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Water Availability and Watershed Management
(National Program 211) in CA
Agricultural Water Efficiency and Salinity Research Unit
- Artificial Intelligence to Increase Sustainability of Water, Nutrient, Salinity, and Pest Management in the Western US
- Assessment of Greenhouse Gas and Air Quality Benefits of Dairy Digester Installation in California
- Digital and Precision Agriculture for Sustainable Water and Salinity Management in Arid and Semi-Arid Regions
- Water Management for Crop Production in Arid and Semi-Arid Regions and the Safe Use of Alternative Water Resources
- Genetics x Environment x Management interactions affecting crop salt tolerance and drought resistance
- Assessing Sugarbeet Water Use using Furrow and Sprinkler Irrigation in the Imperial Valley of California
- Fertilize 4 Life Initiative: Group 1 and Group 3 Activities in Riverside, California
- Mitigation and remediation of per- and poly-fluoroalkyl substances (PFAS) in agricultural systems
Water Management Research
- Linking Soil Carbon Building Practices to Almond Nutritional Quality
- Improving Soil and Water Productivity and Quality in Irrigated Cropping Systems
- Quantifying Dynamic Soil Properties for Soil health in the Central Valley of California
- Quantifying Dynamic Soil Properties for Soil health in the Central Valley of California
- Quantifying Dynamic Soil Properties for Soil Health in the Central Valley of California
- Almond-alfalfa Intercropping in Young Orchards for Profitability and Sustainability
- Almond-Alfalfa Intercropping in Young Orchards for Profitability and Sustainability (Kearney Ag)
- Almond-Alfalfa Intercropping in Young Orchards for Profitability and Sustainability (CSU)
- Linking Soil Carbon Building Practices to Almond Nutritional Quality
- Enhancing Vine Productivity and Soil Health Through Sustainable Wood Mulching Strategies
- Action Area No. 2 (AA2)–Greenhouse Gas Research Network - Pacific West Area Land Emissions - Parlier
- Assessment of Management Practices in Citrus for Water Conservation in the Kaweah River Watershed, California
Sustainable Agricultural Water Systems Research
- Synergistic Managed Aquifer Strategies to Sustain Irrigated Agriculture (NACA)
- Synergistic Managed Aquifer Strategies to Sustain Irrigated Agriculture (CA)
- Managed Aquifer Recharge to Sustain Irrigated Agriculture
- Synergistic Managed Aquifer Strategies to Sustain Irrigated Agriculture
- Improving Irrigation Efficiencies and Sustainability in Woody Perennial Crops Specific to California
- Determining Subsurface Hydraulic Properties and Water Content Using Geophysical Methods and Limited Soil/Sediment Datasets
- Application of a Watershed Model to Assess Groundwater Sustainability Under Changing Climatic and Management Scenarios
- Linking Measured Root Zone Dynamics to Atmospheric and Subsurface Fluxes
- Pretreatment Technologies for Managed Aquifer Recharge to Mitigate Clogging and to Remove Contaminants
- Integrated Optimization Framework of California Water and Land Use
- Improved Agroecosystem Efficiency and Sustainability in a Changing Environment
- Agricultural Water, Land Retirement, and Habitat on the Pacific Flyway: A Non-market Value Assessment
- Nonequilibrium Processes Influencing Contaminant Fate During Managed Aquifer Recharge
- Assessing the Fate of Metal Oxide Associated Contaminants During Managed Aquifer Recharge
- Evaluating Models of Radiation Transfer and Carbon-Water Exchange in Vineyard and Orchard Canopies
- Rethinking California’s Managed Aquifer Recharge Beyond Flat Terrains: A Multi-Method Assessment of Hillslope Processes
- Machine Learning for Unearthing Environmental Drivers of Soil Moisture Dynamics and Scaling to Hillslope and Remote Sensing Observations
- Linking Ground Based and Remotely Sensed Stress Physiology of California Woody Perennial Crops
- Linking Climate Change Impacts on Forest Health, Fire Risk, and Vegetation and Snow Dynamics in California
- Examining Perennial Crop Physiology, Evapotranspiration, and Carbon Dynamics Using Surface-based Measurements and Proximal Remote Sensing Techniques
- Enhancing Specialty Crop Irrigation: Advancing Evapotranspiration Forecasting with Satellites and Machine Learning
- Improving Irrigation Management in Specialty Crop Systems
- Applications of Innovative Sensors to Quantify Atmospheric and Subsurface Fluxes of Water, Energy, and Contaminants
- Spatial and Ecological Considerations for Groundwater Markets and Managed Recharge
- Monitoring Aquifer Recharge Dynamics in the Deep Vadose zone using Borehole Nuclear Magnetic Resonance Logging
- Quantifying Land-Atmosphere Fluxes of Carbon, Water, and Energy in Woody Perennial Cropping Systems
