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One needs to chose a land surface scheme that calculates the heat fluxes and diagnostic fields over the land fraction. The land fraction includes bare soil (desert) and vegetated areas. If no urban model (see below) is used it also includes the urban fraction. The parameter 'schmsol' needs to get set to one of the following:
'NIL ' : No Land surface processes
'ISBA' : Interaction Soil Biosphere Atmosphere (ISBA) land sfc scheme
'SVS ' : Soil, Vegetation, and Snow (SVS) (Multibudget) land sfc scheme
'CLASS': Canadian LAnd Surface Scheme
ISBA
If ISBA is chosen, the following other parameters also need to get set:
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Lake scheme (non, FLake, CSLM)
One needs to chose a lake scheme that calculates the heat fluxes and diagnostic fields over the land fraction. The parameter 'schmlake' needs to get set to one of the following:
'NIL' : Lakes get treated my water routine => Prescribed SST and SIC will get used
'FLAKE' : FLake lake scheme
'CSLM' : Canadian Small Lake Model
Urbain scheme (non, TEB)
One needs to chose a lake scheme that calculates the heat fluxes and diagnostic fields over the urban fraction. The parameter 'schmurb' needs to get set to one of the following:
'NIL' : No Urban surface processes => the urban fraction will get taken care of by the land surface model - see above
'TEB' : Town Energy Balance (TEB) urban scheme
If 'TEB' is chosen, the following other parameters also need to get set:
!# Adjust wind diagnostic in TEB with building height if .true.
logical :: urb_diagwind = .false.
!# Adjust temperature diagnostic in TEB in the street if .true.
logical :: urb_diagtemp = .false.
Radiation
Roughness length
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