Abstract
The article presents the results of laboratory-field tests of a working body that creates an artificial pipe for irrigation of cotton with a row spacing of 60 cm from under the soil. As evaluation criteria, water flow distance and moisture dispersion were taken from inside the formed pipe without spilling onto the field surface. When using this working body, it was found that a pipe with dense walls was formed under the soil with low energy consumption, and water flow was observed for a long distance. Generated to the proximity of the constructed artificial pipes to the cotton roots, the water demand is met quickly and the irrigation time and water consumption are reduced.
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