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The paper features digital technologies in satellite farming and introduces a quantitative methodology to evaluate various types of their effectiveness. The authors determined the main types of efficiency and components of evaluation and substantiated the algorithm of analysis. The paper also contains a list of related economic, environmental, and social components, as well as a set of formulas and dependencies. The methodology for assessing the effectiveness of digital technologies has a two-block structure. The first block determines the needs and opportunities for the implementation of digital technologies and helps to define the enterprises that may benefit from digital technologies. The second block involves a direct evaluation of the results and efficiency of the digital technologies to be implemented and substantiates management solutions. The paper describes approaches and procedures that help to assess the biological, technological, and economic benefits of digital technologies for an agricultural enterprise. The authors quantified the structure of the environmental effect of the introduction of digital technologies and introduced some dependencies can determine profitability and cost recovery indicators. The research used the methodological approach to assess the environmental and social efficiency of digital technologies for an agricultural enterprise. The approach corresponds with the requirements of sustainable agricultural development declared by the UN. The results can be used by enterprises of the agro-industrial complex and suppliers of digital technologies.

It determines the presence of the decoupling effect in the Russians raw regions materials by using water. Developed models that explain the relationship between the gross regional product and water intake. It proved no effect on the growth of water consumption in most regions of the reference commodity. Recommendations for the decoupling effect development in support of Russians raw regions. Content from this work may be used under the terms of the Creative Commons Attribution 3.0 licence. Any further distribution of this work must maintain attribution to the author(s) and the title of the work, journal citation and DOI.

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