Category: Университетская жизнь /

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Congratulations to the leading and young scientists of the university!

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

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RUDN University held a gala ceremony to present its annual Science and Innovation Award. Four university scientists were awarded the prize: Dmitry Kucher, Olga Lomakina, Konstantin Gomonov, and Vyacheslav Begishev.

The award dates back to 2006. Initially, it was called the Academic Council Prize for Active Research, and in 2009, it acquired the status of a university prize in science and innovation. In 2024, the competition terms were updated: for the first time, two categories were introduced: "Leading Scientists" and "Young Scientists" (previously, young researchers received a separate grant). Each category will award one winner in the "Natural and Technical Sciences" category and one winner in the "Social Sciences and Humanities" category.

The prize is awarded by secret ballot for a set of scientific results:

For outstanding achievements of a theoretical or applied nature; for the results of research that have made a significant contribution to the development of the natural, technical, social and humanitarian sciences; for the development of new equipment and progressive technologies that ensure innovative development of the economy and social sphere.

The laureates are authors of high-level publications, textbooks and monographs, leaders in attracting external funding, creating and commercializing the results of intellectual activity (RIA), and executors of grants from major scientific foundations.

Let's take a closer look at this year's winners.

Category "Leading Scientists"

Natural and technical sciences

Dmitry Evgenievich Kucher is a candidate of technical sciences and associate professor at the Department of Rational Nature Management at the Institute of Ecology.

Regalia: Corresponding Member of the Russian Ecological Academy and the Russian Academy of Quality; Member of the Russian Geographical Society; Honored Builder of the Moscow Region.

Positions: Director of the Scientific Center for Research, Integrated Design, and Development of Urban and Agricultural Sectors; Senior Researcher at the Institute of Ecology; Deputy Head of the Greenhouse Gas Verification and Validation Authority.

Research area: environmental safety, risk management, geoecology.

Achievements: Author of over 200 publications, two patents, and three databases. Leader in the commercialization of RIAs at RUDN University in 2023. Winner of the "Best Lecturer at RUDN University" competition (3rd place) in 2025. Regular moderator of the RUDN University conference on sustainable development goals (section on sustainable urban development). Over the past five years, under Dmitry Evgenievich's leadership, more than 30 R&D projects have been completed, raising approximately 33 million rubles, and RIAs worth over 3 million rubles have been commercialized.

Scientific development:

Dmitry Evgenievich developed a risk-oriented organizational management system that includes a full cycle of risk identification, classification, quantitative assessment, and ranking, followed by the implementation of mitigation measures and effectiveness monitoring.

The scientist substantiated the concept of "acceptable risk" as key to risk management and the implementation of the precautionary principle. He proposed his own typology of human attitudes toward risk (11 types) and, for the first time, combined "pure" risks (life, health, ecology) and speculative risks (finance, management, personnel, quality) into a single model.

The approach is applicable to developing regulations and metrics, training personnel, determining funding priorities, and making engineering and organizational decisions. The key benefit is improving the actual safety of crowded facilities and the sustainability of management decisions.

Social Sciences and Humanities

Olga Valentinovna Lomakina is a Doctor of Philological Sciences and Professor of the Department of Foreign Languages at the Faculty of Philology.

Research area: phraseology, paremiology, linguistic axiology.

Achievements: Author of over 270 scientific publications, a recognized leader in the field of linguistics, guest editor of Scopus journals, recipient of honorary certificates from the Rector of RUDN University and a letter of gratitude from the Ministry of Education of the Russian Federation. Since 2015, Olga Valentinovna has led an international paremiological seminar, bringing together researchers from various countries.

Scientific development:

Olga Lomakina, as part of a research group, presented paremiology as a distinct branch of linguistics studying minor genres of folklore. Her fundamental contribution is embodied in a trilogy of works: "Paremiology in Discourse," "Paremiology Without Borders," and "Paremiology at the Crossroads of Languages and Cultures." The scholar proposed a theory of axioparemiology based on a description of the value constants and value variables of supra-word units in natural languages. Her research papers are devoted to the multi-paradigmatic study of stable units in different languages, exploring how the value system of an entire people is reflected in proverbs and sayings.

