Add to ORKGPublic and athlete attitudes are shifting the use of artificial turf surfaces for athletic fields back towards the use of natural turfgrass (Cockerham, 1989; Canaway, 1990). Following two years of research at Michigan State University's Hancock Turfgrass Research Center (HTRC), data indicated that sod establishment was superior compared to seeding for sand based athletic fields (Krick et al., 1993). Color, density, quality, an
In the past decades artificial turf fields have developed into a worthy alternative for natural gras...
Graduation date: 2017The perception of a long-term cost advantage of synthetic infill turf systems r...
This Interactive Qualifying Project deals with the growing use of artificial turf for athletic field...
Every year, athletic field marking paint is applied by thousands of turfgrass managers for a range o...
The use of soil-based sod on sand-based rootzones for the establishment of sports fields and golf co...
Sand-based root zones promote rapid drainage and reduce compaction, but athletic playing surfaces ma...
Athletic field managers often make decisions regarding what turfgrass species and varieties to use f...
AbstractFew studies have directly compared the types of root zones used for athletic fields. A two-y...
Topdressing sand is applied to maintain desirable surface root zone characteristics on golf course p...
Research at SNRAS in sports turf vegetation, landscaping, disease prevention and resistance, and the...
Athletic field rootzones are often sand-based for improved drainage. Sand-based rootzones may have s...
Shade from athletic stadium structures can be a significant detriment to turfgrass performance. The ...
Abstract: The majority of outdoor sports surfaces are natural turf and they remain the elite-level s...
A study to evaluate the performance of four different turfgrass varieties under simulated athletic f...
Abstract: Regardless of the intensity of use, athletic fields are expected to provide a safe stable ...
In the past decades artificial turf fields have developed into a worthy alternative for natural gras...
Graduation date: 2017The perception of a long-term cost advantage of synthetic infill turf systems r...
This Interactive Qualifying Project deals with the growing use of artificial turf for athletic field...
Every year, athletic field marking paint is applied by thousands of turfgrass managers for a range o...
The use of soil-based sod on sand-based rootzones for the establishment of sports fields and golf co...
Sand-based root zones promote rapid drainage and reduce compaction, but athletic playing surfaces ma...
Athletic field managers often make decisions regarding what turfgrass species and varieties to use f...
AbstractFew studies have directly compared the types of root zones used for athletic fields. A two-y...
Topdressing sand is applied to maintain desirable surface root zone characteristics on golf course p...
Research at SNRAS in sports turf vegetation, landscaping, disease prevention and resistance, and the...
Athletic field rootzones are often sand-based for improved drainage. Sand-based rootzones may have s...
Shade from athletic stadium structures can be a significant detriment to turfgrass performance. The ...
Abstract: The majority of outdoor sports surfaces are natural turf and they remain the elite-level s...
A study to evaluate the performance of four different turfgrass varieties under simulated athletic f...
Abstract: Regardless of the intensity of use, athletic fields are expected to provide a safe stable ...
In the past decades artificial turf fields have developed into a worthy alternative for natural gras...
Graduation date: 2017The perception of a long-term cost advantage of synthetic infill turf systems r...
This Interactive Qualifying Project deals with the growing use of artificial turf for athletic field...