Vestnik Rossijskij fond fundamentalʹnyh issledovanij
ISSN (print): 1605-8070, ISSN (online): 2410-4639
Media registration certificate: 012620 from 03.06.1994, ЭЛ № ФС 77 – 61404 from 10.04.2015
Founder: Russian Foundation for Basic Research
Editor-in-Chief: Panchenko Vladislav Yakovlevich, academician RAS, Doctor of Sc., Full Professor
Frequency / Assess: 4 issues per year / Open
Included in: Higher Attestation Commission list, RISC
Ағымдағы шығарылым
Том 128, № 4 (2025): THEMED SECTION: BRICS – ENVIRONMENTAL ISSUES
- Жылы: 2025
- Мақалалар: 14
- URL: https://journals.rcsi.science/1605-8070/issue/view/25104
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Сипаттама:
Scientific and technical cooperation within the BRICS member countries is one of the elements of scientific diplomacy implemented and developing over the years under the leadership of Academician of the Russian Academy of Sciences V.Ya. Panchenko. Cooperation within the framework of this Association is currently one of the main vectors of our country’s foreign policy. This issue of the “Bulletin of the Russian Foundation for Basic Research” presents articles on environmental issues, including those reported by participants of the International Forum “BRICS Countries: Environmental Aspects of Development and Cooperation”, held in June 2025 in Moscow.
Бүкіл шығарылым
THEMED ISSUE EDITOR’S COLUMN
On the editor of the thematic block, Corresponding Member of the Russian Academy of Sciences V.V. Zhmur. Greeting.
6-12
About the editor of the thematic block A.V. Usoltsev. Preface.
13-23
THEMED SECTION: FUNDAMENTAL SCIENTIFIC RESEARCH IN THE FIELD OF NATURAL SCIENCES
Priorities of eco-innovation development in BRICS member countries
Аннотация
The article examines the theoretical aspects and promising areas of eco-innovative development of the BRICS
member countries. It is noted that the modern paradigm of eco-innovations is formed at the junction of several
theoretical directions, integrating the achievements of ecological economics, innovative management and the theory
of sustainable development. Promising areas of eco-innovative development of the BRICS countries are highlighted,
including the creation and implementation of technological innovations, the “green” transformation of economies,
and the formation of platforms for cooperation and exchange of experience. The experience of developing the ecoinnovation sector of the Republic of Belarus is analyzed, including taking into account international cooperation
within the framework of the EAEU.
24-28
Environmental aspects of sustainable development in the BRICS countries
Аннотация
The article explores the environmental aspects of sustainable development in the BRICS countries as the most important participants in the global environmental dialogue. It analyzes the key environmental challenges facing these countries, including environmental pollution, climate change, depletion of natural resources and shortage of clean water. Particular attention is paid to the implementation of the Sustainable Development Goals, the transition to a green economy, the use of renewable energy sources and the development of environmental policy. It notes the active participation of countries in international agreements and programs aimed at reducing greenhouse gas emissions, developing renewable energy and introducing green technologies. Special attention is paid to the prospects for interstate cooperation, including technology exchange, investment in sustainable infrastructure and coordination of climate policy. A conclusion is made about the need to integrate environmental protection priorities into strategic planning and economic development of the countries of the association in order to achieve global environmental sustainability.
29-37
Environmental protection and ensuring ecological safety: civilizational paradigm
Аннотация
The article examines scientific approaches to solving modern problems of environmental protection and ensuring environmental safety. The main challenges and threats in the field of environmental safety are analyzed from the standpoint of a systems approach. The threshold values characterizing the levels of sustainable development are designated. Recommendations for ensuring environmental safety at boththe national and international levels are proposed.
38-48
Environmental Well-Being of the Population in the BRICS-9 Countries
Аннотация
Increased social and economic differentiation in the existing living conditions and the level of environmental safety of the population in each of the BRICS-9 countries actualizes comparative monitoring of national environmental characteristics taking into account existing international standards and regulations. The article analyzes the dynamics of indicators reflecting the environmental well-being of the population and the specifics of social and economic development of the BRICS-9 countries. It is shown that on the background of maintaining a high level of differences between countries in key indicators of environmental well-being of the population, their positive dynamics is observed, but problems of harmful environmental impact remain. It is substantiated that each of the BRICS-9 countries needs to expand the set of measures aimed at reducing the adverse environmental impact and improving the environmental characteristics of life of the population.
