Researchers from six universities presented cutting-edge wheat research proposals to industry leaders last week at the Kansas Wheat Innovation Center, seeking funding for projects aimed at improving drought tolerance, disease resistance and grain quality.
The Wheat Genetics Resource Center meeting featured 11 project proposals in a format similar to a research “Shark Tank,” where scientists pitched their ideas to an Industry Advisory Board representing more than 50 participants from industry, universities and federal agencies.
Research priorities target grower challenges
The proposed projects cover critical areas affecting wheat production, including drought tolerance, virus and pest resistance, grain quality improvements and gut microbiome research. These initiatives reflect the ongoing challenges facing Great Plains wheat growers, from extreme weather events to evolving pest pressures.
“The WGRC is a unique consortium bringing together public and private resources and incredibly talented researchers, and provides a training system for future research leaders to safeguard and increase the value of wheat,” said Will Zorrilla, managing director of WGRC.
Industry collaboration drives funding decisions
The Industry Advisory Board includes growers from Colorado, Nebraska, Kansas and Texas, along with representatives from major seed companies Corteva, Bayer CropScience and Kansas Wheat Alliance. Milling companies Ardent Mills and Bay State Milling also participate, with Foundation for Food and Agricultural Research representatives joining the recent meeting.
Industry members pool funding to support pre-competitive projects designed to deliver valuable genetics to breeding programs and ultimately benefit wheat growers through reduced input costs, increased yields and value-added opportunities.
Genetic discoveries accelerate breeding progress
The center focuses heavily on identifying genes that improve wheat’s resilience to viral, bacterial and fungal diseases, as well as insect pests and environmental stresses. Once identified, these genes are transferred into breeding lines for commercial use.
The WGRC played a key role in mapping the wheat genome in 2018, creating a roadmap that helps breeders more precisely identify and select desirable traits.
“It’s a turbocharger for wheat breeding!” said Allan Fritz, Kansas State University professor and wheat breeder.
As industry members and WGRC leadership evaluate which projects advance to final proposal stages, the process emphasizes coordination and budget efficiency to ensure grower investments deliver practical results.
