Search Results (5,744)

In addition to their historical relevance, underwater sites of cultural heritage (e.g., shipwrecks, archeological sites) represent secondary habitats for marine life. However, despite a growing interest in their ecological role, studies focusing on these artificial environments remain limited. In this study, we performed the first systematic assessment of the marine biodiversity associated with the submerged structures of the ancient roman port of Egnazia. In particular, we conducted a seasonal (summer 2022 and winter 2023) comparative analysis of the qualitative and quantitative variations in the observed nektonic and benthic taxa between the submerged piers and two surrounding control areas. For benthopelagic and vagile benthic taxa, two seasonal samplings with four transects (of 10 m × 4 m) and three replicates per transect were conducted to analyze taxon diversity, abundance, and variability of individual size. The photo-quadrat method was employed to characterize sessile benthic taxa, using PVC frames measuring 40 cm × 40 cm, randomly placed on the study substrates with 20 replicates for each pier and the two controls. Our results highlight the occurrence of 75 taxa (67 associated with the submerged piers and 63 with the surrounding control areas), including 17 benthopelagic species, 26 vagile benthic and 32 sessile benthic taxa. Overall, our findings highlight that the submerged ancient structures of Egnazia represent a stable and functional marine habitat, promoting an increase in the local biodiversity and abundance of individuals of different species. Full article

This study examines the entire urban network of Hungary, excluding Budapest, with the primary goal of creating a nationwide cadastre that systematically documents the country’s stock of urban squares found in cities. As traditional elements of the urban fabric, squares typically serve as focal points within a city’s spatial structure, reflecting the maturity of its urban form and embodying its socio-cultural heritage. Yet, in many towns, especially in central areas of cities, squares have not reached their full potential. Their development poses challenges in structural terms (form and spatial relationship with surrounding buildings), compositional terms (continuity of building frontages and design coherence), and functional terms (hierarchical role among public spaces). The absence of literature systematically compiling and analyzing Hungary’s urban squares is notable, given their significance as principal public spaces and indicators of urban life quality. This research addresses that gap by (1) identifying whether the town has a central square, (2) compiling an inventory of their number, (3) grouping 94 representative examples by morphological typology, and (4) selecting a stratified sub-sample of 55 for detailed morphometric and contextual analysis. The resulting typology provides a foundation for further morphological research and offers a reference for spatial planning and development policy. Full article

This article aims to investigate the role of the Romanian Orthodox Church in Italy in alleviating the stress of acculturation, facilitating the socio-cultural integration of Romanian immigrants, and valorizing the Romanian cultural, traditional, and identity heritage. The study has a qualitative character and uses semi-structured interviews conducted in ten Romanian Orthodox parishes in Italy, examining how the involvement of immigrants in church activities shapes their belonging and integration in the local community. The research emphasizes, in addition to the specific worship activities of the church, the social and cultural activities that support Romanian immigrants and especially those in need. The research results indicate that Romanian Orthodox churches have the role of creating social ties and facilitating active civic participation. The church thus becomes a provider of refuge and respectability and an important agent of integration. Beyond the religious aspect, the Orthodox churches in Italy have provided Romanian immigrants with symbolic resources to enable positive self-identification, places and opportunities to interact with other Romanians, as well as essential services for integration into the labour market and Italian society. Full article

The expansion of solar photovoltaic (PV) energy is a central pillar of Italy’s climate and energy transition strategy. However, the actual availability of land for PV deployment is heavily influenced by a complex regulatory framework that imposes numerous spatial exclusions. This study presents a comprehensive geospatial analysis of exclusion zones for ground-mounted PV installations across Italy, integrating data from national regulations, environmental protection laws, and cultural heritage inventories. Using a vector-based overlay approach, we categorized constraints into six groups: natural assets, landscape protection, cultural heritage, natural hazards, environmental buffers, and infrastructural safety zones. The analysis shows that only approximately 26% of Italy’s land area remains available for PV development. Regional disparities are pronounced, with southern regions such as Sicilia and Puglia offering the highest availability, while northern and central regions face severe limitations due to dense overlays of protected landscapes and heritage sites. These findings offer quantitative support to the often-cited claim that Italy’s strict land-use regulations are a significant barrier to renewable energy development. The study highlights the need for more flexible, spatially informed regulatory frameworks to reconcile conservation priorities with the urgency of decarbonization. Full article

