8 / SEEDWORLD.COM OCTOBER 2026 For all the engineering, breeding and logistics involved, that was perhaps the most remarkable part of the story. Success wasn’t measured by visibility. It's sort of measured by invisibility. Fans watched the players, followed the scoreboards, cel ebrated goals and debated officiating calls. Few, however, stopped to consider the grass beneath every pass, sprint and game-winning shot. Each of those moments depended on years of scientific work that began long before the first piece of sod entered a stadium. Across 16 host cities in the United States, Canada and Mexico, that work had to account for vastly different conditions. Indoor stadiums in Texas demanded different solutions from outdoor venues in Canada, while Mexico City’s elevation presented chal lenges of its own. For years, researchers studied sunlight expo sure, temperature, drainage and player demands in pursuit of an answer to a deceptively simple question: How could they build a world-class soccer pitch everywhere at once? Soccer calls it a pitch, but for plant breeders and turf scien tists, it's one of the most complex agricultural systems many consumers will ever unknowingly experience. Ten Years of Breeding for 90 Minutes of Play Unlike most people, Stacy Bonos thinks about grass all the time. “Unfortunately,” she says with a laugh. Bonos, a turfgrass breeder at Rutgers University, sees soccer matches differently than the rest of us. While billions of viewers focus on athletes, she's evaluating the pitch itself. “I’m looking at how uniform the field looks,” she says. “Are there patches where it's worn from the play? Are there patches where it's yellow? Are chunks of grass flying up when the athletes go to turn?” It's an occupational hazard, but it's also a reminder that the pitch is far from an afterthought. Elite sports have become increasingly dependent on sophisticated breeding programs designed to produce grasses that can withstand immense physi cal stress while maintaining consistency, aesthetics and player safety. Bonos knows exactly how difficult that challenge is because her team at Rutgers played a role in preparing 10 of the 16 World Cup venues, including Dallas, Houston, Seattle, Los Angeles, Atlanta, Philadelphia, Boston, Vancouver, Toronto and Mexico City. That list alone hints at the complexity of the assignment. One variety can't simply be planted everywhere and expected to thrive. Different climates demand different solutions. Indoor stadiums require entirely different management strategies than outdoor facilities. Some environments challenge grasses with excessive heat while others battle humidity, cloud cover or lim ited sunlight. Rutgers University turfgrass breeder Stacy Bonos has spent years studying the grasses and traits needed to withstand the unusual demands of the 2026 World Cup. PHOTO: RUTGERS UNIVERSITY Matthew Duncan, DLF strategic account manager for sports turf, brings years of hands-on turf management experience to the seed side of the industry. A close look at the turf profile shows the dense grass and root structure that help create a stable, resilient playing surface. Crews installed natural turf in carefully aligned sections, transforming the stadium surface into a soccer-ready pitch.
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