Site-Specific Management Offers Economic Edge for Soybean Growers
ISA checkoff-funded research shows that site-specific management and biologicals can increase soybean meal value—helping farmers compete in quality-driven markets.
Research Aims to Modernize Illinois Liming Recommendations
The goal is to update Illinois’ liming guidelines to reflect modern soil testing practices and help farmers avoid both under- and over-application of lime.
Refining Soybean Management After Cereal Rye
Could managing nitrogen and sulfur be the key to protecting soybean yield after cereal rye? Learn what ISA checkoff-funded research is uncovering in this study.
June Scouting Report: Weather Swings, Weed Pressure and What’s Ahead
On this Field Advisor episode, Kelsey Litchfield and Illinois Soy Envoys discuss early June crop conditions, weed control, cover crop termination, and scouting fields.
Digging Into Soybean Nodulation
IL Soy Envoy Matt Montgomery shares a closer look at the biology behind nodulation—and how it impacts your soybean yield.
Tissue Testing Study Uncovers How Nitrogen and Sulfur Impact Soybean Growth
Illinois research is exploring how soybeans take up and move nutrients, and Fred Below shares early findings that can guide smarter in-season fertility decisions.
Pesticide Policy Update: The Latest from D.C. and Springfield
Stay informed on EPA’s final herbicide and insecticide strategies, Illinois applicator licensing changes, and other legislation that may impact your farm in this episode of the Field Advisor Podcast.
How Sidedressing, Precipitation, and Temperature Affect Soybean Yields
How do conservation practices and weather patterns influence soybean yields? This Illinois Soybean checkoff-funded study is uncovering how nitrogen timing, rainfall, and temperature impact crop performance.
Lake Bloomington Project Targets Nutrient Runoff
See how farmers and researchers are teaming up to tackle nutrient runoff and make a real impact on water quality.
Research Confirms MRTN’s Accuracy for Nitrogen Rates
Schaefer emphasizes that the study’s findings confirm that high nitrogen rates are unnecessary for achieving high yields.
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