Sustainable Development Management Research Articles

Новые возможности и новые риски устойчивого развития российской Арктики в условии климатических изменений

The Arctic climate has been changing dramatically in recent years. This external condition, on the one hand, increases the risk of sustainable development of the Arctic; on the other hand, in combination with the management factors of the Russian Federation’s Arctic zone, it provides new development oppor-tunities. Based on the authors’ methodology, the paper assesses the efficiency of sustainable development management of the Arctic by comparing the costs of environmental protection and the volume of pollutants entering the Arctic ecosystems. The study showed that, despite the growth of current expenditures on sustainable development management in the Arctic, their use cannot be considered fully effective and efficient: financial investments do not always lead to a reduction in pollution; investments in sustainable development are uneven and depend on the current conjuncture. Changes in the Arctic climate were assessed by comparing indicators for the period from 1971 to the present, characterizing air temperature, precipitation, snow cover, sea and river ice, permafrost, etc. The analysis revealed an accelerated growth of Arctic climate change indicators. The impact of climate change on new opportunities and new risks for the sustainable development of the Russian Arctic was determined on the basis of authors’ research and correlated with the opinion of authoritative Arctic researchers. Based on the results of the study, the positive and negative effects of the implementation of new opportunities for the Arctic territories in the context of climate change have been identified.

RETRACTION: Measuring the management of natural resources and regional sustainable development: Mediating role of green finance in China

RETRACTION: M. Tao, B. Zhang, G.B.A. Kizi, “Measuring the management of natural resources and regional sustainable development: Mediating role of green finance in China,” Geological Journal 58, no. 9 (2023): 3278–3287, https://doi.org/10.1002/gj.4820.The above article, published online on 13 July 2023 in Wiley Online Library (wileyonlinelibrary.com), has been retracted by agreement between the journal's Editors in Chief, Ian D. Somerville and Yunpeng Dong; and John Wiley & Sons Ltd. The retraction has been agreed following concerns raised by a third party. Further investigation by the publisher has found manipulation of the peer review process. The retraction is warranted due to the compromised integrity of the article's peer review.

Analyzing Land Use and Land Cover Dynamics Using Geospatial Approaches: A Case Study of District Lahore, Pakistan

The present study focuses on the city of Lahore due to the substantial impacts of LULC on land-atmosphereclimatic interactions. This study aims to find and interpret the variations in land use patterns in Lahore during 20 years(2003, 2013, and 2023) with a ten-year interval. For in-depth analysis, four different classes- built-up, barren land,vegetation, and water bodies were determined. Several pre- and post-processing procedures were carefully carried outto improve the accuracy of the results after Landsat 7, Landsat 8, and Sentinel 2 satellite imageries had been utilized.The methodology included supervised classification using the maximum likelihood algorithm along with changedetection to evaluate and interpret the LULC alterations. The extent of change is demonstrated by quantitative datashowing that the built-up area increased from 308.6491261 sq. km in 2003 to 336.9702759 sq. km in 2023. On theother hand, there was a drop of 1099.13587 sq. km in barren land and a decrease of 10.47416794 sq. km in waterbodies. Despite a notable rise between 2003 and 2013, vegetation cover decreased by 328.4721624 sq. km by 2023.This study offers important insights for sustainable urban development and land management policy in addition tofurthering our understanding of the dynamics of land use and land cover in Lahore

Land use predicition accuracy of different supervised classifiers over agriculture and livestock economy-based municipality in Brazil

