We are interested in...

Novel small molecule chemicals that may be used to control weeds, plant diseases and herbivorous pests like insects, mites and nematodes

Examples include...

• Molecules acting via novel modes of action (e.g. by interacting with novel target proteins) ​
• New ways of achieving biological effects (e.g. targeted protein degradation) ​
• Non-cidal approaches for example plant immune stimulants ​
• Molecules that overcome existing pest resistance

• Biological agents may include natural chemicals, extracts and lysates, semiochemicals, biopolymers (such as proteins, peptides and nucleic acids), and living microbes (such as bacteria or fungi)​
• Technologies that can control insect pests, fungal diseases and weeds​
• Microbes that can fix nitrogen from the air for non-leguminous crops​
• Microbes that can solubilize otherwise insoluble forms of phosphate in the soil​
• Plant hormones that can enhance the robustness of crops to heat and drought stress​
• Natural extracts that can boost crop yields

Grower, agronomic focused traits targeted at protecting plants in season biotic stress from insects and diseases, as well as stress coming from competition with weeds. ​

Also traits to enhance tolerance to environmental stresses including drought and salt. ​

Additional benefits to the farmer for their cropping systems via manipulation of maturity and flowering time, manipulating plant architecture fie improved yield as well as increasing the plants ability to use  nutrients more efficiently are also part of our focus.​

Seeds Research core crops include Corn, Soybean, Sunflower, Vegetables, Rice, Cereals and Winter Oilseed Rape.

• Traits for disease unique disease control genes or unique mechanism of action with a clear focus on Asian soybean rust  In addition we are interested in the pests, soybean cyst nematode, and  for corn, Fusarium stalk rot, Fusarium ear rot, and northern corn leaf blight​, and for sunflower, downy mildew with a particular focus on resistance mechanism that can be delivered via genome editing.​
• Traits for insect control conferring novel mode of action with fall armyworm, corn earworm and corn root worm of particular interest.​​
• Traits or technologies to help prevent or overcome resistance in the field.​​
• Traits to improve agronomic performance and consistency in the farmers’ field​​
• Breeding technologies targeted at shortening the growing season  ​​
• Traits that reduce farm inputs, improve soil health or increase sustainability​

• Early detection of potential weed, pest and disease infestations​

• Analytical and predictive modeling methods that enable growers to translate data and information from the field into actionable insights to improve farm outcomes​

• Scalable solutions for the characterization of soil properties (physical, chemical and biological) at low cost and large scale​

• Solutions that enable highly targeted application of inputs such as pesticides and fertilizer​