Industrial Regions Research Articles

Особливості суспільно-політичних процесів на Волині у 1905-1907 рр.

The purpose of the article is to study the speeches of the peasants and the activities of anti-government political parties in the Volyn province at the end of 1905-1907. The author has researched archival documents and scientific works in which the specifics and features of the revolutionary speeches in Volyn have been analyzed. Special attention is paid to highlighting the role of revolutionary parties in these processes. The research methodology is based on the use of general scientific research methods (analysis, synthesis and generalization) and special historical (chronological and comparative-historical) methods, which, in combination with the principles of objectivism, historicism and multifactoriality, created the necessary conditions for objective coverage of the tasks. The scientific novelty of the work lies in the fact that the author, on the basis of archival documents and scientific works, analyzed the peculiarities of the activities of national and revolutionary parties in Volyn at the beginning of the 20th century, highlighted the dynamics and specifics of peasant demonstrations in the region during the revolution of 1905-1907. Conclusions. On the basis of an unbiased analysis of archival documents and scientific works, the peculiarities and specifics of the activity of anti-imperialist political parties in Volyn on the eve of and during the revolutionary events of 1905-1907 were investigated. It was found that at the beginning of the 20th century. in Volyn, there were a few centers of Ukrainian, Jewish, Polish and socialist and neo-Marxist political groups. It is noted that socialist and neo-Marxist ideology was brought to the region by political figures who were detained by the police and sent by the imperial authorities to Volyn under police supervision. Neo-Marxists' close attention to Volhynia was dictated by its geographical location, because it was through the region that printed literature was illegally transported. During the revolutionary events in the Volyn province, peasant protests took place, aimed at the arbitrary cutting down of landowners' forests, cattle grazing, and in some cases there were also strikes of wage workers and austerities. However, in contrast to industrial regions, the labor movement in Volyn was insignificant, and in some cases employees refused to participate in strikes.

Industrial European regions at risk within the Fit for 55: How far implementing CBAM can mitigate?

The transition to a low-carbon economy can create new job opportunities but may cause job displacement in some sectors that heavily rely on fossil fuels. In order to gain a balanced appraisal in understanding the broader consequences of climate policies, this paper analyses the impact of the EU Fit for 55 with carbon border adjustment on EU employment at the regional level. Research findings prove that certain regions are disproportionately affected by job losses, indicating that the acceptability of these targeted policies should address these potential inequalities. The most exposed are regions with vast energy mining industries, however implementing CBAM reduces the exposure of regions with energy-intensive industries. Some regions in Greece, Spain and Italy are still very vulnerable post-CBAM implementation, suggesting high sensitivity of job losses and low capability of these regions to deal with energy transition. Accordingly, ensuring effective support for these vulnerable regions is critical to enhancing public acceptance and further cooperation for the EU climate commitment and a more well-managed transition to a low-carbon economy.

Smart specialization of industrial regions of Ukraine: organizational and economic support

Industrial regions of Ukraine, especially near-front territories (Donetsk, Luhansk, Kharkiv and Zaporizhzhia regions), suffered the greatest damage and losses as a result of the full-scale war. The needs for their recovery, according to the joint assessment of international institutions and the Ukrainian government, constitute half (50.46% or $207.2 billion USD) of the reconstruction needs for Ukraine. Considering the structural lag of the economy in industrial regions, dominated by sectors with weak innovation activity and low technological intensity, the continuation of pre-war development trajectories is absolutely unacceptable and non-competitive in the context of the Industry 4.0-5.0 which gains traction globally. In the conditions of a significant change in the profiles of industrial regions due to the war, there is an opportunity to revive their economy but on fundamentally new, innovative principles. Smart specialization can be utilized for this purpose, aiming at the structural transformation of the economy and the development of new competitive advantages for regions and countries. Emphasis is placed on the necessity of conducting a critical analysis and rethinking the implementation directions of smart specialization in the industrial regions of Ukraine. This is due to the varying degrees of consideration of its fundamental principles in the regional development strategies for 2021-2027 and the need for the structural transformation of their economies to overcome the consequences of the war for the local population. The purpose of the article is to identify key problems in the field of organizational and economic support for the implementation of the smart specialization approach in the industrial regions of Ukraine and to determine ways to solve them, taking into account purely Ukrainian challenges and EU experience. The role of organizational and economic support for the implementation of the smart specialization approach in national conditions has been substantiated. The scientific understanding of the main organizational and economic problems and shortcomings of the implementation of the smart specialization approach in the industrial regions of Ukraine has been deepened. It is highlighted that freezing these problems and the absence of appropriate actions to address them will prevent structural and innovation transformations in the economies of regions based on the principles of sustainable development, thereby excluding the possibility of overcoming their structural backwardness. Proposals on ways to solve existing organizational and economic problems are substantiated, taking into account purely Ukrainian challenges, and the knowledge obtained in the EU member states during the implementation of this approach over the last ten years. The practical implementation of these proposals will make it possible to adjust the smart-oriented goals and sectoral focuses of regional development strategies, to direct them to the transformation of the economy of industrial regions through the support of sectors and industries that have the potential to develop new competitive advantages.