49-56
Environmental Sustainability in BRICS Countries
Аннотация
This article explores environmental sustainability and climate policy in the BRICS countries within the framework of the UN 2030 Agenda for Sustainable Development. It highlights the dual role of BRICS nations as major players in the global economy – accounting for a significant share of global GDP and population – while also being responsible for approximately 50% of global CO2 emissions. Based on an analysis of current decarbonization strategies, emission structures, and energy profiles of China, India, Russia, Brazil, and South Africa, the article identifies diverse national approaches to green transition and climate risk management. Particular attention is paid to renewable energy policies, energy efficiency measures, and sustainable financing. The conclusion offers detailed policy recommendations, including expanding the BRICS New Development Bank’s mandate to cover climate investments, establishing a unified climate monitoring system, promoting public-private partnerships in renewable energy, and developing Just Transition Roadmaps for carbon-dependent regions. The study emphasizes the importance of coordinated BRICS action in achieving global climate goals and strengthening their position in the emerging architecture of sustainable development.
57-61
Financial Support for Environmental Development and Cooperation of the BRICS Countries
Аннотация
The article examines the positioning of the international integration association BRICS in the global economy. The features of the economic situation and financial support of the BRICS member countries are studied in the context of actualization of issues of environmental development and productive interaction in the context of a changing geopolitical situation. Based on the analysis of the current stage of development and economic condition of the BRICS member countries, conclusions are made on strengthening cooperation in the financial sphere and increasing the relevance of environmental issues in the context of achieving the benchmarks of the United Nations Sustainable Development Goals. Conceptual conclusions are formulated on the need to create a balanced environmental financial mechanism, select priority areas for investing in environmental projects and substantiate key vectors for the development of international cooperation in the field of rational use of natural resources and environmental protection.
62-68
Th e genesis of Central Asia within the context of global and macro-regional dynamics: a quest for a harmonious balance between economic, ecological, and political factors
Аннотация
During many decades already the countries of Central Asia (CA) in its regional and global positioning was considered as the zone of increasing ecological troubles (in particular, combining water, energy and food security’ aspects). On the other hand this sub-region of Big Eurasia represents also the area of rapid growth and potentially of increasing importance in geoeconomics and pending geopolitical dimension. The article is based on the author’s inter-disciplinary methodology and represents the results of complex analysis of given and prospective situation in the CA, and also the positioning of main global actors which becomes more proactive in this region. Following this analysis, some proposals regarding future cooperation between BRICS+ and CA countries on the basis of Megaproject “Ecological Platform for BRICS” were presented targeting the establishment of specific “ecological platform” within this Organization.
69-78
Uzbekistan’s integration into the BRICS economic space in the context of sustainable water development
Аннотация
This article assesses Uzbekistan’s potential and capabilities in the context of its integration into the global economic space, taking into account sustainable water development priorities. It analyzes the country’s key steps in transitioning to a proactive water policy, including the introduction of water-saving and digital technologies, the modernization of irrigation infrastructure, and access to clean drinking water. It emphasizes the importance of Uzbekistan’s participation in BRICS as a platform for attracting investment, sharing best practices, and scientific and technical cooperation in water management. Particular attention is paid to Uzbekistan’s water diplomacy and its contribution to transboundary cooperation.
79-83
Cooperation between Russia and India in the field of agricultural ecology: current state and promising areas
Аннотация
Russia and India have a great potential for cooperation in the development of environmentally friendly agriculture. Such cooperation takes on various forms – joint scientific research, the exchange of technologies for organic agricultural production, and the supply of eco-products. The principles of promoting environmentally friendly agriculture are aimed at reducing the negative impact of the agrarian food complex on the environment. India’s agriculture, known for its biodiversity and fairly stable ecosystems, has been increasingly drawn into environmental problems over the past decade. There are serious challenges in the country related to air and water pollution, increased chemicalization and soil degradation. The main causes of the environmental crisis in India lie in rapid economic growth, high rates of urbanization, and an increased demographic burden that requires the intensification of food production. Agriculture makes a significant contribution to the deterioration of the environmental situation, with an estimated 30% increase in the impact of agri-food systems on greenhouse gas emissions over the period 2010–2022.
