The invisible work behind the world’s biggest stage
The 2026 World Cup is poised to become a laboratory for turf science, as organizers push the limits of living playing surfaces that can survive the rigors of elite soccer.
Grass selections differ by climate: hotter venues such as those in the United States’ Southwest rely on drought‑tolerant bermudagrass, while cooler sites like Vancouver and the Willamette Valley in Oregon favor hardy ryegrass blends.
Decades of breeding and millions of dollars of investment from FIFA have gone into developing soccer‑specific seed mixes, with the governing body setting strict performance standards that the grasses must meet.
The ultimate aim is for spectators to focus on the game rather than the ground beneath their feet, a lesson learned from the controversy surrounding the 2023 Super Bowl’s uneven field.
Behind the scenes, a small cadre of specialists coordinates the entire chain. Bert Bos, a specialty turf farmer in Vancouver, works alongside Leah Brilman, senior manager of turfgrass development at DLF, and Lorne Boundy, who cultivates ryegrass seed in Manitoba. Tom Rinn, who manages processing and distribution for DLF, oversees the final steps that get the seed to stadiums.
The seed is grown under contract, harvested, cleaned, bagged and shipped in a tightly controlled system that treats the grass as a commercial product rather than a by‑product.
Testing is relentless; a “fake foot” that mimics the impact of a fast‑turning footballer presses the surface, while sensors monitor height variation to ensure it stays within tight tolerances, especially in the goalmouth where wear is greatest.
One logistical twist involves placing the living grass atop permanent artificial turf in certain venues, requiring precise engineering to avoid unevenness and maintain playability.
If everything goes according to plan, the 2026 tournament will showcase a new standard for sports venues, where the science of grass blends seamlessly with the spectacle of the world’s most watched soccer competition.