Search Results (860)

Human–wildlife conflicts can be broadly categorized from the perspective of human activities into conflicts (a) caused by the expansion of human activities into wildlife habitats, and (b) resulting from the re-expansion of wildlife habitats due to the decline of human activities. The first type of conflict has been managed through the systematic training of wildlife managers, field specialists, and well-organized institutional frameworks. In Japan, Asiatic black bears (Ursus thibetanus) and brown bears (Ursus arctos) have increasingly come into human contact because of habitat re-expansion. Short-term measures to protect human life and property include the implementation of the 2024 and 2025 revisions of the Wildlife Protection and Hunting Management Act, which designated bears as “managed wildlife” and “dangerous wildlife” and permitted emergency culling in residential areas. However, Japan’s approach remains limited in scope and depth, relies on ad hoc responses by local hunters, and lacks adequate public education and effective long-term sustainability planning. This study highlights the necessity of a multi-layered policy framework that integrates human–wildlife conflict management, particularly human–bear conflict, by comparing U.S. laws and policies and incorporating them into medium- and long-term strategies for community resilience and national land conservation. This approach may serve as a model for countries and regions facing similar demographic and ecological challenges. Full article

Ongoing urbanization, biodiversity decline, and intensifying climate change increasingly challenge the sustainability of urban green spaces (UGS) dominated by conventional, intensively maintained lawns. Although widespread across cities worldwide, lawns are criticised for their low biodiversity value and high resource demands. This paper explores nature-based solutions (NBS) as viable alternatives for enhancing resilience and multifunctionality of urban lawns. It conceptualizes lawns as intertwined ecological, design, and socio-cultural systems, and evaluates strategies for their transformation. Building on case studies from ten Eurasian cities, a narrative literature review, and the authors’ inter- and transdisciplinary research experience, this study develops a typology of NBS alternatives, including urban species-rich meadows, semi-natural grasslands, naturalistic herbaceous perennial plantings, mixed-vegetation groundcovers, edible lawns, pictorial (annual) meadows, and rewilded lawns. Key interventions involve reduced mowing, multifunctional green spaces, adaptive management, and community engagement. Findings demonstrate that these approaches enhance biodiversity, ecosystem services, and climate resilience, but their success depends on local ecological conditions, landscape design, and public perceptions of urban nature. Alternative lawn designs and maintenance practices should employ native, drought- and trampling-resistant plants and context-sensitive design configurations while respecting cultural traditions of urban greening and fostering social acceptance. The paper suggests practical recommendations and directions for future research. Full article

Cities need emergency-shelter systems that are computationally efficient, socially fair, and consistent with long-term goals for sustainable urban development. This paper proposes a GIS-integrated, two-stage location–allocation framework for urban earthquakes that jointly optimizes shelter siting and evacuee assignment under time-varying demand. The model incorporates equity constraints that cap extreme travel burdens for vulnerable groups and robust capacity safeguards against demand uncertainty, helping prevent over- or under-investment in shelter infrastructure and promoting efficient use of land and public resources. A customized Phased Nested Local Search (PNLS) heuristic enables city-scale application and is benchmarked against a mixed-integer programming baseline solved by CPLEX. In a district-level case study of Chengdu, China, the framework reduces total assignment distance by 12.3% and the 95th-percentile travel burden by 15.8% while maintaining feasibility during the peak demand window. The results show that integrating equity, robustness, and spatial efficiency in shelter planning can strengthen urban resilience and directly support SDG 11 on sustainable cities and communities. Full article

Local agri-food markets are a key link in the sustainability and resilience of rural communities, as they merge producers and consumers, create jobs and ensure food security. This paper analyzes the state and perspectives of the development of local markets in rural regions of Russia, relying on demographic, economic, structural and innovation indicators. The results show marked regional differences: in urbanized areas the share of the rural population is low and markets are weak, while in Siberia and the Far East, local markets remain vital, albeit under pressure from depopulation. Structural shifts in favor of plant production, along with worsening price parity, indicate reduced profitability of small producers, but also open opportunities for diversification through processing and branding. Analysis of production concentration shows that sectors with more dispersed production (vegetables, milk) enable greater flexibility and resilience of local markets. Highly concentrated sectors remain vulnerable to market shocks. The findings confirm that local markets can be not only guardians of tradition, but also drivers of modernization and growth. The work thereby makes an empirical contribution to the understanding of the sustainability of rural markets and shows that, with targeted policies that link demographic stability, economic incentives, digital tools and ecological practices, local markets can become a pillar of sustainable development and a significant instrument for strengthening the resilience of the agri-food sector in Russia and beyond. Methodologically, the article applies a mixed approach: (i) quantitative analysis of several sets of statistical data (Rosstat, supplementary FAO/OECD/Eurostat) through descriptive indicators and indices (incl. input/output price parity), as well as cluster typology of regions; and (ii) qualitative mapping of findings to contemporary policies and practices. This framework allows structural trends to be directly linked to implications for local food markets. Full article

