Illinois Soybean Association
Top Things for Farmers to Know About Checkoff Dollars Invested in Research
Illinois Soybean Checkoff Dollars are Driving On-Farm Research
Data-Driven Solutions
Illinois Soybean Association (ISA) is funding practical research that gives Illinois farmers useful information they can put to work on their own farms. ISA’s farmer board strategically invests checkoff dollars in practical, on-farm research that delivers data-driven solutions to Illinois soybean farmers. These research efforts address current and future production challenges. By supporting farmer-led trials and applied research, ISA is committed to providing information that helps improve productivity, profitability, and stewardship on the farm.
On-Farm Research
- ISA’s On-Farm Trial Network
- Assessing Insect Pest Effects on Yield and ROI of Pest Control Inputs
Ag Technology
- Advanced Detection and Monitoring of Red Crown Rot in Illinois Soybean Fields Using Remote Sensing and Machine Learning
- Genetic Engineering Methods for Genetic Control of Soybean Cyst Nematodes
Genetics and Breeding
- Evaluation and Commercialization of SOYLEIC Varieties in Illinois
- Diversifying Genetic Resistance to Soybean Cyst Nematode
- University of Illinois Crop Science Variety Trials
Conservation Practices
- Benchmarking and Integrating Soil Health, Water Quality and Climate-Smart Footprints of Illinois Soybeans
- Understanding the Importance of Cover Crop Planting Date in Illinois Row Crop Production
- Quantifying Conservation Benefits for Illinois Soybean Farmers: Extrapolating On-Farm Trial Measurements to Commercial Farm Fields Through Validated Algorithms and Methods
- Evaluation of a Targeted Conservation Plan in the Lake Bloomington Watershed
In-Season Agronomy
- Evaluating Leaf Nutrient Tissue Testing and Relation to Soybean Grain Yield
- Residue Management and Nutrient Value for Soybean Production
- Integrated Management Strategies for Maximizing Soybean Production in Conservation Tillage Systems
- Validating the MRTN Recommendations to Reduce Tile Nitrate Loss in Conventional and Cover Cropping Systems
Pest Management
- Assessing the Impact of Cover Crops on SCN Populations in Field Conditions
- Soybean Stem Pests: Survey, Impact and Education
- Improving Efficacy and Sustainability of Glufosinate for Waterhemp Management
- Documenting the Extent of Resistance to Group 15 Herbicides in Illinois Waterhemp Populations
- Injury Potential to Very-Early-Planted Soybean From Various Soil-Residual Herbicides/Active Ingredients
- Maximize agronomic production in a sustainable system, including combining high yield with soil health and water quality practices
- Assess and implement management strategies for pest, weed, disease, and nutrient issues
- Utilize advancing technology and data collection capabilities to address farmer challenges
- Increase resilience to extreme weather events
- Develop new uses and products for Illinois soybeans
Improving phosphorus recommendations helps sustainability outcomes and grower profitability
Dr. Andrew Margenot, Assistant Professor of Soil Science at University of Illinois at Urbana-Champaign, recently concluded a checkoff funded project on the 4Rs of phosphorus for soybean systems. Margenot studied best practices around the timing, placement, source, and rate of phosphorus applications in the Central-North vs Southern Illinois, where soil and climate conditions vary significantly. While many growers utilize ammonium phosphates, such as MAP or DAP, as their P source, this study found that P sources that contain N are often not needed for soybean and could contribute to N nutrient loss issues. This study provided recommendations to growers that can help improve Illinois water quality, while also improving nutrient use efficiency.
On-Farm Research
- ISA’s On-Farm Trial Network
- Assessing Insect Pest Effects on Yield and ROI of Pest Control Inputs
Ag Technology
- Advanced Detection and Monitoring of Red Crown Rot in Illinois Soybean Fields Using Remote Sensing and Machine Learning
- Genetic Engineering Methods for Genetic Control of Soybean Cyst Nematodes
Genetics and Breeding
- Evaluation and Commercialization of SOYLEIC Varieties in Illinois
- Diversifying Genetic Resistance to Soybean Cyst Nematode
- University of Illinois Crop Science Variety Trials
Conservation Practices
- Benchmarking and Integrating Soil Health, Water Quality and Climate-Smart Footprints of Illinois Soybeans
- Understanding the Importance of Cover Crop Planting Date in Illinois Row Crop Production
- Quantifying Conservation Benefits for Illinois Soybean Farmers: Extrapolating On-Farm Trial Measurements to Commercial Farm Fields Through Validated Algorithms and Methods
- Evaluation of a Targeted Conservation Plan in the Lake Bloomington Watershed
In-Season Agronomy
- Evaluating Leaf Nutrient Tissue Testing and Relation to Soybean Grain Yield
- Residue Management and Nutrient Value for Soybean Production
- Integrated Management Strategies for Maximizing Soybean Production in Conservation Tillage Systems
- Validating the MRTN Recommendations to Reduce Tile Nitrate Loss in Conventional and Cover Cropping Systems
Pest Management
- Assessing the Impact of Cover Crops on SCN Populations in Field Conditions
- Soybean Stem Pests: Survey, Impact and Education
- Improving Efficacy and Sustainability of Glufosinate for Waterhemp Management
- Documenting the Extent of Resistance to Group 15 Herbicides in Illinois Waterhemp Populations
- Injury Potential to Very-Early-Planted Soybean From Various Soil-Residual Herbicides/Active Ingredients
- Maximize agronomic production in a sustainable system, including combining high yield with soil health and water quality practices
- Assess and implement management strategies for pest, weed, disease, and nutrient issues
- Utilize advancing technology and data collection capabilities to address farmer challenges
- Increase resilience to extreme weather events
- Develop new uses and products for Illinois soybeans
Improving phosphorus recommendations helps sustainability outcomes and grower profitability
Dr. Andrew Margenot, Assistant Professor of Soil Science at University of Illinois at Urbana-Champaign, recently concluded a checkoff funded project on the 4Rs of phosphorus for soybean systems. Margenot studied best practices around the timing, placement, source, and rate of phosphorus applications in the Central-North vs Southern Illinois, where soil and climate conditions vary significantly. While many growers utilize ammonium phosphates, such as MAP or DAP, as their P source, this study found that P sources that contain N are often not needed for soybean and could contribute to N nutrient loss issues. This study provided recommendations to growers that can help improve Illinois water quality, while also improving nutrient use efficiency.