The dynamics of land use and land cover (LULC) are of great importance for the management of natural resources, sustainable development and urban planning over geographic space, and this condition is sometimes supported by geoprocessing and remote sensing techniques. In addition, machine learning methods automate the classification and modeling of spatialized prediction processes on orbital images, and with the high precision and adherence of these data, important results and conclusions are the result of these methods. The decision for which classification typology presents the best results is related to the application and considering the LULC prediction as input to a cellular automata (CA) network, the performances of Classification and Regression Tree (CART), Random Forest (RF) and Minimum Distance (MID) for predicting land use and occupation in Sinop, Brazil were assessed. Using the median of the reference years 2013 and 2015 to create a transition potential modelling (TPM) neural network, and then predict a scenario in 2017, the performance was verified with Kappa and global accuracy (OA) statistics. With the highest performance, the RF typology reached the best performance in an area of mostly agricultural occupation, separated into four classes (native forest, urban area, water and bare soil/agricultural activity). The errors inherent to each classifier were decisive for a greater prediction error, where the other classifiers (CART and MID) mistakenly classified the urban area class, but which statistically were not gross errors. Considering the ground truth and the best statistical performance, the prediction of land use and occupation for a scenario as seen in Sinop potentially achieves better results with the Random Forest classifier.

Collaborative projects: sustainable development and risk management in the corrugated cardboard industry

The high costs of environmentally responsible and socially just approaches are some of the factors that hinder the implementation of sustainable projects in the industrial sector. However, upstream collaborative integration in the corrugated cardboard industry in southeastern Brazil is a reality. In this context, this study aimed to highlight the structure of a collaborative sustainable project in the context of the corrugated cardboard industry, to analyze ESG risk management in the corrugated cardboard industry in the Southeast Region of Brazil, the relationship between ESG risk management and social responsibility in corrugated cardboard industries, the strengths and weaknesses of risk management models in use by the consulted participants, and to propose innovations regarding risk analysis, applicable in sustainable projects with a collaborative bias. The methodology adopted was the case study, with consultation with managers in professional activity in the industrial sector, corroborated by document analysis and systematic review of the literature. We identified preliminary risk analysis (PRA) and failure mode analysis (FMEA) as key practices used by managers in the corrugated paper industry in the region. These practices are insufficient in the convergence of objectives, engagement with the community, and extension of the lifecycle of products and processes. Our findings show that the sustainability of a project may be an extension of the risk analyses carried out in the initial phase, mainly about strategic decision-making and the operationalization of investments. Without bias to the need for risk analysis, the life cycle analysis is also an effective way of highlighting the critical factors, weaknesses, and strengths of a sustainable project. The study indicates the so-called GUT matrix approach (gravity – urgency – tendency) as the most suitable for innovation in risk analyses oriented towards sustainable projects in the analyzed sector.

Sustainable Redevelopment by Reuse and Recycle of C&D Waste in Mumbai

Solid waste that is generated due to demolition or alteration, any renovation work, structure repairing work is known as Construction and demolition waste (C&D). This waste is considered low risk waste but found in high volume. This waste can be used as resource for recycling and reusing. Due to increase in C&D waste environmental concerns and public health concerns are also increased. This causes necessity for recycling and reusing of C&D waste. If proper waste materials are managed, cleaned and sieved in industrial crushing plants materials can be reused. In spite of this demolition waste is dumped into dumping grounds of Mumbai. Mumbai Metropolitan Region (MMR) has nine municipal corporations which has area of 4,355sq.km. Under 74th Constitutional Amendment, Municipal Corporations in India are mandated to have solid waste management. In MMR all municipal corporations have centralized waste management that is dumped into nearby landfills. There are multiple players including informal sectors who are merging in managing C&D waste to decentralized the process. Due to increase in C&D waste in dumping grounds of Mumbai necessity to develop waste management plan is important. Working towards achieving this will help to reduce hazardous effect on humans and environment. This study highlights the need of reusing and recycling of C&D waste with proper management for sustainable development in city of Mumbai.

Integrated Environmental Management: Achieving Sustainable Development through the Lens of Water, Air and Waste

This paper explores the global status, primary issues, challenges, and implications of water, air, and waste management for sustainable development. Water management is crucial to achieving sustainable development goals. Currently, half of the global population faces severe water shortages annually, and a quarter faces "extremely high" water stress. Air management is closely tied to energy consumption, urbanization, and industrialization, with air pollution causing millions of premature deaths each year, especially in low- and middle-income countries. Waste management faces challenges from plastic pollution, electronic waste, and food waste, urgently requiring global improvements in infrastructure and regulations. The paper emphasizes the importance of an integrated approach to water, air, and waste management, as they are interconnected and impact the environment, health, and the economy. It calls for policy innovation, technological advancements, and societal behavior change, and emphasizes global cooperation and local action to achieve sustainable development goals.

