Investigation of deficit irrigation strategies combining SVAT-modeling, optimization and experiments

Keyphrases

• Model Optimization 100%
• Modeling Experiment 100%
• Transfer Modelling 100%
• Irrigation Management 100%
• Transfer Test 100%
• Deficit Irrigation Strategies 100%
• Transfer Optimization 100%
• Water Productivity 66%
• Irrigation Thresholds 66%
• Irrigation Experiment 66%
• Different Irrigation 66%
• Optimization Algorithm 33%
• New Sensors 33%
• High Reliability 33%
• Sensor-based 33%
• Effective Method 33%
• System Parameters 33%
• Measurement Range 33%
• Schedule-based 33%
• Overall Productivity 33%
• Maize 33%
• Growing Population 33%
• Crop Growth 33%
• Soil Water Potential 33%
• Crop Soils 33%
• Freshwater Resources 33%
• Water Demand 33%
• Irrigation Strategy 33%
• Initial Water Content 33%
• Irrigated Agriculture 33%
• Deficit Irrigation 33%
• Full Irrigation 33%
• Soil Water Transport 33%
• Tensiometer 33%
• Irrigation Schedule 33%
• Irrigation Control 33%
• Irrigation Design 33%
• Optimized Irrigation 33%
• Available Water Resources 33%
• High Water 33%
• Irrigation Intervals 33%

Agricultural and Biological Sciences

• Irrigation 100%
• Irrigation Management 100%
• Deficit Irrigation 100%
• Irrigation System 42%
• Soil Water 14%
• Irrigation Scheduling 14%
• Soil Water Potential 14%
• Tensiometer 14%
• Water Resource 14%
• Agriculture 14%

Pharmacology, Toxicology and Pharmaceutical Science

• Soil Water 100%
• Fresh Water 50%