Large scale farmers with extensive portions of lands need appropriate systems to aid in irrigation. The device selected should have the ability to sprinkle water over a large area. Also, it should ensure sprinkled water is evenly distributed with sufficient pressure. Thus, it is important to have background information about this device before making your decisions. The following discussion highlights the aspects to reflect on when choosing Pivot Irrigation Systems
It is prudent to consider the type of soil in your land. This aspect dictates the type of irrigation to utilize in your land. There are soils that are capable of holding moisture for a short period and may hardly require a regular supply of water. Similarly, there are soils with high water retentive power. These soils require low rate in the supply of water to hamper runoff.
The shape of the land regarding topography has to be considered before opting for such a system. It is important to ensure that your land has a gentle to flat slope for the crop to benefit from this mechanism. Extremely sloppy areas will disrupt the even distribution of water by the rotating sprinklers. Most of the water will be distributed on the lower side thus rendering this mechanism ineffective.
It is paramount to consider the type of crops to be grown. The value of crop dictates which system to use. It could be disadvantageous to apply an extensive and expensive system to a product with low income such as wheat. The high value crop such as horticultural crops will be economically reasonable to employ an integrated sprinkling system.
Water should be readily available. The source should have enough water to maintain consistent supply that will ensure crops are always in good condition. Considering this will also constitute water inspection to ensure it will hardly be contained with chemical and elements that are poisonous to crops. Also, various mechanisms require a distinct amount of water, and you should, therefore, ensure that the method you opt for will efficiently be supplied with enough water.
The weather patterns in the region that you intend to utilize the irrigation systems should be keenly considered. The efficiency of this system depends on the conditions in your area regarding wind and other aspects. In areas where water is inadequate for example arid and semiarid are, you have to choose a system that requires a minimal amount of water. Also, areas with very strong winds will interrupt this form of the system because irrigating water will be a blow to the atmosphere and will not benefit the crop.
Labor requirement for the system that you choose must be relatively low. This will help you to experience the reduced cost of production. An implement on which you can operate on your own will be very beneficial since it will save labor cost. It is also important to ensure that you have the required workforce to run this implement.
It is prudent it put into consideration the size and also the shape of your firm. Different mechanisms have different sizes and also the extent to which they distribute water. For bigger farms, the overhead mechanisms will provide the best water distribution. For smaller farms, simple mechanisms such as drip will be enough.
It is prudent to consider the type of soil in your land. This aspect dictates the type of irrigation to utilize in your land. There are soils that are capable of holding moisture for a short period and may hardly require a regular supply of water. Similarly, there are soils with high water retentive power. These soils require low rate in the supply of water to hamper runoff.
The shape of the land regarding topography has to be considered before opting for such a system. It is important to ensure that your land has a gentle to flat slope for the crop to benefit from this mechanism. Extremely sloppy areas will disrupt the even distribution of water by the rotating sprinklers. Most of the water will be distributed on the lower side thus rendering this mechanism ineffective.
It is paramount to consider the type of crops to be grown. The value of crop dictates which system to use. It could be disadvantageous to apply an extensive and expensive system to a product with low income such as wheat. The high value crop such as horticultural crops will be economically reasonable to employ an integrated sprinkling system.
Water should be readily available. The source should have enough water to maintain consistent supply that will ensure crops are always in good condition. Considering this will also constitute water inspection to ensure it will hardly be contained with chemical and elements that are poisonous to crops. Also, various mechanisms require a distinct amount of water, and you should, therefore, ensure that the method you opt for will efficiently be supplied with enough water.
The weather patterns in the region that you intend to utilize the irrigation systems should be keenly considered. The efficiency of this system depends on the conditions in your area regarding wind and other aspects. In areas where water is inadequate for example arid and semiarid are, you have to choose a system that requires a minimal amount of water. Also, areas with very strong winds will interrupt this form of the system because irrigating water will be a blow to the atmosphere and will not benefit the crop.
Labor requirement for the system that you choose must be relatively low. This will help you to experience the reduced cost of production. An implement on which you can operate on your own will be very beneficial since it will save labor cost. It is also important to ensure that you have the required workforce to run this implement.
It is prudent it put into consideration the size and also the shape of your firm. Different mechanisms have different sizes and also the extent to which they distribute water. For bigger farms, the overhead mechanisms will provide the best water distribution. For smaller farms, simple mechanisms such as drip will be enough.
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