A theoretical model developed by the authors for determining the optimal moment to substitute sprayer and pressure regulator kit on a center pivot irrigating potatoes and beans has been applied. The methodology compares the sum of the costs due to additional consumption of water and energy, maintenance and labor, as well as yield losses associated to areas with deficit or over irrigation to the costs due to buy and install a new sprinkling set on the pivot. The results showed that for a reduction of 3.07% of the Hermann and Hein’s Uniformity Coefficient (UCh), the substitution of the sprinkling module on the pivot is justified when potatoes and beans are cultivated
Factors to consider in choosing an appropriate center pivot design are covered here. Irrigators inve...
A computerized grain sorghum plant growth model is combined with recursive programming to analyze th...
20 pp., 5 illustrations, 8 tables, 8 color photos, 2 chartsThe center pivot is the system of choice ...
Although several studies have been conducted to evaluate the uniformity of water application under c...
Selection criteria for reduced pressure center-pivot irrigation systems are developed. An analysis o...
Advanced irrigation technologies, including center pivot irrigation, are excellent tools that make i...
none3siThe main objective of irrigation is to apply the optimum amount of water to the crop root zon...
In the last few decades, the use of centre-pivot irrigation systems has significantly increased, sin...
The rising cost of pumping energy has created the stimulus for reducing the operating pressure of ce...
Center pivots are the primary method of irrigation across the U.S. Great Plains. Center-pivot irriga...
The main objective of irrigation is to apply the optimum amount of water to the crop root zone that ...
Design strategies that enhance modern irrigation practices, reduce energy consumption, and improve w...
A method is presented for designing the outer‐end sprinkler of a center‐pivot irrigation system to p...
A good supply of groundwater and the commercial development of center pivot irrigation systems signi...
ABSTRACT. Center pivot sprinkler irrigation is increasing in popularity in the United States due to ...
Factors to consider in choosing an appropriate center pivot design are covered here. Irrigators inve...
A computerized grain sorghum plant growth model is combined with recursive programming to analyze th...
20 pp., 5 illustrations, 8 tables, 8 color photos, 2 chartsThe center pivot is the system of choice ...
Although several studies have been conducted to evaluate the uniformity of water application under c...
Selection criteria for reduced pressure center-pivot irrigation systems are developed. An analysis o...
Advanced irrigation technologies, including center pivot irrigation, are excellent tools that make i...
none3siThe main objective of irrigation is to apply the optimum amount of water to the crop root zon...
In the last few decades, the use of centre-pivot irrigation systems has significantly increased, sin...
The rising cost of pumping energy has created the stimulus for reducing the operating pressure of ce...
Center pivots are the primary method of irrigation across the U.S. Great Plains. Center-pivot irriga...
The main objective of irrigation is to apply the optimum amount of water to the crop root zone that ...
Design strategies that enhance modern irrigation practices, reduce energy consumption, and improve w...
A method is presented for designing the outer‐end sprinkler of a center‐pivot irrigation system to p...
A good supply of groundwater and the commercial development of center pivot irrigation systems signi...
ABSTRACT. Center pivot sprinkler irrigation is increasing in popularity in the United States due to ...
Factors to consider in choosing an appropriate center pivot design are covered here. Irrigators inve...
A computerized grain sorghum plant growth model is combined with recursive programming to analyze th...
20 pp., 5 illustrations, 8 tables, 8 color photos, 2 chartsThe center pivot is the system of choice ...