Search Results (654)

Protecting and preserving the agricultural heritage, folk culture and ecological environment of traditional villages is a key element in advancing the strategy for comprehensive rural revitalisation. This paper constructs a theoretical framework for tourism symbiosis, examines the level of tourism symbiosis in the 13 national-level traditional villages of Jia County, and proposes strategies for tourism development. This study employs the Analytic Hierarchy Process (AHP) and Technique for Order Preference by Similarity to an Ideal Solution (TOPSIS) method, alongside spatial analysis techniques such as the Hotspot Analysis, to reveal the levels of tourism symbiosis in traditional villages and their spatial distribution. The results indicate that traditional villages are distributed along the Yellow River, with a linear clustering pattern particularly evident in the central region of Jia County; the overall level of symbiosis exhibits a spatial pattern of higher levels in the north and lower levels in the south, with uneven levels across various dimensions; The traditional villages are categorised into four symbiotic models: comprehensive advantage-led, cultural corridor-dependent, ecological and cultural tourism potential, and low-development conservation. Based on these categories, strategies are proposed to deepen the exploration of local culture, promote industrial integration and regional collaboration, prioritise ecological conservation and environmental restoration, and establish distinctive brands through the rational utilisation of surrounding resources. The research framework and conclusions of this paper provide methodological references and practical insights for the concentrated and contiguous protection of traditional villages, as well as for research on rural revitalisation and sustainable development. Full article

Existing studies indicate that preventive conservation (PC) has become a key strategy in heritage risk management. For traditional villages with limited resources, community participation is necessary for the implementation of risk management. However, current research mostly focuses on case-based analyses and lacks a systematic synthesis of community participation in PC. To address this gap, this study conducts a systematic review of community participation in PC from historic rural areas and relevant heritage types. Following the PRISMA guidelines, 39 eligible studies were included in the final analysis. The findings show that effective participation depends on well-defined organizational and coordination networks. Internal organizational structures support coordinated efforts among community members, while external collaborative frameworks provide ongoing resources and support. Within this structure, capacity-building translates participatory arrangements into concrete risk-governance actions, thereby influencing how roles are assigned and adapted within the community across different risk scenarios. Based on these insights, this study presents an Organization–Capacity–Role framework that offers a way for risk governance of historical rural areas. Notably, the detailed arrangements in this framework are shaped by local institutional settings, specific risk types, and case contexts, demonstrating a strong contextual dependency. Full article

Rural heritage villages in China face compounding pressures from heritagisation policies, tourism marketisation, and digital platform logics, which together threaten the cultural integrity of lineage-based communities. While existing scholarship has shifted from treating authenticity as a fixed property to viewing it as a negotiated construct, a critical gap persists: the literature does not explain how local actors operationally manage the simultaneous demands of external governance compliance and internal cultural continuity. Drawing on multi-sited ethnography conducted across ritual spaces, tourism settings, and digital platforms in Huizhou lineage villages (March–August 2025)—including over 30 h of in-depth interviews with 18 cultural practitioners and two years of online community ethnography (2023–2025) within Huizhou traditional village cultural liaison groups—this study examines the micro-level strategies through which communities respond to Authorized Heritage Discourse (AHD). The study introduces the concept of Versioned Governance: a community-enacted mechanism through which cultural authenticity is strategically differentiated into ritual, performative, and pedagogical versions. Through spatial partitioning, temporal staggering, and linguistic encoding, lineage groups create cultural buffer zones that mediate between sacred practice and public display without compromising ethical coherence. This framework reframes authenticity not as an essential property nor as mere negotiated perception, but as a processual and political achievement—continuously produced through the interplay of structural discipline and local agency. The findings contribute to critical heritage studies and offer practical implications for cultural land-use and heritage governance policy in non-Western rural contexts. Full article

Traditional villages in ecologically fragile and multi-ethnic frontier regions are increasingly threatened by rapid urbanization and socio-economic transformation. Northwestern Yunnan, located in the longitudinal valleys of the Hengduan Mountains, represents a key cultural landscape of plateau agropastoral civilization and ethnic interaction, yet its spatial organization and clustering mechanisms remain insufficiently understood. This study develops a four-dimensional analytical framework integrating four dimensions—spatial morphology (village distribution patterns and density), geomorphological conditions (elevation, slope, and terrain features), cultural attributes (ethnic composition and historical-cultural corridors), and architectural typologies (dominant residential structure types) to examine 246 officially recognized traditional villages. Using GIS-based spatial statistics, kernel density estimation (KDE), spatial autocorrelation, and a hierarchical overlay model, the study identifies the spatial structure (distribution patterns and density gradients), environmental adaptability (relationships with elevation, slope, and hydrological conditions), and multidimensional clustering characteristics (integrated clustering intensity across four analytical dimensions) of settlements. The results reveal a highly uneven and a statistically significant clustered spatial pattern ($R$ = 0.606, Moran’s $I$ = 0.251, p < 0.05) characterized by a “two corridors–six clusters–multiple nodes” structure. Settlement distribution demonstrates strong coupling with mid-elevation plateau basins, river valley systems, and trade-cultural corridors shaped by the Ancient Tea Horse Road. Multidimensional integration further classifies villages into three typologies—comprehensive, specialized, and general clusters—reflecting different levels of coordination among spatial, environmental, cultural, and architectural dimensions. These findings reveal the spatial regularities and multidimensional clustering characteristics of officially recognized traditional villages in Northwestern Yunnan, and suggest that environmental setting, historical corridors, and cultural-architectural features jointly shape the current recognized heritage landscape. The proposed framework provides a context-sensitive basis for differentiated heritage conservation and rural management in mountainous multi-ethnic regions. Full article

