species ATOL2 Not found in AE namelist. Optional Species ABNZ1 Not found in AE namelist. Optional Species ABNZ2 Not found in AE namelist. Optional Species APAH1 Not found in AE namelist. Optional Species APAH2 Not found in AE namelist. Optional Species ATRP1 Not found in AE namelist. Optional Species ATRP2 Not found in AE namelist. Optional Species AMT7 Not found in AE namelist. Optional Species AISOPNN Not found in AE namelist. Optional Species AIETET Not found in AE namelist. Optional Species AIEOS Not found in AE namelist. Optional Species ADIM Not found in AE namelist. Optional Species AIMGA Not found in AE namelist. Optional Species AIMOS Not found in AE namelist. Optional Species AXYL3 Not found in AE namelist. Optional Species ATOL3 Not found in AE namelist. Optional Species ABNZ3 Not found in AE namelist. Optional Species APAH3 Not found in AE namelist. After AERO : Gas 2.011E-01 | Aer 1.260E+10 | Non 1.316E-03 After NEXTIME: returned JDATE, JTIME 2015181 010200 Master Time Step Processing completed... 2.9 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:010200 Which is Equivalent to (UTC): 1:02:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.011E-01 | Aer 1.254E+10 | Non 1.320E-03 After COUPLE : Gas 2.085E+03 | Aer 1.093E+14 | Non 1.369E+01 After HADV : Gas 2.071E+03 | Aer 1.074E+14 | Non 1.349E+01 After ADV : Gas 2.085E+03 | Aer 1.092E+14 | Non 1.369E+01 After HDIFF : Gas 2.085E+03 | Aer 1.092E+14 | Non 1.369E+01 After DECOUPLE : Gas 2.011E-01 | Aer 1.253E+10 | Non 1.320E-03 After PHOT : Gas 2.011E-01 | Aer 1.253E+10 | Non 1.320E-03 After CLDPROC : Gas 2.011E-01 | Aer 1.253E+10 | Non 1.320E-03 After CHEM : Gas 2.011E-01 | Aer 1.253E+10 | Non 1.320E-03 After AERO : Gas 2.010E-01 | Aer 1.200E+10 | Non 1.310E-03 After NEXTIME: returned JDATE, JTIME 2015181 010400 Master Time Step Processing completed... 3.5 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:010400 Which is Equivalent to (UTC): 1:04:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.010E-01 | Aer 1.196E+10 | Non 1.314E-03 After COUPLE : Gas 2.084E+03 | Aer 1.043E+14 | Non 1.363E+01 After HADV : Gas 2.071E+03 | Aer 1.026E+14 | Non 1.344E+01 After ADV : Gas 2.084E+03 | Aer 1.042E+14 | Non 1.364E+01 After HDIFF : Gas 2.084E+03 | Aer 1.042E+14 | Non 1.363E+01 After DECOUPLE : Gas 2.010E-01 | Aer 1.196E+10 | Non 1.314E-03 After PHOT : Gas 2.010E-01 | Aer 1.196E+10 | Non 1.314E-03 After CLDPROC : Gas 2.010E-01 | Aer 1.196E+10 | Non 1.314E-03 After CHEM : Gas 2.010E-01 | Aer 1.196E+10 | Non 1.314E-03 After AERO : Gas 2.009E-01 | Aer 1.151E+10 | Non 1.305E-03 After NEXTIME: returned JDATE, JTIME 2015181 010600 Master Time Step Processing completed... 