Sustainable Development Model Research Articles

A quantitative priority-based approach using a multi-criteria decision-making model for sustainable coastal city development

A quantitative priority-based approach using a multi-criteria decision-making model for sustainable coastal city development

THE CARBON FOOTPRINT AND MONETARY VALUE OF ENVIRONMENTAL IMPAIRMENT BY THE DISPLACEMENT TOWARDS PROTECTED AREAS IN ECUADOR

Objective: Generate environmental awareness and economic valuation of the pollution caused by the movement of people to the protected areas (PA) of Ecuador from the city of Ambato. Theoretical Framework: The perspectives of alternative development and sustainable development models provide the theoretical framework that supports this work and allows us to envision alternatives for solving environmental conflicts such as pollution and environmental deterioration of the country's protected areas. Method: The methodology used was built based on environmental assessment methods. Thus, first, the country's protected areas were identified, and the distances from Ambato to the PAs in kilometers were calculated. Then, the fuel used for the trip was calculated, as well as the fuel consumption of the round trip, which helped to obtain the carbon footprint generated by the transfer and determine the environmental cost of the carbon dioxide emission. Results and Discussion: The investigation results determined that the cost of environmental contamination when visiting the 47 Ecuadorian protected areas was $395,391.37. Research Implications: However, the contribution of this study focuses on providing evidence that conserving nature is more profitable than exploiting it. Originality/Value: The study demonstrates the need to change transportation for a sustainable mobility system to achieve social, economic, and environmental balance.

Blockchain for urban governance: Enhancing trust in smart city systems with advanced techniques

The rapid urbanization and increasing energy demands necessitate innovative solutions for efficient energy governance in smart cities from the social science perspective. This paper introduces a comprehensive framework for Urban Energy Governance (UEG), focusing on the collaboration of three urban systems in energy exchange considering social and environmental impacts. To address the challenges of security, energy forecasting, and nonlinear optimization, we employ advanced techniques, including blockchain technology, Long Short-Term Memory (LSTM) networks for accurate energy forecasting, and a modified Particle Swarm Optimization (PSO) algorithm for solving the proposed nonlinear optimization problem. The utilization of blockchain enhances the security and transparency of energy transactions, fostering trust among stakeholders. Additionally, LSTM models leverage historical data to provide precise energy forecasts, optimizing resource utilization. The modified PSO algorithm tailors optimization to the specific nonlinearities of the proposed problem, ensuring efficient and effective decision-making in the context of Urban Energy Governance. Through a multi-faceted approach, our framework contributes to the advancement of smart city systems, providing a secure, forecast-driven, and optimized energy governance model for sustainable urban development.

Study on Sustainable Development Model of Community Renewal based on the Green Development Model

The community is an important part of the city. With the city's development, it is faced with the problem of renewal and reconstruction of the old community. It is necessary to explore the sustainable development of the community. In this paper, evaluation and analysis of the coordinated development of the ecological environment and economy of the community are studied. The indicators were selected appropriately to reflect the SE and EE development status comprehensively. The results show that Nanjing, Wuhan and Xi'an take the top spot in terms of CCD, meaning it has the most harmonious relationship between the social-economic subsystem and eco-environment subsystem; Xi'an has the highest SE value, while Lianyungang has the lowest evaluation result. Nanjing has the highest EE value, indicating it has the best eco-environment development, while Suqian has the worst. This study provides a scientific basis and effective measures for sustainable development in China.

Adaptive Reuse of Cultural Heritage

This research explores the critical intersection of spatial development and conservation models for regional sustainable development with a focus on the urban dimension of reuse potentiality. Adaptive reuse stands as a vital strategy in the preservation and revitalization of cultural heritage sites worldwide. This paper explores the multifaceted dimensions of adaptive reuse within the context of cultural heritage, examining its significance, challenges, and innovative approaches. Through a comprehensive review of literature and case studies, this study elucidates the diverse methodologies employed in adapting historical structures for contemporary uses while safeguarding their intrinsic cultural value. It investigates the socio-economic benefits accrued from adaptive reuse initiatives, including heritage tourism promotion, community revitalization, and sustainable development. Moreover, the paper addresses the ethical considerations and conservation principles guiding adaptive reuse practices to ensure the preservation of authenticity, integrity and significance of cultural heritage assets. By synthesizing theoretical frameworks with practical insights, this research contributes to the discourse on sustainable heritage management and underscores the imperative of adaptive reuse as a dynamic tool for safeguarding cultural heritage for future generations.