This review article engages with ongoing advocacy for proactive urban design that responds to user-driven transformations in public spaces. These changes often occur beyond the control of professional design intervention. Urban design and community development disciplines have made significant contributions to enhancing public spaces over the past few decades. This manuscript seeks to build on the strengths of both disciplines by integrating them into “proactive urbanism”. We conducted a scoping review and meta-analysis of relevant sources in Scopus, Scopus AI, and Google databases on urban design and community development, aiming to identify commonalities that offer proactive insights for the design of public places. The findings of the bibliometric study suggested areas of meaningful convergence between urban design, with its emphasis on spatial form, and community development, which foregrounds social dynamics and lived experiences. The nexus of urban design dimensions—socio-temporal and spatial—can provide a future framework for analysis. This approach supports the creation of public spaces that are both resilient and responsive. It aligns with designers’ aspirations and addresses the everyday needs of communities. By foregrounding both lived experience and anticipatory design practices, this manuscript argues for a more collaborative framework—one that bridges policy, design, and grassroots action to support a more responsive, community-centered urban evolution. Full article

To enact urban resilience at the street–neighborhood scale, we advance a two-stage “measurement–scenario–combination” framework. Stage 1 develops and validates a unified instrument covering four latents—place attachment/identity, accessibility–safety, governance–maintenance, and adoption–participation. Stage 2 uses an image-based conjoint with seven street-landscape elements at five levels; utilities are estimated with hierarchical Bayes, and multigroup SEM with bootstrapped mediation (public vs. expert) tests psychosocial pathways via perceived safety, place attachment, and governance beliefs. The sampling blends online self-administration with targeted invitations under quotas and quality controls. The results yield transferable thresholds and consensus anchors: street width and lighting peak in the upper-middle range; greenery and activity hubs follow inverted-U curves; and preferred traffic exposure centers on mid-to-low bands. Mediation is stronger through attachment/safety for the public, while experts rely more on governance/maintenance beliefs; disagreements concentrate at upper extremes (over-illumination and excessive canopy). We contribute a deployable configuration frontier that translates “being seen–being shaded–being used” into governable specifications, integrating public–expert knowledge to support citywide baselines, community negotiation menus, and policy–standard updates for heat- and injury-risk mitigation and activation of use and collaboration. Full article

(1) Background: In the context of rapid urbanization and climate change, Chinese traditional villages are facing severe challenges such as deterioration of hydrological environment, weakened social resilience, and degradation of cultural heritage. (2) Methods: This paper took Baoyan Village in Zhenjiang City, Jiangsu Province as the research object and constructs a research framework of “assessment of historical hydrological resilience–diagnosis of current problems–construction of enhancement strategies”, aiming to explore the paths and driving mechanisms for enhancing the resilience of traditional villages. The spatio-temporal evolution of historical hydrological resilience in Baoyan Village was quantitatively evaluated by establishing a three-dimensional resilience index system of “ecological governance–social adaptation–cultural continuity”, combined with the Analytic Hierarchy Process (AHP) and GIS spatial overlay technology. (3) Results: The study found that ① The hydrological resilience zoning of Baoyan Village presented spatial differentiation characteristics of “core vulnerability-marginal resilience”, and the high-risk area was concentrated in the cultural building density area along the old Tongji River in the historical town area, indicating that this area requires key flood protection and resilience construction; ② this paper constructed a composite evaluation system of “Ecological Governance–cultural inheritance–social adaptation”, and the total score after evaluation was 0.67, indicating that the overall HHRI of Baoyan Village has declined. Specifically, the scores for Ecological Governance Resilience and Cultural Heritage Resilience were 0.48 and 0.46, respectively, reflecting a significant decrease compared to historical scenarios. Conversely, the score for Social Adaptation Resilience was recorded at 1.05, suggesting an improvement in this dimension. This enhancement can be attributed to advancements in water infrastructure and increased levels of community organizational support, which have bolstered the village’s capacity to withstand flooding events. ③ The integrity of weir fields, the transmission of traditional disaster prevention knowledge, and the stability of natural river channels are the main factors hindering the improvement of resilience systems. (4) Conclusions: Based on the assessment results, this study proposed the resilience enhancement path of “ecological space reconstruction-traditional water management wisdom activation–cultural resilience empowerment” for this case, and constructed a four-pronged driving mechanism consisting of government guidance, community participation, technology empowerment, and industrial synergy for implementation. Practice has shown that through specific strategies such as restoring the weir and field system, constructing sponge village units, and developing the rain and flood cultural experience industry, the key obstacle factors of the village can be effectively addressed, and the goals of flood safety and cultural inheritance can be achieved in a coordinated manner. This case provides an empirical reference that combines historical wisdom with modern technology for understanding the evolution of human–water relationships and the enhancement of resilience in traditional villages, and its research framework and methods are also of reference value for similar villages. Full article

