The Mechanism of the State Regulation of Sustainable Development of Rural Areas

Коваленко, Е. Г.; Полушкина, Т. М.; YAkimova, Olga

doi:10.5539/ass.v11n8p181

Cited by 4 publications

(2 citation statements)

References 4 publications

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“…A mechanism for regulating the development of innovations should be based on a systemic program approach [33]. This allows one to consider the market requirements, analyze the specifics of the development and functioning of certain territories, ensure the targeted mobilization of available resources, and develop effective measures to regulate and support their innovative development [34].…”

Section: Forming and Implementing A Comprehensive Mechanism For The S...mentioning

confidence: 99%

State Regulation of Digital Technologies for Sustainable Development and Territorial Planning

Borodina¹,

Idrisov²,

Kapustina³

et al. 2023

IJSDP

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In the current context, the Eurasian Economic Union (EAEU) faces the challenge of ensuring sustainable development and effective state regulation. One key issue is to foster coordination and cooperation among different regions and EAEU member states in the development of digital technologies. This study aims to propose directions for state regulation of digital technologies and their integration into a comprehensive mechanism for sustainable development and planning, within the concept of smart territories. We introduce the concept of smart territories as an outcome of sustainable development and planning, enabled by the adoption of digital technologies. Based on an expert survey, we identify key parameters for sustainable development and planning in smart territories, including stakeholder interests, modern challenges for territorial communities, and success factors. We conclude that the integration of digital technologies into smart territories can provide new standards for quality of life and economic development, while preserving the natural resources of these territories. Based on a balanced use of resources, our study highlights the need for a comprehensive strategy for the sustainable development of smart territories, addressing economic, social, and environmental issues.

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Section: Forming and Implementing A Comprehensive Mechanism For The S...mentioning

confidence: 99%

State Regulation of Digital Technologies for Sustainable Development and Territorial Planning

Borodina¹,

Idrisov²,

Kapustina³

et al. 2023

IJSDP

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“…This is facilitated by the processes of specialization, concentration and intensification of production, as well as its cooperation and systemic development, which are crucial in the context of scientific and technological progress. In order to ensure the country's food security and involve labor reserves in production, it is necessary to locate enterprises processing agricultural raw materials, taking into account the principles of logistics [2][3]. In the future, all this will strengthen the development of rural areas and the solution of socio-economic problems of the rural population, which in turn will allow faster transfer of the main branches of agriculture to digital methods of production organization.…”

Section: Introductionmentioning

confidence: 99%

Environmental aspects of the development of large agricultural integrated formations

Gazetdinov,

Abdulkhakov,

Gazetdinov

et al. 2024

BIO Web Conf.

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The article examines the environmental aspects that arise in the process of concentration and specialization of agricultural production in a particular rural area. Thus, as scientific and technological progress develops, the problem of carbon dioxide concentration in the atmosphere increases. The share of CO2 emissions in the production of agricultural products is high, including in the conditions of the creation of large integrated agricultural formations. Thus, from a cowshed for 200 heads with an average weight of 500 kg, productivity of 30 kg, the daily CO2 emission is 1,445 kg. Accordingly, with an average livestock of 5,000 heads in megafarms, this indicator in a particular facility is about 40 tons per day. There are also problems with the protection and improvement of reservoirs and the formation of a “carbon footprint” in the environment. It is proposed to implement a unified integrated approach to solving this problem and its mutual alignment with other sections of the plan when developing a comprehensive development plan for integrated agricultural formations in terms of environmental protection; to ensure the unity and consistency of sanitary and health indicators with socio-economic indicators of rural areas; to carry out all environmental calculations based on current standards; to cover a set of quantitative and qualitative indicators characterizing the level, condition and development of individual industries, socio-economic parameters and the environment of a particular rural area.

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