Modeling the impact of solute recycling on groundwater salinization under irrigated lands: A study of the Alto Piura aquifer, Peru

Keyphrases

• Solute 100%
• Peru 100%
• Groundwater Salinity 100%
• Aquifer 100%
• Piura 100%
• Irrigated Land 100%
• Alto 100%
• Flood Irrigation 100%
• Irrigation 75%
• Drip Irrigation 75%
• Groundwater 50%
• Surface Water 50%
• Groundwater Quality 50%
• Surface-groundwater 50%
• Irrigation Return Flow 50%
• Rate of Increase 25%
• Water Flux 25%
• Flow Equation 25%
• Water Quality 25%
• Irrigation Water 25%
• Mathematical Model 25%
• Negative Impact 25%
• Water Volume 25%
• Three-dimensional Flow 25%
• Numerical Model 25%
• Soil Surface 25%
• Salinization 25%
• Vadose Zone 25%
• Soil Salinization 25%
• Daily Scale 25%
• Total Dissolved Solids 25%
• Variably Saturated 25%
• Saturated Zone 25%
• Richards Equation 25%
• Advection-dispersion Equation 25%
• Aquifer System 25%
• Hydrogeological Conditions 25%
• Quasi-3D Model 25%
• Aquifer Salinization 25%
• Irrigation Volume 25%
• Return Flow 25%
• Hydrochemical Conditions 25%
• Semi-arid Lands 25%
• Northern Peru 25%
• Solute Flux 25%
• Groundwater Extraction 25%
• Irrigation Area 25%
• Return Coefficient 25%
• Different Irrigation 25%
• Groundwater Pumping 25%

Earth and Planetary Sciences

• Recycling 100%
• Salinization 100%
• Peru 100%
• Drip Irrigation 60%
• Surface Water 40%
• Groundwater 40%
• Vadose Zone 20%
• Numerical Model 20%
• Advection 20%
• Soil Surface 20%
• Arid Land 20%
• Phreatic Zone 20%
• Richards Equation 20%
• Groundwater Extraction 20%
• Flow Equation 20%