Automating tailwater reuse in rice to reduce freshwater demand and greenhouse gas emissions

The U.S. Department of Agriculture's National Resources Conservation Service awarded a $4,885,341 Project Grant to Mississippi State University to develop and demonstrate innovative agricultural conservation approaches through the Environmental Quality Incentives Program (CFDA 10.912). The purpose is to stimulate the adoption of technologies that reduce freshwater demand and greenhouse gas emissions in rice production, specifically through automating tailwater reuse systems.

Mississippi State University is leading this 4-year project, with sub-awards to the University of Missouri System and Louisiana State University Agricultural Center to collaborate on the research and development efforts. The sub-awardees will contribute expertise in areas such as blast-resistant materials, water management, agricultural extension, and partnership with farmers and producers. The project aims to deliver practical, automated solutions to improve water use efficiency and environmental sustainability in rice cultivation.

The purpose of this grant is to stimulate the development and adoption of innovative conservation approaches in conjunction with agricultural production.