2.3 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:010600 Which is Equivalent to (UTC): 1:06:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.009E-01 | Aer 1.147E+10 | Non 1.309E-03 After COUPLE : Gas 2.083E+03 | Aer 1.001E+14 | Non 1.358E+01 After HADV : Gas 2.070E+03 | Aer 9.850E+13 | Non 1.339E+01 After ADV : Gas 2.083E+03 | Aer 1.001E+14 | Non 1.359E+01 After HDIFF : Gas 2.083E+03 | Aer 1.001E+14 | Non 1.359E+01 After DECOUPLE : Gas 2.009E-01 | Aer 1.147E+10 | Non 1.310E-03 After PHOT : Gas 2.009E-01 | Aer 1.147E+10 | Non 1.310E-03 After CLDPROC : Gas 2.009E-01 | Aer 1.147E+10 | Non 1.310E-03 After CHEM : Gas 2.009E-01 | Aer 1.147E+10 | Non 1.310E-03 After AERO : Gas 2.008E-01 | Aer 1.109E+10 | Non 1.301E-03 After NEXTIME: returned JDATE, JTIME 2015181 010800 Master Time Step Processing completed... 2.3 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:010800 Which is Equivalent to (UTC): 1:08:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.008E-01 | Aer 1.105E+10 | Non 1.305E-03 After COUPLE : Gas 2.082E+03 | Aer 9.653E+13 | Non 1.354E+01 After HADV : Gas 2.069E+03 | Aer 9.502E+13 | Non 1.335E+01 After ADV : Gas 2.082E+03 | Aer 9.658E+13 | Non 1.354E+01 After HDIFF : Gas 2.082E+03 | Aer 9.658E+13 | Non 1.354E+01 After DECOUPLE : Gas 2.008E-01 | Aer 1.106E+10 | Non 1.305E-03 After PHOT : Gas 2.008E-01 | Aer 1.106E+10 | Non 1.305E-03 After CLDPROC : Gas 2.008E-01 | Aer 1.106E+10 | Non 1.305E-03 After CHEM : Gas 2.008E-01 | Aer 1.106E+10 | Non 1.305E-03 After AERO : Gas 2.008E-01 | Aer 1.072E+10 | Non 1.297E-03 After NEXTIME: returned JDATE, JTIME 2015181 011000 Master Time Step Processing completed... 2.4 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:011000 Which is Equivalent to (UTC): 1:10:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.007E-01 | Aer 1.069E+10 | Non 1.301E-03 After COUPLE : Gas 2.081E+03 | Aer 9.343E+13 | Non 1.349E+01 After HADV : Gas 2.068E+03 | Aer 9.199E+13 | Non 1.331E+01 After ADV : Gas 2.082E+03 | Aer 9.351E+13 | Non 1.350E+01 After HDIFF : Gas 2.082E+03 | Aer 9.351E+13 | Non 1.350E+01 After DECOUPLE : Gas 2.007E-01 | Aer 1.070E+10 | Non 1.302E-03 After PHOT : Gas 2.007E-01 | Aer 1.070E+10 | Non 1.302E-03 After CLDPROC : Gas 2.007E-01 | Aer 1.070E+10 | Non 1.302E-03 After CHEM : Gas 2.007E-01 | Aer 1.070E+10 | Non 1.302E-03 After AERO : Gas 2.007E-01 | Aer 1.040E+10 | Non 1.294E-03 After NEXTIME: returned JDATE, JTIME 2015181 011200 Master Time Step Processing completed... 2.3 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:011200 Which is Equivalent to (UTC): 1:12:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.006E-01 | Aer 1.037E+10 | Non 1.297E-03 After COUPLE : Gas 2.081E+03 | Aer 9.070E+13 | Non 1.345E+01 After HADV : Gas 2.067E+03 | Aer 8.933E+13 | Non 1.327E+01 After ADV : Gas 2.081E+03 | Aer 9.081E+13 | Non 1.346E+01 After HDIFF : Gas 2.081E+03 | Aer 9.080E+13 | Non 1.346E+01 After DECOUPLE : Gas 2.006E-01 | Aer 1.038E+10 | Non 1.298E-03 After PHOT : Gas 2.006E-01 | Aer 1.038E+10 | Non 1.298E-03 After CLDPROC : Gas 2.006E-01 | Aer 1.038E+10 | Non 1.298E-03 After CHEM : Gas 2.006E-01 | Aer 1.038E+10 | Non 1.298E-03 After AERO : Gas 2.006E-01 | Aer 1.011E+10 | Non 1.290E-03 After NEXTIME: returned JDATE, JTIME 2015181 011400 Master Time Step Processing completed... 