MULTIFUNCTIONAL IRRIGATION SYSTEM FOR CONTROL OF PHYSIOLOGICAL PROCESSES AND REGULATION OF HYDROTHERMAL REGIME OF AGROPHYTENOSIS

Based on the analysis of long-term research carried out in the Volgograd region and the Re-public of Kalmykia, where hot and dry climate prevails, it is necessary to create a universal multifunctional irrigation irrigation system, based on the principle of combining irrigation methods and techniques, both among themselves and in combination with small -dispersed sprinkling. The introduction of additional irrigation functions into the irrigation system with the activation of irrigation water with carbon dioxide, oxygen and the supply of warm air to the irrigation system, to prevent early and late frosts in the spring - autumn period, will un-doubtedly preserve and even increase the yields of agricultural crops