The uniqueness of this approach lies in its multifaceted nature: the paremiological space of language is presented as an expanded text, allowing for a deeper understanding of a specific linguistic culture. This is not simply a study of the text, but a deciphering of the cultural code through the unity and diversity of the value orientations of a multiethnic society.

Category "Young Scientists"

Natural and technical sciences

Vyacheslav Olegovich Begishev is a Doctor of Technical Sciences and Associate Professor at the Department of Probability Theory and Cybersecurity at the Institute of Computer Science and Telecommunications (Faculty of Physics, Mathematics and Natural Sciences).

Research area: 5G/5G/6G wireless communication networks.

Achievements: Manager and executor of grants from the Russian Science Foundation, author of over 30 articles in leading international journals, including TOP-1% and TOP-5% (Scopus) publications over the past 5 years. Member of dissertation councils at RUDN University and MIPT, regular reviewer of prestigious first- and second-quartile scientific journals, author of two books, three textbooks on 5G/6G communication networks, and six research papers.

Scientific development:

Vyacheslav Begishev has developed a technology that ensures stable, high-speed wireless communication even when the user is moving or holding the device. For the end user, this means stable and uninterrupted data transmission, reduced power consumption, and the ability to use new services (VR/AR, cloud computing, telemedicine) on future mobile networks.

The technology enables early detection of potential radio channel blockage (for example, by a person or moving objects) and automatic switching to an alternative beam or base station before the connection is lost. The probability of connection loss is reduced from 30% to 5%.

The scientist developed algorithms for proactive blocking detection, intelligent beamforming control, and machine-learning-based user application identification methods. The proposed solutions were implemented and experimentally validated on a prototype 6G communication channel with an operating frequency of up to 156 GHz and a data transfer rate of up to 12 Gbps.

The development's uniqueness lies in its integrated approach, which combines mathematical modeling, methods of queuing theory, stochastic geometry, and machine learning with experimental verification on a real 6G system prototype.

Social Sciences and Humanities

Konstantin Gennadievich Gomonov is a candidate of economic sciences and associate professor at the Department of Economic and Mathematical Modeling at the Faculty of Economics.

Research area: sustainable development, circular economy, energy efficient technologies.

Achievements: Leader and implementer of six research projects, including a grant from the Russian Science Foundation and a grant from the President of the Russian Federation. Author of over 40 scientific papers, including publications in first- and second-quartile journals, as well as a monograph.

Scientific developments:

Konstantin Gomonov has created a comprehensive set of tools for assessing and forecasting the development of the circular economy and hydrogen energy:

A hierarchical system of 22 comprehensive indicators for assessing the circular economy. Allows you to objectively measure and compare the level of development of the circular economy in different countries and regions, identify lagging areas and priorities for government policy.
Software tools in Python with integration of EXIOBASE and Eurostat databases. Automates complex circular transformation efficiency calculations, ensures reproducible results, and accelerates change monitoring.
Dynamic clustering of countries using machine learning to identify typological groups according to the level of development of the circular economy and tracking their evolution. Allows countries to define their position and adopt best practices.
Hybrid model for assessing the environmental and economic efficiency of hydrogen technologies (DEA + LCA + VSD). Provides a multi-criteria assessment of hydrogen production process chains taking into account environmental, economic and social aspects.
Methodology for predicting the dynamics of green hydrogen cost reduction based on learning curves. Helps determine when to achieve cost competitiveness with traditional energy sources.
A model for assessing the potential for price competitiveness of green hydrogen in the domestic market of the Russian Federation. Identifies key competitive factors for targeted industry support.
A system of integral indicators for evaluating hydrogen projects with a software product. Provides a standardized assessment based on six groups of criteria, taking into account positive externalities.
Taxonomy of tools for stimulating the production of low-carbon hydrogen in the EAEU countries with a selection algorithm. Systematizes state support measures and offers a methodology for selecting effective instruments, taking into account the specifics of the EAEU.

