{"id":236,"date":"2016-09-20t08:15:52","date_gmt":"2016-09-20t13:15:52","guid":{"rendered":"https:\/\/snyder-associates.u5fz9z3h-liquidwebsites.com\/?p=236"},"modified":"2023-12-04t14:23:20","modified_gmt":"2023-12-04t20:23:20","slug":"the-future-of-high-school-athletic-fields","status":"publish","type":"post","link":"\/\/www.dicovercards.com\/the-future-of-high-school-athletic-fields\/","title":{"rendered":"reimagining the future of high school athletic fields & facilities"},"content":{"rendered":"
according to a recent survey by the\u00a0national federation of state high school associations (nfhs)<\/a>, over\u00a07.9\u00a0million u.s. students currently participate in high school athletics, breaking previous records for the 29th<\/sup> consecutive year. as participation and support for every sport, from soccer and football to lacrosse and track and field, continues to grow, so do the needs and expectations for athletic facility design.<\/p>\n “high school athletic facilities are being used more than ever before, and not just for sporting events,” states clay schneckloth, landscape architect for snyder & associates<\/a>. “they’re a hub of community activity, and new demands and challenges come with that.” fortunately, industry trends that are both innovative and affordable have evolved to ensure high school athletic facilities are as user- and spectator-friendly as the large, professional stadiums that many student-athletes aspire to play in.<\/p>\n the athletic playing field is simply the grassy backdrop of heated rivalries and historic victories for many spectators. we often don’t stop to think of how the quality of the turf and field treatments can impact the game.<\/p>\n most high school athletic fields are built on native soil, typically high in silt and clay, with a low infiltration rate. unable to absorb rain, native soil fields can become saturated and muddy when wet, which reduces traction and stability. poor athletic field conditions combined with heavy use can cause natural grass failure and game cancellations until the field recovers.<\/p>\n as a result, some schools are switching to alternative turf options, such as synthetic turf<\/a> or sand-capped fields. with a synthetic field, there’s no need to worry about stress on the turf, but it’s also quite expensive, notes schneckloth. sand-capped fields, on the other hand, provide a popular, cost-effective turf alternative, allowing the field to drain quickly and withstand frequent use by adding four inches of sand and topsoil mix right below the turf surface. on projects where natural grass turf is preferred, schneckloth and his colleagues focus on seven aspects of natural turf design that guide grass health and establishment<\/a>.<\/p>\nalternative turf options create a better playing surface<\/strong><\/span><\/h2>\n
bright evolution of lighting technology<\/strong><\/span><\/h2>\n