################################################ # # # NOAA Air Quality Model (AQM) Resource File # # # ################################################ # # General settings # # # CMAQ species definition namelists # # ae: aerosols; gc: gas-chemistry; nr: non-reactive; tr: tracers ae_matrix_nml: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/AE_cb6r3_ae6_aq.nml gc_matrix_nml: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/GC_cb6r3_ae6_aq.nml nr_matrix_nml: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/NR_cb6r3_ae6_aq.nml tr_matrix_nml: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/Species_Table_TR_0.nml # # Photochemistry # # Cross-Section and Quantum Yield data csqy_data: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/CSQY_DATA_cb6r3_ae6_aq # # Optical properties for cloud water and ice plus the refractive indice for aerosol species optics_data: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/PHOT_OPTICS.dat # # Ozone Monitoring Instrument (OMI) profiles omi_data: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/aqm/epa/data/omi_cmaq_2015_361X179.dat # # Species initialization # - set to true for cold start init_concentrations: true # # Run options: # # - enable aerosol module # run_aerosol: true # # - enable wet deposition processes in resolved-scale clouds # run_rescld: true # # - compute aerosol optical properties using Mie theory (default: false) # mie_optics: false # # - scale surface aerosol emissions over snow (fugitive dust correction) # disabled if keyword is missing or value outside [0.,1.] # fugitive_dust_scale: 0.01 # # Microphysics scheme used by coupled atmospheric model # # supported options are: gfdl, thompson, zhao-carr, wsm6 # mp_tracer_map: gfdl # # Diagnostics # # Compute and export Aerosol Optical Depth (AOD) ctm_aod: true # # Compute and export PM2.5 mode fractions as diagnostic tracers ctm_pmdiag: true # # Output verbosity # # Set standard output verbosity level. Options are: # - all (enable output from all PETs - default) # - maintask (enable output only from main PET) # - none (disable output) ctm_stdout: all # # Input emissions # # List emission sources using custom names, then enter emission # details for each source using keywords starting with the custom # name as prefix, followed by underscore ('_'), as shown below. emission_sources: myemis # # Emission type: anthropogenic, biogenic, gbbepx, fengsha # myemis_type: anthropogenic # supported file formats are: # - binary (Fortran unformatted) # - netcdf (netCDF) # myemis_format: netcdf # emissions directory (optional) # is replaced with the tile number in case of multitile grids, or removed otherwise # #myemis_path: /scratch1/NCEPDEV/stmp2/Raffaele.Montuoro/scrub/rtgen.142473/tmp/emis/07/tile # emissions file name myemis_file: emis.tile.nc # emissions time dependency # supported settings are: # NetCDF only: # - hourly read data every hour # - daily read data every day # - weekly read data every 7 days # - monthly read data every calendar month # Binary/NetCDF: # - static read data only at startup time # myemis_frequency: hourly # # For biogenic emissions, set: # - time period (summer, winter) # - speciation file (file path) # - speciation profile (see CMAQ documentation) # #myemis_period: summer #myemis_speciation_file: /scratch1/NCEPDEV/nems/Raffaele.Montuoro/dev/fv3sar/data/bio/gspro_biogenics_1mar2017.txt #myemis_speciation_profile: B10C6 # # For GBBEPx emissions, select plume rise scheme # supported schemes are: sofiev, none # #myemis_plume_rise: sofiev # # Optionally, provide an empirical weight for the top plume layer. # If this option is absent, or a value < 0.0 is provided, fire # emissions will be distributed linearly among the plume layers #myemis_plume_top_fraction: 0.8 # list of emission species # input emissions can be manipulated by adding multiple # sources/sinks to the same CMAQ species, scaled by the # provided factors (positive for sources, negative for sinks). # For instance: # # NO2 0.75000 no2_source_1 kg/s # NO2 0.25000 no2_source_2 kg/s # NO2 -0.05000 no2_sink_1 kg/s # # Note that input units are automatically converted to internal # CMAQ units *ONLY* for anthropogenic and gbbepx emissions # myemis_species:: # CMAQ Scaling Input variable (netCDF)A Input # Species Factor or file (bin). Empty if N/A. Units # -------------+-----------+----------------------------+----- ACET 1.00000 ACET KG/S ACROLEIN 1.00000 ACROLEIN KG/S ALD2 1.00000 ALD2 KG/S ALD2_PRIMARY 1.00000 ALD2_PRIMARY KG/S ALDX 1.00000 ALDX KG/S BENZ 1.00000 BENZ KG/S BUTADIENE13 1.00000 BUTADIENE13 KG/S CH4 1.00000 CH4 KG/S CH4_INV 1.00000 CH4_INV KG/S CL2 1.00000 CL2 KG/S CO 1.00000 CO KG/S CO2_INV 1.00000 CO2_INV KG/S ETH 1.00000 ETH KG/S ETHA 1.00000 ETHA KG/S ETHY 1.00000 ETHY KG/S ETOH 1.00000 ETOH KG/S FORM 1.00000 FORM KG/S FORM_PRIMARY 1.00000 FORM_PRIMARY KG/S HCL 1.00000 HCL KG/S HONO 1.00000 HONO KG/S IOLE 1.00000 IOLE KG/S ISOP 1.00000 ISOP KG/S KET 1.00000 KET KG/S MEOH 1.00000 MEOH KG/S NAPH 1.00000 NAPH KG/S NH3 1.00000 NH3 KG/S NH3_FERT 1.00000 NH3_FERT KG/S NO 1.00000 NO KG/S NO2 1.00000 NO2 KG/S OLE 1.00000 OLE KG/S PAL 1.00000 PAL KG/S PAR 1.00000 PAR KG/S PCA 1.00000 PCA KG/S PCL 1.00000 PCL KG/S PEC 1.00000 PEC KG/S PFE 1.00000 PFE KG/S PH2O 1.00000 PH2O KG/S PK 1.00000 PK KG/S PMC 1.00000 PMC KG/S PMG 1.00000 PMG KG/S PMN 1.00000 PMN KG/S PMOTHR 1.00000 PMOTHR KG/S PNA 1.00000 PNA KG/S PNCOM 1.00000 PNCOM KG/S PNH4 1.00000 PNH4 KG/S PNO3 1.00000 PNO3 KG/S POC 1.00000 POC KG/S PRPA 1.00000 PRPA KG/S PSI 1.00000 PSI KG/S PSO4 1.00000 PSO4 KG/S PTI 1.00000 PTI KG/S SO2 1.00000 SO2 KG/S SOAALK 1.00000 SOAALK KG/S SULF 1.00000 SULF KG/S TERP 1.00000 TERP KG/S TOL 1.00000 TOL KG/S XYLMN 1.00000 XYLMN KG/S AACD FACD GLYXL HGIIGAS HGNRVA PACD SESQ TOLU :: # # Fengsha Dust Emission Option # myemis_type: fengsha myemis_format: netcdf myemis_frequency: static myemis_file: /scratch1/RDARCH/rda-arl-gpu/Barry.Baker/emissions/nexus/FENGSHA/FENGSHA_FILES.nc myemis_alpha: 0.05 myemis_species:: clayf 1.00000 clayf 1 sandf 1.00000 sandf 1 drag 1.00000 drag 1 uthr 1.00000 uthr 1 ::