Dynamics of changes in the symbiotic system of the lentil plants in depending on the soil moisture level

The article examines the formation, development of the symbiotic system of a lentil plant with the help of potassium humate under different conditions of humidity and drought, and the active symbiotic potential of tubers. Potassium humate is effective as a universal compound in eliminating salinization under all conditions. Thus, in the course of the study, in samples taken from the Absheron lands, which were subjected to drought (moisture content is 12-15%) despite the drying of the above-ground part of higher plants, many bacteria are found in the 0-10 cm depth of the soil, including and related to the Rhizobium breed, which have the ability to create symbiotic relationships with leguminous plants. Thus, potassium humate, eliminating the negative effect of humidity and drought on the formation and growth of lentil plants tubers, stimulates their common and active symbiotic potential.