As an essential medium for the cultural narrative of architectural space, studying the cognitive transformation mechanisms of traditional ethnic decorative patterns is critical for their effective preservation and innovative application. This research focuses on typical decorative motifs found in She ethnic architectural heritage, systematically classifying them into five categories—animal, plant, human figure, totem, and geometric—based on symbolic themes, formal structure, and cultural function. Correspondingly, 20 sets of standardized black-and-white line drawing stimuli were developed for experimental use. Methodologically, this study utilized the EyeLink 1000 eye-tracking system to acquire real-time gaze metrics, including fixation duration and saccadic amplitude, as well as pupil dilation responses from participants engaged in a controlled pattern observation task. Immediately after observation, participants completed a semantic differential assessment using a five-point Likert scale. Data analysis employed descriptive statistics, analysis of variance (ANOVA), Kruskal–Wallis tests, and Bonferroni-adjusted post hoc comparisons (α = 0.05). Attention allocation was further examined through heatmaps and gaze trajectory visualizations to provide comprehensive insight into visual engagement. Two principal findings were identified: first, male participants showed a predominant focus on holistic structural composition and cultural symbol representation, whereas female participants exhibited a processing bias towards fine details; second, concrete symbols imbued with historical significance elicited more pronounced emotional responses, while abstract geometric patterns necessitated formal reconstruction to enhance cognitive accessibility. These findings offer empirical support for gender-inclusive architectural design strategies and inform practical approaches for safeguarding cultural heritage within contemporary architectural environments. Consequently, modern reinterpretation of traditional decorative patterns should balance cultural narrative fidelity with functional adaptation, achieving inclusive expression through contextual reconstruction and interactive design strategies. Future research directions include expanding participant demographics to encompass cross-cultural cohorts and incorporating multimodal neuroimaging techniques to elucidate the underlying cognitive and affective mechanisms, thereby advancing the sustainable transmission and innovation of ethnic cultural heritage. Full article

Mosaic ornaments and periodic geometric patterns are deeply rooted in cultural heritage and contemporary design, where symmetry plays a fundamental role in both aesthetic and cognitive perception. This study develops an algebraic method for generating symmetrical and periodic mosaic structures using operations in Galois fields. The approach demonstrates that the intrinsic properties of finite fields naturally give rise to symmetry and periodicity, eliminating the need for specific initial patterns, even when applied to relatively simple algebraic expressions such as the Bernoulli lemniscate and the cissoid of Diocles. The proposed algorithm offers the advantages of simplicity and the ability to provide gradual transitions from one mosaic structure to another. Furthermore, it is demonstrated that standardization of algebraic expressions used for mosaic generation can be efficiently achieved through discrete logarithm operations. A novel method for computing discrete logarithms is introduced. The results confirm that symmetrical structures of high complexity can be obtained through simple expressions, and their periodicity becomes more pronounced with increasing field characteristics. This approach offers practical applications in textile and wallpaper design, smart materials, and psychological testing, while also suggesting new perspectives for the analysis of mosaic-like natural systems where symmetry is a defining property. Full article

For centuries, Scaptotrigona mexicana honey has been treasured in Mexico, where pre-Columbian cultures harvested it not only for its sweet flavor but also for its medicinal and ceremonial purposes. Today, it remains a high-value product in local markets, prized above Apis mellifera honey for its unique sensory qualities and traditional health benefits. Yet its scientific characterization and functional potential remain underexplored. In this study, twenty-four samples from diverse regions were analyzed to quantify bioactive compounds and determine physicochemical composition, α-amylase inhibition, and antioxidant activity. Non-parametric statistical tests revealed distinct compositional clusters, with samples from Cruz Blanca showing exceptional phenolic content and stronger α-amylase inhibition (5.6–49.2%). Antioxidant capacity correlated positively with phenols and flavonoids, showing moderate effect sizes for ABTS (η² = 0.49) and DPPH (η² = 0.37). Compared with Apis mellifera honey, Scaptotrigona mexicana contained more moisture, free acidity, phenols, and antioxidants, but less diastase, hydroxymethylfurfural, and reducing sugars. Importantly, natural α-amylase inhibitors can help modulate postprandial glucose, offering dietary support for type 2 diabetes management. Kinetic analyses (EC50, Vmax, and Km) suggested mixed inhibition. These findings highlight Scaptotrigona mexicana as both a heritage product and a promising functional ingredient for developing foods that merge tradition with metabolic health innovation. Full article

