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Summary table: Prognostic equations and calculated meteorological variables

uvwζpvTθθlpGphρqvqtqlcqfqscqlrqshqsgqssNEεKziother variables iother variables iiother variables iii
ADREA
ALADIN/A
ALADIN/PL
ARPS
BOLCHEM
CALMET/CALPUFF
CALMET/CAMx
CLM
COSMO-2
COSMO-7
COSMO-CLM
COSMO-MUSCAT
ENVIRO-HIRLAM
GEM-AQ
GESIMApassive constituents concentrationstracers
GMEO3 mixing ratio in stratosphere
Hirlam
LAMIremark: diagnostic zi and qlc from DIAGMET postproc.
LMEremark: most diagnostic parameters , deduced in LME or postprocessing; mix. height from separ. post-processor
LME_MHinput parameters from LME output(directly or derived)
M-SYS
MC2-AQ
MCCM
MEMO (UoT-GR)Turbulence data, deposition, cloudsOptionally concentrations of inert pollutantsGridded precipitation data can optionally be provided for calculating soil infiltration and moisture profiles.
MEMO (UoA-PT)
MERCUREconcentration in pollutants, including heavy gaz
METRASconcentrationsparticlespassive tracers
METRAS-PCL
MM5 (UoA-GR)atmospheric radiation tendency, Pstar, ground temperature, accumulative convective rain, accumulative nonconvective rain, PBL height, PB regime, surface sensible heat flux, surface latent heat flux, frictional velocity, surface downward shortwave radiatio
MM5 (UoA-PT)atmospheric radiation tendency, Pstar, ground temperature, accumulative convective rain, accumulative nonconvective rain, PBL height, PB regime, surfae sensible heat flux, surface latent heat flux, frictional velocity, surface downward shortwave radiation
MM5 (UoH-UK)perturbation pressure
MM5(GKSS-D)pressure perturbation
Meso-NH
NHHIRLAMsurface pressure
RAMS
RCG
SAIMM
TAPM
UMPrognostic cloud scheme available.
WRF-ARW
WRF/ChemDependent on dynamic core and choice of physicscan be run dry or with second moment microphysicsMay also produce probabilistic non-resolved convective parameterization output
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