Search Results (176)

Recent years have seen frequent heavy rainfall events in Japan, often linked to Baiu fronts and typhoons. These events are exacerbated by global warming, leading to an increased frequency and intensity. As floods represent a serious threat to sustainable urban development and community resilience, this study contributes to sustainability-focused risk reduction through integrated analysis. This study focuses on the 2 June 2023 heavy rain disaster in Toyohashi City, Japan, which caused extensive damage due to flooding from the Yagyu and Umeda Rivers. Using numerical models, this study accurately reproduces flooding patterns, revealing that high tides amplified the inundation area by 1.5 times at the Yagyu River. A resident questionnaire conducted in collaboration with Toyohashi City identifies key trends in evacuation behavior and disaster information usage. Traditional media such as TV remain dominant, but younger generations leverage electronic devices for disaster updates. These insights emphasize the need for targeted information dissemination and enhanced disaster preparedness strategies, including online materials and flexible training programs. The methods and findings presented in this study can inform local and regional governments in building adaptive disaster management policies, which contribute to a more sustainable society. Full article

Background: Antimicrobial resistance (AMR) is a global threat that affects humans, animals, plants, the environment, societies, and economies—requiring urgent coordinated action. In May 2015, the World Health Assembly (WHA) adopted the Global Action Plan (GAP) on AMR, urging member states to develop and implement their own National Action Plans (NAPs) using a One Health approach. Objective: Both South Africa and Eswatini have developed NAPs and are currently in the implementation phase. However, no study has explored policymakers’ perceptions regarding NAP implementation particularly concerning coordination, accountability, resourcing, regulation and ownership. Methods: This qualitative study employed a narrative approach to explore these perceptions in South Africa and Eswatini. A total of 36 key informants were recruited using purposive and snowball sampling methods. Data was collected between November 2018 and March 2019 and transcribed verbatim. Results: Findings revealed that while governance structures for implementing NAPs exist in South Africa and Eswatini, several critical areas require urgent attention. These include limited accountability across One Health sectors, the absence of dedicated national budgets for NAP implementation, poor intra- and inter- ministerial coordination, weak medicine regulation and enforcement, and delayed multisectoral ownership of the NAPs. Conclusions: To address AMR effectively, both countries must allocate dedicated budgets, improve multisectoral integration, and strengthen regulatory frameworks regarding antimicrobial access and use across all One Health sectors. A firm commitment from all sectors is required—not just formal endorsement of the NAPs—to ensure sustainable implementation and ownership. Full article

The building sector holds a significant position in the global energy consumption share, and its environmental impact continues to intensify, making the construction industry a key player in sustainable development. The application of life cycle assessment on buildings (LCA-B) is widely employed to evaluate building energy and environment performance, and thus is of great significance for ensuring the sustainability of the project. This work aims to provide a systematic overview of LCA-B development based on reviewed literature. A three-stage mixed research method is adopted in this study: Firstly, an overall analysis framework is constructed, and 327 papers related to building life cycle assessment published between 2009 and 2025 are screened out by using the bibliometric method; Then, through scientometrics analysis, the journal regions, sources, scholars, and keyword evolution are revealed and analyzed using VOSviewer tool, and the hotspots in the field of LCA-B (e.g., integration of building information modeling (BIM) in LCA-B, multi-dimensional framework of environment–society–culture) are preliminarily explored based on the selected highly cited papers. The research finds that: (1) the performance of low energy buildings is better than that of net zero energy buildings from the perspective of LCA; (2) software compatibility and data exchange are the main obstacles in the integration of BIM-LCA; (3) a multi-dimensional LCA framework covering the social or cultural aspects is expected for a comprehensive assessment of building performance. This study provides a systematic analysis and elaboration of review articles related to LCA-B and thereby provides researchers with in-depth insight into this field. Full article