Congratulations to the 2025 RUDN University Prize winners in Science and Innovation! Their outstanding achievements make an invaluable contribution to the development of the university and Russian and global science. We wish you new discoveries, inspiration, and the successful implementation of your boldest ideas!

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Polytechnic University and JSC VTI have agreed to cooperate in science, education, and high technology.

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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Andrey Rudskoy, Rector of Peter the Great St. Petersburg Polytechnic University, and Ivan Boltenkov, Director General of the All-Russian Thermal Engineering Institute (JSC VTI), signed a cooperation agreement aimed at integrating scientific and educational potential and jointly implementing Russia's state scientific and technological policy.

The agreement provides for long-term and systematic cooperation in science, education, and high technology. The key goal of the partnership is to develop highly qualified human resources and create conditions for training specialists in demand in the energy and related sectors.

The document covers a wide range of areas. JSC VTI and SPbPU plan to jointly develop and implement educational and research programs in priority areas of science and technology, build an innovative infrastructure, and develop experimental and instrumentation capabilities. Particular emphasis is placed on import substitution and technological development, including through the unification of the engineering competencies, research base, and educational resources of the country's two leading scientific schools.

Our collaboration will focus on developing additive technologies in the energy sector. Furthermore, we will jointly develop technologies for producing hydrogen from solid fuel. We will also conduct joint educational activities and train personnel for the energy industry, including postgraduate research fellows," noted SPbPU Rector Andrey Rudskoy.

As noted in the agreement, joint initiatives are aimed at developing competitive master's and doctoral programs, as well as continuing education programs. These programs will be tailored to the real needs of the energy industry and will focus on training specialists capable of working with modern and advanced technologies. Measures to enhance the academic and professional mobility of researchers, faculty, graduate students, and undergraduates are also envisaged.

For VTI, consolidating efforts with leading engineering universities is the foundation for sustainable development in the industry. Combining our Institute's scientific school with the educational potential of the Polytechnic University allows us to closely align personnel training with real-world energy challenges and lay the groundwork for technological sovereignty, emphasized Ivan Boltenkov, CEO of JSC VTI.

A separate area of cooperation will be the organization and holding of joint scientific events—conferences, seminars, schools, and roundtables, including those involving young scientists and students. These formats are designed to facilitate the exchange of experience and the development of competencies among participants. The result will be the development of a professional community and the intellectual potential of the country.

Thus, the agreement lays the foundation for a sustainable partnership between JSC VTI and SPbPU and is of strategic importance for improving the domestic energy sector.

Reference: The All-Russian Heat Engineering Institute (JSC VTI) is a leading research center founded in 1921. It has been awarded two Orders of the Red Banner of Labor for its achievements in the energy sector. Its CEO is Ivan Boltenkov.

The Institute plays a vital role in the development of the Russian energy sector, conducting fundamental and applied research, design, and testing for the country's energy companies. It is a national center for excellence and training of highly qualified personnel.

VTI's scientific potential is concentrated in nine research departments and 22 laboratories, covering the entire spectrum of thermal power engineering—from the commissioning and operation of power plants to the implementation of digital and environmentally innovative technologies. The institute has extensive experience developing regulatory and technical documentation, creating industry standards, and implementing thousands of R&D projects.

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SPbGASU and NGASU (SibStrIn) are expanding their cooperation in the field of construction technology and organization.

Translation. Region: Russian Federation –

Source: Saint Petersburg State University of Architecture and Civil Engineering –

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Lecturer of the Department of Technology and Organization of Construction at NSUACE Roman Kotkov, Vladimir Molodin and Roman Motylev

The period between the winter exam session for part-time students and the start of the spring semester for full-time students is traditionally considered a time of relative calm. However, for the faculty and research departments of SPbGASU, it often becomes particularly intense and productive. The end of January was marked by an important professional meeting in the field of "Construction Technology and Organization" (TOS).

