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ARS Home » Southeast Area » Jonesboro, Arkansas » Delta Water Management Research » Research » Collaborations
Collaborations

The Delta Water Management Research has a long and productive history of collaborative research involving stakeholders.

Current collaborators and projects:

ARKANSAS STATE UNIVERSITY, JONESBORO, AR
  • Economic Analysis Support for Water Use Data Related to the Arkansas Groundwater Initiative
  • Preserving Water Quantity and Quality for Agriculture in the Lower Mississippi River Basin
    • DIVISION OF AGRICULTURE OF THE UNIVERSITY OF, FAYETTEVILLE, AR
  • Improving Water Use Efficiency and Grain Yield of Furrow-Irrigated Rice
  • Farm-level Conservation Strategies to Reduce Carbon Footprint and Improve Productivity in the Lower Mississippi River Basin
  • Conservation Practices for Attaining Integrated Environment-Smart Cropping in Irrigated Row Crops
  • Support for the Scaling of Climate Smart Agriculture for Arkansas and Beyond
    • GRANTHAM FOUNDATION, BOSTON
  • Quantifying Agronomic and Sustainability Benefits of Silicate Rock Dust Applications to Drill-Seeded Rice
    • MISSISSIPPI STATE UNIVERSITY, MISSISSIPPI STATE, MS
  • Life After the Flood: Disrupting Rice Farming by Integrating Automated, LoT-Irrigation Technologies into a Low-Water-Use Production System
    • MITTI LABS, GREENWICH
  • Scaling Climate Smart Agriculture in Arkansas and Beyond
    • NATURAL RESOURCES CONSERVATION SERVICE, WASHINGTON, NE
  • Improving Our Understanding of the Impact of Management on Greenhouse Gas Emissions of Major Mid-South Crops-Jonesboro-DWMRU
  • Collect Timely Information on Greenhouse Gas Emissions from On-farm Storage Irrigation Reservoirs in the Lower Mississippi River Basin in Arkansas
    • NATURAL RESOURCES CONSERVATION SERVICES, LITTLE ROCK, AR
  • Helping to Conserve and Wisely use the Land, Water, Wildlife, and Related Natural Resources in the State of Arkansas
    • NORTH CAROLINA AGRICULTURAL AND TECHNICAL STA, GREENSBORO, NC
  • Water Quality at the Edge of Field and In-Stream in the Lower Mississippi River Basin
    • REGROW AGRICULTURE, INC., DURHAM
  • Estimate Greenhouse Gas Emissions in Drill Seeded Rice with Soil Amendments using DNDC Model
    • RICETEC, ALVIN, TX
  • Water Use, Yield and Global Warming Potential of Furrow-Irrigated Rice
    • UNIVERSITY OF ARKANSAS, FAYETTEVILLE, AR
  • Understanding Greenhouse Gas Emissions in Irrigated Row Crop Systems
  • Improving Our Understanding of the Impact of Management on Greenhouse Gas Emissions of Major Mid-South Crops-Jonesboro-University of Arkansas
  • Water Management Strategies to Reduce C Footprint and Preserve High Productivity in Irrigated Rice Systems
    • UNIVERSITY OF CALIFORNIA, DAVIS, DAVIS, CA
  • Improving Our Understanding of the Impact of Management on Greenhouse Gas Emissions of Major Mid-South Crops-Jonesboro-Univ. of California/Davis
    • UNIVERSITY OF THE PHILIPPINES LOS BANOS FOUND
  • Assessing Multiple Benefits of Silcate Rock Dust Applications in Paddy Rice Under AWD Irrigation
    • YARA NORTH AMERICA, INC, TAMPA, FL
  • Achieving Low N2O and CH4 Missions in Non-Flooded Rice Through Effective N Management Tools