The historic landscape and the value of the ancient city in the stock era present a diversified and mixed problem; as such, this study explores a quantifiable spatial correlation method for landscape layering characteristics and value space, in order to provide support for the urban renewal paths that integrate historical and contemporary needs. Taking as an example Chaozhou Ancient City, a renowned historical and cultural city in China, this study draws on the theory of historical urban landscape layering and comprehensively uses historical graphic interpretation, GIS spatial quantitative analysis, the single-land-use dynamic degree model, the Analytic Network Process, and the Delphi method to quantitatively analyze and evaluate the landscape layering characteristics and value space of the ancient city. Meanwhile, it explores the relationship between the historical landscape layering characteristics and value space of ancient cities using the spatial autocorrelation model and the coupling coordination modulus model. The key findings are as follows: (1) The high-layer space (66.1%) and high-value space (31.1%) of the historic landscape of Chaozhou Ancient City show significant mismatch and imbalance. Spatially, layer spaces increase from the city center toward the periphery, whereas value spaces decrease from the center outward, demonstrating marked spatial heterogeneity. (2) The layer–value space shows a spatial distribution of agglomeration, with Moran’s I index values of 0.2712 and 0.6437, respectively. The agglomeration degree of the value space is much higher than that of the layer space, and both show significant non-equilibrium and associative coupling. (3) Coupling coordination: basically balanced (D = 0.56) indicates a transition toward a more integrated state, although 48% of the region remains in a state of severe dysfunction, mainly consisting of two types of spaces: “high-layer–high-value” and “low-layer–low-value.” These two dysfunctional types should be prioritized in future conservation and renewal strategies. This study provides a more comprehensive quantitative analysis path for identifying and evaluating the landscape layer–value space of the ancient city, providing visualization tools and decision-making support for the future protection and renewal of Chaozhou Ancient City and the declaration of the World Heritage. Full article

Rural depopulation and the abandonment of historic settlements are pressing challenges for contemporary spatial planning, particularly in regions with a rich architectural and cultural heritage. This article examines the ruins of Moya, in Cuenca (Spain), as a case study to develop an integrated rural revitalisation strategy. The research combines historical building analysis, assessment of structural deterioration, and planning for economic reactivation to create a comprehensive framework for transforming abandoned sites into a viable cultural resource. The proposed model favours temporary and flexible occupation over permanent repopulation, promoting forms of use that respect and preserve the site’s historical identity. The approach builds on principles of activating monumental heritage, integrating the vernacular fabric, and organising the site into distinct functional areas. Moya is thus presented not only as an example of abandonment, but also as a replicable prototype for intervention in other declining rural environments, where heritage can serve as a strategic resource for sustainable development and territorial cohesion. The main objectives are to develop and test an integrated strategy for rural regeneration that goes beyond physical restoration, combining adaptive reuse, heritage conservation, and educational and cultural programmes to stimulate the local economy and reinforce territorial identity. The approach is evaluated through the case of Moya and contrasted with other national and international experiences to assess its replicability. Full article

Natural cooling and ventilation have been fundamental principles in vernacular architecture for millennia, shaping sustainable building practices across diverse climatic regions. This paper examines the historical evolution, technological advancements, environmental benefits, and prospects of passive cooling strategies, with a particular focus on wind catchers. Originating in Mesopotamian, Egyptian, Caucasia, and Iranian architectural traditions, these structures have adapted over centuries to maximize air circulation, thermal regulation, and humidity control, ensuring comfortable indoor environments without reliance on mechanical ventilation. This study analyzes traditional wind catcher designs, highlighting their geometric configurations, airflow optimization, and integration with architectural elements such as courtyards and solar chimneys. Through a comparative assessment, this paper contrasts passive cooling systems with modern HVAC technologies, emphasizing their energy neutrality, low-carbon footprint, and long-term sustainability benefits. A SWOT analysis evaluates their strengths, limitations, opportunities for technological integration, and challenges posed by urbanization and regulatory constraints. This study adopts a comparative analytical method, integrating a literature-based approach with qualitative assessments and a SWOT analysis framework to evaluate passive cooling strategies against modern HVAC systems. Methodologically, the research combines historical review, typological classification, and sustainability-driven performance comparisons to derive actionable insights for climate-responsive design. The research is grounded in a comparative assessment of traditional and modern cooling strategies, supported by typological analysis and evaluative frameworks. Looking toward the future, the research explores hybrid adaptations incorporating solar energy, AI-driven airflow control, and retrofitting strategies for smart cities, reinforcing the enduring relevance of vernacular cooling techniques in contemporary architecture. By bridging historical knowledge with innovative solutions, this paper contributes to ongoing discussions on climate-responsive urban planning and sustainable architectural development. Full article

This pilot study combines memetic analysis with a gamified virtual reality (VR) platform to explore the digital transmission of Mo Jia Quan, a traditional Chinese martial art. By identifying core cultural elements (memes) with strong transmissibility, the research developed a VR-based learning environment incorporating levels, challenges, and motion-captured martial routines to promote user engagement. Ten participants underwent a pre- and post-test evaluation, with preliminary statistical results suggesting improved cultural understanding after the VR experience. While these initial findings are promising, the study is positioned as an exploratory effort due to its limited sample size and scope. The contribution lies in proposing a theoretically grounded workflow—from memetic identification to immersive digital implementation—that can inform future research on intangible heritage preservation. The study also acknowledges the need for further validation and scalability assessment and aligns with open science principles to ensure the transparency and accessibility of its digital cultural outputs. Full article

