Gene Editing Offers Potential New Path for Managing SCN
Illinois researchers are using CRISPR and RNA sequencing to identify genetic targets that could disrupt soybean cyst nematode reproduction.
Exploring Cover Crops’ Role in Managing SCN Populations
An ongoing study across 13 Illinois field sites is evaluating how different cover crops influence SCN populations to support more effective management strategies.
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.
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.
Illinois Study Continues on Waterhemp Resistance to Group 15 Herbicides
IL researchers are taking a closer look at waterhemp’s resistance to Group 15 herbicides to help farmers fine-tune their weed control programs.
Illinois Study Puts 16 Biological Products to the Test Against Red Crown Rot
Red crown rot is an emerging threat—see how Illinois research is testing 16 biological seed treatments to protect soybeans and guide future management recommendations.
No Yield Increase from Insecticide Treatments in Year One of Study
A new multi-year study aims to help farmers make more informed, cost-effective insecticide decisions.
Illinois Research Targets Why Glufosinate is Losing Effectiveness on Waterhemp
Glufosinate is losing effectiveness on Illinois waterhemp—ISA checkoff-funded research is uncovering potential stacked resistance and environmental factors behind the decline.
Year Two Study Examines Herbicide Effects on Early Soybeans
First-year results showed PPO herbicide injury can be an issue with early planting, but temperature and rain after planting had the biggest impact on injury.
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