Яндекс.Метрика

Issue № 1, January 2025, article № 18

Assessment of the impact of strategic spatial and sectoral potential on rural development

The strategic orientation of the use of the spatial and sectoral potential for the development of rural areas is due to the consideration of rural territorial specifics and the peculiarities of the functioning of various sectors of the economy in the countryside. Based on this, rural spatial and sectoral potential (a different combination of resources, reserves and opportunities) will ensure the influx of population and investments into the countryside, which will contribute to improving the standard and quality of life of rural residents. In this vein, a methodology was developed that made it possible to assess the impact of strategic spatial and sectoral potential on the development of rural areas through a system of indicators that include the spatial and sectoral characteristics of rural municipalities, as well as rural development (financial, economic, infrastructure and social). When testing this methodology in 2022, 5 groups of rural areas of the Lipetsk region were obtained, which, combined with subsequent forecasting for 2027 and 2030, made it possible to substantiate 3 types of municipalities: stably developing areas (33.3%), remained at the same level of development (22.2%), not developing (44.5%). Recommendations were proposed at the regional and municipal levels, allowing to take into account the rational use of spatial and sectoral potential for the development of rural areas and to substantiate the main priorities for maintaining the specialization of the rural economy and expanding other types of activities in the countryside.

Issue № 1, January 2025, article № 1

Priority directions of innovative and investment development of agricultural production in the vector of economic transformations of the agro-industrial complex

In connection with the economic transformations of the domestic agro-industrial complex, there is a need to update the priority directions of scientific and technological development of the agricultural sector and develop effective mechanisms for their implementation, which will determine the most rational measures of state support for innovative activities in agricultural production. It is noted that in modern conditions, a systematic approach has been actively used in economic research, which has not received proper scientific study in the agricultural sector. Therefore, when developing priority areas for scientific and technological development of agricultural production, it is advisable to consider it as a complex socio-economic system in which biological and natural factors are closely intertwined with technological, social and economic subsystems. Their development is based on the intensification of agricultural production, which is the main condition for its reproduction. It is concluded that the priority directions of scientific and technological development of agricultural production, in turn, determine the appropriate priorities for the development of science in order to develop high-tech means of production, which are of paramount importance for achieving technological leadership and are designed to ensure the industrialization of the agro-industrial complex. Research has shown that an important methodological feature in determining the priority directions of scientific and technological development is the differentiation of their factors: biological (breeding and genetic), technological, technical and social, which are closely related to each other and reflect the processes of reproduction of the system under study. The main groups of factors of scientific and technological development of the agricultural sector and their corresponding priority areas of research in certain sectors and areas of the agro-industrial complex are considered: crop production, animal husbandry, storage and processing of agricultural products, technical and technological independence in agricultural engineering. A list of the main mechanisms for improving the organization of scientific research in the agro-industrial complex based on the interaction of science with government organizations and business has been developed and proposed, and positive examples of its successful implementation are given.

Issue № 1, January 2025, article № 5

The mechanism of interaction of subsystems of land resources management in agriculture

The article considers interpretations of the category «system», the term «land resources management», the process of their influence on the definition of the content of the concept «land resources management system». The main subsystems (institutional, functional, operational), their inherent functions, subjects, objects of management, norms, rules, mechanisms, algorithms, methods, means for timely response to economic behavior and its change in a certain range of conditions are identified. The composition of the system is supplemented by a supporting subsystem, which includes scientific, information, innovative (digital), and evaluation subsystems. The authors propose a formulation of the land management system in agriculture as a set of institutional, functional, operational, supporting subsystems that use regulatory instruments to effectively influence owners, land users, landowners, land tenants, agricultural producers, the development of which occurs as a result of the emergence of new challenges and responses to them obtained through the introduction of modern technologies and innovations. The example of the impact of the institutional environment is used to present a change in the land management system by including a mechanism for checking the inefficiency of institutions, searching for points of their destabilization, which contributes to its qualitative development, achieving the goals of correcting standards, and developing software products. An algorithm for interaction between the functional and supporting management subsystems has been built, including successive stages from the emergence of the problem of institutional fragmentation to the use of new tools for accumulating information on land legislation, sale, registration, lease, and use of agricultural land. It is proposed to create a scientific platform (Internet portal) that will contain pages describing methods for selling agricultural land, a calculator for calculating the cost of land lease, reference books for an agricultural economist, materials on the use of effective crop rotation schemes, sustainable farming, and provide the ability to search through the full texts of regulatory legal documents and use personal accounts.