Integrated surface water, groundwater, farm process, crop yield, water policy, ecological model.
River interaction, MAR, diffuse recharge and evapotranspiration, pumping.
Inputs (by MODFLOW package)
- BAS
- domain (row, col, lay)
- initial_head (row, col, lay)
- DIS
- RIV
- river_stages (day, row, col, lay, stage_height, conductance, river_bottom)
- WEL
- wells (day, row, col, lay, flow)
- RCH
- recharge (day, row, col, lay)
- FLOW (eg. LPF)
- hydraulic_conductivity (row, col, lay)
- storage (row, col, lay)
- SOLVER (eg. SIP)
Outputs
- storage (day, row, col, lay)
- heads (day, row, col, lay)
- flows (day, row, col, lay, side)
Routing through rivers, tributaries, canals.
Inputs
- rainfall (day, location, volume)
- temperature (day, location, temperature)
- humidity (day, location, humidity)
- boundary inflows and discharges (day, river_stage, volume)
- inflows from dam, canals
- discharge downstream
- diversions, extractions Outputs
- river_stages (day, row, col, lay, stage_height, conductance, river_bottom)
Crop, irrigation, investment choice.
Inputs
- crop_prices (year)
- water_allocation (year ?)
- farm_area
- crop_costs
- climate
Outputs
- farm_profit (year)
- water_use (day, type)
Crop growth and water demand.
Inputs
- crop_type
- water (day)
Outputs
- yield (year)
Inputs
- river_stages (day, row, col, lay, stage_height, conductance, river_bottom)
- heads (day, row, col, lay)
Outputs
- ecological_index (day, row, col, lay)
Inputs
- rainfall_driver (day, volume)
- temperature_driver (day, temperature)
- crop_prices (year, price)
Outputs
- ecological_index_average
- farm_profit_average
[CATCHCROP model] (http://www.sciencedirect.com/science/article/pii/S1364815201000743) MODFLOW Farm Process [Integrated Decision Making for Reservoir, Irrigation, and Crop Management] [Integrating Irrigation Water Demand, Supply, and Delivery Management in a Stochastic Environment] [A dynamic model of irrigation and land-use choice: application to the Beauce aquifer in France]