The Case of the Dalmine Waste-to- Energy Plant at the Time of the Anthropocene

The focus of the research starts from a critical investigation of the environmental situation in Lombardy in the 1990s, linked to waste disposal and the related legislation produced by the Regional Council with the approval of the Regional Law of 1 July 1993, to analyze its evolution through the example of the construction of the waste-to-energy plant1 in Dalmine (Bergamo). The growing local urban socio-economic complexity, combined with the urgent global environmental problems produced by the ongoing ecological transition, called "Anthropocene", makes us reflect whether the Dalmine plant can actually be a model of sustainable development, i.e. capable of harmonizing economic growth with the balance of the territory and the current social dynamics.

THE MODEL OF STRATEGIC MANAGEMENT OF A RELIGIOUS TOURISM DESTINATION IN FUNCTION OF SUSTAINABLE DEVELOPMENT

Objective: This study aims to explore the significance and potential of religious tourism in Croatia for sustainable development, highlighting the absence of a strategic approach in managing this tourism sector. The primary goal is to assess the current state of religious tourism, identify challenges, and recommend strategic directions for enhancing religious tourism destinations.
 
 Theoretical Framework: The research is anchored in the theories and models of sustainable development, tourism management, and cultural heritage preservation. These theories provide a comprehensive understanding of how religious tourism can contribute to economic growth, cultural preservation, and community engagement in a sustainable manner.
 
 Method: Employing survey research and analysis of relevant resources, this study systematically examines the current landscape of religious tourism in Croatia. It focuses on stakeholder coordination, promotion strategies, infrastructure development, and cultural heritage preservation efforts.
 
 Results and Discussion: The investigation reveals a fragmented approach to managing religious tourism, characterized by poor coordination among stakeholders, inadequate promotion, underdeveloped infrastructure, and challenges in cultural heritage preservation. These findings suggest that a more cohesive and strategic approach could significantly bolster sustainable development, enhance economic opportunities in rural locales, and foster cultural heritage appreciation.
 
 Research Implications: The study underscores the necessity for stronger collaboration among religious communities, tourism organizations, and governmental authorities. It advocates for enhanced promotional efforts, infrastructure investments, and robust measures for cultural and religious heritage conservation, offering valuable insights for policymakers, tourism developers, and community leaders.
 
 Originality/Value: This paper contributes original insights into the underexplored domain of religious tourism in Croatia, offering a structured analysis of its current state and potential for sustainable development. Its strategic recommendations provide a foundation for future initiatives to harness religious tourism as a vehicle for economic and cultural sustainability in Croatia.

Business Character Implementation Strategy for The Community of Teluk Patipi District

This research focuses on evaluating the preparedness of the inhabitants of Patipi Pasir village and its vicinities within East Fakfak district to cultivate their entrepreneurial spirit. The pivotal aim is to harness their potential in managing local natural resources effectively, thereby contributing significantly to the economic acceleration of the Fakfak district. Employing a descriptive research methodology, the study utilizes a semi-qualitative analysis method, with the gap analysis technique depicted through a fishbone diagram to pinpoint areas requiring improvement. Moreover, the strategic implementation for nurturing business character among the local populace is devised through the innovative use of the Ishikawa diagram, integrated with the Balanced Score Cards approach, providing a comprehensive framework for development. The findings reveal that the Patipi Bay District boasts considerable human resource potential that, if adequately nurtured, can lead to the effective management of its natural resources into sustainable businesses. The study underscores the necessity of developing a robust entrepreneurial ecosystem that supports the local community's transition towards sustainable economic practices. This entails providing adequate training, resources, and support systems to empower the community, ensuring they are well-equipped to capitalize on the intrinsic value of their natural resources. Through strategic planning and targeted development programs, the research envisions transforming the Patipi Bay District into a model for sustainable business development, leveraging its natural assets for long-term economic prosperity

