Michigan Researchers Have Expanded Irrigation Studies
New efforts to optimize farm water use could impact how local fruit growers manage crops and sustainability.
Updated on Oct. 12, 2026 in Organic Food
Live Poll
Should local growers prioritize adopting precision irrigation technology to improve water and energy efficiency?
Michigan State University researchers have expanded an irrigation study from grain crops to fruit orchards across the state. This project aims to help farmers improve efficiency as variable precipitation and longer dry spells become more common.
Why it matters
Efficient irrigation helps growers reduce energy costs and prevent nutrient runoff, which is critical as less than 10% of Michigan farmland is currently irrigated. These improvements are vital given that irrigated lands produce nearly 40% of the state's total agricultural farmgate value.
Researchers have conducted on-farm irrigation assessments at more than 20 farms across nine Michigan counties to test the efficacy of real-time monitoring. While results demonstrate significant gains in system uniformity, the study is ongoing with a three-year timeline to evaluate broader scalability.
The players
Michigan State University
A public research university that leads agricultural science initiatives and farm management extension programs.
Walther Farms
An agricultural operation in Three Rivers that participated in the irrigation assessment study.
The details
The research team utilizes a mobile lab to evaluate existing irrigation systems using in-field sensors and weather monitors. By collecting real-time soil moisture data, the project provides data-driven recommendations to help growers optimize water distribution. These tools help address the challenge of variable precipitation, ensuring that water is applied only when needed, which minimizes waste and supports crop health.
Timeline
Researchers began visiting orchards on Old Mission Peninsula during the week of October 12, 2026.
Walther Farms achieved an improved irrigation uniformity rate of 90% during the 2026 growing season.
Health Landscape
The study marks an expansion of the Michigan State University mobile irrigation lab, which has historically focused on grain crops. This shift reflects a broader trend toward utilizing precision agriculture to manage resources amid increasing climate volatility.
While this research focuses on agricultural systems, these methods help stabilize the local food supply by preventing nutrient runoff and managing water more effectively. Consumers interested in environmental stewardship may want to discuss local land use and sustainable farming certifications with their regional growers.
The takeaway
Optimized irrigation allows farmers to produce more stable yields while using fewer resources like energy and water. Residents can support these efforts by purchasing produce from farms that prioritize efficient irrigation technology and sustainable water management practices.
Further reading
Learn more about sustainable cultivation practices in our Organic Food section.
More information
For more details on the study protocols, visit the MSU mobile irrigation lab enrollment portal.
Source note: This article includes information reported by Mlive.
Live Poll
Should local growers prioritize adopting precision irrigation technology to improve water and energy efficiency?
