A simulation model of water dynamics in winter wheat field and its application in a semiarid region

Keyphrases

• Semi-arid Region 100%
• Simulation Model 100%
• Water Dynamics 100%
• Winter Wheat Field 100%
• Root Water Uptake 100%
• Seasonal Changes 50%
• Mathematical Model 50%
• Northwest China 50%
• Canopy Resistance 50%
• Direct Measurement 50%
• Soil Profile 50%
• Winter Wheat 50%
• Soil Water Content 50%
• Lysimeter 50%
• Different Irrigation 50%
• Irrigation Amount 50%
• Water Flow 50%
• Canopy Transpiration 50%
• Wheat Crop 50%
• Extinction Coefficient 50%
• Root Density 50%
• Diurnal Changes 50%
• Semi-arid Area 50%
• Soil Evaporation 50%
• Surface Evaporation 50%
• Crop Water Consumption 50%
• Root Water Potential 50%
• Soil Water Flow 50%
• Actual Measurement 50%
• Seasonal Crop 50%
• Crop Canopy 50%
• New Empirical Equation 50%
• Crop Parameters 50%
• Crop Soils 50%
• Pressure Change 50%
• Estimation of Total 50%
• Trial-and-error Method 50%
• Canopy Soil 50%
• Transpiration Model 50%
• Soil Water Balance 50%
• Water Transport Dynamics 50%
• Air Pressure 50%
• Soil-plant-atmosphere Continuum 50%
• Soil Hydraulic Parameters 50%

Agricultural and Biological Sciences

• Water Flow 100%
• Water Uptake 100%
• Soil Water 50%
• Irrigation 50%
• Sweating 50%
• Mathematical Model 50%
• Water Consumption 50%
• Soil Profile 50%
• Soil Water Content 50%
• Lysimeters 50%
• Atmospheric Pressure 50%
• Root Water Potential 50%
• Soil Plant Atmosphere Continuum 50%
• Soil Water Balance 50%
• Transpiration Model 50%

Earth and Planetary Sciences

• Semiarid Region 100%
• Water Flow 100%
• China 50%
• Soil Water 50%
• Water Consumption 50%
• Soil Profile 50%
• Field Experiment 50%
• Soil Water Content 50%
• Atmospheric Pressure 50%
• Extinction Coefficient 50%
• Transpiration Model 50%
• Soil Water Balance 50%
• Lysimeter 50%