Algorithm of Transition to Responsible Smart Agriculture for Sustainable Development of Modern Economic and Environmental Systems

Abstract

AbstractThis paper aims to develop an algorithm for the transition to responsible smart agriculture for the sustainable development of modern economic and ecological systems. The authors use the methods of logical and structural–functional analysis and the method of graphic representation of scientific knowledge and information. As a result, the authors developed a promising algorithm for the transition to responsible smart agriculture for the sustainable development of modern economic and ecological systems. The first step involves the adoption of regulatory support. The second step provides scientific and technical support. The third step is the adoption of corporate strategies. The fourth step is monitoring. The authors developed the form of the survey of agricultural enterprises to conduct the fourth step. A plan for a three-stage transition to responsible smart agriculture and benchmarks for the sustainable development of modern economic and ecological systems for the period up to 2030 is also drawn up. The advantages of the algorithm include a clear structuring of the transition to responsible smart agriculture; scientific and methodological recommendations for monitoring the sustainable development of modern economic and environmental systems in the transition to responsible smart agriculture; consideration of the features of developed and developing countries and proposed appropriate (different) benchmark values of the indicators of sustainable development of modern economic and environmental systems in the transition to a responsible smart agriculture.KeywordsAlgorithmResponsible smart agricultureSustainable developmentModern economic and environmental systemsJEL ClassificationQ01M14O14Q18