flxsice.F90:    real(r8), intent(in) ::  srfrad(plond)        ! Solar absorbed plus down longwave flux
comsrf.F90:      real(r8), allocatable:: srfrad(:,:)          ! surface net radiative flux
tphysbc.F:       real(r8)                srfrad(plond)        ! Net surface radiative flux (watts/m**2)
srfsice.F90:     real(r8), intent(in) :: srfrad(plond)        ! Srf solar abs flux plus down longwave
tphysbc.F:            srfrad(i) = fsns(i) + flwds(i)
srfxfer.F:         netsw(i,lat) = srfrad(i,lat) - flwds(i,lat)
flxsice.F90:             fnt(i) = srfrad(i) - lwup(i) - shf(i) - lhf(i)

buffer.F90:       real(r8), allocatable :: fsns(:,:)          ! surface absorbed solar flux
tphysbc.F:                        real(r8) fsns(plond)        ! Surface solar absorbed flux

my_linemsbc.F90:real(r8), intent(inout) :: flwds(plond)                 ! surface longwave down flux
lsm_ccmintr.F:  real(r8)                   flwdsxy(londim,beglat:endlat)! downward longwave rad onto surface (w/m**2)
comsrf.F90:      real(r8), allocatable::   flwds(:,:)                   ! downward longwave radiation at surface

flxsice.F90: real(r8), intent(out):: fnt(plond)                          ! Net surface flux for input conditions (W/m2)

flxoce.F90:  real(r8), intent(out):: lwup(plond)                         ! Longwave up flux at surface (W/m2)
lsmini.F:                real(r8)    lwupxy (londim,beglatatm:endlatatm) ! emitted longwave radiation (w/m**2)

comsrf.F90:  real(r8), allocatable:: shf(:,:)       ! sensible heat flux
flxoce.F90:  real(r8), intent(out):: shf(plond)     ! Initial sensible heat flux (W/m2)
comsrf.F90:  real(r8), allocatable:: lhf(:,:)       ! latent heat flux
flxsice.F90: real(r8), intent(out):: lhf(plond)     ! Initial latent heat flux (W/m2)