Causes Of Bent Grass And Effect Of Soil Compaction On Turf Recovery Coursework

Causes Of Bent Grass And Effect Of Soil Compaction On Turf Recovery - Coursework Example Analyses were conducted to determine the greatest height attainment by grass transections, and the correlation towards soil conditions; particularly soil compaction. While there is abundant research evidence that soil compaction due to foot traffic impedes grass growth in many ways, in this case there was insufficient correlation between height and compaction to conclude a detriment to turf grasses.Even the most cursory of observations within a well-traveled outdoor area reveals the apparent lack of ground cover plants in areas of high foot traffic. Regardless of whether the traffic is human or animal origin. An obvious trail of bare dirt illustrates the way grass and other forms of plants that serve as ground cover are restricted in their growth through trampling. While it is apparent that heavy traffic can kill or impede grasses, a thorough understanding of botany requires the elucidation of the extent to which this is true; how much data can be gathered regarding how much grass is restricted by what amount due to a particular level of human or animal foot traffic? A significant body of research already exists relating to this topic in addition to the data presented herein. Studies of this sort have a great value in terms of the conservation of natural resources. This is especially true pertaining to the unification and maintenance of Parkland in suburban settings. Where groundcover is in danger, adequate resource planning in addition to architectural and design strategy are helpful in terms of the preservation not only a wilderness areas, but of groundcover existing at schools, universities, and other public places. Over time, the consequences of traffic can cause problems in agriculture as well. Vehicles used to till the soil may at the same time diminish that soil's ability to defuse nutrients unless special care is taken. (Reintam et al. 2005) Sports fields and golf courses must also seriously consider and the impact of human foot traffic upon it. On thes e sorts of fields or fairways severe damage in the form of turf removal can occur, the sort of removal can also be known as a divot. The implications of wear and tear on the turf grass essential for the appearance they wish to cultivate. Harivandi describes the genetic tolerance of turf grasses to withstand foot traffic as wear tolerance. (Harivandi, 2002) vehicular traffic may also be a concern if it is consistent, and localized to a specific, narrow region of groundcover. Wear tolerance reflects the ability of a particular turfgrass to survive pressure that can compress or crush the stems, or leaves of grasses and other types of plants. In essence, the result is two primary challenges posed by foot and vehicular traffic: damage to the plants themselves, as quantified by wear tolerance of the grasses – and soil compaction, which affects the soil itself and its ability to support life and to provide the fertile ground for new growth; under dry conditions. (Brosnan et al. 2005 ) High traffic areas, if left unattended can be sorely defaced through the additional process of soil displacement. This is a topic of concern upon wet soils especially. Under these conditions increased damage to various forms of turfgrass and higher levels of the root system can be severe. (Harivandi, 2002) Kentucky bluegrass tends to be the most common form of turfgrass used for athletic fields. (Puhalla et al. 1999) Over time, the damage from considerable foot traffic has the potential to become a cumulative. As the soil grows increasingly compact, the viability and fertility of the area in terms of plant