Several new components have been added to the CAESAR-Lisflood code upstream (the Windows version). AB has added these componets to the CAESAR_GW batch of code. The main additions are the model options of swappig out TOPMODEL for SLiM to incorporate groundwaer more realistically. There is a basic groundwater option and a separate option that allows the user to run with the SLiM model that includes water partitioning (overwriting the standard recharge process)
Groundwater inputs
- Initial groundwater
- Groundwater boundary file
- Hydraulic conductivity (m/d) file
- Specific yield (-) file
- Recharge rate (% rainfall 0-1)
Water Partitioning
- Start date
- HOST file(?)
- Landuse file
- Potential Evaporation location file
- Potential Evaporation table file
- Initial soil moisture deficit file
There is a test case for both GW and SLiM in the CAESAR_GW folder
The key functions to look at are:
wpgw_water_input()water_partitioning(rain_data_time_step)Groundwater_Flow(1440)
Key data structures:
dailyBF[][]wp_added_water_daily[][]
Several new components have been added to the CAESAR-Lisflood code upstream (the Windows version). AB has added these componets to the CAESAR_GW batch of code. The main additions are the model options of swappig out TOPMODEL for SLiM to incorporate groundwaer more realistically. There is a basic groundwater option and a separate option that allows the user to run with the SLiM model that includes water partitioning (overwriting the standard recharge process)
Groundwater inputs
Water Partitioning
There is a test case for both GW and SLiM in the CAESAR_GW folder
The key functions to look at are:
wpgw_water_input()water_partitioning(rain_data_time_step)Groundwater_Flow(1440)Key data structures:
dailyBF[][]wp_added_water_daily[][]