A constructive and creative meeting was held in Novosibirsk between Roman Motylev, Head of the Department of Construction Organization at SPbGASU, Candidate of Technical Sciences, and Associate Professor, and Vladimir Molodin, Vice-Rector for Research at the Novosibirsk State University of Architecture and Civil Engineering (SibStrIn), Head of the Department of Construction Technology and Organization, Doctor of Technical Sciences, and Professor.

During the visit, the colleagues visited Technonicol's research center and the Knauf-NGASU (SibStrIn) Consulting Center, which showcases modern, innovative finishing and roofing technologies. Of particular interest was NGASU's collaboration with PERI, a global manufacturer of formwork and scaffolding, as part of the "Universities" project, which aims to integrate advanced manufacturing solutions into the educational process.

One of the key areas of work for the SPbGASU Department of TOS is improving construction methods in extreme climatic conditions. The department's research enables efficient construction and ensures the reliable operation of buildings and structures at subzero temperatures. The department operates a laboratory for studying winter concreting processes, creating a solid scientific and experimental foundation for further research.

The meeting resulted in agreements to expand cooperation between the universities. The parties expressed their willingness to participate in research and practical conferences, exchange experiences in organizing the educational process and implementing research projects, and participate in dissertation review and serve as leading organizations.

The development of partnerships between SPbGASU and NGASU (SibStrIn) opens up new opportunities for strengthening scientific schools and training highly qualified specialists in the field of construction technology and organization.

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A Rosatom enterprise opened a School of Mathematical Modeling at Novosibirsk State University.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

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On February 16, 2026, the opening of the Modeling School of the Joint-Stock Company Engineering and Technical Center JET (JSC ETC JET, part of JSC Rosatom Service) took place at Novosibirsk State University (NSU).

Rosatom places special emphasis on training qualified personnel and supporting the comprehensive development of young people, including in engineering and mathematics. Established at the country's leading technical universities, the JET Engineering and Technology Center's Modeling Schools immerse final-year students in mathematical modeling and develop digital competencies relevant to the IT market.

Training at the Modeling School is based on the domestic innovative platform for mathematical modeling and digital twin creation, REPEAT (developed by JSC ITC JET). The Modeling School will provide comprehensive training for engineers in digital modeling.

"Creating our own modern developments and innovations for industry, training highly qualified specialists in technology and mathematics, and developing centers of excellence—these and other objectives for strengthening Russia's technological sovereignty are our goals as we expand the School of Modeling network. We believe that active and motivated NSU students—future graduates of the School of Modeling—will join the growing ranks of professionals capable of solving problems of national importance," noted Sergey Bukreev, Director of JET LAB.

As part of our development strategy, the university aims to strengthen the participation of industrial partners in educational projects. This helps us train specialists who, even during their studies, are immersed in the real industry environment, participating in projects and solving problems initiated by companies. Rosatom State Corporation is one of the university's key industrial partners. Since 2024, we have been working with a joint program. Master's program "Digital Twins and Scientific Engineering" on Faculty of Mechanics and Mathematics"The opening of the Modeling School marks a new and important stage in our collaboration. I am confident that this will open up additional opportunities for our students," commented NSU Rector and Corresponding Member of the Russian Academy of Sciences Dmitry Pyshny.

The School of Modeling at RSU has joined the growing network of engineering and mathematical schools of JSC "ITC "JET": students from KSPEU (Kazan), TPU (Tomsk), DSTU (Rostov-on-Don), KubSTU (Krasnodar), MPEI (Moscow), UrFU (Yekaterinburg), RSU (Moscow), and LETI (St. Petersburg) are already learning the basics of mathematical modeling on REPEAT.

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Financial news: 02/16/2026, 14-14 the values of the lower limit of the repo price corridor, the transfer rate and the range of interest rate risk assessment for the WUSH (iWUSHoldng) security were changed.

