Husker Geoscientist’s Innovative Approach Aims to Safeguard Irrigation Canals

by Geitner Simmons | IANR Communications

October 30, 2025

A University of Nebraska–Lincoln researcher stands in a crop field holding a large sensor instrument connected to a laptop, preparing to collect geophysical data to assess soil and water conditions near an irrigation research site.
Husker geoscientists are testing a new, noninvasive method to detect leaks and structural issues in aging irrigation canals — a breakthrough that could help conserve water and protect vital ag infrastructure across Nebraska.
During the Panhandle Ag Research Technology Tour in September 2024, Mohamed Khalil explains how the frequency domain electromagnetic equipment helps with irrigation. (Chabella Guzman | PREEC)

A researcher at University of Nebraska–Lincoln is using a cutting-edge, non-invasive method to detect seepage and structural problems in aging irrigation canals — a technique that could save water, time and money for producers across western Nebraska. Offering clearer insight into underground leaks and settlement through time-lapse electrical measurements, the approach sheds new light on how to protect vital water infrastructure in ag and beyond.

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