Psychological approaches to sustainability: Implementing intervention model for sustainable development in physical education

AbstractOne of the pending challenges facing Education for Sustainable Development is to change students' behavior in favor of sustainability so that these are lasting and even transferable to other people. This study analyzes how various psychological factors, including motivation, attitudes, beliefs and emotions, can be channeled to enhance social and ecological awareness through education. This paper presents an innovative approach to Sustainable Development (SD) in education, focusing on Physical Education. It highlights the intersection of Psychology, education and sustainability, showing how the first two can contribute significantly to lasting changes in students' behavior. Based on this, the Intervention Model for Sustainable Development in Physical Education (PESDIM), which combines psychological theories with specific educational strategies, is presented. In this model, which can be replicated in other educational disciplines, psychological theories are based on social interaction and norms, identity construction, motivation, beliefs and individual efficacy to improve awareness of sustainable development. The paper highlights the need for a holistic and practical approach to sustainability education in general and Physical Education in particular, stresses the importance of psychology and advocates for an educational transformation that holistically integrates sustainability into teaching methods and objectives.

A model of sustainable development in economic, social, and environmental aspects: the role of social capital in China

This paper takes China as an example to quantitatively study the weight relationship between economic growth, social welfare, and environmental quality, and explores the role of social capital in promoting sustainable development. This paper constructs the Hamilton optimization model, the ‘sustainable’ element is introduced on the basis of the traditional utility function, and given China’s economic characteristics of numerical simulation analysis was carried out on the model parameters, to reveal the connotation of Chinese sustainable development from the mathematical, to explore the influence mechanism of social capital in promoting sustainable development. Research has found that sustainable development seeks coordinated economic, social, and environmental development. Setting the weight ratio of economic growth, social welfare, and environmental quality at 1:1.5:1.5 can better explain China’s concept of sustainable development. When social capital accelerates its accumulation, it can effectively control the development and utilization of natural resources, and the ecosystem environment can maintain the stable state of the ecosystem through its own regeneration and restoration ability. Social capital has become a new driving force for sustainable development, achieving a steady and rising trend of China’s economic development level. The research conclusions are helpful to promote the sustainable development, and to enrich and expand the relevant research on social capital.

Настройка климатического финансирования: итоги СОР28

The purpose of the study is to systematize the main directions of the discussion that unfolded at the COP28 UN Climate Change Conference in Dubai in November-December 2023 on the need to reform the financial mechanism of the UN climate convention. The relevance of this study is based on the fact that today the conditions have been formed to intensify Russia’s participation in the discussion at the international level on the goals and objectives of climate and sustainable finance, as there is growing dissatisfaction with the aggressive policy of developed countries trying to solve their development problems, including by distorting and replacing the global agenda previously agreed by the majority of the world's countries on the UN platform. The main conclusion of the study is as follows. When considering the problems of organization of both the climate finance mechanism and the sustainable finance mechanism in the context of the organization and functioning of the Technology Mechanism (UNFCCC) and the Technology Facilitation Mechanism (UN 2030 Agenda), embedded in the current discussion on the need to reform the financial mechanism of the UN climate convention, many issues related to the incorrectness, inconsistency and divergence of these concepts at the level of different countries can be effectively addressed by the UNFCCC. Returning the consideration of both climate and sustainable finance to the context of technological modernization tasks solved by society (as originally defined in the UN documents) will make it possible to return the process of transition of countries to a new sustainable development model to the original direction; to get rid of manipulations and substitution of concepts used by a group of developed countries; to reach consensus among all Parties to the Convention.

Geospatial Assessment Of Urban Sprawl Using Remote Sensing And GIS: A Case Study of Western Himalayan City of Dharmashala, Himachal Pradesh, India.

