Search Results (1,005)

Previous research on subway stations has emphasized indexicality, functionality, comfort, aesthetics, etc., while cultural representation has been neglected. Notably, however, cultural representations in subway stations shape the city image and affects residents’ sense of identity and belonging. In particular, cultural representations on the decorative walls of subway stations play a crucial role. Therefore, the following questions can be asked: Do passengers perceive the representational culture in these subway stations? What is the relationship between the cultural representations on the decorative walls in subway stations and commuters’ spatial perception? Using a case study of the Ping’anli station in Beijing, in response to the research conducted by Xu Y,J. and other scholars, and adopting the method of data triangulation performed through content analysis, social media, and questionnaires, this paper analyses whether and how cultural representations on the decorative walls of subway stations affect commuters’ spatial perceptions. This study provides new insights into the influence of cultural representations in subway stations on commuters’ spatial perceptions. The findings reveal that cultural representations on decorative walls in subway stations do not fully align with commuters’ spatial perception. These findings can offer references for urban planning as well as the planning and design of decorative walls in subway stations. Full article

Roses held profound cultural and economic significance in ancient Greece and Rome, yet comprehensive documentation of their species diversity, cultivation practices, and horticultural innovations remains fragmented across archaeological, iconographic, and textual sources. This multidisciplinary study synthesizes evidence from classical texts, archaeological remains including recently identified rose stem fragments from Oplontis, and iconographic materials—including frescoes, coins, and mosaics—to reconstruct the horticultural systems and cultural landscape of roses in classical antiquity. Analysis of literary sources, particularly Theophrastus’s fourth-century BCE taxonomic descriptions, reveals systematic cultivation of diverse rose varieties with flowers ranging from white to deep crimson, including yellow variants, characterized by morphologies from simple to double forms and valued for fragrance intensity and re-blooming capacity. Archaeological evidence from sites such as Paestum, Pompeii, and Oplontis, including pollen samples, preserved wood fragments with diagnostic prickle patterns, and fresco representations, documents commercial rose production and specialized cultivation techniques that demonstrate significantly greater morphological diversity than textual sources alone indicate. Field research and collection documentation establish the origins of Mediterranean rose cultivation, while iconographic analysis identifies roses in religious ceremonies, festivals, and daily life contexts. Textual sources provide detailed propagation methods, seasonal management practices, and evidence of Mediterranean hybridization events, alongside extensive documentation of medicinal and cosmetic applications. Economic analysis reveals specialized trade networks, commercial production centers, and diverse applications in perfumery, garland making, and pharmaceutical industries. This research establishes that Greek and Roman civilizations developed sophisticated rose cultivation systems integrating botanical selection, horticultural innovation, and cultural symbolism that directly influenced medieval and Renaissance practices and informed modern trait categorization systems. These findings demonstrate the foundational role of classical antiquity in European rose heritage, revealing how ancient horticultural knowledge, species diversification through hybridization, and cultivation techniques created an unbroken transmission that shaped contemporary rose industries and established conservation priorities for this horticultural heritage. Full article

In the era of digital intelligence, cultural heritage is undergoing a profound transformation. This study investigates how digital technologies facilitate the inheritance and innovation of traditional culture in China, focusing on the case of Huangyan’s Song Rhyme Culture in Zhejiang Province. Drawing on the framework of “glocalized intelligent heritage,” the research explores how global technological systems interact with local cultural practices to produce new forms of cultural continuity. Methodologically, the study employs a qualitative case study approach supported by empirical data. It combines policy analysis, semi-structured interviews with twenty-six stakeholders, field observations, and quantitative indicators such as visitor statistics, online engagement, and project investment. This mixed design provides both contextual depth and measurable evidence of digital transformation. The findings show that digital intelligence has reshaped cultural representation, platform-based public engagement, and local sustainability. In Huangyan, technologies such as AI-based monitoring, 3D modeling, and VR exhibitions have transformed heritage display into an interactive and educational experience. Digital media have enhanced public engagement, with more than 1.2 million virtual visits and over 20 million online interactions recorded in 2024. At the same time, the project has stimulated cultural tourism and creative industries, contributing to a 28.6% increase in cultural revenue between 2020 and 2024. The study concludes that digital intelligence can function as a cultural bridge by strengthening heritage mediation, widening access, and enabling platform- and institution-based participation, while noting that embodied intergenerational cultural transmission lies beyond the direct measurement of this research design. Full article

