Part of the job of designing golf courses is to install irrigation systems that will supply water to ensure that the grass grows healthy. Without proper golf course irrigation, grass will be starved and make the landscape unsuitable for golfing. This article will present some basic information on the process of irrigating courses and the various options available to pick from.
The methods used to irrigate courses can be placed into three main categories, that is, in-ground, sub-surface, and surface irrigation. The prevalence and preference of the method used depends on the nature of the landscape and circumstances. However, surface and sub-surface irrigation are more common. In surface irrigating method, the entire infrastructure goes over the ground. Sprinkler systems are perfect examples of surface irrigating systems.
Sub-surface irrigating systems are more prevalent when compared to surface irrigating systems because they are more advantageous. In sub-surface irrigation, the entire system used for the supply of water is buried in the ground. The absence of the system on the ground promotes beauty on the landscape. It would be unsightly if the course had pipes running all over it.
Safety is much higher on landscapes where irrigating systems are located underground. Players are able to see the courses with increased clarity because there is nothing to obstruct their view. Accidents resulting from irrigating components are eliminated too. Obstruction caused by water systems is not an issue in this case because they are underground. Movement of the ball is not obstructed by water systems too.
In sub-surface irrigation systems, the irrigating system is located underground but the water is usually supplied over the land. For instance, in the case of sprinklers, the entire system may be located underground, but when it is time to supply water, the sprinklers protrude above the ground to irrigate. Once the process is complete, the sprinklers are set to return underground like nothing happened. However, in some systems, the water is supplied from beneath the ground.
Sub-surface irrigating systems offer several disadvantages too. First, it is very hard to locate the infrastructure so that repair and maintenance can be done when there is a problem. The system is usually located deep into the ground so that a lot of work has to be done carefully to access it without damaging it. Secondly, it is difficult to notice problems in the system.
The lawn has to be dug into in order to access the infrastructure. The damaged lawn can be fixed after repairing the problems in the irrigating system. This could be labor-intensive, time-consuming, and costly. It is also not possible for any game to be conducted on the field when it is under repair and maintenance.
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.
The methods used to irrigate courses can be placed into three main categories, that is, in-ground, sub-surface, and surface irrigation. The prevalence and preference of the method used depends on the nature of the landscape and circumstances. However, surface and sub-surface irrigation are more common. In surface irrigating method, the entire infrastructure goes over the ground. Sprinkler systems are perfect examples of surface irrigating systems.
Sub-surface irrigating systems are more prevalent when compared to surface irrigating systems because they are more advantageous. In sub-surface irrigation, the entire system used for the supply of water is buried in the ground. The absence of the system on the ground promotes beauty on the landscape. It would be unsightly if the course had pipes running all over it.
Safety is much higher on landscapes where irrigating systems are located underground. Players are able to see the courses with increased clarity because there is nothing to obstruct their view. Accidents resulting from irrigating components are eliminated too. Obstruction caused by water systems is not an issue in this case because they are underground. Movement of the ball is not obstructed by water systems too.
In sub-surface irrigation systems, the irrigating system is located underground but the water is usually supplied over the land. For instance, in the case of sprinklers, the entire system may be located underground, but when it is time to supply water, the sprinklers protrude above the ground to irrigate. Once the process is complete, the sprinklers are set to return underground like nothing happened. However, in some systems, the water is supplied from beneath the ground.
Sub-surface irrigating systems offer several disadvantages too. First, it is very hard to locate the infrastructure so that repair and maintenance can be done when there is a problem. The system is usually located deep into the ground so that a lot of work has to be done carefully to access it without damaging it. Secondly, it is difficult to notice problems in the system.
The lawn has to be dug into in order to access the infrastructure. The damaged lawn can be fixed after repairing the problems in the irrigating system. This could be labor-intensive, time-consuming, and costly. It is also not possible for any game to be conducted on the field when it is under repair and maintenance.
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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