The small cities in the Asian subcontinent are supposedly going to witness exponential growth in the next two decades. The situation could be very challenging in Himalayan cities owing to topo-geographical complexities and limited resources in the region. The increasing population coupled with being a favored tourist destination had resulted in dispersed, inefficient, and unplanned built-up activities in the region. Monitoring the urban sprawl can help in adopting sustainable development strategies equally balanced towards the society and environment. The availability of geospatial data integrated into the GIS interface can help immensely in monitoring and measuring LULC changes and thereby help in formulating necessary interventions and strategies for realizing a sustainable ecosystem. The present study employs Landsat imagery for creating the built-up land cover maps for the year 2016, 2019, and 2022 and the ALOS-PALSAR Digital Elevation Model for understanding the trend and direction of urban sprawl in Dharamshala city. It was found in the study that the built-up dynamic index had increased to 23.3% from the year 2016 to 2022. The built-up growth rate for the study period was found to be 145% for the elevation less than and equal to 1000m, 143% for elevations ranging from 1000-1500m, and 119% for the elevation greater than 1500m. The built-up growth rate for a distance up to 100 m from the streams was 119% from the year 2016 to 2022. The geospatial risk assessment highlights potential threats in the region due to increased built up activities, emphasizing the need for prompt intervention by policy-makers, administrators, and environmentalists to advocate for a sustainable development model.

Towards green evolution in urban Egypt: assessing Al Rehab City through LEED-ND and BREEAM-communities frameworks

AbstractThis article provides a comprehensive analysis of the application of green neighborhood rating systems, specifically Leadership in Energy and Environmental Design-Neighborhood Development (LEED-ND) and Building Research Foundation Environmental Assessment Method (BREEAM)-Communities, in the context of Cairo, Egypt, focusing on Al Rehab City, a prominent urban area in New Cairo. The study begins by providing a background on Al-Rehab City, explaining its strategic planning, urban design, and demographic dynamics. It then delves into the current state of sustainable urban planning in Egypt, highlighting the challenges and opportunities that exist in this rapidly urbanizing context. The core of the article includes a comparative analysis of LEED-ND and BREEAM communities, assessing their adaptability and relevance to the Egyptian urban landscape, especially Al Rehab City. It explores many sustainability issues such as smart location, neighborhood pattern and design, green infrastructure, sustainable transportation, energy efficiency, water conservation, waste management, and community engagement. The discussion extends to examine how each of these aspects of sustainability applies to Al Rehab City, complemented by case studies and examples of current sustainable practices in Cairo. Furthermore, the article identifies specific local challenges in implementing these assessment systems, such as economic constraints, policy constraints, and cultural factors. It also suggests opportunities for improvement, including the potential for public–private partnerships, policy reforms, community engagement, technological innovation, and sustainable urban development modeling. In conclusion, the article provides insight into the future prospects of green urban planning in Cairo. The potential impact of adopting comprehensive assessment systems is discussed, with an emphasis on the role of Al Rehab City as a potential model for sustainable urban development in Egypt and the wider MENA region. The article aims to contribute to the discourse on sustainable urban planning, and provide a roadmap for integrating global sustainability standards into the unique context of Egyptian cities.

Involvement of Non-Genetic Inheritance in Rural Revitalisation: A Study on the Sustainable Development Model of Purple Sand Industry in Dingshu Town, Yixing

In recent years, both the government and society have been actively engaged in promoting rural revitalization through policy guidance, infrastructural enhancements, and the adoption of successful models. This concerted effort has not only bolstered innovation within rural revitalization initiatives but has also fostered the preservation and promotion of rural non-material cultural heritage, thereby contributing to the sustainable development of rural areas. This paper delves into the sustainable development of the purple sand industry in Yixing's Dingshu Town within the framework of rural revitalization strategies, using Dingshu Town as a case study. It meticulously examines the current status of the purple sand industry in Dingshu Town while analyzing the challenges and opportunities associated with the preservation and safeguarding of intangible cultural heritage. Furthermore, the paper explores effective methodologies for ensuring the sustainable growth of the purple sand industry in Dingshu Town, Yixing, focusing on aspects such as innovative design, market expansion, talent cultivation, and the preservation of cultural heritage. Additionally, it investigates the interplay between the intangible cultural heritage industry and the arts within the context of rural development. The development of the purple sand industry has not only enriched the local community but has also catalyzed the growth of other related sectors. Throughout Dingshu's history and its present, the purple sand industry has played a pivotal role. With China's ongoing economic and social progress, coupled with the increasing emphasis on social consumption, the purple sand industry has emerged as a crucial element in people's pursuit of spiritual and cultural fulfillment in modern times. Undoubtedly, it is poised to reach new heights of development in the foreseeable future.

