COSMO-ART model output
Following the AQMEII recommendations, the following variables are dumped for post-processing:
3D gases
- Inorganic species: OZONE, SO2, NO, NO2, N2O5, NO3, HNO3, PAN, NH3, CO, H2O2
- VOCs: HCHO, ISO (isoprene), TOL, ETH, OL2 (ethene), API (a-pinene)
- Total VOC and OH-reactivity are calculated online in the model. A new 3D variable vocreac is created in data_cosmo_art.f90. The array is filled in within organize_cosmo_art.f90 within a loop calling the radm2k chemistry. The species considered for computing the VOC reactivity are
- VOC_REAC = sum of OH reactivities of ETH, HC3, HC5, HC8, OL2, OLT, OLI, TOL, XYL, CSL, HCHO, ALD, KET, ISO, ONIT
- VOC_TOT = 2.0*ETH + 2.9*HC3 + 4.8* HC5 + 7.9* HC8 + 2.0* OL2 + 3.8* OLT + 4.8* OLI + 7.1* TOL + 8.9* XYL + 6.6* CSL + 1.0* HCHO + 2.4* ALD + 3.9* KET + 5.0* ISO + 2.0* GLY + 3.0* MGLY + 4.2* DCB + 4.0* MACR + 10.0* API + 10.0* LIM (+4*ONIT+1*ORA1+2*ORA2)
- Radicals: OH, HO2, RO2 = MO2+ETHP+HC3P+HC5P+HC8P (= sum of all RO2)
3D PM2.5 masses
- secondary inorganic: PM25_SO4 = VSO4J+VSO4I+VSO4Jm+VSO4Im+VSO4SEASA+(0.5*VSO4SEASB), PM25_NO3 = VNO3J+VNO3I+VNO3Jm+VNO3Im, PM25_NH4 = VNH4J+VNH4I+VNH4Jm+VNH4Im
- soot: PM25_EC = VSOOTJ+VSOOTI+VSOOT
- primary organic (POC): PM25_POC = VORGPAJ+VORGPAI+VORGPAJm+VORGPAIm
- primary inorganic: PM25_INORG = VP25AI+VP25AJ
- SOA: PM25_SOA = VORG1J + VORG1I + VORG10J + VORG10I + VORG100J + VORG100I + VORG1KJ + VORG1KI + VORG1Jm + VORG1Im + VORG10Jm + VORG10Im + VORG100Jm + VORG100Im + VORG1KJm + VORG1KIm
- water vapour: PM25_H2O = VH2OJ+VH2OI+VH2OJm+VH2OIm+VH2OSEASA+0.5*VH2OSEASB
- crustal: PM25_CRUST = VSOILA
- sea salt: PM25_SEAS = VSEASA+0.5*VSEASB
3D PM coarse masses
- anthropogenic: PMC_ANTH = VANTHA
- crustal/dust: PMC_CRUST VSOILB+VSOILC
- sea salt: PMC_SEAS = 0.5*(VSEASB+VSO4SEASB)+VSEASC+VSO4SEASC
- water vapour: PMC_H2O = 0.5*VH2OSEASB+VH2OSEASC
3D PM numbers
- PM25_NUM = VNU0 + VAC0 + VNU0m + VAC0m + VSOOT0
- PM25_NAT_NUM = VSOILA0 + VSEASA0 + 0.5*VSEASB0
- PMC_NUM = VCORN + VSOILB0 + VSOILC0 + 0.5*VSEASB0 + VSEASC0
3D aerosols optical properties
- TAU_AERO_A
- TAU_SEAS_A
- TAU_DUST_A
3D meteorology
- standard variables: T, QV, U, V, P
- cloud variables: QC (liquid water), QI (cloud ice), CLC (cloud cover)
- in bulk scheme there is no cloud droplet number concentration available
- we also don't have cloud condensation nuclei
2D meteorology
- SNOW_GSP, CLCH, CLCL, CLCM, ALHFL_S, ASHFL_S, ASOB_S, ATHB_S, LAI, PS, SNOW_CON, ALB_RAD, ALWD_S, ALWU_S, ASOB_T, ASWDIFD_S, ASWDIFU_S, ASWDIR_S, ATHB_T, CLCT, HPBL, QV_S, RAIN_CON, RAIN_GSP, W_SO, TCH, T_2M, TCM, TD_2M, TOT_PREC, T_SO
- RAIN_PH
2D deposition fields
- dry deposition gases (DRYDEPG): SO2dep, NO2dep, HNO3dep, NH3dep, PANdep, N2O5dep, OZONEdep, H2O2dep, HCHOdep
- dry deposition aerosols (DRYDEPA): ALDdep, APIdep, COdep, CSLdep, DCBdep, ETHdep, GLYdep, H2O2dep, HACEdep, HC3dep, HC5dep, HC8dep, HCHOdep, HNO3dep, HNO4dep, HONOdep, ISHPdep, ISOdep, ISONdep, KETdep, LIMdep, MACRdep, MGLYdep, MPANdep, N2O5dep, NALDdep, NH3dep, NO2dep, NO3dep, NOdep, OL2dep, OLIdep, OLTdep, ONITdep, OP1dep, OP2dep, ORA1dep, ORA2dep, OZONEdep, PAAdep, PANdep, SO2dep, SULFdep, TOLdep, TPANdep, VACdep, VACmdep, VANTHAdep, VNUdep, VNUmdep, VSEASAdep, VSEASBdep, VSEASCdep, VSOILAdep, VSOILBdep, VSOILCdep, VSOOTdep, XYLdep
- wet depostion dissolved gases (WETDDG): dCH3CO2H_l, dCH3COOm_l, dCH3OOH_l, dCO2_l, dH2O2_l, dH2SO4_l, dHCHO_l, dHCl_l, dHCO3m_l, dHCOOH_l, dHCOOm_l, dHNO3_l, dNH3_l, dO3_l, dSO2_l
- wet deposition ions (WETDEPI): dSO4mm_l, dHSO3m_l, dSO3mm_l, dHSO4m_l, dNO3m_l, dNH4p_l
- wet deposition aerosols (WETDEPA): dClm_l, dVANTHA, dVP25AI, dVP25AJ, dVSEASA, dVSEASB, dVSEASC, dVSOILA, dVSOILB, dVSOILC, dVSOOTI, dVSOOTJ, dVSOOT
- total organic carbon wet deposition flux (TOCWDF): dVORG1KIm + dVORG1KI + dVORG1KJm + dVORG1KJ + dVORG100Im + dVORG100Im + dVORG100I + dVORG100Jm + dVORG100Jm + dVORG100J + dVORG10Im + dVORG10Im + dVORG10I + dVORG10Jm + dVORG10Jm + dVORG10J + dVORG1Im + dVORG1I + dVORG1Jm + dVORG1J + dVORGPAIm + dVORGPAI + dVORGPAJm + dVORGPAJ
- sedimentation aerosols (SEDA): VACmsed, VACsed, VANTHAsed, VNUmsed, VNUsed, VSEASAsed, VSEASBsed, VSEASCsed, VSOILAsed, VSOILBsed, VSOILCsed, VSOOTsed
2D emission fields
- natural: mineral dust and sea salt fluxes (mass/area/time) ???
- anthropogenic: can be computed from emission input fields
- biogenic fluxes (CBIOs): CBIO1, CBIO2, CBIO3, CBIO4
GRIB code tables for COSMO can be found at
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_201.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_202.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_203.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_204.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_205.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_206.htm
http://www.ncl.ucar.edu/Document/Manuals/Ref_Manual/dwd_207.htm
