Large-scale hydrological modeling and decision-making for agricultural water consumption and allocation in the main stem Tarim River, China

Keyphrases

• China 100%
• Irrigation Water 100%
• Tarim River 100%
• Main Stem 100%
• Agricultural Water Use 100%
• Agricultural Water Allocation 100%
• Large-scale Hydrological Model 100%
• Irrigation Scenarios 66%
• Upper Reaches 66%
• Model Calibration 33%
• Strategy Use 33%
• Varying Effects 33%
• Water Deficit 33%
• Sustainable Agricultural 33%
• Lower Reaches 33%
• Sub-catchment 33%
• Water Users 33%
• Middle Reaches 33%
• Farmland 33%
• Land Use Distribution 33%
• Land Use Scenarios 33%
• Agricultural Water Management 33%
• Arid Region 33%
• Irrigation Strategy 33%
• Northwest China 33%
• Farmland Area 33%
• Water-saving Irrigation 33%
• Irrigation Water Saving 33%
• MIKE HYDRO 33%
• Allocation Management 33%
• Water Consumption Management 33%

Earth and Planetary Sciences

• China 100%
• Water Consumption 100%
• Hydrology Models 100%
• Decision Making 100%
• Water Saving 66%
• Land Use 66%
• Water Management 33%
• Arid Zones 33%
• Regional Geography 33%

Agricultural and Biological Sciences

• Irrigation Water 100%
• Water Consumption 100%
• Water Allocation 100%
• Decision Making 100%
• Irrigation 50%
• Land Use 50%
• Irrigation Management 25%
• Groundwater Model 25%
• Arid Zones 25%
• Agricultural Water Management 25%