Integrating remote sensing and field investigation for lithological mapping of Per-Eonile to Neonile sequences west of Sohag city, Egypt: Impact on urban development

In the domains of geological study, natural resource exploitation, geological hazards, sustainable development, and environmental management, lithological mapping holds significant importance. Conventional approaches to lithological mapping sometimes entail considerable effort and difficulties, especially in geographically isolated or inaccessible regions. Incorporating geological surveys and satellite data is a powerful approach that can be effectively employed for lithological mapping. During this process, contemporary RS-enhancing methodologies demonstrate a remarkable proficiency in identifying complex patterns and attributes within the data, hence facilitating the classification of diverse lithological entities. The primary objective of this study is to ascertain the lithological units present in the western section of the Sohag region. This objective will be achieved by integrated Landsat ETM+ satellite imagery and field observations. To achieve our objectives, we employed many methodologies, including the true and false color composition (FCC&TCC), the minimal noise fraction (MNF), principal component analysis (PCA), decoration stretch (DS), and independent component analysis (ICA). Our findings from the field investigation and the data presented offer compelling evidence that the distinct lithological units can be effectively distinguished. A recently introduced geology map has been incorporated within the research area. The sequence of formations depicted in this map is as follows: Thebes, Drunka, Katkut, Abu Retag, Issawia, Armant, Qena, Abbassia, and Dandara. Implementing this integrated technique enhances our comprehension of geological units and their impacts on urban development in the area. Based on the new geologic map of the study area, geologists can improve urban development in the regions by detecting building materials “aggregates”. This underscores the significance and potential of our research in the context of urban development.

Optimizing scope 3 emissions in the automotive manufacturing industry: a multidisciplinary approach

The acceleration of global climate change poses enormous challenges to the automotive manufacturing industry, a key sector in reducing greenhouse gas (GHG) emissions. Particularly, Scope 3 emissions, encompassing indirect emissions, often constitute the largest carbon footprint component in this sector, yet their quantification and management remain challenging. This paper proposes an interdisciplinary approach that integrates cloud computing, text analysis, and machine learning, and systematically details its implementation, key benefits, and potential applications. Through this methodology, the paper seeks to provide the automotive industry with innovative and actionable insights to tackle the complexities of Scope 3 emissions. It focuses on enhancing the accuracy of emission quantification and optimizing supply chains, aiming to reduce the overall carbon footprint. Moreover, this paper outlines the future challenges and directions for these technologies and methodologies in sustainable development and environmental management. This work underlines the critical role of interdisciplinary approaches in resolving environmental challenges, setting the stage for the automotive industry to forge paths towards a greener future.Graphical

Circular Economy Principles and Their Integration into Global Supply Chain Strategies

The concept of circular economy has gained significant traction in recent years as a holistic approach to sustainable development and resource management. This review explores the principles of circular economy and their integration into global supply chain strategies. The transition from a linear 'take-make-dispose' model to a circular model focused on resource recovery, reuse, and regeneration is driving a paradigm shift in how businesses operate and manage their supply chains. Key principles of circular economy, including designing out waste and pollution, keeping products and materials in use, and regenerating natural systems, are examined in the context of supply chain management. Strategies for implementing circular economy principles across various stages of the supply chain, from product design and manufacturing to distribution, consumption, and end-of-life management, are discussed. The review highlights the benefits of adopting circular economy principles in supply chain strategies, including reduced resource consumption, waste reduction, cost savings, and enhanced resilience to external shocks. Case studies and examples from diverse industries illustrate successful implementation of circular economy principles in supply chain management, demonstrating tangible environmental, social, and economic benefits. Challenges and barriers to the adoption of circular economy principles in global supply chains are also addressed, including regulatory hurdles, technological limitations, and cultural barriers. Strategies for overcoming these challenges and promoting a circular mindset among stakeholders are explored, emphasizing the importance of collaboration, innovation, and cross-sector partnerships. The integration of circular economy principles into global supply chain strategies offers significant opportunities for sustainable growth, resilience, and value creation. By embracing the principles of circularity, businesses can unlock new sources of competitive advantage while contributing to the transition towards a more sustainable and regenerative economy. Keywords: Circular Economy, Supply Chain, Sustainability, Integration, Challenges, Opportunities.

