ARS Home
» Research
Water Availability and Watershed Management
(National Program 211) in CO
Water Management and Systems Research
- Improving Irrigated and Dryland Agriculture Via Xylem, Stomata, and Leaf Traits
- Process Modeling, Machine Learning, and Computational Tools for Watershed Modeling from Fire to Field
- Improving Resiliency of Semi-Arid Agroecosystems and Watersheds to Change and Disturbance through Data-Driven Research, AI, and Integrated Models
- Improving Crop Performance and Precision Irrigation Management in Semi-Arid Regions through Data-Driven Research, AI, and Integrated Models
- Improve the Usage of Remote Sensing and Advanced Machine Learning Algorithms for Crop Management
- Post-fire Runoff Response in Mulched Montane Catchments
- Develop Mobile Phone-based Applications for the Larger-scale End-user Applications of the CWSI-Integrated WISE Irrigation Scheduling Tool
- Colorado South Platte River Basin CEAP - Establishment of Monitoring and Modeling Foundation
- Using Landscape Features, Plot Measurements, and Remote Sensing Data to Improve Predictions of Fuels Treatment Longevity in the Colorado Front Range
- Improving Sustainability in Cropping Systems of Semi-arid Regions
- Geospatial Analysis and Modeling of Agrohydrological Variability in the Water-limited Great Plains
- Developing Ecophysiological Components for Post-Fire Hydrologic Models
- Graphical User Interface for Multi-Group Particle Swarm Optimization
- FY23 Conservation Effects Assessment Project - Colorado South Platte River Establishment
- Mapping of Soil Moisture with Mobile Cosmic Ray Neutron Sensors
- Accounting for Stem Water Capacitance in Earth Systems and Hydrologic Models
- Using Landscape Features, Plot Measurements, and Remote Sensing Data to Improve Predictions of Fuels Treatment Longevity in the Colorado Front Range
- Improving Dryland Agricultural Crops, Practices, and Data Utilization
- Soil Water Holding Capacity in Long-Term Compost Study
- Improving Our Understanding of Plant and Soil Processes Regulating Water and Nitrogen Use
- Assessing Water Storage Dynamics and Forest Phenology in a Source-Waters Subalpine Area
- From Soil to Stomata: Improving Our Understanding of Plant Functioning Under Limited Water
- Interface Development for the Landuse and Agricultural Management Practices web-Service (LAMPS)
- Quantifying How Spatial and Temporal Effects of Invasive Plants on Fuel Structure and Fuel Moisture Influence Fire Regimes
- Field to Watershed Computer Simulation and Computational Tools for Hydrology, Agricultural Systems, and Mountain Watersheds
- Develop an AI-enabled Remote Sensing Framework for Detecting Drought Stress in Maize in Semi-arid Regions