Urban forestation has become a key policy tool for addressing contemporary environmental, climatic, and social challenges. In Italy—particularly in Rome—recent climate mitigation and environmental improvement initiatives have promoted afforestation through predominantly quantitative approaches. Yet, increasing tree numbers alone is insufficient to enhance urban environmental quality or create more livable and resilient cities. An effective strategy requires a spatial and cultural vision that integrates vegetation with urban form and everyday collective life. This paper frames urban afforestation as a strategic instrument of territorial transformation, landscape design, and social regeneration. It critically examines afforestation policies implemented in Rome and the Lazio Region and compares them with international experiences in Medellín, Philadelphia, and Milan. The study highlights current program weaknesses and emphasizes the need for integrated planning and design frameworks capable of generating qualitative improvements in urban space alongside quantitative gains. The Serenissima Park case study illustrates how afforestation can function as a “green infrastructure architecture,” connecting ecological systems, urban fabrics, and communities, and supporting climate adaptation, sustainable mobility, and social inclusion. Full article

Background/Objectives: Policies to promote healthy eating often work through local food systems, which link food supply chains and food environments to individuals. The COVID-19 pandemic exposed vulnerabilities in national and global supply chains and emphasized the importance of local food systems in meeting community and individual needs. Unfortunately, we know too little about how to shape local food systems. This case study reports the impacts of the COVID-19 pandemic on the New Orleans food system and the subsequent response from the community and local government to strengthen it through city and state policy changes, public–private collaborations, and grassroots citizens’ efforts. Methods: This study uses a participant–observer approach in which observations from an online 2020 survey of local food organizations (n = 56) were fielded by the New Orleans Food Policy Action Council (FPAC), a local coalition of food and agriculture groups. The authors, who worked with or were a part of FPAC, analyzed survey data for recurrent themes and then synthesized this with archived written materials and the authors’ own observations. Results: Key themes from this survey are detailed, along with an exploration of related efforts within the community, including: (1) Greaux the Good, a campaign developed by local food system stakeholders to successfully advocate for increased food assistance funds from the Supplemental Nutrition Assistance Program; (2) policy change related to food vendor permitting; and (3) establishment of two positions within the local government: a City Food Specialist to increase collaboration between organizations in the food system and an Urban Agriculture Liaison to support local food production. Lastly, innovative programs of grassroots citizens’ organizations are detailed due to their positive impact on food access for community members. Conclusions: The cumulative impacts of these efforts added to the resiliency of the local food system and may protect it against the effects of future disasters as well as strengthen its ability to promote healthy eating. Full article

Urban sustainability has increasingly emphasized accessibility and inclusivity, reflecting the growing recognition that urban planning must address the diverse needs of different social groups. In recent decades, several developed countries have pioneered inclusive urban planning, resulting in projects such as Vienna’s gender mainstreaming community and Barcelona’s Superblocks, which respond to differentiated needs in housing, transportation, and public space. However, these initiatives demonstrate how sustainable urban planning can enhance social equity and livability. Similar efforts in developing countries remain limited, fragmented, or nonexistent. This study examines representative cases from developed nations to discern fundamental principles and strategies that underpin effective inclusive urban planning. The study utilizes a case study and comparative analytic approach to clarify aspects such as transportation accessibility, safety, multifunctional community, and public space. The results suggest that incorporating inclusion into sustainable planning frameworks can enhance accessibility, promote social justice, and improve environmental resilience. The paper concludes by offering realistic, grounded suggestions for developing countries based on established best practices from around the world. The suggestions focus on strategies that can be tailored to each country’s social, cultural, and economic conditions. Full article

Ensuring the continuous supply and availability of food during long-term disruptions remains a critical challenge for agri-food supply chains (ASCs). Traditional resilience strategies, which focus on short-term recovery, often fall short during prolonged or systemic crises. This study examines how ASCs adapted during the COVID-19 pandemic, demonstrating that sustained food access was achieved through systemic adaptations that moved beyond resilience to a more enduring state of viability. Using qualitative data from interviews and focus group discussions across urban, semi-urban, and rural regions (spatial ecologies), the study explores event-level adaptations made by stakeholders within production, logistics, and consumption segments of the agri-food channels. To explain consumer decision-making when switching between ASC channels, a four-mode ASC classification (M1–M4) and a Cost–Availability–Quality (CAQ) framework were developed. Here, a channel represents a distinct route through which fresh agri-food products flow from producers to consumers. Behaviour Over Time (BOT) graphs illustrate how channel usage evolved before, during, and after disruption. Findings reveal that viability was achieved through interconnected adaptations shaped by spatial context and enabled by digital tools, community networks, and policy support. The study provides a structured foundation for understanding ASC viability through real-world adaptation and offers a basis for future systems-modelling research. Full article

