Application of Water-Saving Furrow Irrigation Technology in Cotton Growing

As is known, numerous studies are being conducted to improve furrow irrigation technologies by measuring the rate of water infiltration into the soil, the rates of stream advance and recession, and the timing and uniformity of soil moisture distribution. The objective is to substantiate the application of water-conserving technologies-while taking these parameters and indicators into account-when investigating the optimal elements of cotton irrigation involving the use of polymer-polymer complexes. Key objectives include the reclamation of irrigated lands, the enhancement of soil fertility, the efficient use of existing water resources amidst water scarcity, and the development of additional water sources. In this regard, conducting scientific research on water scarcity, water-saving irrigation technologies, and the improvement of land reclamation through intensive methods-as well as implementing water-efficient cotton cultivation technologies nationwide-is of great importance. Water-saving irrigation technology has been implemented for furrow irrigation of cotton. It has been determined that these results were achieved through an efficient irrigation technology that enhances soil moisture, the irrigation regime, seasonal water norms, soil nutrient levels, planting density, and indicators of crop growth, development, and productivity.