Evaluating net primary productivity dynamics and their response to land-use change in the loess plateau after the 'Grain for Green' program

Assessing net primary productivity (NPP) dynamics and the contribution of land-use change (LUC) to NPP can help guide scientific policy to better restore and control the ecological environment. Since 1999, the “Green for Grain” Program (GGP) has strongly affected the spatial and temporal pattern of NPP on the Loess Plateau (LP); however, the multifaceted impact of phased vegetation engineering measures on NPP dynamics remains unclear. In this study, the Carnegie-Ames-Stanford Approach (CASA) model was used to simulate NPP dynamics and quantify the relative contributions of LUC and climate change (CC) to NPP under two different scenarios. The results showed that the average NPP on the LP increased from 240.7 gC·m−2 to 422.5 gC·m−2 from 2001 to 2020, with 67.43% of the areas showing a significant increasing trend. LUC was the main contributor to NPP increases during the study period, and precipitation was the most important climatic factor affecting NPP dynamics. The cumulative amount of NPP change caused by LUC (ΔNPPLUC) showed a fluctuating growth trend (from 46.23 gC·m−2 to 127.25 gC·m−2), with a higher growth rate in period ΙΙ (2010–2020) than in period Ι (2001–2010), which may be related to the accumulation of vegetation biomass and the delayed effect of the GGP on NPP. The contribution rate of LUC to increased NPP in periods Ι and ΙΙ was 101.2% and 51.2%, respectively. Regarding the transformation mode, the transformation of grassland to forest had the greatest influence on ΔNPPLUC. Regarding land-use type, the increased efficiency of NPP was improved in cropland, grassland, and forest. This study provides a scientific basis for the scientific management and development of vegetation engineering measures and regional sustainable development.

A gap approach for preventing stress in complex systems: managing natural hazard induced fiscal risks under a changing climate

Disasters associated with natural hazards as well as climate change are happening within complex socio-economic systems and desired system states, including sustainable development and resource management, are formulated on the global as well as regional and national levels. However, complex system approaches are yet only rudimentarily incorporated in related applications, and we discuss modeling as well as policy challenges focusing on fiscal risk. As an intermediate step we suggest a gap approach which we relate to fiscal stress levels a complex system may experience due to natural hazard events. We argue that in case of no gaps one can assume a no stress situation and therefore modeling of disruptions including cascading effects is less necessary. However, at the same time we also acknowledge that there is an urgent need to address corresponding challenges with complex system methods. Policy-wise our paper responds to concerns for real-world applications and can provide insights to support current discussions within the UNFCCC and Paris Agreement around both adaptation finance and the new funding arrangements for loss and damage from climate impacts established at COP27.

Unravelling the non-linear response of ecosystem services to urban-rural transformation in the Beijing-Tianjin-Hebei region, China

In our transforming world, ecosystem services (ESs) and biodiversity are threatened by urban sprawl with rapid urban-rural transformation (URT), jeopardizing human well-being. Understanding the effect of URT on ESs is critical, particularly in areas those have undergone rapid urbanization. Taken the Beijing-Tianjin-Hebei (BTH) region of China as a typical case, this study measures the URT from the population-land-industry perspective and elucidates the influence of each index of URT on ESs at different stages. The URT process experienced a decline in population growth, an increase in land urbanization, and stability in non-agriculturalization rate. In particular, this study reveals an intricate and complex non-linear relationship between URT and ESs. URT negatively affects grain production (GP), habitat quality (HQ), soil retention (SR), and carbon sequestration (CS) and has a positive impact on water yield (WY). Furthermore, it was found that the response threshold of ESs to URTIs increased over time, indicating that ESs can maintain a certain degree of stability and resilience in the face of URT activities. However, ensuring the continued stability and resilience increasingly depends on the implementation of effective management and protection measures. This study advances our knowledge of the complex dynamics between URT and ESs in rapidly urbanizing areas and provides valuable insights for policymakers and planners to guide sustainable development and effective resource management.

