To better understand the frequency of resistance to Group 15 herbicides, this project will collect and screen waterhemp populations from Illinois soybean fields. Results will be used to provide farmers with recommendations on how best to incorporate these herbicides into integrated weed management programs. Resistant populations will be used in subsequent research to identify the gene(s) conferring the metabolism-based resistance. Learn More
This multi-year project aims to identify the insect pests affecting Illinois soybean crops, their impact on soybean yield and the return on investment of control mechanisms. It will help determine threshold levels for insect pests responsible for reducing grain quality and yield, as well as develop integrated pest management recommendations. Learn More
Continuing work already underway across Illinois’ soybean fields, this project aims to identify new and emerging stem diseases and insect pests that negatively impact soybean production and yield. It will assess management practices and help prioritize future research to determine best management practices. Learn More
This project is using five established cover crop fields throughout Illinois to determine how different types of cover crops affect soybean cyst nematode (SCN) populations. Insights will be used to provide the state’s soybean farmers with improved management recommendations. Learn More
The Illinois Soybean Association (ISA) checkoff and membership programs represent more than 43,000 soybean farmers in Illinois. The checkoff funds market development, soybean production and government relations efforts, while the membership program, Illinois Soybean Growers (ISG) and the Illinois Soybean Growers PAC actively advocates for positive and impactful legislation for farmers at local, state and national levels. ISA upholds the interests of Illinois soybean farmers through promotion, advocacy, research and education with the vision of becoming a trusted partner of Illinois soybean farmers to ensure their profitability now and for future generations.