African American (AA) women often experience earlier onset and more severe menopause symptoms, especially vasomotor symptoms (VMSs) like hot flashes, compared to other groups. However, limited research has examined the effectiveness and acceptability of menopause treatments in this population. This scoping review synthesized evidence on pharmacological (e.g., hormone replacement therapy [HRT], SSRIs, venlafaxine, nitroglycerin) and holistic (e.g., dietary changes, physical activity [PA], supplementation) approaches for managing menopause symptoms in AA women. Using Joanna Briggs Institute and PRISMA-ScR guidelines, a scoping review was conducted, guided by the PCC framework. Four databases (CINAHL, PsycInfo, PubMed, Scopus) were searched for English-language studies (2010–2025) involving AA women aged 40–65. Eligible studies included RCTs and observational designs with ≥10% AA participants. Data were charted and synthesized descriptively. Fourteen U.S.-based studies (11–53% AA representation) were included. Pharmacological treatments—especially HRT and SSRIs—were effective for VMSs and mood symptoms. Holistic approaches showed mixed outcomes; PA and magnesium offered modest benefit, while phytoestrogens sometimes worsened memory. Race-specific results were rarely reported. Effective pharmacological options exist, but evidence tailored to AA women is lacking. Future research must ensure greater AA representation and culturally responsive approaches to menopause care. Full article

The representation of atmospheric phenomena and, in particular, clouds was a prominent theme for painters during the transition from the eighteenth to the nineteenth centuries. During this period, under the influence of rationalism and encyclopedism, Luke Howard’s cloud classification (1803) was proposed, gaining followers among scientists and artists of the time. Among the latter, Goethe was instrumental, as he intensely promoted this cloud classification, even dedicating his own poems and drawings to it. From then on, some painters depicted cloud studies following the academic principles recommended by Goethe. Caspar David Friedrich did not adopt these principles and depicted clouds as bodies endowed with freedom and feeling, as fragments of soul. The work of P. H. de Valenciennes played a prominent role in this approach; it was translated into German and became a reference manual for Romantic landscape painting. This paper addresses the scientific and cultural context of that historical moment, studies the importance of the landscape, and its aerial aspect, in the painting of the time and details the role of Friedrich as a singular author of German Romanticism, who did not want to participate in the academic ideas of representing clouds, since the sky was, for this painter, a symbol of the transcendent. Full article

Technological advances have influenced and changed cultural heritage in the galleries, libraries, archives, and museums (GLAM) sector by facilitating new forms of experimentation and knowledge exchange. In this context, this paper explores the evolving practice of archaeological facial depiction using AI-powered deepfake avatar creator software programs, such as Epic Games’ MetaHuman Creator (MHC), which offer new affordances in terms of agility, realism, and engagement, and build upon traditional workflows involving the physical sculpting or digital modelling of faces from the past. Through a case-based approach, we illustrate these affordances via real-world applications, including four-dimensional portraits, multi-platform presentations, Augmented Reality (AR), and enhanced audience interaction. We consider the limitations and challenges of these digital avatar systems, such as misrepresentation or cultural insensitivity, and we position this advanced technology within the broader context of digital heritage, considering both the technical possibilities and ethical concerns around synthetic representations of individuals from the past. Finally, we propose that the use of MHC is not a replacement for current practice, but rather an augmentation, expanding the potential for storytelling and public learning outcomes in the GLAM sector, as a result of increased efficiency and new forms of public engagement. Full article

Digital platforms are one of the main forms of media used by cultural and creative industries (CCIs) to communicate sustainability, yet the alignment between institutional strategies and online narratives remains insufficiently explored. This study investigates how ten Greek cultural institutions—including museums, performing arts organizations, and cultural centers—represent their sustainability efforts online. A mixed-methods approach combined organizational mapping, content analysis of 1761 Facebook posts (January–September 2025), and targeted semi-structured interviews with four communication professionals within the sample. Results show a pronounced emphasis on social sustainability, highlighting accessibility, education, and community engagement, while environmental sustainability is under-represented despite significant investments in energy efficiency, renewable energy, and waste management. Economic sustainability receives moderate attention, primarily framed through transparency. Interviews reveal that institutions face challenges in translating environmental initiatives into compelling digital narratives due to audience preferences, storytelling limitations, and resource constraints. Findings also indicate that strategic sophistication varies according to organizational scale, governance, and capacity. By linking institutional practices with their online representation, this research provides insights into the communication–practice gap and offers guidance for managers and policymakers to foster more balanced, authentic, and multidimensional sustainability storytelling in the cultural sector. Full article