Arbuscular mycorrhizal fungi (AMF) form symbiotic associations with most vascular plants and play an important role in immobilizing heavy metals in soil. Urban green space ecosystems are increasingly affected by heavy metal pollution; however, how different types of green spaces influence AMF diversity, stability, and coexistence mechanisms under heavy metal stress remains unclear. Here, heavy metal-contaminated soil samples were collected from Zhengzhou, China—a large city in the warm temperate monsoon zone of the North China Plain—to conduct high-throughput sequencing and analyze AMF community assembly. (1) AMF community composition varied significantly among green space types, with higher diversity in park green spaces (Shannon = 21.24 ± 2.24) than in street green spaces (Shannon = 11.36 ± 1.17). (2) Heavy metals were the primary factors driving AMF community assembly. Stochastic processes, mainly dispersal limitation, dominated AMF assembly across sites, with a stronger influence in street green spaces. (3) Specialist taxa (mainly Glomus and Claroideoglomus) exhibited higher network connectivity and stability in park green spaces, whereas generalist taxa maintained network resilience in street green spaces. This study elucidates the ecological processes shaping AMF communities in urban ecosystems and provides a scientific basis for AMF-based approaches to heavy metal remediation and sustainable management of urban green spaces. Full article

Energy consumption is a key driver of economic and social development, particularly in rapidly expanding sectors such as Information and Communication Technology (ICT). This study explores the energy demand of Quito’s ICT sector across technical, organizational, economic, social, and environmental dimensions, aiming to inform sustainable urban strategies. A mixed-methods approach was applied, combining quantitative and qualitative analyses. Data was collected via questionnaires from 398 ICT companies and analyzed using descriptive statistics and multivariate techniques, including the Gower similarity coefficient, Principal Coordinate Analysis (PCoA), and biplots. The VENSIM PLE x64 version 9.1.1 was used to model energy consumption dynamics. Results indicate that most ICT firms are micro and small enterprises focused on software development and e-commerce, employing highly skilled personnel. Energy use is concentrated in computing and printing equipment, with limited reliance on climate control systems. While 93% of firms express environmental awareness, fewer than 10% have formal energy efficiency policies. Financial constraints and limited access to efficient equipment are the main barriers to improved energy management. The study concludes that, despite a moderate energy profile, there is an urgent need to strengthen internal energy practices. The findings offer a contextualized framework to guide energy policy and organizational strategies, contributing to more resilient and sustainable urban ICT ecosystems. Full article

The greatest challenge of our era is achieving climate neutrality while strengthening adaptation and resilience to climate change. Addressing this requires an integrated approach that combines scientific, technological, and economic solutions with community engagement and public awareness. In this context, the European Commission’s New European Bauhaus (NEB) initiative serves as a bridge linking science and technology with art, culture, social inclusion, and civic participation. This paper investigates the regeneration of an urban area in Kozani, Greece, carried out in alignment with the principles of NEB. The project comprises the energy and esthetic renovation of three public buildings—two schools and a cultural center—together with the comprehensive revitalization of an adjacent park. The impact of these interventions is assessed through a set of Key Performance Indicators (KPIs) defined within the NEB framework. These KPIs encompass technical, social, and economic dimensions, with a particular emphasis on the initiative’s three core values: Beautiful, Sustainable, and Together. The implementation represents one of the earliest practical applications of the NEB framework in Europe. Beyond the tangible outcomes, its significance lies in the systematic evaluation of both the interventions and the methodological tools employed, highlighting how the implementation process diverges from conventional urban regeneration approaches, how it operationalizes NEB principles, and how these principles contribute to results that are more effective. Finally, this comprehensive assessment provides a transferable model for monitoring, learning, and scaling similar initiatives in other urban contexts. Full article

This paper presents a systematic review of 103 peer-reviewed articles on creative reindustrialization in second-tier cities, a process through which these cities use culture, creativity, innovation, and heritage to transform post-industrial urban landscapes. Our review identifies four core dimensions of creative reindustrialization: cultural and creative industries, knowledge-based urban development and smart innovation, sustainability and creative tourism, and social participation and resilience. The review reveals major gaps including limited use of quantitative evaluation, insufficient attention to social equity, a lack of comparative and longitudinal studies, and a strong concentration on Europe and East Asia. Drawing on these insights, we propose the CRE-TRANS model, a multidimensional framework that integrates these dimensions and highlights their interconnections in shaping urban regeneration and territorial development. This model can be used for a better understanding of how creativity, innovation and community engagement can shape the post-industrial transformation of second-tier cities. Policy implications stress the need for place-based, cross-sectoral, and participatory strategies that align creative reindustrialization with sustainability, digital transition, and inclusive innovation. Full article