Human Factors and Ergonomics (HF/E) play an essential role in the development of sustainable manufacturing systems. By prioritizing worker wellbeing through the mitigation of occupational hazards and the enhancement of workplace health, HF/E contributes significantly to improved system performance. In accordance with the principles of Industry 5.0 and Society 5.0, which emphasize human-centered design and wellbeing, organizations that effectively integrate HF/E principles can achieve a competitive advantage on the market. Based on a globally recognized ranking system utilized by investors in making informed decisions, the study focuses on manufacturing companies ranked by their occupational health and safety (OHS) scores, a key criterion for assessing the social dimension of company performance. This research aims to identify and analyze top-ranked companies that explicitly highlight HF/E-related benefits within their public documents and sustainability reports. The paper investigates aspects related to the integration of AI and digital technologies to enhance safety and health in manufacturing systems, with a specific focus on human presence detection in hazardous zones, improvements in machines and equipment design, occupational risk assessments, and initiatives for enhancing worker wellbeing. The findings are expected to provide compelling evidence for companies to prioritize HF/E consideration during the design and redesign phases of sustainable manufacturing systems. The paper provides significant value to non-indexed companies by offering a dual approach for improving OHS performance, based on an empirical evaluation assessment method and practical strategies for effective OHS implementation in different manufacturing industries and countries. Full article

The UN’s “Global Agenda for Change” focused on global challenges, with the aim of improving quality of life. The focus on People, Planet, Prosperity, Peace, Partnership, and Integrated Action (EU) orients its efforts towards socially needed change. Although the above perspectives, which ultimately shape the goals of sustainable development, refer in effect to the security of the functioning of societies and economies, this issue has not been sufficiently explored in the literature. Taking the above into account, this paper explains the aspect of people’s sustainable security and well-being, and also indicates the importance of determining the social competences needed for a broadly understood sustainable future, which is the main goal of this article. Considering the importance of sustainable awareness among the younger generation, who are responsible for the future modeling of the pace and direction of sustainable changes, the analysis of the literature in the practical findings was supported by qualitative and quantitative methods, as well as statistical analysis techniques using PQstat software, to ensure in-depth research. The results confirm that the studied population generally has good knowledge of the idea of sustainable development. Importantly, this population combines development in a sustainable direction with actions to strengthen people’s safety and well-being. It should be noted that the studied population is most strongly aware of the environmental pillar of sustainable development, suggesting potential to improve knowledge in this area—which is crucial for effective development towards a safe future and important for future decision-makers (the young generation). The findings can serve as a source of information for teams designing study programs and information campaigns on sustainable development in order to further strengthen social education in the studied area. Full article

The global transition to a digital era is crucial for society, as most daily activities are driven by digital technologies aimed at enhancing productivity and efficiency in the production of food, fibers, and bioenergy. However, the segregation of digital techniques and equipment in both rural and urban areas poses significant obstacles to technological efforts aimed at combating hunger, ensuring sustainable agriculture, and fostering innovations aligned with the United Nations Sustainable Development Goals (SDGs 02 and 09). Rural regions, which are often less connected to technological advancements, require digital transformation to shift from subsistence farming to market-integrated production. Recent efforts to expand digitalization in these areas have shown promising results. Digital agriculture encompasses terms such as artificial intelligence (AI), the Internet of Things (IoT), big data, and precision agriculture integrating information and communication with geospatial and satellite technologies to manage and visualize natural resources and agricultural production. This digitalization involves both internal and external property management through data analysis related to location, climate, phytosanitary status, and consumption. By utilizing sensors integrated into unmanned aerial vehicles (UAVs) and connected to mobile devices and machinery, farmers can monitor animals, soil, water, and plants, facilitating informed decision-making. An important limitation in studies on nutritional diagnostics is the lack of accuracy validation based on plant responses, particularly in terms of yield. This issue is observed even in conventional leaf tissue analysis methods. The absence of such validation raises concerns about the reliability of digital tools under real field conditions. To ensure the effectiveness of spectral reflectance-based diagnostics, it is essential to conduct additional studies in commercial fields across different regions. These studies are crucial to confirm the accuracy of these methods and to strengthen the development of digital and precision agriculture. Full article

The global energy crisis, driven by economic and political disruptions, has intensified efforts to transition toward a more competitive and sustainable society. This study, framed within the context of SDG 7, examines the influence of knowledge, psychological factors, and sociodemographic characteristics on two dimensions of sustainable residential energy consumption: energy efficiency and energy curtailment behavior. A quantitative survey was conducted with 1410 Romanian participants, using a structured questionnaire and convenience sampling. Descriptive and inferential statistical analyses reveal that knowledge of energy issues and the importance attributed to sustainable development goals positively influence intentions to conserve energy at home. Notably, perceived importance significantly influences the purchase of energy-efficient appliances (F = 23.01, p < 0.001) and moderately supports curtailment behaviors, as evidenced by higher adoption rates of actions such as disconnecting appliances and using natural lighting among participants with stronger pro-saving attitudes. Attitudes toward voluntary energy-saving measures also predict purchasing and curtailment behaviors, with intention playing a mediating role. Sociodemographic variables impact energy-saving behavior to varying degrees. While perceptions may differ across countries due to historical contexts, the findings provide a valuable benchmark for informing national policies and promoting voluntary energy-saving and production measures at the residential level, supporting the transition to sustainable energy. Full article