Translation. Region: Russian Federation –

Source: Moscow Exchange – Moscow Exchange –

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February 16, 2026

14:14

In accordance with the Methodology for determining the risk parameters of the stock market and the deposit market of PJSC Moscow Exchange by the National Credit Center (JSC) on 16.02.2026, 14-14 (Moscow time), the values of the lower limit of the repo price corridor with the settlement code Y0/Y1Dt (up to -34.7%), the transfer rate and the range of interest rate risk assessment (up to -0.1 rubles, equivalent to a rate of 54.95%) of the WUSH (iВУШХолднг) security were changed.

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Financial news: On the transfer of the currency position management instrument from the over-the-counter (OTCM) mode to the exchange-traded system trading mode (CETS).

Translation. Region: Russian Federation –

Source: Moscow Exchange – Moscow Exchange –

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Starting February 16, trading in the US dollar–Russian ruble currency pair will be transferred from the over-the-counter (OTCM) trading platform to the anonymous exchange-traded (CETS) trading platform. This tool is designed for currency position management and will allow a wider range of participants to develop trading and arbitrage strategies between available instruments for the USDRUB currency pair when it is transferred to the exchange-traded platform.

Closing a position in an instrument is done by executing a transaction in the opposite direction and fixing the trading result in rubles.

Transactions are concluded with a central counterparty, and the instrument is supported by cross-margining and single collateral for positions in the foreign exchange and futures markets.

The time for concluding transactions with the new instrument is from 10:00 to 19:00 Moscow time.

Please note: from June 13, 2024, due to the sanctions against the NCC and the ongoing blocking of correspondent accounts, settlements in US dollars using NCC correspondent accounts will not be carried out, including the crediting and debiting of currency, as well as the use of US dollars previously blocked in the said accounts to secure and fulfill obligations.

Contact information for media: 7 (495) 363-3232PR@moex.com

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Yuri Trutnev: The Far East will receive Il-114-300 aircraft.

Translation. Region: Russian Federation –

Source: Government of the Russian Federation – Government of the Russian Federation –

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Yuri Trutnev held a meeting on the prospects for the operation of the Il-114-300 on routes in the Far East and the Arctic.

Deputy Prime Minister and Presidential Plenipotentiary Envoy to the Far Eastern Federal District Yuri Trutnev held a meeting on the prospects for the production and operation of the Il-114-300 on routes in the Far East and the Arctic.

"We announced the topic of the meeting today – the prospects for the production and operation of the Il-114-300 on routes in the Far East and the Arctic. The topic is somewhat broader. In a number of regions, there is a general shortage of aircraft. Aircraft are being retired, and this is impacting the accessibility of the Far East for people and passenger comfort," Yuri Trutnev opened the meeting.

The meeting participants discussed the development of regional transportation in the Far East and the Arctic, as well as the possibility of acquiring aircraft for subsequent transfer to the unified Far Eastern airline, Aurora, for regional (local) transportation.

The Il-114-300 program is being implemented in accordance with the Russian President's directives on the organization of serial production of the Il-114 aircraft and its engine. The Il-114-300 is designed for regional air transport with a commercial payload of up to 6.8 tons and a passenger capacity of 50-68 passengers, capable of operating in high northern latitudes in both normal and adverse weather conditions.

To date, 336 certification flights have been completed. The primary flight program is complete. The passenger cabin interior has been fully manufactured and installed, and fire and strength tests have been completed. Testing on snow-covered runways, low-temperature tests, and tests in natural icing conditions are planned for the first quarter of this year.

"The main certification program was completed in 2025. This year, we are expanding the dataset, lifting existing restrictions, and demonstrating modes that aviation authorities have not yet had time to evaluate. The Il-114-300 aircraft is currently in Yakutia. We are confirming its ability to operate in extremely low temperatures. Testing is proceeding successfully. Today, for the first time, the Il-114-300 successfully landed and took off from a snow-covered unpaved runway at Magan Airport. This year, flight certification tests are also planned in natural icing conditions in the Arkhangelsk Region, and at Sabetta Airport, we plan to conduct ground and flight evaluations to confirm the aircraft's suitability for deployment and operation in high latitudes. Closer to May, we will test it in predicted thunderstorm conditions, and several other specialized certification programs are also planned. Two prototype aircraft are involved in flight testing, and another is undergoing ground testing. "Therefore, by the time the first aircraft are delivered, we plan to remove all restrictions that could hinder its effective commercial operation," explained Daniil Brenerman, Managing Director of JSC Il.

