
initiating progress
Meet the minds behind the methods.
Fostering Innovation: Developing Effective Solutions and Pioneering Strategies
We believe weed management is a promising area for innovation where the interests of the environmental, industry, and innovator communities are aligned to promote beneficial changes to agriculture. Reducing or replacing herbicides presents significant risks to farmers. To mitigate this risk while promoting farmer adoption of new solutions, we developed the Weed Management Systems Contest which is designed to catalyze innovation and support the transition toward integrated, effective, and resilient weed control systems.
Our Accomplishments
In the spring of 2025, we held a multi-stakeholder forum to evaluate the need, draft the design, and co-develop the contest framework. Farmer, industry, conservation, investment, and academic representatives identified ideal regions (e.g., Central Corn Belt) and developed rigorous metrics for measuring performance. Partnerships are emerging with academic, industry, and producer stakeholders.
Held an interactive workshop in April 2025 that convened 22 stakeholders, including: farmers (IA, IL, WI), Bayer CropScience, United Soybean Board, Landus Co-op, University of Wisconsin, Kansas State, and others
Co-designed a metrics-based, whole-farm systems contest framework
Defined ideal regions and crops for pilot (Central Corn Belt; corn, soy)
Outlined behavioral engagement strategies for farmers and advisors
Created multi-year measurement plans and public engagement tactics
The “why” behind the “what”
There are numerous existing technologies that can pair with herbicides for weed management. These can include agronomic changes such as cover cropping, changing crop planting density, and changing crop rotation, as well as novel technologies, including precision applicators (e.g., See & Spray) and autonomous mechanical weed removal.
TECHNOLOGY: POTENTIAL HERBICIDE SAVINGS
These potential reductions are also dependent on field weed biomass and historical weed management in a field (e.g., poor weed management with elevated weed seedbank vs. effective weed management with low weed biomass and small weed seedbank)
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unmanned aerial vehicles
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robotics (spot spraying)
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sensing technologies
Expected Outcomes and Impact
The Weed Management Systems Contest is expected to drive significant improvements in the following areas:
Agronomic Outcomes
Reduction in herbicide resistance
Increased use of integrated weed management systems
Economic Outcomes
Identification of profitable weed management strategies
Development of systems that support more than one practice (e.g., herbicides, robotics, UAVs and/or tillage) while maintaining or improving crop yield
Opportunities for tech providers and innovators to gain visibility and commercialize new tools
Environmental Outcomes
Enhanced soil health and biodiversity
Reduced chemical impacts and lower environmental toxicity
Improved water quality through reduced runoff and leaching
Social and Cultural Impact
Strengthened relationships within the farming community
Increased public trust in the agricultural sector’s ability to address environmental challenges
Empowerment of farmers to adopt sustainable practices and share knowledge with peers