Ecotourism Strategy and Potential of Delleng Simpon, Ulumerah, Pakpak Bharat Regency

Ecotourism can be developed into a sustainable development model because its management concept is oriented to the economy and maintaining forest preservation and community empowerment. Delleng Simpon is a forest area with a beautiful panoramic expanse. The Delleng Simpon area is critical and has the potential to be developed. This study aims to find strategies and potentials in the management of Delleng Simpon ecotourism by considering the community's ecological, economic, and socio-cultural conditions. This research used the qualitative descriptive case study method. Data collection was carried out through surveys and interviews in the field. The data was analyzed using the SWOT method. The analysis results showed that (42%) of respondents were not involved in tourism management because ecotourism is managed directly by the Tourism Office, visitor participation in maintaining cleanliness is still low, and only (14%) always dispose of garbage in its place. Respondents' perceptions of ecotourism development, including access, facilities, cleanliness, and promotion, are still less than optimal; all respondents agreed to build public facilities and support facilities immediately. The SWOT analysis results for the Delleng Simpon ecotourism development strategy are in Quadrant I by implementing the Strength-Opportunities (SO) strategy. The priority of the SO's strategy is the development of ecotourism by involving more local communities; its management must be carried out with the principles of preserving the environment, increasing educational value, and maximizing local wisdom.

Polycentric Urban Spatial Structure Identification Based on Morphological and Functional Dimensions: Evidence from Three Chinese Cities

Regarding whether a polycentric urban spatial structure is a sustainable urban development model, various studies use different employment center identification methods, resulting in inconsistent conclusions. This paper takes Hangzhou, Wuhan, and Nanning, three Chinese cities at different stages of development as cases, and adopts various methods to identify employment centers to compares the polycentric spatial structure differences from morphological and functional dimensions, and puts forward a multi-dimensional perspective for analyzing the characteristics of the polycentric spatial structure. The results show that the polycentric model of GL_SC threshold method has the relatively good explanatory power, which can best represent the characteristics of urban development in China. The explanatory power of the polycentric model of the Wuhan commuter flow method (adjusted R-squared value is 0.37) is slightly weaker than that of the GL_SC threshold method (adjusted R-squared value is 0.40), indicating that the agglomeration development forces are equivalent to the decentralized development forces and it is a balanced polycentric development structure. In Hangzhou and Nanning, the GL_SC threshold method (adjusted R-squared values are 0.28 and 0.36, respectively) is stronger than the commuter flow method (adjusted R-squared values are 0.19 and 0.33, respectively), which reflects the strong characteristics of agglomeration polycentric development. However, from the comparison of the number and distribution of employment center identification, the polycentric development characteristics of Hangzhou are stronger than those of Nanning. The comparison of the identification results of the morphological and functional dimensions shows that the two dimensions as a unified evaluation process can more fully reflect the characteristics of an urban polycentric development structure, thereby providing preliminary research support for the study of the impact of polycentric structure on economic development, air pollution, work and residential commuting, etc.

Bank competition, government interest in green initiatives and carbon emissions reduction: An empirical analysis using city-level data from China

Finance plays a pivotal role in the transition to a sustainable economic development model. In China, the banking sector, a key component of its financial landscape, operates within an increasingly competitive environment, exerting profound effects on the efficient allocation of resources. This paper employs instrumental variables regression and text analysis techniques to meticulously examine the impact of bank competition on carbon emissions and elucidate the underlying mechanisms. We also investigate the synergistic influence of government engagement in green initiatives and bank competition on carbon emissions reduction, drawing insights from data encompassing Chinese cities during the years 2006 to 2019. Our empirical analysis unveils a significant carbon emissions reduction effect resulting from bank competition. This effect is primarily driven by the facilitation of green innovation and the promotion of manufacturing servitization. Notably, this impact is more pronounced in cities that are not dependent on resource extraction and those situated outside regional financial centers. Additionally, the level of government interest in green initiatives amplifies the carbon reduction effect of bank competition. This paper contributes to the enhancement of the banking market structure, aligning it with eco-friendly development goals.

