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Water Availability and Watershed Management
(National Program 211) in TX
Grassland Soil and Water Research Laboratory
- Establishing the Texas A&M Texas Water Observatory (TWO) and USDA-ARS Partnership at the Riesel Watersheds
- Conservation Effects Assessment Project - 2017, 2018
- Conservation Effects Assessment Project - 2019, 2020, 2021
- Integration of SWAT+/MODFLOW and Inclusion in the Geospatial Modeling Interface
- Soil and Water Assessment Tool (SWAT) Modeling Support for the Long-term Agroecosystem Research (LTAR) Network
- Quantitative Assessment of the Impacts of Conservation Practices on U.S. Croplands
- National Agroecosystem Model Support for the Long-term Agroecosystem Research (LTAR) Network
- FY2020 Conservation Effects Assessment Project (CEAP) - Benchmark Watershed Assessment Studies (on Croplands)
- Precision Application of Conservation in Upper Midwestern Cropping Systems
- Precision Fertilizer Application Studies to Further Adoption of Precision Agriculture Technologies
- FY 2021 Conservation Effects Assessment Project (CEAP) - Benchmark Watershed Assessment Studies (on Croplands) Temple, TX
- FY2021 Contribution of Legacy Phosphorus to Watershed Outcomes, Phase 2 (Temple, TX)
- Development of Enhanced Tools and Management Strategies to Support Sustainable Agricultural Systems and Water Quality
- Integration of a New Groundwater Flow and Salinity Model in SWAT+
Wind Erosion and Water Conservation Research
- Partitioning of Anthropogenic Radioisotopes on Aeolian Sediments and Erosion-affected Soils
- Assessing Water Use Efficiency, Soil Health, and Pollinators Within a Transition from Irrigation to Dryland Management in the Texas High Plains
- Establishing a Soil Health Framework for Water-limited Regions
- REEU: Student Career in Agricultural Research, Learning, and Extension Training (SCARLET)
- Developing Strategies for Resilient and Sustainable Crop, Water, and Soil Management in Semi-Arid Environments
Soil and Water Management Research
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP with KSU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP with TAMU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP with TTU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP with WTAMU
- Spatiotemporal Decision Support Systems for Recognizing Variability and Managing Precision Irrigation in Field Crops
- Collaborative Research and Outreach to Facilitate Cotton Production in Thermo-limited Regions of the Southern Ogallala Aquifer Region - KSU
- Collaborative Research and Outreach to Facilitate Cotton Production in Thermo-limited Regions of the Southern Ogallala Aquifer Region- Texas A&M
- Collaborative Research and Outreach to Facilitate Cotton Production in Thermo-limited Regions of the Southern Ogallala Aquifer Region- Texas Tech
- Collaborative Research and Outreach to Facilitate Cotton Production in Thermo-limited Regions of the Southern Ogallala Aquifer Region- WTAMU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 2nd Phase with TAMU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 2nd Phase with KSU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 2nd Phase with TTU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 2nd Phase with WTAMU
- Optimized Allocation of Limited Amount of Irrigation Water among Simultaneous Annual Crops at Farm Level (ORDILS)
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 3rd Phase with TAMU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production- OAP 3rd Phase with KSU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production - OAP 3rd Phase with TTU
- Precipitation and Irrigation Management to Optimize Profits from Crop Production - OAP 3rd Phase with WTAMU
- Dryland and Irrigated Crop Management Under Limited Water Availability and Drought