Olive cultivation represents a key pillar of rural economies and cultural heritage in Mediterranean regions, including western Greece. Despite its socio-economic importance, the sector faces increasing pressures from climate change, market volatility, and technological transformation, while progress toward environmentally sustainable production remains uneven. This study investigates how olive farmers’ perceptions of carbon footprint and climate risks are influenced by their demographic characteristics. Primary data were collected through 402 structured questionnaires distributed to olive producers in the Aetolia–Acarnania region. The sample was designed to represent farmers directly engaged in olive production, ensuring the relevance and reliability of the collected data. The findings, based on descriptive statistics, reveal significant heterogeneity in producers’ perceptions of climate risks and their capacity to respond through sustainable practices. Demographic characteristics appear to play an important role in shaping awareness of carbon footprint and the potential adoption of environmentally responsible farming strategies. These results suggest that sustainability transitions in perennial cropping systems depend not only on technological availability but also on social, informational, and institutional capacities. Strengthening agricultural advisory services, farmer training, and climate adaptation strategies may therefore support the adoption of climate-smart practices in olive cultivation. Furthermore, cooperation and value-chain integration are identified as potentially important mechanisms for facilitating knowledge transfer and supporting the adoption of sustainable practices (e.g., efficient irrigation and optimized input use). However, their contribution to environmental performance and greenhouse gas mitigation cannot be directly inferred from the present perception-based analysis and should be examined in future research using appropriate quantitative or environmental assessment frameworks. Full article

Early-stage remote site analysis is often hindered by fragmented media that fail to convey sufficient spatial context to off-site collaborators. To address this challenge, we propose SiteSync, a real-time remote collaborative system that combines live video, coarse mesh streaming, georeferenced pose tracking, and 3D spatial annotations to establish a shared spatial understanding between on-site and remote collaborators. The system was evaluated through a counterbalanced within-subject study with 24 participants, comparing the synchronous SiteSync workflow against a traditional asynchronous baseline. The results showed that SiteSync significantly improved task performance by reducing completion time and rework while increasing overall accuracy (all p < 0.001). Participants also reported lower cognitive workload and higher usability. Remote users benefited most significantly. These findings show that the synchronous workflow can improve collaboration efficiency and user experience in early-stage site analysis. Full article

The Historic Urban Landscape (HUL) approach provides a vital and extensive framework for heritage conservation. However, local practices often struggle to spatially translate qualitative assessments into quantitative controls at the urban block level, the most effective basic scale for administrative implementation, thereby limiting effective responses to the Management of Change. By integrating HUL with the theory of Dynamic Integrity, this study constructs a multi-dimensional evaluation index system and proposes a HUL evaluation method based on Character-Based Zoning. Taking the 125 urban block units of the historic urban area of Jingdezhen as a case study, this research integrates historical mapping, GIS spatial analysis, and Co-occurrence Network Analysis to reveal the internal structural logic of the heritage system. The study finds that the HUL of Jingdezhen is a multi-nodal dynamic system driven by four core elements: ritual beliefs, administrative management, production activities, and commercial guilds. Critically, modern visual intrusions severely impact the core heritage components within this system, specifically the Dubang and ritual culture. Based on the three dimensions of Heritage Richness, Landscape Sensitivity and Value Centrality, the study systematically identifies a total of 11 types of urban block units within the plots that characterize distinct historic landscape features and transformation patterns. This research not only deepens the localized application of HUL theory but also provides a scientific basis and methodological support for the Management of Change and periodic assessment in dynamic heritage environments. Full article

