Part of designing a golf course involves having it installed with systems to be used to supply water to the grass adequately and in a convenient manner. Grass needs water in order for it to thrive. Otherwise, grass that is not adequately and properly watered becomes starved and make it unsuitable to play on the landscape. The purpose of this article will be to explain some of the basics involved in golf course irrigation process.
Courses can be irrigated through three main methods, that is, surface, in-ground, and sub-surface irrigation. Out of all the three methods, surface and sub-surface irrigation are the most common. In surface irrigating, all the equipment and components used for supplying water are placed on top of the ground. An example of this kind of system are sprinklers that are located over the ground.
Sub-surface irrigating is more common in comparison to surface irrigating because it offers certain advantages. In sub-surface irrigating, all the components and equipment used to supply water are placed in the ground where they cannot be seen. This way, they stay away from view, which helps to promote the beauty of the landscape. Having pipes running around in the course creates an unsightly view.
Systems that are located under the ground increase the level of safety. Players are also able to have a clear view of the whole area as they play. Accidents involving the irrigating systems are minimized when they are placed underground. Hidden playgrounds also offer space that is not obstructed with obstacles. The game can be enjoyed because there are no pipes running around to hinder the movement of the ball.
The infrastructure in sub-surface irrigating system is usually placed below the ground, but the supply of water happens above the ground. For instance, sprinklers only remain underground when not being used. Otherwise, they spring up to supply water from the surface of the ground. When watering requirements have been met, the sprinklers return to the ground automatically. It is also possible to have irrigating systems that supply water on the sub-surface.
Whereas underground systems are advantageous because they provide a clear view of the field, with no obstacles and obstructions, it is also associated with certain disadvantages. The first and the major disadvantage is that it is usually very problematic to repair and maintain the system. Accessing the irrigating system and components to repair and maintain them is problematic because they are located underground.
The only way to access the infrastructure is by digging through the lawn. Repairs to the lawn can be done later after the problem in the irrigating system has been fixed. This whole process is costly, time-consuming, and labor-intensive. While the field is being repaired, it is impossible for any game to be played on it.
Finally, problems in the system can be hard to detect without close monitoring. This problem is usually solved in part by having the irrigating infrastructure divided into various zones. Zones allow for easy monitoring and general management of the infrastructure. They also assist in ensuring that the water is supplied at high pressure.
Courses can be irrigated through three main methods, that is, surface, in-ground, and sub-surface irrigation. Out of all the three methods, surface and sub-surface irrigation are the most common. In surface irrigating, all the equipment and components used for supplying water are placed on top of the ground. An example of this kind of system are sprinklers that are located over the ground.
Sub-surface irrigating is more common in comparison to surface irrigating because it offers certain advantages. In sub-surface irrigating, all the components and equipment used to supply water are placed in the ground where they cannot be seen. This way, they stay away from view, which helps to promote the beauty of the landscape. Having pipes running around in the course creates an unsightly view.
Systems that are located under the ground increase the level of safety. Players are also able to have a clear view of the whole area as they play. Accidents involving the irrigating systems are minimized when they are placed underground. Hidden playgrounds also offer space that is not obstructed with obstacles. The game can be enjoyed because there are no pipes running around to hinder the movement of the ball.
The infrastructure in sub-surface irrigating system is usually placed below the ground, but the supply of water happens above the ground. For instance, sprinklers only remain underground when not being used. Otherwise, they spring up to supply water from the surface of the ground. When watering requirements have been met, the sprinklers return to the ground automatically. It is also possible to have irrigating systems that supply water on the sub-surface.
Whereas underground systems are advantageous because they provide a clear view of the field, with no obstacles and obstructions, it is also associated with certain disadvantages. The first and the major disadvantage is that it is usually very problematic to repair and maintain the system. Accessing the irrigating system and components to repair and maintain them is problematic because they are located underground.
The only way to access the infrastructure is by digging through the lawn. Repairs to the lawn can be done later after the problem in the irrigating system has been fixed. This whole process is costly, time-consuming, and labor-intensive. While the field is being repaired, it is impossible for any game to be played on it.
Finally, problems in the system can be hard to detect without close monitoring. This problem is usually solved in part by having the irrigating infrastructure divided into various zones. Zones allow for easy monitoring and general management of the infrastructure. They also assist in ensuring that the water is supplied at high pressure.
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