SCN Resistance in Soybean Varieties
Soybean cyst nematode has overcome the PI 88788 resistance, which farmers have relied on for over 30 years. Researchers have identified commercially available soybean varieties with Peking resistance that excel in high SCN pressure areas.
Uncovering the Challenges of SCN Distribution
Distribution is a major challenge in researching and managing soybean cyst nematode. This pest tends to stay close to its original location in the soil, leading to significant variations in egg counts even within a small 6-inch radius.
Prioritizing Funding for SCN Research
How should funding be allocated for soybean cyst nematode (SCN) research? Dr. Mandy Bish, University of Missouri Extension Specialist, and Stephanie Porter, Illinois Soybean Association Outreach Agronomist & CCA, explain how it takes a team to research this pest and how to pursue collaborative efforts with commodity associations, corporations, and universities.
SCN Management Starts With Testing
Knowing soybean cyst nematode (SCN) egg counts in your fields is key to managing this pest. Dr. Mandy Bish, University of Missouri Extension Specialist, & Stephanie Porter, ISA Outreach Agronomist & CCA, explain the importance of consistent testing. Get FREE SCN sampling kits through the Illinois Soybean Association & University of Illinois Plant Clinic.
Soybean Cyst Nematode(SCN): A Rising Threat in Soybean Fields
Why should farmers be vigilant about soybean cyst nematode? While we've relied on the genetic approach of PI 88788 resistance for over 30 years to combat SCN, resistance is emerging, and though we haven't reached a full-blown crisis, we're heading in that direction.
Soybean Cyst Nematode (SCN): Current Management and Looking Ahead
Dr. Mandy Bish discusses soybean cyst nematode and findings from seed treatment experiments, on-farm strip trial studies, on-farm sampling efforts, and some cereal rye cover crop data. She also discusses advances in SCN-resistance breeding efforts.
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