Exploring Microbial Influence on Flavor Development during Coffee Processing in Humid Subtropical Climate through Metagenetic-Metabolomics Analysis.

Research into microbial interactions during coffee processing is essential for developing new methods that adapt to climate change and improve flavor, thus enhancing the resilience and quality of global coffee production. This study aimed to investigate how microbial communities interact and contribute to flavor development in coffee processing within humid subtropical climates. Employing Illumina sequencing for microbial dynamics analysis, and high-performance liquid chromatography (HPLC) integrated with gas chromatography-mass spectrometry (GC-MS) for metabolite assessment, the study revealed intricate microbial diversity and associated metabolic activities. Throughout the fermentation process, dominant microbial species included Enterobacter, Erwinia, Kluyvera, and Pantoea from the prokaryotic group, and Fusarium, Cladosporium, Kurtzmaniella, Leptosphaerulina, Neonectria, and Penicillium from the eukaryotic group. The key metabolites identified were ethanol, and lactic, acetic, and citric acids. Notably, the bacterial community plays a crucial role in flavor development by utilizing metabolic versatility to produce esters and alcohols, while plant-derived metabolites such as caffeine and linalool remain stable throughout the fermentation process. The undirected network analysis revealed 321 interactions among microbial species and key substances during the fermentation process, with Enterobacter, Kluyvera, and Serratia showing strong connections with sugar and various volatile compounds, such as hexanal, benzaldehyde, 3-methylbenzaldehyde, 2-butenal, and 4-heptenal. These interactions, including inhibitory effects by Fusarium and Cladosporium, suggest microbial adaptability to subtropical conditions, potentially influencing fermentation and coffee quality. The sensory analysis showed that the final beverage obtained a score of 80.83 ± 0.39, being classified as a specialty coffee by the Specialty Coffee Association (SCA) metrics. Nonetheless, further enhancements in acidity, body, and aftertaste could lead to a more balanced flavor profile. The findings of this research hold substantial implications for the coffee industry in humid subtropical regions, offering potential strategies to enhance flavor quality and consistency through controlled fermentation practices. Furthermore, this study contributes to the broader understanding of how microbial ecology interplays with environmental factors to influence food and beverage fermentation, a topic of growing interest in the context of climate change and sustainable agriculture.

Modern distributed production (manufacturing) as an important part of the future Ukrainian nationally rooted industry

The purpose of this paper is to propose a variant for the development of a part of the national industry, which would be free from the problems of large investments and threats of unprofitability against the background of innovations. Before the full-scale war, which began in 2022, Ukrainian industry was an offspring and a powerful part of the Soviet heavy industry, mainly of the third technological order. Now, the enterprises that were powerful generators of the national economy GDP are to a greater extent located in the temporarily occupied or front-line territory. Industrial regions suffered significant damage to the production base and infrastructure facilities. The post-war restoration of the domestic industry requires large capital investments, which the national economy is not capable of. In addition, there is a limitation on the duration of investment projects due to the rapid development of modern technologies. According to experts, any project whose implementation exceeds 3 years is risky. In addition, there is a Marxian tendency of the rate of profit to decrease, due to a change in the capital structure, in particular, a decrease in labor expenses. Modern processes of mechanization of production, increase of innovative components (computerization, Internet of things, digitalization, etc.) increase the risks of unprofitability. The authors give an example of the closure of coal mining enterprises in European countries against the background of scientific and technical progress. At the same time, based on the analysis of literary sources, the trend of the spread of the DIY 4.0 phenomenon (from Do It Yourself) was revealed – the use of the most modern technological elements for the manufacture of products designed to meet the manufacturers' own needs. Especially in the USA, the Maker Movement, which is a new culture of industrial activity, is developing. The article substantiates that the technological base of DIY 4.0 and the culture of the Maker Movement are the foundation of the new distributed manufacturing, free from the "curse" of mass investment and unprofitable innovation. It is distributed manufacturing that is able to fundamentally change the quality picture and structure of industry, to ensure the national rooting of industrial production.

