Authors: L. A. Golovina, M. M. Kislitskiy
All-Russian Scientific Research Institute of Production, Labor and Management in Agriculture – a branch of the Federal Scientific Center for Agrarian Economics and Social Development of Rural territories – All-Russian Research Institute of Agricultural Economics, Moscow, Russia E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
Abstract. Structurally technological shifts in various spheres of life enhance the importance of digital technology. At the present stage, their application in the agricultural sector allows you to get a competitive advantage associated with cost reduction in the face of lower prices in the global agri-food market. The purpose of the study is to determine the role and place of digital technology in the economic interaction of agricultural organizations at the present stage and in the foreseeable future. Research objectives: based on the analysis of grain productivity in Russia from 1795 to 2019. to determine the place of digital technologies in the overall technological structure of agricultural production; highlight digital technologies providing at the present stage of development the economic interaction of agricultural organizations; outline the current and promising role of digital technology in ensuring the economic interaction of agricultural organizations. Scientific novelty and practical significance of the research results: based on a cliometric analysis of cereal yields in Russia for the period from 1795 to 2019. three stages of stable ten-year average values have been identified; through the correlation of the forms of economic interaction with digital technologies, the most characteristic of these forms of economic interaction, it was justified to distinguish the form of economic interaction of agribusiness organizations – digitalizationю The role and importance of digital technologies in the economic interaction of agricultural organizations are determined.
Keywords: technical and economic interaction, digitalization, agricultural production, kliometric analysis, productivity.
For citation: Golovina L. A., Kislitskiy M. M. Tsifrovoy vektor vo vzaimodeystvii sub’’ektov agrarnogo proizvodstva [Digital vector in the technological interaction of agricultural production entities] // Agrarian Bulletin of the Urals. 2020. No. 09 (200). Pp. 74–82. DOI: 10.32417/1997-4868-2020-200-9-74-82. (In Russian.)