The cultural valorization-based territorial recognition program has established itself as an effective strategy for fostering sustainability in rural tourism destinations. However, there is limited evidence of their influence from the community’s perspective. This study analyzes the relationship between the conditions of territorial recognition promoted by the “Pueblos con Encanto” (Charming Villages) program and the sustainability of the Cruz Pampa–Yapatera tourist destination. A mixed-methods approach was employed, utilizing a non-experimental, cross-sectional, and correlational design. For the quantitative part, a structured questionnaire was administered to a sample of 336 residents from the area, using simple random sampling. Data analysis included statistics and Pearson’s correlation. For the qualitative part, 13 interviews were conducted with representative members. These people have influence over the governance of the area. The results of the triangulation showed that, according to the residents’ perception, Cruz Pampa–Yapatera meets the requirements for the “Pueblos con Encanto” program. It is evidenced in its historical heritage and Afro-Peruvian cultural heritage, such as its cumananas, local cuisine, and religious festivities. However, it has deficiencies in infrastructure and tourist facilities that require improvements to strengthen the tourist experience and preserve its cultural identity. Furthermore, the “Pueblos con Encanto” recognition program is positively and significantly related to the current sustainability of the destination. The research demonstrates, through empirical assessment, a positive perception among the local population of sustainability in their community based on the “Pueblos con Encanto” program criteria. A process that should be incorporated into the evaluation framework for the granting of such recognition. Full article

This paper studies the sustainable integration of vernacular construction techniques and natural materials in the context of sustainable development, using Danube Delta UNESCO World Heritage site as case study. Through a comprehensive literature review, this research examines the potential of clay-based composites reinforced with plant fibres such as reed, bulrush, and hemp as environmentally responsible building materials. The methodology, based on a narrative literature review, combines bibliometric analysis with a case study approach to evaluate scientific interest in vernacular construction and to identify locally available natural resources. Results reveal increasing academic attention to sustainable vernacular architecture, highlighting clay-based composite’s favourable hygrothermal properties and the remarkable thermal insulation capabilities of vegetable fibres. The case study shows that most Danube Delta’s natural construction materials—particularly the world’s largest continuous reed vegetation—remain underutilized. The research concludes that revitalizing traditional construction methods, by integrating modern technological innovations, presents significant potential for sustainable rural development, preserving cultural heritage, enhancing regional identity, and reducing environmental impact in construction while supporting local economic growth through culturally authentic tourism. Full article

Developing regions rich in ethnic cultures face structural tensions between cultural heritage preservation, ecological conservation, and economic development. Yet existing research analyzes village types in isolation, overlooks non-additive factor interactions, and lacks frameworks connecting spatial heterogeneity to differentiated sustainability pathways. This study addresses these three gaps through integrated spatial analysis of 4083 characteristic villages across five nationally designated types in Southwest China, a region harboring over 40% of China’s Traditional Villages and high densities of Forest Villages, Key Tourism Villages, Ethnic Minority Characteristic Villages, and Historic and Cultural Villages. Kernel Density Estimation, Average Nearest Neighbor analysis, Standard Deviational Ellipse, and Geographical Detector methods are employed in a three-stage analytical progression. Spatial characterization reveals pronounced heterogeneity with “large-scale dispersion, small-scale agglomeration” patterns and systematic cross-type spatial co-location in high-heritage, high-vulnerability zones. Mechanism quantification shows that intangible cultural heritage (q-values 0.66–0.78) and GDP per capita (q-values 0.68–0.82) are dominant drivers whose pairwise interactions exceed individual effects by 40–60%. Sustainability classification translates q-value-weighted composite indices into four context zones across 506 counties, Culture-Ecology Tension Zones (22.7%), Economic Isolation Nodes (17.0%), Tourism-Driven Development Corridors (19.6%), and Balanced Development Potentials (40.7%), each exhibiting a distinct configuration of cultural, ecological, and economic conditions that necessitates differentiated pathways. The “culture-ecology-economy” tripartite framework advances sustainability science in three ways: it empirically identifies non-additive spatial interactions as generative mechanisms of heterogeneity, achieves a methodological progression from pattern description to sustainability diagnosis, and reconceptualizes cultural heritage from a development constraint into a measurable sustainability asset. The framework is transferable to analogous mountain regions globally where heritage-rich communities confront coupled ecological and economic vulnerabilities. Full article

Rural architectural heritage sites in Korea, such as rice mills, breweries, and granaries, face increasing risks of neglect, deterioration, and demolition. Most of these structures are not recognized within formal heritage designation systems, and no established evaluation framework exists. Consequently, their conservation and management remain challenging. This study proposes a comprehensive evaluation framework for the preservation and utilization of rural architectural heritage. Based on a literature review and expert consultation, 18 evaluation indicators were derived and grouped into six value criteria: historical, architectural/artistic, social/cultural, landscape, economic, and utilitarian values. The Analytic Hierarchy Process (AHP) was employed to determine the relative importance and priority of these indicators. Historical value received the highest weight, followed by architectural/artistic and social/cultural values. Among the 18 indicators, “representativeness of the period” ranked highest, followed by “rarity,” “historicity,” “local identity,” and “architectural excellence.” However, the indicators associated with economic and utilitarian values had relatively low weights. The framework was validated by applying it to 17 rural architectural heritage sites in Buyeo, South Korea. This study presents a systematic and value-based evaluation framework that reflects the regional and industrial characteristics of rural architectural heritage and provides both policy and practical implications for sustainable conservation and adaptive reuse. Full article