THE DAILY WORK LIFE OF WOMEN IN STALINGRAD/VOLGOGRAD IN 1950s-1960s AS SEEN IN AUTO-DOCUMENTARY SOURCES

This paper studies the daily work life of urban women in Stalingrad/Volgograd in the 1950s-1960s, which at the time was the largest industrial region on the Lower Volga. What makes the study relevant is the use of women’s autodocumentary sources (diaries and oral memoirs), which reveal the sensual and emotional components of everyday life. The paper aims to identify the main features of women’s daily work life and to find out the level of women’s labor protection at enterprises in a nonmetropolitan area. The study concludes that the low level of protection of women’s labor, low wages burdened by taxes, and difficult communal and living conditions forced many women workers to adapt to the realities of life in the city being reborn after the war.

Curricular innovation for economic symbiosis: a neural network approach to aligning university supply chain programs with regional industry demands

Curricular innovation for economic symbiosis: a neural network approach to aligning university supply chain programs with regional industry demands

Specialized, diversified agglomeration and CO2 emissions —An empirical study based on panel data of Chinese cities

Taking proactive steps to control carbon emissions (CO2) in the industrial sector is crucial for meeting the “30.60” carbon reduction commitment expediently. This study meticulously investigates the correlation and underlying mechanisms between industrial agglomeration and CO2 emissions, employing the fixed-effect model and regulatory-effect model across 283 cities from 2006 to 2019.The findings reveal the following: Firstly, specialized agglomeration exacerbates CO2 emissions, while diversified agglomeration substantially contributes to their reduction. Notably, the carbon reduction effect of industrial diversification is particularly pronounced in the southern region, carbon peak region, and industrial transfer region. Secondly, delving into mechanisms uncovers that specialized agglomeration's exacerbating effect stems from labor misallocation, whereas diversified agglomeration mitigates CO2 emissions by enhancing both labor and capital allocation. Thirdly, regarding spatial spillover effects, specialized agglomeration not only increases CO2 emissions locally but also elevates nearby emissions, whereas diverse agglomeration not only reduces local CO2 emissions but also radiates carbon reduction in adjacent areas. To fully realize the benefits of agglomeration in reducing carbon emissions and promoting regional development, the government should thus support diversified agglomeration, remove any barriers preventing the flow of production factors, and fortify interregional industrial division and cooperation.

Ethylene Oxide in Southeastern Louisiana's Petrochemical Corridor: High Spatial Resolution Mobile Monitoring during HAP-MAP.

Ethylene oxide ("EtO") is an industrially made volatile organic compound and a known human carcinogen. There are few reliable reports of ambient EtO concentrations around production and end-use facilities, however, despite major exposure concerns. We present in situ, fast (1 Hz), sensitive EtO measurements made during February 2023 across the southeastern Louisiana industrial corridor. We aggregated mobile data at 500 m spatial resolution and reported average mixing ratios for 75 km of the corridor. Mean and median aggregated values were 31.4 and 23.3 ppt, respectively, and a majority (75%) of 500 m grid cells were above 10.9 ppt, the lifetime exposure concentration corresponding to 100-in-one million excess cancer risk (1 × 10-4). A small subset (3.3%) were above 109 ppt (1000-in-one million cancer risk, 1 × 10-3); these tended to be near EtO-emitting facilities, though we observed plumes over 10 km from the nearest facilities. Many plumes were highly correlated with other measured gases, indicating potential emission sources, and a subset was measured simultaneously with a second commercial analyzer, showing good agreement. We estimated EtO for 13 census tracts, all of which were higher than EPA estimates (median difference of 21.3 ppt). Our findings provide important information about EtO concentrations and potential exposure risks in a key industrial region and advance the application of EtO analytical methods for ambient sampling and mobile monitoring for air toxics.

