Crystal Rose-Fricker Honored with the Breeders Cup Award from the TBA

Crystal Rose-Fricker, President of Pure Seed and Pure-Seed Testing, has been recognized as the 14th recipient of the Breeders Cup Award by the Turfgrass Breeders Association (TBA), marking a significant achievement in turfgrass science. This rare and distinguished honor celebrates both the breeder and the cultivar, recognizing originality and excellence in turfgrass innovation.

The award specifically highlights Fricker’s work on Pure Dynasty, a blend of elite seeded paspalum varieties developed under her leadership. Known for its adaptability and performance in challenging environments, Pure Dynasty has become a benchmark in turfgrass breeding. The TBA’s Breeders Cup Award is not given annually, making this recognition all the more significant. Only 13 breeders have previously received the award, placing Fricker in an elite circle of scientists whose work has reshaped the global turfgrass landscape.

A Legacy of Innovation

Fricker has built a distinguished career over several decades through her innovative research and development efforts.. From salt-tolerant to drought-resilient cultivars, her work has consistently pushed the boundaries of what turfgrass can achieve. Her leadership at Pure Seed and Pure-Seed Testing has fostered a culture of excellence, collaboration, and relentless curiosity, attributes that have established the company as an industry leader.

In addition to the Breeders Cup Award, Fricker was also selected this year for the Fred V. Grau Turfgrass Science Award by the Crop Science Society of America (CSSA), further cementing her status as one of the most influential figures in turfgrass science.

A Surprise Worth Celebrating

The award ceremony will take place this November at the ASA Annual Meeting, where Fricker will be formally recognized for her contributions. As noted in internal communications, the TBA Board was unanimous in its decision, viewing this as a moment not only to honor Fricker but also to elevate the visibility of turfgrass science within the broader agricultural community