Meet the Grass Gurus Crafting Perfect Turf for the 2026 World Cup Showdown

The 2026 World Cup is coming soon, and it will be hosted by the United States, Canada, and Mexico. While most people focus on the teams and players, there is another important part of the tournament: the grass on the field. Two scientists, John Sorochan and Trey Rogers, have spent eight years working to create the best grass possible for the World Cup. Their goal is to make sure the grass is safe, strong, and perfect for soccer, no matter where the games are played.

Problems with grass have happened before at big soccer tournaments. For example, during the 2024 Copa America, Argentina played Canada in Atlanta, but the players complained about the field. The stadium usually has artificial turf, but real grass was put in just days before the match. The players said the ball bounced strangely, and the field felt like a trampoline. This made it hard for them to play their best. The scientists want to avoid these problems at the World Cup, so they have been testing different types of grass, measuring the height, and making sure the fields are ready for the games.

The scientists have done many experiments to find the perfect grass. They used machines to kick balls and measure how they bounce. They also tested how the grass holds up when players run and slide on it. In some stadiums, the grass has to grow indoors, so they use special LED lights to give the grass energy. They also mix in plastic fibers to make the grass stronger and less likely to get damaged. The grass is grown on farms and then moved to the stadiums just before the games start. Workers take care of the grass every day, watering it, mowing it, and adding things like fertilizer and sea kelp to help it grow.

Each stadium is different, so the scientists had to find the right kind of grass for each place. In warmer cities like Miami and Mexico City, they use Bermuda grass, which grows well in heat. In cooler cities like Toronto and Boston, they use Kentucky bluegrass and ryegrass. The scientists also had to figure out how short to cut the grass for each type. They want the fields to be as similar as possible, so players can play their best no matter where they are.

The work is not easy. The grass has to be moved from farms to stadiums in big trucks, and sometimes it only has a few days to get used to its new home before the games begin. In indoor stadiums, the grass never sees sunlight, so the scientists use special lights to help it grow. They also use plastic grids under the grass to help with drainage and keep the field stable.

All this work is important because a bad field can cause injuries or make the game less fun to watch. The scientists hope their research will help not just the World Cup, but also other sports fields in the future. They believe that better grass can make sports safer and more exciting for everyone. Now, after years of hard work, the stage is set for the world's best soccer players to compete on the best grass possible.