UPL is seeking technologies that have been tested and show proven effectiveness in reducing or delaying UV-induced degradation of herbicide molecules. The solution may involve formulation strategies or other innovative approaches that are practical, scalable, and feasible for both manufacturing and application.

Solutions of interest include:

• Encapsulation (micro/nano-carriers, polymer matrices, controlled-release capsules, protective coatings)
• UV filters (absorbers, stabilizers, and blockers)
• Surface modifiers
• Co-formulants (synergists, antioxidants, radical scavengers) improving photostability

UPL is looking for seed-treatment technologies with the potential to control Pythium under European soil and climate conditions and that can ultimately be developed into EU-compliant, low-risk or biological products suitable for use on corn.

Solutions of interest include:

• Microbial biocontrol agents (live organisms)
• Bio-derived fungicidal compounds
• Plant extracts
• Novel chemical fungicides

U.S. food and agricultural systems are regularly experiencing new challenges, including climate change, a growing population and evolving pests and pathogens. Employers need early-career scientists trained to conduct research that helps farms and food systems adapt to these unprecedented changes.

In partnership with North Carolina State University, FFAR launched the FFAR Fellows Program to provide career guidance to the next generation of food and agriculture scientists. Unique to this program, we prepare a career ready STEM workforce by breaking down the disciplinary silos and focusing on professional development and soft-skills.