Script-based computer-aided design tools offer accessible and customizable environments, but their broader adoption is limited by the cognitive and computational difficulty of describing curved, irregular, or free-form geometries through code. This study addresses this challenge by contributing a unified, open-source framework that enables concept-to-model transformation through 2D point-based representations. Unlike previous ad hoc methods, this framework systematically integrates an interactive point-cloud modeling layer with modular systems for curve construction, point generation, transformation, sequencing, and formatting, together with script-based rendering functions. This framework allows users to generate geometrically valid models without navigating the heavy geometric calculations, strict syntax requirements, and debugging demands typical of script-based workflows. Structured case studies demonstrate the underlying workflow across mechanical, artistic, and handcrafted forms, contributing empirical evidence of its applicability to diverse tasks ranging from mechanical component modeling to cultural heritage digitization and reverse engineering. Comparative analysis demonstrates that the framework reduces user-facing code volume by over 97% compared to traditional scripting and provides a lightweight, noise-free alternative to traditional hardware-based reverse engineering by allowing users to define clean geometry from the outset. The findings confirm that the framework generates fabrication-ready outputs—including volumetric models and vector representations—suitable for various manufacturing contexts. All systems and rendering functions are made publicly available, enabling the entire pipeline to be performed using free tools. By establishing a practical and reproducible basis for point-based modeling, this study contributes to the advancement of computational design practice and supports the wider adoption of script-based design workflows. Full article

Unstructured POI name texts are widely used in fine-grained urban analysis, yet missing labels and semantic ambiguity often limit their value for spatial inference. This study proposes a large language model-based semantic–spatial inference framework (LLM-SSIF), a lightweight semantic–spatial pipeline that translates POI texts into interpretable, fine-grained spatial evidence through an end-to-end workflow that couples scalable label expansion with scale-controlled spatial diagnostics at a 500 m resolution. A key advantage of LLM-SSIF is its deployability: LoRA-based parameter-efficient fine-tuning of an open LLM enables lightweight adaptation under limited compute while scaling fine-label coverage. Trained on a nationwide cuisine-labeled dataset (~220,000 records), the model achieves strong multi-class short-text recognition (macro-F1 = 0.843) and, in the Guangzhou–Shenzhen demonstration, expands usable fine-category labels by ~14–15× to support grid-level inference under long-tail sparsity. The spatial module then isolates cuisine-specific over/under-representation beyond overall restaurant intensity, revealing contrasting cultural configurations between Guangzhou and Shenzhen. Overall, LLM-SSIF provides a reproducible and transferable way to translate unstructured POI texts into spatial–statistical evidence for comparative urban analysis. Full article

The architecture of spas and recreational complexes is increasingly being analyzed not only through the prism of its formal diversity but also through its functional, technical, and esthetic responses to evolving societal expectations. This article descriptively examines the context of evolving user needs and select examples representing new architectural forms integrated into the landscape, responding to the growing demand for beauty (understood subjectively), experiences, and emotional value in 21st-century tourism and recreation. The most diverse and characteristic examples were selected and described in order to maintain a broad context of analysis and illustrate contemporary changes as faithfully as possible. The descriptive approach enables a systematic and comprehensive representation of phenomena, identifying recurring patterns, spatial trends, and contextual relationships. Rather than being limited to numerical data, it provides a structured analytical framework that supports the objective documentation of architectural and urban processes. The aim of this study is to systematize selected design trends that reflect contemporary cultural aspirations and environmental concerns, and to illustrate the evolving relationship between architecture, nature, and users. The results indicate a consistent shift toward landscape-integrated, experiential, and esthetically driven architectural solutions, demonstrating that contemporary tourism facilities increasingly prioritize atmosphere, immersion in nature, and sensory engagement over traditional utilitarian design. This study concludes that beauty, understood as subjective esthetic experience, has become a key determinant in shaping new architectural forms, reinforcing the role of architecture as both a cultural expression and a tool for enhancing well-being in tourism and leisure environments. Full article

During the transatlantic diaspora, enslaved Africans brought cultural and religious elements to Brazil, such as Candomblé, that deeply influenced local society. In Candomblé communities of Bantu origin, the death of an initiate requires specific rites, such as the Azerin. In this ritual practice, sacred plants are selected according to their associations with deities and their capacity to provide spiritual protection. Each plant used holds particular meanings and is deliberately chosen to create an atmosphere of respect and reverence for the deceased. This study analyzes the symbolism and ritual functions of plants in the Azerin funeral rite of Candomblé Nação Angola, with emphasis on their role in spiritual protection. Participant observation and review of specialized literature were employed to describe the rite and its vegetal repertoire. Five sacred plant species were identified (Elaeis guineensis Jacq, Raphia vinifera P.Beauv., Dracaena fragrans (L.) Ker Gawl., Lagenaria siceraria (Molina) Standl. and, Morus nigra L.), whose functions range from protection against Eguns to the material representation of the initiate’s body. The results indicate that, in the Azerin, plants do not merely express protection but operate as mediating elements in communication with ancestors, structuring the greeting and continuity of ancestor worship in Candomblé Nação Angola. The study thus expands the understanding of ritual plants in Afro-Brazilian religiosity and the biocultural heritage of these communities. Full article