Hydrochemical Characteristics and Evolution under the Influence of Multiple Anthropogenic Activities in Karst Aquifers, Northern China

The intensification of anthropogenic activities (agriculture, industry, and exploitation of water resources) during urbanization has posed significant challenges to the aquatic environment, particularly in karst regions. Karst aquifers are highly susceptible to surface contaminants and exhibit minimal natural remediation capabilities. Our understanding of the anthropogenic activities involved in these sensitive karst systems remains limited. To address this gap, we conducted a comprehensive study, collecting 285 groundwater samples in Feicheng, northern China, from 1996 to 2015. The overexploitation of karst groundwater has resulted in several concerns. The whole dataset was classified into four groups according to land use. Water quality assessments revealed a yearly decline, particularly in industrial and agricultural areas. The water chemistry transitioned from Ca-Mg-HCO3 to Ca-Mg-HCO3-SO4. Such evolution was attributed to natural hydrogeochemical processes, atmospheric precipitation, and anthropogenic inputs. Natural factors included water-rock interactions (the mineral dissolution) and ion exchange. Absolute principal component scores with multiple linear regression (APCS-MLR) were used to quantitatively estimate the sources of pollution. The results showed that hydrogeological settings (recharge, runoff, and discharge) were crucial in the hydrochemistry evolution of karst groundwater systems. In agricultural areas, it is recognized that much of the NO3− accumulation in aquifers came from upstream inputs in the groundwater system, not just irrigation and fertilization. Urban areas were affected by Cl− pollution, primarily due to domestic waste. Industrial regions of recharge zones were more susceptible to atmospheric precipitation and industrial waste, with pollutants infiltrating through rainfall and degrading water quality. Mining areas exhibit higher SO42− and lower pH due to the oxidation of sulfur-containing minerals. Therefore, the rapid response and low self-purification capacity of groundwater in karst regions necessitate caution in urban planning to mitigate impacts on these fragile systems.

Research on Knitted Garment Design and Innovation Countermeasures--Tongxiang Puyuan Knitwear Industry as an Example

As an important knitted garment production area in China, Tongxiang knitted garment market has a good production base. However, with the adjustment of supply and demand and changes in consumer demand, the existing knitted garment industry needs to adapt to the development of the times to carry out the corresponding industrial upgrading. This paper focuses on the existing knitted garment industry problems, such as: lack of innovation in knitted garment design, lack of brand competitiveness in the knitted garment market and inaccurate industrial positioning. Try to put forward to the use of design innovation, increase research and development efforts to improve the comprehensive ability of knitted garment enterprises; training of professional knitted garment design talent, and increase investment in science and technology so as to improve product quality and market taste; will be the neighboring regions of the garment industry organically combined together to drive the upgrading of the development of industrial proposals and countermeasures. Design and innovation as the driving force, better development of knitted garment industry in Tongxiang City.

Metal(loid) contamination in Bangladesh: a comprehensive synthesis in different landscapes with ecological and health implications.

Elevated metal(loid) concentrations in soil and foodstuffs is a significant global issue for many densely populated countries like Bangladesh, necessitating reliable estimation for sustainable management. Therefore, a comprehensive data synthesis from the published literature might help to provide a wholistic view of metal(loid) contamination in different areas in Bangladesh. This study provided a clearer view of metal(loid) contamination status and their associated ecological and health risks in different land use and ecosystems in Bangladesh. Comprehensive analyses were performed on data gathered from 143 published articles using multiple statistical techniques including meta-analysis. Considering the potential loading of metal(loid), the data were summarized under various groups, including coastal, rural, urban and industrial regions. Also, the concentrations of seven metal(loid)s, e.g., cadmium (Cd), chromium (Cr), copper (Cu), nickel (Ni), lead (Pb), zinc (Zn), and arsenic (As) in soil, sediment, cereal, vegetable, fruit, surface water and groundwater were included. Results showed that the relative concentrations of metal(loid)s in comparison to the maximum permissible limit (MPL) were mostly less than one, although they varied significantly for locations and individual metal(loid). However, the normalized cumulative relative concentrations over the MPL for all seven metal(loid)s across different environmental samples were 4.75, 2.97, 1.51 and 2.79 for coastal, industrial, rural and urban areas, respectively, which wasdue to the higher concentration of Cd, Cr and Cu. Similar to the metal(loid) concentrations, the average of cumulative median non-cancer risks for all metal(loid)s was in the order of industrial (6.46) > urban (4.05) > rural (3.83) > coastal (2.41). This research outcome will provide a foundation for future research on metal(loid)s and will help in pertinent policy-making by the relevant authorities in Bangladesh.

