Golfers’ preference for bentgrass greens over Bermudagrass greens stems from differences in texture, ball roll, climate suitability, and maintenance trade-offs. Bentgrass, a cool-season species, produces a very fine leaf blade and tolerates extremely close mowing, delivering a smooth, consistent surface and the brisk speeds many players seek. Bermudagrass, a warm-season species, is hardier in heat and drought but typically has coarser texture and a more pronounced grain that can influence putts.
Playability and agronomic causes
Bentgrass’s fine turf structure allows superintendents to mow at lower heights and groom surfaces that yield uniform ball roll. Frank Rossi Cornell University explains that putting characteristics depend on leaf texture and canopy uniformity, traits where bentgrass often excels on cooler-course sites. Conversely, Patrick McCullough University of Georgia notes that Bermudagrass’s growth habit and stolon/rhizome structure lead to variable grain patterns and seaminess under close mowing, which can alter break and pace.
Climate, maintenance, and environmental consequences
That trade-off means many courses in temperate or northern regions prefer bentgrass for playability, while southern clubs balance durability and resource use with Bermudagrass.
Human and cultural factors reinforce these agronomic realities. Historic links between classic links and bentgrass in northern Europe and the U.S. Northeast shape expectations for putting surfaces, while southern golfing traditions accept Bermudagrass’s slightly different roll for improved heat resilience. Conversion decisions can affect turf economics and local ecology: switching species may reduce some inputs but increase others, and relocation of playing quality priorities can shift club budgets and hiring needs for specialized superintendents.
In short, golfers often prefer bentgrass because it more reliably delivers the smoothness and speed prized on greens, but that preference must be weighed against regional climate limits and the environmental and financial costs of achieving and maintaining those surfaces.