With the growing demand for mobility fueled by global population expansion and rapid urbanization, the intricate interplay between public transport and land use, along with their economic, environmental, and social externalities, has emerged as a critical concern for policymakers and the public alike. This study assembles publicly available academic literature, including papers, reports, books, and news articles, to construct a comprehensive database. Using CiteSpace 5.8.R3 software, this study conducts a visualized analysis of 10,470 scholarly works on public transport and land use published since 1932, identifying and synthesizing the researcher, research stages, research theories, research models, and research hotspots. Findings reveal that since Mitchell and Rapkin first introduced the transport–land use relationship in 1954, research in this field has steadily gained traction, particularly after the 1973 oil embargo crisis. The Journal of Transport and Land Use and institutions such as the University of Minnesota’s Transportation Research Center have played pivotal roles, particularly with the establishment of the World Society for Transport and Land Use Research (WSTLUR). In recent years, China’s high-speed rail expansion has further revitalized interest in this field. Prominent scholars in this domain include Robert Cervero, Reid Ewing, Michael Duncan, and Peter Calthorpe. Major theoretical frameworks encompass utility theory, urban economic theory, and the human–land system theory. Key modeling approaches include the spatial interaction model, the stochastic utility model, and urban economic models. Current research hotspots center on safety and public health, equity and valuation, environmental sustainability and energy efficiency, as well as transit-oriented development (TOD) and accessibility. This systematic literature review offers valuable insights to inform land use planning, enhance spatial structure, guide transportation project decision making, and optimize transport infrastructure and service provision. Full article

The international seabed area (“the Area”) harbors abundant metal mineral resources that are critical to address global metal supply–demand and sustainable development. However, exploitation of mineral resources in the Area faces complex risks spanning politics, economy, technology, science, environment, society, industry, and law. No commercial-scale deep-sea mining operations have been conducted to date. Systematic risk identification and prioritization can inform strategic planning for stakeholders. This study employs literature analysis and an 80-expert questionnaire to identify key risk factors affecting mineral exploitation in the Area. Using the Analytic Hierarchy Process (AHP), we quantitatively assess the relative importance and weightings of these risks. Our results indicate that Level 1 risk groups prioritize (1) policy and public opinion risk, (2) extended continental shelf (ECS) delineation risk, (3) high sea marine protected areas (HSMPAs) establishment risk, and (4) mining area economic value risk. The five most critical Level 2 risk factors are (i) policy changes in contractor states, (ii) ECS-mining area boundary conflicts, (iii) environmental provisions in exploitation regulations at the international seabed (ER), (iv) ER implementation delays, and (v) mineral resource uncertainty. These findings provide actionable insights for contractors, policymakers, and stakeholders to optimize decision making in deep-sea mining projects. Full article