Analysis of dynamic relationship between agricultural products circulation service industry and circulation efficiency in less developed regions: based on data from Western China

The market circulation system for agricultural products in less-developed regions lags behind; it fails to meet the requirements for efficient circulation. Therefore, it is crucial to explore the dynamic relationship between the Agricultural Products Circulation (APC) service industry and circulation efficiency. Using panel data from 29 regions in China, the entropy method measured the Development Level (DL) of the APC service industry, while the non-oriented super-efficiency Slacks-Based Measure (SBM) model was employed to assess the APC efficiency. A Panel Vector Autoregressive (PVAR) model was built for estimation. The impulse response function and variance decomposition were utilized to analyze the differences in the DL of the APC service industry, circulation efficiency, and their interaction mechanism across the Western, Central, and Eastern regions of China. The findings indicate that the DL of the APC service industry and APC efficiency in the less-developed regions of the West have a positive driving effect on each other. However, the magnitude of this effect was asymmetric and transient. The APC service industry’s DL and APC efficiency are more dependent on their inertia, and no efficient two-way feedback mechanism has been formed. This study provides a reference for the construction and sustainable development of modernized APC systems in less-developed regions.

Headspace gas chromatography with various sample preparation and chemometric approaches to improve discrimination of wild and feeding civet coffee

Abstract Civet coffee, or kopi luwak, has attracted significant attention within the coffee industry in certain regions due to its distinct flavor characteristics that arise from the digestive processes of the civet. The ability to discriminate between wild and feeding civet coffee is of major importance in upholding the industry’s established standards of quality and transparency. This study introduces an innovative method to differentiate between these two coffee types using Headspace Gas Chromatography-Mass Spectrometry (HS-GCMS) with advanced data analysis using machine-learning techniques. This study encompasses seven samples collected from various regions, all of which were subjected to analysis in both roasted and unroasted forms. The data analysis consisted of Principal Component Analysis (PCA) and Hierarchical Cluster Analysis (HCA), which revealed clear trends that were mostly influenced by processing, indicating how roasting affects the chemical profiles of various coffee types. Further classification was conducted using Support Vector Machine (SVM) and Random Forest (RF) machine learning algorithms. SVM exhibited notable accuracy at 90%, effectively discriminating between wild and feeding civet coffee, whereas RF outperformed it with a remarkable 100% accuracy. This study contributes to the field of coffee characterization by presenting a robust approach to discriminate between roasted and unroasted wild and feeding civet coffee. This tool serves as a starting step for a valuable resource for both farmers and customers, as it promotes sustainable and ethical practices while retaining the distinct flavor characteristics of this exceptional specialty coffee.

Appraisal of the Potential for the Formation of Economic Clusters in the Industrial Branches of the Republic of Moldova, Using the Cluster-Index

The identification and mapping of industrial agglomerations with the help of the ClusterIndex, allows obtaining a comparative perspective at the territorial level of the potential for the formation of economic clusters. The authors of the research calculated the ClusterIndex at a disaggregated level in the economy of the Republic of Moldova, identifying the industrial branches and regions where there are industrial agglomerations that could be supported and transformed into functional economic clusters. The obtained data reveal the existence in the country’s economy of industrial agglomerations with a relevant level of concentration and those with a moderate level of concentration, also indicating the very diverse composition of the agglomerations, in terms of the industrial branches included. Geographically, most of the agglomerations are concentrated in the municipalities of Chisinau and Balti. The research results can serve as an objective source of information for central and local public authorities, which aim to develop policies and tools to support economic clusters.

Is Owner Satisfaction a Mediator between Service Quality and Behavioral Intentions in Low-cost Housing?

The Malaysian government has favorable policies to improve the affordability for the Malaysians particularly the low-income groups to own a house. The agendas of low-cost housing have been focusing on quality, adequacy, and affordability. However, there are failed housing projects particularly due to the lack of owners’ intentions to stay and other reasons. Therefore, this study aims to investigate the owner satisfaction's mediating role in the relationship between service quality and behavioral intentions (to stay or to move) for low-cost housing. The structured questionnaires were sent to low-cost house owners in southern (administration and business), northern (agriculture) and central (agriculture and industry) regions of Sarawak, and 403 responses were received. Mediated regression analysis and bootstrapping indirect effect were employed in the analysis. The results indicate that service quality has a significant positive relationship with behavioral intentions, and it also significantly contributes to owner satisfaction. However, the relationship between the owner satisfaction and behavioral intentions is not significant. Also, owner satisfaction has no mediating role in the relationship between service quality and behavioral intentions in Sarawak low-cost housing.