2.3 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:011400 Which is Equivalent to (UTC): 1:14:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.006E-01 | Aer 1.009E+10 | Non 1.293E-03 After COUPLE : Gas 2.080E+03 | Aer 8.829E+13 | Non 1.341E+01 After HADV : Gas 2.066E+03 | Aer 8.697E+13 | Non 1.323E+01 After ADV : Gas 2.080E+03 | Aer 8.842E+13 | Non 1.343E+01 After HDIFF : Gas 2.080E+03 | Aer 8.841E+13 | Non 1.342E+01 After DECOUPLE : Gas 2.006E-01 | Aer 1.010E+10 | Non 1.294E-03 After PHOT : Gas 2.006E-01 | Aer 1.010E+10 | Non 1.294E-03 After CLDPROC : Gas 2.006E-01 | Aer 1.010E+10 | Non 1.294E-03 After CHEM : Gas 2.005E-01 | Aer 1.010E+10 | Non 1.294E-03 After AERO : Gas 2.005E-01 | Aer 9.858E+09 | Non 1.286E-03 After NEXTIME: returned JDATE, JTIME 2015181 011600 Master Time Step Processing completed... 2.4 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:011600 Which is Equivalent to (UTC): 1:16:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.005E-01 | Aer 9.833E+09 | Non 1.289E-03 After COUPLE : Gas 2.079E+03 | Aer 8.612E+13 | Non 1.337E+01 After HADV : Gas 2.066E+03 | Aer 8.486E+13 | Non 1.319E+01 After ADV : Gas 2.079E+03 | Aer 8.627E+13 | Non 1.338E+01 After HDIFF : Gas 2.079E+03 | Aer 8.626E+13 | Non 1.338E+01 After DECOUPLE : Gas 2.005E-01 | Aer 9.850E+09 | Non 1.290E-03 After PHOT : Gas 2.005E-01 | Aer 9.850E+09 | Non 1.290E-03 After CLDPROC : Gas 2.005E-01 | Aer 9.850E+09 | Non 1.290E-03 After CHEM : Gas 2.005E-01 | Aer 9.850E+09 | Non 1.290E-03 After AERO : Gas 2.005E-01 | Aer 9.627E+09 | Non 1.282E-03 After NEXTIME: returned JDATE, JTIME 2015181 011800 Master Time Step Processing completed... 2.2 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:011800 Which is Equivalent to (UTC): 1:18:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.004E-01 | Aer 9.604E+09 | Non 1.285E-03 After COUPLE : Gas 2.078E+03 | Aer 8.416E+13 | Non 1.333E+01 After HADV : Gas 2.065E+03 | Aer 8.295E+13 | Non 1.315E+01 After ADV : Gas 2.078E+03 | Aer 8.433E+13 | Non 1.334E+01 After HDIFF : Gas 2.078E+03 | Aer 8.432E+13 | Non 1.334E+01 After DECOUPLE : Gas 2.004E-01 | Aer 9.623E+09 | Non 1.286E-03 After PHOT : Gas 2.004E-01 | Aer 9.623E+09 | Non 1.286E-03 After CLDPROC : Gas 2.004E-01 | Aer 9.623E+09 | Non 1.286E-03 After CHEM : Gas 2.004E-01 | Aer 9.623E+09 | Non 1.286E-03 After AERO : Gas 2.004E-01 | Aer 9.418E+09 | Non 1.279E-03 After NEXTIME: returned JDATE, JTIME 2015181 012000 Master Time Step Processing completed... 2.3 seconds Processing Day/Time [YYYYDDD:HHMMSS]: 2015181:012000 Which is Equivalent to (UTC): 1:20:00 Tuesday, June 30, 2015 Time-Step Length (HHMMSS): 000200 After VDIFF : Gas 2.003E-01 | Aer 9.396E+09 | Non 1.281E-03 After COUPLE : Gas 2.078E+03 | Aer 8.239E+13 | Non 1.329E+01 After HADV : Gas 2.064E+03 | Aer 8.121E+13 | Non 1.311E+01