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No-Till is a Win-Win-Win for Soil Health, Crop Production, and Clean Water

In the Hangman Creek watershed, producers and conservation partners are working together to improve water quality while supporting productive farms. A key tool is no-till farming — planting directly into last year’s crop residue to protect soil health, retain moisture, and keep sediment out of the streams and rivers.

Recently, partners of the Hangman Creek watershed workgroup gathered to see no-till practices in action with a presentation from the Spokane Conservation District.

Finding solutions for cleaner water together

The Hangman Creek watershed workgroup was created in 2018 and consists of partners from state and local government agencies, local Tribes, conservation districts, nonprofits, producers and landowners. The goal of the work group is to help improve water quality through coordination and collaboration.

That same year, the Spokane Riverkeeper established the Hangman Settlement Agreement with Ecology to tackle water quality issues in the watershed. Years of water quality data collected by Riverkeeper and Spokane Falls Trout Unlimited volunteers also helped underscore the urgency of cleaning up the watershed. While Ecology staff had been studying and working on a Hangman Creek cleanup plan, the legal agreement helped expedite the work with more funding, outreach, and implementation of conservation practices on the ground.

Every year, we develop a report to outline the progress made within the watershed. The 2025 Hangman Creek Settlement Agreement Annual Report is available online.

Source : wa.gov

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Dr. Fei Yang Discusses Corn Rootworm, European Corn Borer, and Pest Monitoring

Video: Dr. Fei Yang Discusses Corn Rootworm, European Corn Borer, and Pest Monitoring

What insect threats are Minnesota corn growers facing, and what research is helping farmers stay ahead of them?

At the 2026 MN Ag Expo, University of Minnesota entomologist Fei Yang shared updates on three Minnesota Corn-supported research projects focused on insect monitoring, seed treatments, and pest resistance.

Current work includes statewide monitoring programs that use pheromone, light, and sticky traps to track key pests such as black cutworm, true armyworm, corn earworm, European corn borer, and corn rootworm. Researchers are also evaluating whether high-rate seed treatments provide effective corn rootworm control and studying the development of resistance in European corn borer populations to Bt corn traits.

These projects help researchers better understand pest pressures across Minnesota and provide farmers with practical information to support informed management decisions.