Significant contributions of the petroleum industry to volatile organic compounds and ozone pollution: Insights from year-long observations in the Yellow River Delta

The petroleum industry is a significant source of anthropogenic volatile organic compounds (VOCs), but up to now, its exact impact on urban VOCs and ozone (O3) remains unclear. This study conducted year-long VOC observations in Dongying, China, a petroleum industrial region. The VOCs from the petroleum industry (oil and gas volatilization and petrochemical production) were identified by employing the positive matrix factorization model, and their contribution to O3 formation was quantitatively evaluated using an observation-based chemical box model. The observed annual average concentration of VOCs was 68.6 ± 63.5 ppbv, with a maximum daily average of 335.3 ppbv. The petroleum industry accounted for 66.5% of total VOCs, contributing 54.9% from oil and gas evaporation and 11.6% from petrochemical production. Model results indicated that VOCs from the petroleum industry contributed to 31% of net O3 production, with 21.3% and 34.2% contributions to HO2+NO and RO2+NO pathways, respectively. The larger impact on the RO2 pathway is primarily due to the fact that OH+VOCs account for 86.9% of the primary source of RO2. This study highlights the critical role of controlling VOCs from the petroleum industry in urban O3 pollution, especially those from previously overlooked low-reactivity alkanes.

The spatial effect of low-carbon development of regional industries driven by the digital economy: evidence from Chinese cities

Utilizing data that encompass municipalities and regions within China at the prefectural level and beyond, spanning the period from 2012 to 2021, this study employed the spatial Durbin model to assess the spatial spillover impact of the digital economy in propelling low-carbon advancement within regional physical industries. This investigation elucidates the spatial spillover mechanism that underlies the low-carbon evolution of regional industries catalyzed by the digital economy and offers nuanced insights. The findings delineate the following observations: (1) The digital economy propels the low-carbon progression of indigenous physical industries and stimulates the low-carbon development of proximate regions’ physical industries through discernible spatial spillover effects. (2) The spatial spillover ramifications of the digital economy manifest a substantive correlation with urban attributes, including geographical positioning, population size, and market integration levels. Notably, municipalities situated in the southeast coastal region, those characterized by larger population sizes, and those exhibiting heightened market integration levels show greater spatial spillover effects attributable to the digital economy. (3) The safeguarding of intangible asset equity property, a pivotal institutional underpinning for fostering digital economic development, amplifies the spatial spillover effect of the digital economy in propelling low-carbon development within regional industries. (4) As geographical and spatial distances expand, the spatial spillover effect of the digital economy attenuates, indicating a diminishing influence with increasing spatial separation.

The New Policy for Innovative Transformation in Regional Industrial Chains, the Conversion of New and Old Kinetic Energy, and Energy Poverty Alleviation

The New Policy for Innovative Transformation in Regional Industrial Chains, the Conversion of New and Old Kinetic Energy, and Energy Poverty Alleviation

ВЛИЯНИЕ НЕОЛИБЕРАЛЬНОЙ ИДЕОЛОГИИ НА СОЦИАЛЬНО-ЭКОНОМИЧЕСКОЕ РАЗВИТИЕ СЫРЬЕВЫХ РЕГИОНОВ РОССИИ

Neoliberalism, as an ideology, influences various industries and regions in Russia to varying degrees. In industry regions, this influence can be especially pronounced, given the specifics of economic activity and socio-economic conditions. That is why it is important to take into account and measure the positive and negative impact of neoliberal policies in relation to regions with single-industry specialization. This article examines the impact of neoliberal ideology on the socio-economic development of the raw material regions of the Russian Federation. The analysis of the basic principles of neoliberalism and their impact on economic policy, especially in the context of regions dependent on the extraction and export of natural resources, is carried out. To achieve the purpose of the study, qualitative and quantitative methods were used, including the analysis of official statistical data, a literary review and expert assessments. The article examines the changes in the economic structure, standard of living and social sphere of these regions under the influence of neoliberal reforms. Special attention is paid to the growth of social inequalities, the deterioration of working and living conditions of the population. The results of the conducted research can be used for the development and successful implementation of subsequent programs for the development of raw materials regions. The article offers recommendations on adjusting economic policy in order to mitigate the negative effects of neoliberal principles on raw material regions and increase sustainable socio-economic development.