Built on Proven Turf Genetics

In honor of the centennial anniversary of the Green Section, and in collaboration with the USGA and Rutgers University, Piper and Oakley have been blended to perfection in Centennial.

Piper and Oakley creeping bentgrass introduce advanced genetics from Mountain View Seeds, developed to meet the expectations of high-performance turf systems. Bred by Dr. Stacy Bonos at Rutgers University in collaboration with the USGA, these cultivars carry forward the legacy of Dr. Charles Piper and Dr. Russell Oakley, whose early research helped shape modern golf course agronomy and set the standard for playable, resilient turf.

Piper: Density, Disease Resistance, and Daily Use Performance

Piper distinguishes itself with exceptional resistance to dollar spot and brown patch while ranking consistently among the top NTEP performers for turf density across spring, summer, and fall evaluations.

Traffic stress is absorbed without thinning, thatch remains controlled with low canopy puffiness, and putting surfaces stay smooth and responsive under daily use.

Oakley: Fast Establishment and Reliable Uniformity

Oakley complements those strengths with strong seedling vigor, fine leaf texture, and reliable density throughout the growing season, leading recent NTEP trials across greens, fairways, and tees.

Its medium green color and broad genetic base support both single-variety installs and blended applications without sacrificing uniformity.

Dependable Performance Where Turf Quality Matters

Predictable establishment, controlled growth, and season-long density make Piper and Oakley dependable choices on projects where performance cannot drift.

Design teams gain confidence from cultivars that hold line and speed under real traffic, while course owners benefit from reduced chemical pressure, fewer midseason corrections, and surfaces that stay tournament-ready.

Backed by strong NTEP results and modern breeding discipline, these varieties support long-term turf strategies that prioritize consistency, resilience, and return on investment without adding complexity to maintenance programs.