Taking Dachen Village in Jiangshan, Zhejiang Province, as an example, this paper discusses the application of digital intelligence technology innovation in the protection of rural cultural architectural heritage. After reviewing the relevant literature on the digital protection of traditional village cultural heritage, this research applied new technologies, such as big data screening and computer clusters, to develop a visual digital intelligence display platform for Dachen Village. The research results show the innovation, experience, and interactivity of digital intelligence technology. This research proposes the use of digital intelligent classification preservation, digital museum construction, and the intelligent development of planning circle websites to protect rural cultural heritage effectively. This paper addresses four core academic gaps in the current research on the “digital-intelligent preservation of traditional villages”: fragmented technological applications, lack of public participation, separation of tangible and intangible heritage, and the absence of replicable models. It proposes a “low-threshold, full-process, replicable” digital-intelligent preservation approach, providing dual reference for both theoretical and practical aspects in subsequent research. It also calls for public participation in jointly inheriting and carrying forward the treasures of human historical civilization. Full article

We explored the application of spatial information technology in the assessment and optimization of cultural heritage resources within traditional settlements in Meizhou City, a core area of Hakka culture in China. By integrating methods such as geographic information systems and Kernel density estimation, it systematically evaluates the spatial distribution and socioeconomic conditions of these settlements. A multi-criteria evaluation model is constructed to quantify resource endowment across cultural, historical, and ecological dimensions, with particular emphasis on key factors influencing conservation effectiveness, such as infrastructure and economic vitality. Combining field investigations and literature review, we propose adaptive reuse strategies and policy recommendations to enhance settlement resilience and balance cultural preservation with regional development. Their expected outcomes include the engineering of a multidimensional geographic database for traditional settlements, the establishment of a spatial decision-support framework for heritage infrastructure conservation, and the development of systematic optimization protocols integrated with China’s rural revitalization technical policies. These results provide a computational and methodological foundation for interdisciplinary research in sustainable cultural heritage management and smart rural engineering. Full article

This research examines the potential of Battlefield Tourism as a strategic tool for rural development, focusing on the cultural heritage of Extremadura, Spain. Given the specific nature of the regional tourism offer, this paper is presented as a case study to analyze how military historical resources can be integrated into sustainable tourism models. The study employs a mixed-methodology approach, combining a quantitative cross-sectional survey with complementary qualitative analysis of open-ended responses. A sample of 149 municipal managers was analyzed to evaluate their institutional perceptions of military cultural tourism and its potential integration into regional strategic initiatives. Results, supported by χ² tests and Cronbach’s α reliability analysis, suggest that the use of specific terminology associated with cultural heritage, rather than ‘war’ or ‘dark’ tourism, is perceived by local stakeholders as more socially and politically acceptable for rural development plans. Given the sample size and self-selection bias, these perception-based findings highlight the importance of terminological sensitivity for local leaders exploring new tourism offerings. The study concludes that, from an institutional standpoint, framing Battlefield Tourism through professional heritage protocols may facilitate its acceptance as a potential tool for economic diversification in inland destinations facing challenges of depopulation. Full article

The Hybrid Smart Energy Community (HySEC) model is an integrated framework for optimizing hybrid renewable energy systems, unifying BIM, IoT, and data-driven modeling, as an innovative approach for the energy transition. A Revit—Twinmotion BIM model, enriched with topographic, CAD, and real-image data, enhances spatial accuracy and stakeholder communication, while a digital–physical architecture linking sensors, gateways, edge devices, and cloud platforms enables decentralized peer-to-peer communication and real-time monitoring. The framework is applied to a smart energy community composed of a hydropower–wind–solar PV system serving six buildings (48.8 MWh/year), supported by high-resolution hourly Open-Meteo data. A NARX neural network trained on 8760 hourly observations achieves an MSE of 2.346 at epoch 16, providing advanced predictive capability. Benchmarking against HOMER demonstrates clear advantages in grid exports (15,130 vs. 8274 kWh/year), battery cycling (445 vs. 9181 kWh/year), LCOE (€0.09 vs. €0.180/kWh), IRR (9% vs. 6%), payback (8.7 vs. 10.5 years), and CO₂ emissions (−9.4 vs. 101 tons). These results confirm HySEC as a conceptually flexible solution that strengthens energy autonomy, supports heritage site rehabilitation, and promotes sustainable rural development. Full article