Water-efficient regenerative system of rice intensification
On a 30 acre parcel on its research farm in East Arkansas, Delta Conservation is working with the University of Arkansas Extension Service, Adam Chappell of the Arkansas Soil Health Alliance, and others to research the most water conserving and environmentally benevolent rice production methods possible in the Delta region. We are dividing this 30 acre parcel into 5 acre strips, and comparing trials side by side, of regenerative system of rice intensification done in row rice format, combined with a small surface water recirculation system. Each 5 acre strip will feature different cover crops, seeding rates, planting configurations, water usage, and chemical intervention. Our hope is to achieve a high-yielding, regenerative organic technique with minimal groundwater use, or to get as close to this as possible.
Engagement Targets
Notes: (1) Minor fluctuations in the number of retained growers is expected from year to year. These fluctuations may be due to year-over-year crop rotation effects or other factors beyond the control of the project. Enrolled acres represent the total number of acres on an individual farm in a specific year. The ability to report enrolled acres is based on the Fieldprint Project Standard requirement that individual growers enrolled in projects enter at least 10% of the acres managed for a specific crop. (2) Entered acres represent the actual number of enrolled acres for which data is entered in the Fieldprint Platform for analysis.
Objectives
This year we have done soil sampling and analysis and applied chicken litter to the field, and are just about to plant soybeans. We will drill directly into the cover crops and stubble and then plant cover crop directly after harvest.