Landslide risk assessment can quantify the potential damage caused by landslides to disaster-bearing bodies, which can help to reduce casualties and economic losses. It is not only a tool for disaster prevention and mitigation, but also a key step to achieve the coordinated development of the environment, economy, and society, and it provides important support for the realization of the global sustainable development goals (SDGs). In this study, a risk assessment method is proposed for an individual landslide based on the non-probabilistic reliability theory. The method represents an improvement to and innovation in existing risk assessment methods, which can obtain more accurate assessment results with fewer sample data points, refines the methods and steps of landslide risk assessment, and fully considers the destabilization mechanism of the landslide and the interaction with disaster-bearing bodies. A non-probabilistic reliability analysis of the slope was conducted, and the possibility of landslide occurrence was characterized by the failure value of the slope. Moreover, the influence range of the landslide was predicted using empirical formulas; space–time distribution probabilities of the disaster-bearing bodies were estimated by combining their location and activity patterns; and the vulnerability of the disaster-bearing bodies was calculated according to the landslide intensity and the resistance or susceptibility index of the disaster-bearing bodies. The method’s feasibility was verified through its application to the Xiatudiling landslide as a case study. In the process of performing slope stability calculations, it was found that the calculation results of the Monte Carlo method were consistent with those of the non-probabilistic reliability approach proposed in this paper, which was able to obtain more accurate results with less sample data. The personnel life and economic risks were 1.8499 persons/year and CNY 184,858/year (USD 25,448/year), respectively, under heavy rainfall conditions. The results were compared with the risk judgment criteria for geological disasters, and both risk values were unacceptable. After landslide treatment, the possibility of landslide occurrence was reduced, and the personnel life risk and economic risk of the landslide were also reduced. Both risk values then became acceptable. The effect of landslide treatment was obvious. The proposed method provides a new technique for assessing landslide risks and can help in designing mitigation strategies. This method can be applied to landslide risk surveys conducted by geological disaster prevention institutions, demonstrating enhanced applicability in data-scarce regions to improve risk assessment efficiency. It is particularly suitable for emergency management authorities, enabling rapid and comprehensive assessment of landslide risk levels to support informed decision making during critical response scenarios. Full article

Understanding the feedback relationships and evolutionary stages of water–socioecological systems (W-SESs) is crucial for achieving sustainable development in basins. This study focuses on the Lake Victoria Basin (LVB) in East Africa, where population growth, rapid urbanization, and developing industrialization have intensified water resource supply–demand conflicts, leading to socioecological issues such as water environmental degradation and ecological conflicts. The objective of this research is to develop a theoretical framework for the Lake Victoria Basin W-SESs (LVB-WSESs) based on the SES framework, identify the main drivers and critical nodes in the evolution of the LVB-WSESs, analyze the root causes of water–society–ecology conflicts, and explore the feedback relationships and evolutionary stages of the LVB-WSESs over the past century. To achieve this, we employed an integrated qualitative and quantitative analysis of historical data combined with tipping point detection to systematically assess the dynamics of the LVB-WSESs. Our findings show that, under the drivers of climate change (with a 1 °C increase in annual temperature since 1920s), population growth (a six-fold increase since 1920s), economic development, land-use change, urbanization, and species invasion, the basin’s demand for water resources, water environments, and aquatic ecosystems has continually increased, leading to the gradual degradation and imbalance of the basin’s ecological functions. The evolution of the LVB-WSESs can be divided into five stages against the historical backdrop of societal transitions from colonial to independent democratic systems: the stable resource utilization period, the slow environmental change period (1920s–1960s), the rapid environmental imbalance period (1960s–1990s), the transition period from environmental imbalance to protection (1990s–2015), and the reconstruction period of socioecological equilibrium. This study not only enhances understanding of the long-term dynamics of the LVB-WSESs but also provides practical implications for sustainable water management in similar basins globally. It enriches the local practice of global sustainable development theories, providing new theoretical perspectives and case references for future watershed sustainable management. By identifying critical drivers and evolutionary stages, our findings can inform policy decisions and interventions to mitigate socioecological conflicts and achieve basin-level sustainability. Full article

E-waste, or electronic waste, refers to discarded electronic devices and components, and the management of e-waste has become a newly arising and challenging issue both in India and globally. Due to the increase in population, urbanization, global demand, and expansion of the digital infrastructure, generation of electronic waste is increasing annually. This study provides a comprehensive and thoroughly reviewed qualitative study on electronic waste management practice. This study highlights an outline of the amount of electronic waste generation in India and the world and examines prevailing approaches in the treatment and management of electronic waste, including unsafe informal recycling and inadequate inventory control. This article focuses on major problems such as child labor, illegal dumping, poor infrastructure, limited knowledge and awareness among the public inadequate legal regulation, and spillage of various toxic heavy metals such as arsenic (As), mercury (Hg), and barium (Ba) via electronic waste. This study analyzes the harmful effects of toxic heavy metals, such as arsenic and mercury, on environmental quality and human well-being. To address these issues, this study outlines various sustainable recommendations, such as technology improvement proper collection; handling, management, and eradication of waste generated by electrical equipment in formal recycling practices; the 3Rs (reduce, reuse, and recycle) following circular economy practice, including collaboration between governmental, non-governmental, business, industries, and civil society; better legislative measures such as extended producer responsibility (EPR) and a single approach method, where collecting, sorting, and dismantling electronic waste is handled by the informal sector, while the formal sector manages extraction of metal, disposal, and recycling. Full article

