Michigan Growers Invited to Join On-Farm Soybean Research Trials

Why It Matters

On‑farm trials accelerate adoption of proven agronomic practices while minimizing financial risk, helping Michigan soybean producers boost yields and sustainability.

Key Takeaways

• 11 soybean trials open for Michigan growers
• Trials use donated inputs, limiting farmer cost
• Focus on sulfur response in sandy soils
• New large‑scale test of deer repellent M‑Pede
• Participation allocated first‑come, first‑served

Pulse Analysis

On‑farm research programs have become a cornerstone of modern agronomy, bridging the gap between university labs and commercial fields. By embedding experimental plots directly on growers’ acreage, Michigan State University offers a low‑risk platform where new inputs—often supplied at no cost—can be evaluated under real‑world conditions. This collaborative model not only speeds the validation of technologies but also generates data that reflect the variability of Michigan’s climate and soil types, making findings immediately relevant to local producers.

Sulfur deficiency is a recurring challenge in Michigan’s sandy soils, especially after corn rotations that leave little residual sulfur. Limited sulfur applications can suppress soybean nodulation and protein content, directly affecting market premiums. The current trials aim to pinpoint the soil‑sulfur thresholds that trigger measurable yield gains, providing growers with actionable recommendations. By testing on modest plots, farmers can observe the economic payoff before committing larger acreage, reducing the uncertainty that often stalls adoption of nutrient‑management strategies.

Deer damage represents a growing concern for soybean growers, prompting interest in innovative repellents like M‑Pede. Scaling the product from small pilot studies to field‑scale trials allows researchers to assess efficacy, cost‑effectiveness, and any unintended agronomic impacts. Successful results could open a new market segment for non‑chemical wildlife management solutions, offering growers a sustainable tool to protect yields. As these trials progress, the data will inform both extension recommendations and commercial product development, reinforcing Michigan’s role as a leader in soybean research.