Grass, the field’s vital element
Well maintained turf areas are less likely to have weeds that are responsible for allergy-related pollens. Fields with good quality turfgrass cover have higher traction, cushioning, and resiliency, and lower surface hardness, reducing the probability of injury in contact sports. Ball roll and bounce are influenced by the turf cover and its management, as are player movements, such as running, stopping, pivoting, dodging, jumping, landing, and walking. You will find this kind of grass at resorts for golf in Myrtle Beach.
Turfgrasses can offer a low cost, safe playing surface for athletes. Surface hardness is important when considering head injuries. Surface hardness is expressed by the Gmax. A high Gmax indicates a hard surface. The limit for surface hardness on athletic fields is 200 Gmax. This is considered to be the maximum threshold to provide an acceptable level of protection to users. At this point the surface should be repaired or replaced. Most synthetic fields have a Gmax of 130 at installation. Natural grass fields typically stay between 80 and 140 Gmax depending on soil moisture and level of maintenance.
Aesthetics and recreational opportunities enhance physical and mental health of participants. Natural grass areas relieve stress and contribute to enjoyment of life. Studies have been done to test the health benefits of nearby green spaces by testing blood pressure and heart rate of participants. Results show that views of open green spaces promote quicker recovery in hospital patients. Participants in another study had quicker and more complete recovery from induced stress when exposed to turfgrass and other landscape settings compared to those who were not. golf packages in Myrtle Beach are using these natural grass areas.
The most frequent injuries sustained on sports fields are those to the ankles and knees from rotating and changing directions on the field surface. A recent study at Michigan State University measured the effects that size and structure of infill materials would have on the rotational resistance of cleated shoes. Sixteen different surfaces were tested, including native soil and sand based fields, using testing methods conformed to the ASTM standard method for traction characteristics of an athletic shoe- surface interface. Cleated football shoes were mounted on a rigid footform and used on the surfaces. Results found that torque was significantly affected by field surface. Native soil fields reported the lowest torque overall.
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