! test for BAND_Tropics (56km resolution)
 &dimparam
 iy     = 111,
 jx     = 150,
 kz     = 18,
 nsg    = 1,
 /
 &geoparam
 iproj = 'NORMER',
 ds   = 60.0,
 ptop = 5.0,
 clat = 10.0,
 clon = 20.00,
 plat = 45.39,
 plon = 13.48,
 truelatl = 30.0,
 truelath = 60.0,
 i_band = 0,
 /
 &terrainparam
 domname = 'Cropped_Tropics',
 smthbdy = .false.,
 lakedpth = .false.,
 ltexture    = .true.,  ! If using DUST tracers (see below), produce from
                         ! terrain program the domain soil texture dataset
 fudge_lnd   = .false.,
 fudge_lnd_s = .false.,
 fudge_tex   = .false.,
 fudge_tex_s = .false.,
 dirter = './Input',
 inpter = './RCM_DATA',
 /
 &debugparam
 debug_level = 1,
 dbgfrq = 3,
 /
 &boundaryparam
 nspgx  = 12,
 nspgd  = 12,
 /
 &globdatparam
 ssttyp = 'OI_WK',
 dattyp = 'NNRP1',
 chemtyp = 'MZCLM',          ! Type of Global Chemistry boundary conditions
!                             ! One in : MZ6HR, 6 hours MOZART output
!                             !        : MZCLM, MOZART climatology 1999-2009
 gdate1 = 2002010100,
 gdate2 = 2010123100,
 ibdyfrq =  6,
 dirglob = './Input',
 inpglob = './RCM_DATA',
 /
 &globwindow
 lat0 = 0.0
 lat1 = 0.0
 lon0 = 0.0
 lon1 = 0.0
 /
 &restartparam
 ifrest  = .false.,
 mdate0  = 2002010100,
 mdate1  = 2002010100,
 mdate2  = 2003010100,
 /
 &timeparam
 dt     =   150.,   ! time step in seconds
 dtrad  =    30.,   ! time interval solar radiation calculated (minutes)
 dtabem =    18.,   ! time interval absorption-emission calculated (hours)
 dtsrf  =   600.,   ! time interval at which land model is called (seconds)
 /
 &outparam
 ifsave  = .true. ,
   savfrq  =  7200.,
 ifatm  = .true. ,
   atmfrq  =     6.,
 ifrad   = .true. ,
   radfrq  =     6.,
 ifsrf   = .true. ,
 ifsub   = .true. ,
   srffrq  =     6.,
 ifchem  = .true.,
 ifopt   = .true.,           ! Output OPT ?
   chemfrq =     6.,
 dirout='./Output'
 /
 &physicsparam
 iboudy  =          5,
 ibltyp  =          1,
 icup_lnd =         2,
 icup_ocn =         2,
 igcc    =          2,
 ipptls  =          1,
 iocnflx =          2,
 ipgf    =          0,
 iemiss  =          0,
 lakemod =          0,
 ichem   =          1,
 scenario = 'A1B',
 idcsst = 0,
 iseaice = 0,
 idesseas = 0,
 iconvlwp = 0,
 isolconst =         1, ! Use a constant 1367 W/m^2 instead of the prescribed
                        ! TSI recommended CMIP5 solar forcing data.
 /
 &subexparam
 qck1land =   .250E-03,
 qck1oce  =   .250E-03,
 cevaplnd =   .100E-02,
 caccrlnd =      3.000,
 cftotmax =      0.75,
 /
 &grellparam
 /
 &holtslagparam
 /
 !
! Chemical control parameter
!
 &chemparam
 chemsimtype = 'DCCB'
                           ! One in :
                           !   DUST   : Activate 4 dust bins scheme
                           !   SSLT   : Activate 2 bins Sea salt scheme
                           !   DUSS   : Activate DUST + SSLT
                           !   CARB   : Activate 4 species black/anthropic
                           !            carbon simulations
                           !   SULF   : Activate SO2 and SO4 tracers
                           !   SUCA   : Activate both SUKF and CARB
                           !   AERO   : Activate all DUST, SSLT, CARB and SULF
                           !   CBMZ   : Activate gas phase and sulfate
                           !   DCCB   : Activate CBMZ +DUST +CARB
                           !   POLLEN : Activate POLLEN transport scheme
 ichsolver = 1,  ! Activate the chemical solver
 ichsursrc = 1,  ! Enable the emissions
 ichdrdepo = 1,  ! 1 = enable tracer surface dry deposition. For dust,
                 !     it is calculated by a size settling and dry
                 !     deposition scheme. For other aerosol,a dry
                 !     deposition velocity is simply prescribed further.
 ichebdy = 1,    ! Enable boundary conditions read
 ichcumtra = 1,  ! 1 = enable tracer convective transport and mixing.
 ichremlsc = 1,  ! 1 = wet removal of chemical species (washout and rainout
                 !     by total rain) is enabled
 ichremcvc = 1,  ! 1 = wet removal of chemical species (washout and rainout
                 !     by convective rain) is enabled
 ichdustemd = 2, ! Choice for parametrisation of dust emission size distribution
                 ! 1 = use the standard scheme (Alfaro et al., Zakey et al.)
                 ! 2 = use the the revised soil granulometry + Kok et al., 2011
 ichdiag = 1,    ! 1 = enable writing of additional diagnostics in the output
 idirect   = 2,  ! Choice to enable or not aerosol feedbacks on radiation and
                 ! dynamics (aerosol direct and semi direct effcts):
                 ! 1 = no coupling to dynamic and thermodynamic. However
                 !     the clear sky surface and top of atmosphere
                 !     aerosol radiative forcings are diagnosed.
                 ! 2 = allows aerosol feedbacks on radiative,
                 !     thermodynamic and dynamic fields.
 iindirect = 0,  ! Enable sulfate indirect effect in radiation scheme
 rdstemfac = 1.0,! Aerosol correction factor (Laurent et al, 2008)
 ichjphcld = 1,  ! Impact of cloud aod on photolysis coef
 ichbion = 0,    ! ???????????????????????????????????///
 /
 &clmparam
 dirclm = '/set/this/to/where/your/input/clm/data/are',
 imask  = 1,
 clmfrq = 24.,
 /