Grass vs. Plastic

Tough competition is under way in sports stadiums--between grass fields and artificial turf

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Athletes have always torn up grass fields, especially during rainy, cold or dry spells. To fight back, installers have devised substructures that quickly drain excess water to keep soil firm and even pump in warm air to help roots thrive. Synthetics sprouted in the late 1960s after installation in the Houston Astrodome. The AstroTurf brand, named for the venue, remained synonymous with "artificial turf" for 30 years, even though players said it felt hard underfoot and complained of rug burns when they hit the deck. In the past decade a new generation of products from companies such as FieldTurf has overtaken the brand and been adopted widely. These products boast softer tufts and more consistent footing from "infills" of rubber granules or rubber and sand between the "grass" blades.

Debate continues over which surface is preferable. Last summer Purdue University renovated its football field with a new strain of Bermuda grass bred to withstand colder temperatures. "The new synthetics are great," admits Al Capitos, sports turf manager at the school, "but there's still nothing better than grass." Stadium managers acknowledge that most players prefer grass--if it is in pristine condition. But drought makes it hard, and rain makes it slick or uneven. In northern states, "all you need is a mud game after September when grass stops growing, and you've lost your field for the season," says Joe Frandina, head of stadium operations for the Buffalo Bills in Orchard Park, N.Y. His snowy facility has relied on synthetic turf for years.

Mark Fischetti was a senior editor at Scientific American for nearly 20 years and covered sustainability issues, including climate, environment, energy, and more. He assigned and edited feature articles and news by journalists and scientists and also wrote in those formats. He was founding managing editor of two spin-off magazines: Scientific American Mind and Scientific American Earth 3.0. His 2001 article “Drowning New Orleans” predicted the widespread disaster that a storm like Hurricane Katrina would impose on the city. Fischetti has written as a freelancer for the New York Times, Sports Illustrated, Smithsonian and many other outlets. He co-authored the book Weaving the Web with Tim Berners-Lee, inventor of the World Wide Web, which tells the real story of how the Web was created. He also co-authored The New Killer Diseases with microbiologist Elinor Levy. Fischetti has a physics degree and has twice served as Attaway Fellow in Civic Culture at Centenary College of Louisiana, which awarded him an honorary doctorate. In 2021 he received the American Geophysical Union’s Robert C. Cowen Award for Sustained Achievement in Science Journalism. He has appeared on NBC’s Meet the Press, CNN, the History Channel, NPR News and many radio stations.

More by Mark Fischetti
Scientific American Magazine Vol 296 Issue 1This article was published with the title “Grass vs. Plastic” in Scientific American Magazine Vol. 296 No. 1 ()
doi:10.1038/scientificamerican012007-5gBgTFIBFPuNn6kvmjnvDq

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