Beyond Homes Around a Mosque: Muslim-Led Community Development in a Major U.S. City

This paper examines Dream of Detroit (DREAM), a Muslim-led community development initiative, and its impact on Muslim community-building and Detroit's Dexter-Linwood neighborhood. DREAM addresses housing, economic development, sustainability, and cultural preservation. Born from diverse community efforts, it aims to combat housing insecurity, blight, poverty, and racial disparities.
 DREAM has successfully renovated vacant homes, engaged local youth, and empowered residents to shape their community's future. While facing funding challenges and gentrification risks, DREAM's commitment to equity, inclusion, and partnerships positions it as a model for sustainable community development rooted in Islamic values.
 This case study showcases the power of faith-inspired, community-driven approaches and comprehensive strategies in revitalizing marginalized neighborhoods. It offers insights for practitioners, policymakers, and researchers seeking effective community development models in diverse urban settings.

Gains in China's sustainability by decoupling economic growth from energy use

China's adoption of an “ecological civilization” strategy since 2012 demonstrates its vision to move toward more sustainable development models while promoting green energy and strengthening environmental protection. However, China's continuing heavy reliance on fossil fuels, especially coal, masks the complex positive trends in energy use, more sustainable economic development, and environmental management. Through examining the evolving energy-GDP relationships in China over the past few decades, we elucidated the underlying complex nonlinear processes using environmental Kuznets curve analysis and showed that the energy–GDP relationship has fluctuated between positive and negative decoupling. Furthermore, fluctuating trajectories manifested as sharp regional divergences when early-transitioning coastal areas restructured toward services and exhibited robust decoupling, whereas the industrial interior remained fossil fuel reliant. We identified various forces related to these provincial disparities, where rapid urbanization, industrial realignment, and income growth were all important. By promoting service transitions and enabling low-carbon technologies in coastal hubs, these drivers also exposed infrastructure deficits and entrenched fossil fuel usage in the interior. These problems led to China's latest strategic plans emphasizing “higher quality” growth underpinned by clean energy transitions and coordinated regional policies. Ongoing declines in coal and the rise in renewable energy usage highlight promising momentum, but stable decoupling remains contingent on sustained policy coordination. The intricate balance between growth and environmental pressures in China provides essential lessons to help emerging economies achieve sustainability by catalyzing green transitions and attaining developmental milestones.

Evaluating sustainable efficiency: A study on transportation systems in South America using data envelopment analysis

The transport sector is pivotal in fostering economic growth and environmental sustainability. Extensive research has scrutinized various transportation modes individually, yet a holistic assessment encompassing all modes while considering CO2 emissions needs to be more conspicuously present. Our study employs Data Envelopment Analysis (DEA) to evaluate the efficacy of transportation policies in South American nations in the context of United Nations-established sustainable development goals. Our overarching objective is to classify the sustainability status of South American countries' transport sectors and to establish benchmark models rooted in the six dimensions of sustainability. Methodologically, our analysis integrates operational transportation metrics, Gross Domestic Product per capita, Human Development Index, and CO2 emissions from transportation systems. Additionally, we draw comparative insights by juxtaposing South American countries against the G8 and BRICS nations. The rigorous application of DEA coupled with bootstrap validation fortifies the reliability of our findings. Our results bring to light these findings, positioning South American countries closer to their developed counterparts. Notably, the sustainable development models of Chile and Uruguay emerge as prominent exemplars. This study underscores the pressing demand for holistic and integrated development strategies to attain more sustainable outcomes across South American nations in a faster way. In conclusion, our research fills a conspicuous void in the extant literature by furnishing a comprehensive evaluation of transportation policy performance in South America. Based on a robust methodology, this empirical evidence offers valuable insights for policymakers striving to advance sustainable regional development.