84-93
Intellectual Property as a Vehicle for Environmental Investment in India
Аннотация
The study was carried out using funds from the Russian Foundation for Basic Research GRANT for scientific project No. 20–014–22008 and is devoted to the current problem of commercialization of intellectual property in the field of environmental safety in India. Based on the analysis of environmental problems requiring funding, the author conducted a search and analysis of various sources of funding and proved that the most significant at present is the use of intellectual developments for investing in various environmental technologies. The paper concludes that the success of intellectual property use has been achieved through strategic cooperation with financial institutions and investment funds. Based on the data obtained as a result of the study, a summary description of investment funds in the field of environmental safety in India was constructed, allowing the selection of a source of financing for new projects. The study was carried out using methods of complex and comparative legal analysis, as well as general scientific methods of cognition – analysis and synthesis. Among the sources of information, annual reports of various government ministries of India were used. The article devoted to the study of the peculiarities of the use of intellectual property for investing in environmental programs may be of scientific and practical interest to researchers, politicians and entrepreneurs. The study is devoted to the current problem of using mechanisms for commercialization of intellectual property in the field of environmental safety in India. The work analyzes the environmental situation and identifies environmental problems that require funding from various sources to solve. The authors conducted a search and analysis of such sources and proved that the most significant at present is the use of intellectual developments forinvesting in various environmental technologies in India. The paper concludes that the success of commercialization of green smart technologies in India has been achieved through strategic collaboration with financial institutions, investment funds and innovation centers. Based on the data obtained as a result of the study, a summary characteristic of investment funds in the field of environmental safety in India was constructed, allowing the selection of a source of financing for new projects. The study was carried out using methods of complex and comparative legal analysis, as well as general scientific methods of cognition – analysis and synthesis. The sources of information used include annual reports of various ministries of the Government of India. The article devoted to the results of the study of the peculiarities of investing in environmental programs using intelligent developments, may be of scientific and practical interest to researchers, politicians and entrepreneurs.
94-100
Modern mathematical and expert methods of environmental safety management
Аннотация
The economic model that is currently widely used is the extended reproduction model. It can only continue until the world economy approaches objectively existing limits in its growth. It follows that in the future, the modern economic model must be changed, and precisely for environmental reasons. For successful work in the field of ecology, it is necessary to develop and apply appropriate scientific tools. Its important components are mathematical models, statistical methods, and expert technologies. The article provides examples of work on a number of environmental safety management issues, such as scientific and technical support for the destruction of chemical weapons, environmental insurance, environmental expertise technologies, and the use of statistical methods in environmental monitoring. When developing the environmental aspects of development and cooperation, it is very important for the BRICS countries to overcome their reverence for outdated concepts of Western science. Thus, it has been established that the concept of the Kyoto Protocol is not scientifically sound. According to the author, the development and widespread implementation of mathematical, statistical and expert methods of ecology is a necessary condition for the successful development of the BRICS countries.
101-106
Fundamental Research and Development of Key Materials in New High-Performance Alkaline Membrane Fuel Cells
Аннотация
The research, part of an international collaboration between BRICS countries, was conducted by scientists from S.P. Korolev Samara National Research University, the A.N. Frumkin Institute of Physical Chemistry and Electrochemistry of the Russian Academy of Sciences (Russia), Beijing University of Chemical Technology, China, and the International Advanced Research Center for Powder Metallurgy and New Materials (India). This article presents the key results of the Russian team’s research on the development of catalysts with minimal platinum content, as well as non-platinum catalysts for alkaline fuel cells (AFCs) operating in the oxygen reduction reaction (ORR) and hydrogen oxidation reaction (HOR). Carbon materials were used as supports, and the influence of the nature of the carbon supports, dopants, and modifiers (platinum, molybdenum, silver, palladium, iron, nickel, cobalt, etc.) on the catalytic performance of the resulting materials in ORR and HOR was studied.
Testing the synthesized catalysts in an electrochemical cell showed that the catalyst based on mesoporous carbon modified with 7% palladium (SMK-3_Pd) is comparable in performance to a commercial platinum catalyst containing 40% Pt and exhibits high corrosion resistance
107-133
