We develop traits, both biotech and native, in support of sustainability, quality and higher yield potential. We are interested in collaborations that target:

• native gene targets for increased disease resistance
• biotech and native insect control methodologies
• novel herbicide resistance targets
• improved quality output traits

Proposals are evaluated on a rolling basis.

Our breeding programs, resulting in one of the most extensive germplasm libraries in the world, combine 100+ years of innovation and expertise for continued genetic gain. We are interested in collaborations that target:

• natural diversity in our crop products
• crop growth modeling
• methods for driving recombination
• new phenotyping methods
• artificial intelligence application for breeding programs

Proposals are evaluated on a rolling basis.

We develop and utilize tools that advance our research in plant breeding, genome editing, crop transformation, high-throughput genotyping and phenotyping, and the discovery and development of effective and sustainable solutions. We are interested in collaborations that target:

• efficient and flexible genome-editing technologies
• next generation transformation technologies
• single-plant, cell-based, high-throughput genotyping platforms
• non-destructive, high-throughput plant phenotyping technologies for field and controlled environments
• automated tissue sampling

Proposals are evaluated on a rolling basis.

We create differentiating, predictive agriculture tools that generate actionable outputs to growers. We are interested in collaborations that target:

• improved analytics of drone and satellite imaging data for plant health diagnostics, disease/insect pressure and yield prediction
• machine learning and artificial intelligence

Proposals are evaluated on a rolling basis.