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Surface Conditions of Highly Maintained Baseball Fields in the Northeastern United States: Part 2, Synthetic versus Natural Turfgrass

机译:美国东北部高度维护的棒球场的表面条件:第2部分,合成草皮与天然草皮

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摘要

Pace is a measure of the relative velocity at which a ball travels after impacting a playing surface. Information about the pace of balls impacting highly maintained natural and synthetic turf baseball field surfaces is minimal. A survey was conductedin 2005 to document the pace and surface hardness of baseball field playing surfaces in the northeastern United States. Nine natural turfgrass baseball fields and five synthetic turf fields were evaluated. Surface pace and surface hardness values of these highly maintained fields differed little between synthetic and natural turfgrass. Surface pace measurements on synthetic turf surfaces were slightly less variable from field to field than those measured on natural turfgrass surfaces. Much greater differences in surface pace and hardness were detected between the non-turfed basepaths, reported in Part 1 of the project, compared to either natural or synthetic turf. Within the parameters of this study, the natural turfgrass surfaces and the infilled synthetic turf surfaces evaluated differed little in surface pace or surface hardness.
机译:步速是球撞击比赛表面后球相对运动速度的度量。关于球撞击高度保持自然和人造草皮棒球场表面的速度的信息很少。 2005年进行了一项调查,以记录美国东北部棒球场比赛表面的速度和表面硬度。评价了九个天然草皮棒球场和五个人造草皮场。在人造草皮和天然草皮草之间,这些高度维持的田间的表面起伏和表面硬度值几乎没有差异。与天然草皮草表面相比,人造草皮表面上的表面起伏测量在田间之间的变化较小。与天然草皮或合成草皮相比,在该项目的第1部分中报告的非草皮基径之间发现了更大的表面速度和硬度差异。在这项研究的参数范围内,评估的天然草皮表面和填充的人造草皮表面在表面起伏或表面硬度方面差异不大。

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