This article describes the Heritage Sustainability Index (HSI), a benchmarking tool that draws on a series of key indicators to rate company actions as they relate to the protection of cultural heritage. The purpose of the HSI is to provide an independent framework for lenders, borrowers, and civil society, including Indigenous Peoples, to evaluate corporate safeguard policies and practices related to cultural heritage, enabling informed decision making. Given their importance and influence, the HSI focuses on the practices of Global Systemically Important Banks (G-SIBs), which were chosen to represent a baseline for comparison across all industry sectors. The HSI’s indicators (n = 12) and sub-indicators (n = 48) were successful in illustrating the variability that exists among the G-SIBs. Corporations with an HSI value below the upper quartile of the distribution should take steps to enhance their cultural heritage safeguard practices. This is crucial because scores below this value reflect weak practices, indicating higher financial and reputational risk exposures and poor outcomes for cultural heritage. By focusing on improving their HSI values, these corporations can better mitigate potential risks and enhance their overall sustainability profile. The success and longevity of the HSI will depend on industry goodwill and the perceived risk that cultural heritage poses to corporate financial performance and reputation. Given the potential financial and reputational damage from a significant failure in cultural heritage stewardship, corporations are expected to recognize these advantages and find it an easy decision to support the adoption of the HSI. Full article

Desertification remains a critical global issue driven by climate change, unsustainable land use, and socio-economic pressures. This bibliometric review provides an in-depth analysis of desertification research from 1974 to 2024 using the Scopus database to identify trends, key players, and methodological advances. Publications grew exponentially during this period, from 21 in 1974 to a peak of 186 in 2023, demonstrating growing academic and policy attention. The analysis found that 4178 authors contributed to 2004 peer-reviewed articles, with China emerging as a leading research hub, contributing 386 publications and leading efforts in environmental restoration projects such as the Great Green Wall. Advanced methodologies, including remote sensing and geographic information systems (GIS), have facilitated large-scale monitoring, despite challenges such as data inconsistencies and limited resolution. Institutions such as Guizhou Normal University and Lanzhou University have led the global research effort, publishing 316 and 124 publications, respectively. Influential journals, including Land Degradation and Development and the Journal of Arid Environments, have played a key role in shaping the discourse. Historical analysis has highlighted the persistent threat of desertification to human societies, exemplified by the decline of civilizations such as the Sumerian and Khorezmian. Despite significant progress, regional differences in research attention persist, with Central Asia receiving limited attention despite its vulnerability. This review highlights the need for standardized methodologies, interdisciplinary approaches, and enhanced international collaboration. By leveraging advanced technologies and sustainable land management practices, the global community can mitigate the environmental and socio-economic impacts of desertification, promoting the resilience of ecosystems and communities while moving toward land degradation neutrality. Full article

Background: Injecting drug use is a global public health challenge with multifaceted consequences, not only for people who inject drugs (PWIDs) but also for society at large. Their vulnerability necessitates a deeper exploration of their health information needs, aiming to leverage evidence-based research to shape effective interventions for their well-being. Method: This study employed a qualitative method to gain insights into disease conditions and health information needs of PWIDs. Through purposive and snowball sampling, 71 in-depth interviews were conducted and thematically analyzed. Results: This study included 43 males and 28 females, predominantly aged 26–35 (59.2%), who had low socioeconomic status. The most reported disease conditions varied and included malaria, infections, and diabetes. Findings revealed a complex understanding of their disease conditions and management practices. Participants emphasized a critical need for access to reliable and comprehensive health information, while also highlighting the significant barriers they face in obtaining this information. Additionally, their preference for receiving health information in video formats, written articles, and through outreach programs underscored their desire for knowledge to make informed decisions. As co-creators and stakeholders in their health, participants expressed a clear demand for sustainable and free healthcare, mosquito nets, and regular outreach programs. Conclusions: While drug use presents a significant public health issue, effective interventions for PWIDs require a multifaceted approach that begins with understanding their perspectives and actively involving them as co-creators of their health solutions. Abandoning this population contradicts the Sustainable Development Goals’ mandate to ensure no one is left behind. Thus, all stakeholders must prioritize inclusive and participatory approaches to address the complex health information needs of PWIDs. Full article