The State of Agricultural Development and Industrial Prosperity Pathway and Strategy Design in the Context of Data-Driven and Rural Revitalization

Current advances in materials science are providing a huge variety of novel adsorbents that could be used for the transformation and storage of low-temperature heat, such as the heat generated by renewable energy sources.Achieving industrial prosperity is a key step in building an all-round well-off society and realizing agricultural modernization. In the process of industrial prosperity, there are also many problems: firstly, the long-term traditional farming in China has led to the information blockage and ideological constraint of most farmers in China, so that they are slow to accept new things and new ideas; secondly, due to the "one long and one short" characteristic of long growth cycle and short storage cycle of agricultural products, it is difficult for rural transportation and deep processing of agricultural products. Secondly, because of the "long and short" nature of the long growth cycle and short storage cycle of agricultural products, the demand for rural transportation and deep processing of agricultural products is high. This study is based on the problems related to sustainable agricultural development in traditional agricultural areas. The main purpose of this study is to clarify the sustainable development status of agricultural systems under different agricultural development paths in traditional agricultural areas, to establish a methodological system for studying regional agricultural development paths, to explore the optimal path for sustainable regional agricultural development, and orderly management of sustainable agricultural development in traditional agricultural areas, so as to promote the sustainable development of traditional agricultural areas with economic prosperity, social stability and ecological health. The experimental results prove that the optimized SGA algorithm has carried out good system dynamics modeling for the typical traditional agricultural area - the problem of choosing the agricultural development path, and the comprehensive evaluation of the simulation results.

Economic and environmental component in the field of sustainable development management

Economic and environmental component in the field of sustainable development management

Study on the Role of Human Resource Management in Sustainable Development

Study on the Role of Human Resource Management in Sustainable Development

Water Footprint Flow and Vulnerability of China’s Provincial Energy Sector

Water and energy are mutually reinforcing elements in production and consumption activities, forming an inseparable relationship. This study, conducted at the provincial level, investigates the intricate connections between energy water footprint flow, water shortage, and water pollution. It aims to elucidate the vulnerability of provincial energy sectors to water use, fostering regional coordinated management for sustainable energy and water development. Utilizing a multi-regional input–output model, the research analyzes both the quantity and quality of water resources. The water footprint of China’s provincial energy sector is quantified and scrutinized. Furthermore, an evaluation index system is constructed based on the water footprint concept. The entropy weight TOPSIS method is then applied to assess the vulnerability of inter-provincial energy sector water footprints. The key findings are as follows: (1) The energy water footprint has shifted from water resource-deficient areas, such as the northwest, North China, and northeast, to economically developed regions with relatively abundant water resources, such as East China and South China. This reveals that the transfer of water footprints in economic activities does not entirely alleviate water shortages in China and may even exacerbate shortages in certain water-deficient areas. (2) The graywater footprint of the energy sector is significantly larger than the blue water footprint and water shortage footprint. (3) The production and supply departments of power and heat emerge as the largest contributors to the transfer of energy and water footprints from water shortage areas to water-rich areas, followed by coal mining and dressing departments. (4) Top 10 Vulnerable Provinces: Tibet, Zhejiang, Ningxia, Tianjin, Jiangsu, Henan, Hunan, Beijing, Chongqing, and Hebei are identified as the top 10 provinces vulnerable to water footprints in the energy sector. This vulnerability closely correlates with the energy sector’s dependence on water footprints and production leverage. Recommendations include optimizing the energy mix and establishing stable external water footprint supply channels for provinces with high water footprint dependence. Provinces with high production leverage are advised to accelerate innovation and application of water-saving technologies in key energy sectors, increase the utilization of clean energy, and enhance resource recycling. National government departments should focus on controlling and reducing water pollutants in the energy sector across regions, addressing water shortages by purifying water bodies and improving water quality.

