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The paper studies topical problems of land degradation taking place on the territories of irrigation systems. The authors attempt to propose the most promising approach to reveal transformations occurring on agricultural lands of northwestern Caspian Sea region. The work implements geobotanical indicators as one of important indicators of changes to the environment. The researchers analyze the nanostructure of vegetation cover on key plots dissipated along different channels in the seasons of the year, which allowed characterizing the studied territory with wide distribution of salinized clays lying at low depths. Small fragments not engaged into sowing were investigated. The results demonstrate characteristic complexing of light-chestnut soils and solonetzic soils which coincides with the characteristic given to this irrigation massif by soil scientists. It is shown that over the recent years, in northwestern Caspian Sea region, a lot of channels were built that are used not only for irrigation, but also for water supply of pasture massifs. All these measures allow improving the water supply of pastures and haying

Implementation of Ecosystem Nanostructures as Indicators of the Processes on Agricultural Lands