Following the meeting, Yuri Trutnev instructed the Russian Ministry of Industry and Trade, in conjunction with the Federal Air Transport Agency (Rosaviatsiya), to analyze the key factors determining the production and operating costs of Il-114-300 aircraft and develop a set of measures to reduce them while maintaining required quality and safety standards. Aurora Airlines, the Ministry of Transport, the Federal Air Transport Agency, the Ministry for the Development of the Russian Far East, and the Federal Agency for State Planning (FASU) Vostokgosplan were also instructed to analyze the economics of transportation, taking into account the replacement of retiring aircraft with Il-114-300s on specific routes.

"We need about 20 Il-114-300 aircraft in the Far East to replace the aging An-24/26 aircraft. This will help maintain passenger traffic and, if necessary, increase it. Regarding readiness, our colleagues from the Ministry of Industry and Trade and JSC Ilyushin reported that all major tests have been completed, the aircraft is essentially ready, and deliveries of batches of aircraft to operators in the Far East are scheduled for 2028, taking into account technical production cycles. We are, of course, interested in the earliest possible delivery date. Aircraft are desperately needed in the Far East. The fact that the Il-114-300 has arrived, that it has passed testing, and is being prepared for interregional air travel is very important," concluded Yuri Trutnev.

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Financial news: 02/16/2026, 11:27 AM (Moscow time) the lower boundary of the price corridor and the range for assessing market risks for the BYN/RUB currency pair were changed.

Translation. Region: Russian Federation –

Source: Moscow Exchange – Moscow Exchange –

An important disclaimer is at the bottom of this article.

In accordance with the Methodology for Determining Risk Parameters of the Foreign Exchange Market and Precious Metals Market of Moscow Exchange PJSC by the National Clearing Center (JSC) on February 16, 2026, 11:27 AM (Moscow time), the lower limit of the price corridor (up to RUB 22.61 in the TOD settlement mode) and the market risk assessment range (up to RUB 21.6101, equivalent to a rate of 19.51%) for the BYN/RUB currency pair were changed. New values are available. Here.

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Dmitry Chernyshenko: By 2026, 95 Professionalism clusters will be opened in Russia.

Translation. Region: Russian Federation –

Source: Government of the Russian Federation – Government of the Russian Federation –

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In 2026, 95 clusters from 43 Russian regions will join the federal "Professionalism" project of the national "Youth and Children" project. They will train specialists in 20 sectors in demand by the country's economy. This was announced by Deputy Prime Minister Dmitry Chernyshenko and Minister of Education Sergei Kravtsov.

"The 'Professionality' federal project allows us to build a system in which specialist training is tailored to the needs of enterprises. Our President, Vladimir Vladimirovich Putin, has called personnel issues fundamental to the country's development. The creation of new 'Professionality' clusters within the framework of the 'Youth and Children' national project is a direct investment in Russia's future. Currently, 506 clusters in 86 regions cover 24 key economic sectors. An additional 95 clusters from 43 Russian regions are expected to join the 'Professionality' project in 2026," emphasized Dmitry Chernyshenko.

As part of the "Professionality" program, employers participate in the development of training programs, provide modern equipment and mentors, and graduates enter production with real competencies and a readiness to begin work immediately.

Clusters will be opened in the following industries: agriculture (14), mechanical engineering (11), transport industry (9), construction industry (8), education (6), mining industry, information technology, light industry, fuel and energy complex, chemical industry (5 clusters each), clinical and preventive medicine, metallurgy, tourism and services (4 clusters each), electrical industry (3), radio electronics (2), rail transport, robotics industry, art and creative industry, electronics industry, forestry industry (one cluster each).