The evolution of traditional rural settlements is a dynamic process. During urbanization, traditional rural settlements, as dual carriers of natural and cultural heritage, face the structural contradiction between preservation and development. The 2008 Wenchuan earthquake caused systemic damage to the Linpan settlements in western Sichuan. The post-seismic reconstruction (2008-) and rural revitalization (2017-) phases have offered a unique case for exploring sustainable cultural landscape patterns. This study innovatively devises a “preservation–development” dual-system evaluation framework. Using the coupling coordination degree model, it analyzes the characteristics of Linpan at different stages within a composite cultural–economic–social system. The study found that while tangible carriers can be quickly repaired through financial support, intangible culture is often at risk of losing its inheritors. Over 60% of Linpan depend on government support, exposing the fragility of “dependence-based development”, and few achieve high-quality “preservation–development” synergy (coupling coordination degree D > 0.8). Most remain in a “preservation lag–development obstruction” cycle (D < 0.5). This paper explores ways to balance Linpan preservation and development dynamically and suggests creating a self-cycling “resource empowerment–cultural identity–value transformation” development pattern. It provides a theoretical reference for cultural heritage preservation and disaster resilience building and contributes a unique solution for the revitalization of traditional settlements. Full article

This paper introduces and defines ‘Living Cultural Infrastructure’ as dynamic social-ecological systems where plant heritage and community knowledge are co-produced to reclaim degraded urban landscapes. Addressing the dual challenges of ecological degradation and cultural erosion, we demonstrate this concept through a case study on the Maekha Canal in Chiang Mai, Thailand, employing Participatory Landscape Architecture integrated with urban ethnobotany. Through co-design workshops, biocultural spatial analysis, and ethnobotanical surveys involving 20 key community members, the project engaged residents to reclaim the canal as a functional biocultural corridor. The research documented 149 culturally significant plant species and resulted in a co-created trail system that embodies the principles of a living infrastructure, fostering intergenerational knowledge exchange and strengthening community stewardship. This study demonstrates how a participatory, ethnobotany-informed process can regenerate degraded urban waterways into Living Cultural Infrastructure. The research advances a new paradigm for landscape architecture by providing replicable governance and design tools. Full article

This study explored how dance style preferences among recreational dancers in Greece reflect intersections of cultural identity, demographic background, and lifelong engagement. A total of 912 participants were analyzed using chi-square and Kruskal–Wallis tests, Spearman correlation, and k-means cluster analysis. Significant associations were found between gender and stylistic preferences, with women favoring ballet and contemporary styles, while men preferred traditional and partner-based forms such as tango. Kruskal–Wallis tests indicated that age influenced stylistic preferences, though it did not significantly differentiate participant clusters. A weak but statistically significant positive correlation was observed between age and years of dancing experience. k-means clustering revealed four distinct participant profiles based on gender, residence, experience, and stylistic engagement, highlighting culturally shaped participation patterns. Urban dancers exhibited broader stylistic diversity, whereas rural dancers showed stronger preferences for traditional genres, emphasizing the influence of cultural heritage. These findings demonstrate how identity, environment, and experiential factors could shape recreational dance paths across the lifespan. The study highlights the need for culturally responsive, inclusive, and participant-centered dance education and culturally informed tourism programming that accommodates diverse pathways of engagement. Future research is recommended to investigate motivational factors and cross-cultural patterns to further deepen understanding and inform recreational dance communities. Full article

This study presents the diagnostics and microclimate analysis of four case studies located in the Alps region in Valtellina and Valposchiavo. The primary focus is on evaluating and comparing microclimatic conditions, encompassing temperature (T°C), relative humidity (RH%), mixing ratio (MR), and dew point depression (DPD). The choice of the variables and statistic metrics depends substantially on the aim to identify the risk factor for the preservation of the historical materials of historical buildings, and the procedures for identifying the anomalies in the trends useful to study how to prevent these anomalies in the future. The paper has the target to support the activities of restorers and building managers for improving the restoration process. While various moisture detection methodologies have been studied, no single approach is preferred for analyzing moisture via microclimate monitoring in built heritage. Therefore, this research delves into the influence of various factors, including altitude, location, building type, structure, materials, orientation, and use, on the microclimatic parameters. Altitude and building use significantly influence indoor microclimates: unoccupied structures exhibit greater stability, whereas seasonal use increases condensation risks. Key risks included high RH% and critical T-RH zones (T > 25 °C + RH > 65%), exacerbating material stress. Probability density function (PDF) analysis reveals temperature and RH% distributions, highlighting bimodal T°C patterns and prolonged RH% in high-elevation exposed sites. The findings underscore the need for tailored conservation strategies and targeted interventions to mitigate microclimate-induced deterioration in Alpine heritage. Full article