ch_temp1 Subroutine

subroutine ch_temp1()

Uses

  • proc~~ch_temp1~~UsesGraph proc~ch_temp1 ch_temp1 module~basin_module basin_module proc~ch_temp1->module~basin_module module~channel_data_module channel_data_module proc~ch_temp1->module~channel_data_module module~climate_module climate_module proc~ch_temp1->module~climate_module module~hydrograph_module hydrograph_module proc~ch_temp1->module~hydrograph_module module~input_file_module input_file_module proc~ch_temp1->module~input_file_module module~maximum_data_module maximum_data_module proc~ch_temp1->module~maximum_data_module module~sd_channel_module sd_channel_module proc~ch_temp1->module~sd_channel_module module~hydrograph_module->module~basin_module module~time_module time_module module~hydrograph_module->module~time_module

It should be contratined to tdx < t_air These coefficients might vary. See Figure 2.4.1 in Edinger et al. 1974 Solar radiation (Short wave radiation). The shade-factor is included in the Solar radiation calculation Add code for shade factor jga Get the Solar radiation (Short wave radiation)

Atmospheric radiation (Long wave radiation) Get the Saturated vapor pressure Get the vapor pressure need to set jga Get the emissivity of the atmosphere Atmospheric radiation (Long wave radiation)

Equilibrium temperature E: Reduced T-equilibrium approach

The temperature gain/loss to/from the stream due to heat transfer "rttime" is the travel time given by the SWAT model "ch_l2" is the stream length given by SWAT that can be used as a surrogate for travel time E: DensitySpec_heat_waterwater_depth / time_convers Final stream temperature

Arguments

None

Calls

proc~~ch_temp1~~CallsGraph proc~ch_temp1 ch_temp1 amin1 amin1 proc~ch_temp1->amin1