Modelling soil moisture, water partitioning, and plant water stress under irrigated conditions in desert Urban areas

Keyphrases

• Arizona 33%
• Comparative Analysis 33%
• Desert 100%
• Dynamic Water 66%
• Ecohydrology 33%
• Gravel 33%
• Irrigation 66%
• Irrigation Conditions 100%
• Irrigation Scenarios 33%
• Irrigation Scheduling 66%
• Landscape Design 33%
• Low Water 33%
• Mesic 66%
• Meteorological Records 33%
• Metropolitan Areas 33%
• Model Simulation 33%
• Phoenix 33%
• Plant Stress 66%
• Plant Water Stress 100%
• Precipitation Variability 33%
• Quantitative Model 33%
• Residential Location 33%
• Root Zone 33%
• Seasonal Variation 33%
• Shade Trees 33%
• Site Sensitivity 33%
• Soil Moisture 100%
• Soil Moisture Data 33%
• Soil Moisture Dynamics 66%
• Soil Water Storage Capacity 33%
• Stress Parameters 33%
• Summer Irrigation 33%
• Turfgrass 33%
• Two-site 33%
• Urban Areas 100%
• Urban Residential Area 33%
• Water Partitioning 100%
• Water Saving 66%
• Water Stress 33%
• Water Treatment Plant 100%
• Water Use 33%
• Winter Irrigation 33%
• Xeric 66%

Agricultural and Biological Sciences

• Annuals 25%
• Irrigated Conditions 100%
• Irrigation 100%
• Irrigation Scheduling 50%
• Landscape Design 25%
• Plant Stress 50%
• Rooting 25%
• Shade Trees 25%
• Soil Moisture 100%
• Soil Water Storage 25%
• Turf Grasses 25%
• Water Balance 25%
• Water Stress 100%