Education Minister Sergei Kravtsov clarified that the presentations of the activity plans for the "Professionality" clusters opening in 2026 and their operational strategies for 2026–2028 will be held in Kaluga on February 26 and 27 at the Federal Technopark for Professional Education. This event will help identify growth areas and areas for improving the clusters' performance.

"The 'Professionalism' project has become a systemic mechanism for transforming secondary vocational education. Thanks to the project, modern workshops are being created in colleges and technical schools, curricula are being updated, and training periods are being shortened. This model of training specialists tailored to specific employer needs has proven itself to be highly effective. Professionalism is legally enshrined as a new form of educational activity, which requires employer participation in the management of educational institutions and the organization of educational activities. From September 1, 2026, all colleges and technical schools across the country will be able to implement it," stated Sergey Kravtsov.

The federal project "Professionalism" was launched in 2022 and aims to align the personnel needs of enterprises with the capabilities of the secondary vocational education system.

The project is being implemented by the Ministry of Education. The federal operator is the Institute for the Development of Professional Education.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

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Yuri Trutnev instructed the Russian Ministry of Emergency Situations, in conjunction with federal ministries and agencies, to develop legislative amendments to protect the population and territories from emergency situations.

Translation. Region: Russian Federation –

Source: Government of the Russian Federation – Government of the Russian Federation –

An important disclaimer is at the bottom of this article.

Deputy Prime Minister and Presidential Plenipotentiary Representative in the Far Eastern Federal District Yuri Trutnev held a meeting on the issue of "Eliminating Administrative Restrictions in the Elimination of the Consequences of Emergencies."

"We have gathered to discuss the issue of emergency response. Unfortunately, emergencies are common in the Far East. These include fires, floods, and other natural disasters. For example, we recently experienced extreme snowfall in Kamchatka. All of this leads to destabilization of life in the regions and often poses risks to the lives and health of the population. At the same time, unfortunately, emergency response, and sometimes even prevention, often conflicts with current legislation," Yuri Trutnev opened the discussion.

In emergency response situations, executive bodies of constituent entities of the Russian Federation and local governments are faced with the need to comply with certain legal norms that prevent regulatory bodies from effectively implementing the response. This, in turn, leads to an increase in the number of victims, material damage, delays in restoration work, and a decrease in public confidence in government authorities.

The adoption of emergency measures by executive bodies of constituent entities of the Russian Federation in certain situations without the consent of regulatory authorities (Rosleskhoz, Rosprirodnadzor, Rospotrebnadzor, Rostekhnadzor) may entail, among other things, the violation of certain legal norms governing day-to-day activities, as well as create an additional risk of bringing employees of response units and workers of regional emergency services to liability established by the legislation of the Russian Federation.

Following the meeting, Yuri Trutnev instructed the Ministry of Emergency Situations, together with the Ministry for the Development of the Russian Far East, to analyze current legislation and, in conjunction with interested federal ministries and agencies, propose necessary legislative amendments.

"We need to review current legislation. I've been working in the Far East for over ten years, and I always try to visit areas where people's lives and health are at risk, because I believe it's my responsibility. I've seen a lot: burned-out villages, flooded settlements, derailed trains. Often, it was impossible to make timely decisions due to the limitations of current legislation. An interim meeting was held today. We need to address this issue not only within the context of the current emergency situation. For example, with forest fires—when the fire hasn't yet reached a populated area, but the forest is already ablaze, a state of emergency hasn't yet been declared, and homes are at risk of burning. We need to take precautions in advance, not wait until homes burn down. Only one agency can be responsible for taking preventative measures—the Ministry of the Russian Federation for Civil Defense, Emergencies, and Elimination of Consequences of Natural Disasters. I asked for another analysis. The Ministry of Emergency Situations will handle this in conjunction with relevant ministries and agencies. We will discuss this issue again in more detail," Yuri Trutnev concluded.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.