Organic agriculture is a dynamically developing area of the global agro-industrial complex. Global climate problems and the depletion of natural resources across the planet dictate the need to review the food production technologies used. Excessive intensification of agricultural production through soil mineralization and fertilization, hormonal stimulation of animal and plant growth has led to the deterioration of water, soil, air quality and overall health. Therefore, the problem of reducing the anthropogenic impact on the environment is the main trend of implementing the principles of organic production. The paper developed recommendations for the strategic development of the Russian market of organic production within the framework of the current EAEU agreement. Conclusions were made on the expansion of instruments of state incentives for the development of organic agricultural production in a changing world economic relations and integration.
The article presents the results of research on the analysis of the influence of complex mineral fertilizers of different composition and structure-forming material perlite on the quality indicators of seeded lawns grown on urbanized sod-podzolic soils under the conditions of the Ecological Station of the Russian State Agrarian University named after K.A. Timiryazev. The influence of complex mineral fertilizers of different composition and perlite on the resistance of the sown lawns to unfavorable agro-ecological conditions has been analyzed. Materials and methods. The fine-grained field experiment was carried out on the territory of the ecological stationary of the K.A. Timiryazev Russian Academy of Agriculture in Moscow during 2019-2020 together with the strategic partner: the company LLC "EuroChem Trading RUS" on the urbanized agrodeposol soil of medium loamy granulometric composition with buried humus horizon. The multifactorial study was carried out on seeded lawn grasses grown with the use of various types of complex fertilizers, as well as structure-forming component - perlite. Keywords: LAWNS, URBAN SOILS, MINERAL FERTILIZERS, LANDSCAPING, GRASS BIOMASS, PERLITE
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