This study analyzes the socio-cultural and behavioral determinants of FinTech adoption and access to credit among Ecuadorian SMEs. A probabilistic sample of 600 firms, operating in the services, commerce, information and communication technologies (ICT), and industry sectors, was surveyed to ensure representation of the country’s productive structure. The model integrates financial literacy, institutional trust, and perceived accessibility as key independent variables, with FinTech adoption as a digital behavioral factor and access to credit and credit conditions as the primary dependent outcomes. Using Partial Least Squares Structural Equation Modeling (PLS-SEM), complemented by multi-group invariance tests and cluster analysis, the study evaluates seven hypotheses linking cognitive, perceptual, and digital mechanisms to financing behavior and firm performance. Results show that financial literacy and institutional trust significantly improve access to formal credit, with perceived accessibility acting as a partial mediator. FinTech adoption enhances credit conditions but remains limited among micro and small firms. Based on these findings, the study recommends strengthening financial education programs, simplifying credit procedures to reduce perceived barriers, and developing trust-building regulatory frameworks for digital finance. The results highlight the importance of socio-cultural and behavioral factors in shaping SME financing decisions and contribute to the understanding of financial inclusion dynamics in emerging economies. Full article

Inclusive graphic design has emerged as a relevant approach within contemporary visual communication studies, driven by the need to ensure that graphic messages can be understood and used by diverse groups of users. Within this context, the present study conducted a systematic literature review with the aim of identifying the advances, trends, and recommendations that support the development of inclusive practices in graphic design. Using the PRISMA methodology, 85 primary studies were selected and analyzed, providing evidence to address the proposed research questions. The findings indicate a concentration of applications in digital interface design and visual communication, alongside the recurrent use of perceptual, cognitive, and semiotic theories, as well as principles of universal design. The analysis also reveals emerging trends related to new technologies, participatory approaches, and multisensory interactions, in addition to strategies that prioritize legibility, contrast, diverse representation, and user-centered design. Altogether, these findings depict a consolidating field that integrates technical, cultural, and social dimensions, highlighting the importance of continuing to develop research and tools that strengthen accessibility and inclusion in visual communication. Full article

This article interrogates how an everyday Facebook user in Nigeria adopts AI-generated images as a sustained mode of online and digital self-presentation. This study situates this practice within debates on posthumanity, aesthetic labour, and platform affordance. Drawing on a qualitative case study of a pseudonymised account (“Ada Alika”), this article analyses 25 AI-generated self-images posted between February and September 2025 alongside 25 non-AI-generated images. Using a triangulated methodological approach that combines media archaeology, online observation, and visual thematic analysis, the article describes how generative AI functions as an aesthetic and ontological collaborator in the construction of online selfhood. The results from the analysis are organised around three interconnected themes: “Posthuman and Hyperreal Self”, Aesthetic Labour and AI-mediated Persona”, and High Audience Engagement. The analysis indicates that AI-generated images produce a hyperreal self that exceeds naturalistic representation while remaining socially legible and desirable. These images demand sustained aesthetic labour and align closely with Facebook’s attention economy, resulting in markedly higher engagement than non-AI images. Audience interactions further reveal a level of visual literacy in which distinctions between the real, artificial, and aspirational are fluidly negotiated. By foregrounding a non-Western and non-influencer context, this article extends existing scholarship on AI-mediated selfhood and demonstrates how AI-generated images on Facebook reshapes everyday practices of self-representation and visibility in online digital culture. Full article

Studies of complex natural environments often focus on either biodiversity or on isolating organisms with specific properties. In this study, we sought to widen this perspective and achieve both. In particular, hypersaline ecosystems, such as the Sečovlje salt pans (Slovenia), are particularly promising sources of novel bioactive compounds, as their microorganisms have evolved adaptations to desiccation and high light intensity stress. We applied shotgun metagenomics to assess microbial biodiversity under low- and high-salinity conditions, complemented by isolation and cultivation of photosynthetic microorganisms. Metagenomic analyses revealed major shifts in community composition with increasing salinity: halophilic Archaea became dominant, while bacterial abundance decreased. Eukaryotic assemblages also changed, with greater representation of salt-tolerant genera such as Dunaliella sp. Numerous additional microorganisms with biotechnological potential were identified. Samples from both petola and brine led to the isolation and cultivation of Dunaliella sp., Tetradesmus obliquus, Tetraselmis sp. and cyanobacteria Phormidium sp./Sodalinema stali, Leptolyngbya sp., and Capilliphycus guerandensis. The newly established cultures are the first collection from this hypersaline environment and provide a foundation for future biodiscovery, production optimization, and sustainable bioprocess development. The methods developed in this study constitute a Toolbox Solution that can be easily replicated in other habitats. Full article