Advancements in Soybean Technology: New Herbicide Tolerance on the Horizon

In a major stride for soybean agriculture, Syngenta and M.S. Technologies have unveiled plans for a next-generation soybean trait featuring tolerance to HPPD inhibitors. This groundbreaking innovation is set to revolutionize weed management in soybean farming, providing new solutions to persistent weed problems.

The Need for Advanced Solutions

As regional director of North America seeds for Syngenta, Eric Boeck emphasizes the ongoing challenges posed by difficult weeds like pigweed, waterhemp, and kochia. He notes, “As I travel across the Midwest, I hear a lot about these weeds. We need to have options to control them as they shift their tolerances to different chemistries.”

What the New Trait Offers

The newly developed trait will provide tolerance to an extensive range of HPPD inhibitor chemistries, including mesotrione, isoxaflutole, and bicyclopyrone. It will complement existing Enlist E3 technology, offering farmers significantly enhanced flexibility for early-season weed control, particularly in situations of delayed planting or seed changes.

A Vision for the Future of Weed Control

Jared Benson, head of soybean portfolio strategy for Syngenta, highlighted the importance of this new trait, stating, “This technology represents the future of weed control flexibility in soybeans. By combining broad-spectrum herbicide tolerance with Syngenta’s proven expertise in soybean genetics and crop protection innovation, we are equipping farmers with a robust tool to manage resistant weeds and simplify weed control throughout their operations.”

Marketing and Availability

The new herbicide-tolerant soybeans will be marketed under Syngenta seed brands, including the Stine Seed Company and other partners. Introductory volumes are anticipated to be available in 2028, with broader commercial rollout expected in 2029, contingent upon regulatory approvals.

Conclusion

This advance in soybean technology marks a significant milestone in agricultural practices, aiming to empower farmers with more effective weed management strategies. As the agricultural landscape continues to evolve, innovations like these provide hope for sustainable and productive farming.

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