Abstract
Annotation Purpose. Identify promising areas of increasing the efficiency and environmental friendliness of crop production in agricultural enterprises. Methods. Monographic, economic-mathematical, analytical, systems engineering. Results. Current trends in the development of agricultural technologies and their technical support are considered, a methodological approach to the formation of an effective technical and technological base of agricultural enterprises is proposed. It is established that the main factors that affect the efficiency and environmental friendliness of crop production are technologies and technical means for their implementation. In economically developed countries, technological innovation provides 70–90% of gross domestic product growth. A methodological approach to the formation of an effective technical and technological base of agricultural enterprises on the basis of innovative technologies and technical means with technical and operational parameters, consistent with the volume of mechanized work and rational agrotechnical terms for their implementation, is proposed. Conclusions. The main paradigm of the latest technologies for crop production is greening, which is based on the harmonization of the relationship between technology and soils, which will reduce the physical degradation of soils and preserve their fertility. Greening of agriculture in the context of global climate change should be based on targeted tillage, the introduction of the main dose of nutrients in the area of seed sowing, and preservation of crop residues of the predecessor (green manure) in rows to protect soil from overheating and moisture loss. To ensure efficient production of crop products in the agricultural enterprise should be formed technical and technological base based on science-intensive technologies and the latest technical means with technical and operational parameters consistent with the scope of work and rational agro-technical terms of their implementation. Keywords: technologies, technical and technological base, volumes of mechanized robots, technical means, technical and operational parameters.
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