Assessment of Nature Reserve Park Management for Sustainable Development: Insights from Idanre Hills in Ondo State Southwest, Nigeria

Despite Nigeria is gifted with a wealth of natural resources and rich cultural heritage, is still backward in terms of economic development. Therefore, ecotourism has therefore been identified as a vital regional approach for harmonizing economic growth and conservation. Thus, the study empirically evaluates the current state of ecotourism in Oke Idanre hills in Idanre Local Government Area of Ondo State, Nigeria. Primary and secondary data were collected and sourced with the aid of questionnaire and scheduled Interviews. The data involved qualitative analysis using descriptive statistics. The results revealed that although ecotourism is still at an early stage, some socioeconomic benefits for the Idanre community exist such as the employment of locals as tourist guides and other investments as a result of this destination. The finding shows the use and access of resources by the locals in the Idanre community as logging and poaching have become the order of the day. Also, Idanre locals have had to cope with reduced access to some parts of the hills especially during the day since the site was listed by UNESCO as a world heritage site. The dilapidated site resort has brought about revenue loss to the community. The site offers rich cultural artefacts and a tour guide is usually attached to educate the tourists. Hence this study is necessary to ascertain the current state of ecotourism in Idanre hills looking from the community perspective, the practices, administration, and management of Idanre hills, also recommendations offered are centered on the study of the findings.

Development of a strategy for sustainable development of enterprises in conditions of uncertainty

In modern conditions, the development of socio-economic systems takes place under the influence of external and internal factors. In a world where constant changes occur, such characteristics of an object or system as stability and permanence become especially important. Due to the need to renew the national economy, an essential aspect of the functioning of enterprises at the current stage is their sustainable development, which must meet the needs of people at present and create a prosperous future for the next generations. Its components must be organically integrated into the strategic management of the enterprise. The purpose of this publication is to critically evaluate various theoretical and methodological approaches to the formation of sustainable development. Specifically, we aim to uncover the unique challenges and strategies involved in the sustainable development of business structures amidst the current socio-economic uncertainties. The article examines the essence of the formation of a strategy for the sustainable development of an enterprise. The essential content of the sustainable development of the economy within the framework of the "Goals of sustainable development" has been determined. Approaches to the study of interpretations of the concept of "sustainable development of the enterprise" are substantiated, determining the multifaceted nature of this concept and its complex nature. The experience of EU countries in the field of strategic management of sustainable business development is considered. The essence of the concepts of strategy, enterprise strategy, strategic planning, and strategy of sustainable development of the enterprise is defined. The elements of the strategy of sustainable development of the enterprise as a socio-ecological-economic system were studied. It is noted that enterprise strategies should be formed according to different principles based on strategic planning and management postulates. Conclusions. Strategy is the primary tool that allows an enterprise in an unstable external environment to determine the direction of activity and target orientations, develop a plan of measures to achieve the set goals and maintain the ability to maintain a high level of competitiveness and not lose parameters of sustainability. The symbiosis of strategic, innovative, and sustainability aspects of the enterprise's development will increase its social, environmental, and economic efficiency, thus ensuring a high level of competitiveness and survival of the enterprise in the long term. Keywords: sustainable development of the enterprise, sustainable development strategy, strategic planning, socio-ecological-economic system.

Strategic Inventory Management: Exploring the Interplay of Holidays, Market Demand, and Financial Factors

This study aims to explore the relationship between inventory and business operations as businesses increasingly focus on the strategic management of inventory. Inventory, or stock, refers to a catalog of items, components, and raw materials that a firm regularly uses or sells. The study starts by highlighting the significance of inventory in measuring a firm’s financial position, profitability, and liquidity. It then focuses on raw materials, work-in-process, finished goods, pending inventories, demand fluctuations, festive influences, and financial constraints. The paper begins with a detailed literature review of inventory types and factors that affect them. The study proposes the hypothesis that inventory changes are closely related to holidays, demand, and the firm's financial position. This paper examines the impact of holidays, market demand, and a firm’s financial position on inventories. It concludes that inventory management significantly affects firms’ operations and calls for further research on the relationship between inventory levels, cost of capital, and profitability to optimize inventory management for sustainable development.