Gochang, Hwasun and Ganghwa Dolmen Sites
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Gochang Dolmens has demonstrated significant conservation achievements over the past 25 years since its inscription. The site's preservation efforts, including the expansion of protected areas and the relocation of residents to maintain authenticity, have set a global benchmark for heritage management. However, the study reveals critical challenges: an overwhelming dominance of domestic tourists (99%), seasonal dependency on events like the Cheongbori Field Festival, and a sluggish post-pandemic recovery in visitor numbers compared to other sites. To overcome these limitations, the research proposes five key strategies for sustainable development: integrating conservation across broader dolmen sites, leveraging national cultural policies for regional revitalization, enhancing global marketing through multilingual resources and international networks, developing immersive digital experiences like AR/VR to diversify audiences, and fostering participatory governance that includes local communities. This approach aims to transform Gochang Dolmens into a dynamic, globally accessible heritage asset that transcends its current constraints.
Phong Nha-Ke Bang National Park and Hin Nam No National Park
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Researchers have identified and described a new fern species, <em>Cyrtomium lacrimipinnum</em>, from the limestone ridges of Phong Nha–Ke Bang National Park in central Vietnam. This discovery stands out due to its unique combination of morphological traits, including pinnae with acute and attenuate apices and distinctive black or dark brown microscales on both surfaces of the pinnae. Unlike its closest relative, <em>C. pachyphyllum</em>, this species also exhibits a sexual reproductive mode, as evidenced by spore counts of 64 per sporangium. The study employed detailed morphological analysis to distinguish this new species from related taxa, contributing valuable insights into the biodiversity of UNESCO-listed Phong Nha–Ke Bang National Park.
Phong Nha-Ke Bang National Park and Hin Nam No National Park
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A new species of fern, Cyrtomium lacrimipinnum, has been discovered in Phong Nha-Ke Bang National Park and Hin Nam No National Park, Vietnam. This species is distinguished by its teardrop-shaped lateral pinnae, black or dark brown microscales on both surfaces of the pinnae, and unique venation patterns. It closely resembles Cyrtomium pachyphyllum and C. hemionitis but differs in key morphological traits such as pinnae apex shape and margin characteristics. The discovery was made through herbarium surveys and fieldwork, with specimens collected from limestone outcrops and crevices within shrubby moist forests. Notably, this species is believed to reproduce sexually, a rare trait among Cyrtomium ferns, which are predominantly apogamous. Further cytological studies are planned to clarify its biological characteristics.
Beaches of the D-Day Landings, Normandy, 1944
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A comprehensive analysis of the Royal Navy's role in the D-Day landings reveals the intricate naval operations that secured the British Assault Area from June 6 to June 30, 1944. The study highlights the multinational nature of the fleet, including contributions from Canada, Norway, and the Free French, and underscores the complexity beyond mere troop landings—encompassing minesweeping, defense against enemy counterattacks, and resource sustainment. Leveraging previously underutilized primary documentation, archive photos, original artwork, 3D diagrams, and maps, this work provides a fresh perspective on the sea power that underpinned one of history's largest amphibious operations.
Archaeological Areas of Pompei, Herculaneum and Torre Annunziata
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Excavations at Oplontis B, a commercial hub near ancient Pompeii, reveal a dynamic suburban landscape thriving with daily and commercial activities up to the eruption of Mount Vesuvius in 79 CE. The site, featuring a two-story courtyard where wine was being bottled, storage areas, streets, and domestic spaces, offers unprecedented insights into the economic and social life of the region. Over 1,500 amphorae and five phases of development spanning from the mid-2nd century BCE to 79 CE were identified through systematic excavations by the Oplontis Project since 2012. This study synthesizes these findings, highlighting the commercial significance of a nearby warehouse and the evolving structure of the complex.
Historic Centre of Florence
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A responsible model of cultural entrepreneurship, centered on Dante's legacy, can diversify tourism in Florence while preserving authenticity and promoting resident participation. This 'Dante Ecosystem' integrates monuments, museums, bookshops, educational institutions, performing arts, crafts, and digital services through thematic routes, participatory experiences, evidence-based digital interpretation, and collaborative governance. The approach emphasizes universal accessibility and visitor-flow management to ensure sustainable economic development. The study combines literary tourism scholarship, historical analysis, and official documentation to propose this innovative framework.
Medina of Fez
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A novel AI-driven framework, 'Dar’s Data,' demonstrates the potential to revolutionize the preservation and reinterpretation of vernacular heritage by integrating low-cost photogrammetry, 360° immersive visualization, and participatory sourcing. This approach goes beyond traditional static archiving, capturing the dynamic socio-architectural essence of living heritage sites like the Medina of Fez. The framework introduces 'heritage projection' through two modules: F’Darna, a gamified environment for intergenerational knowledge transmission, and Dar Ghdda, an AI-driven generative design concept that adapts traditional morphological rules for contemporary sustainable construction. A pilot implementation at Dar Seffarine validates the feasibility of this hybrid workflow, highlighting its potential to bridge historical documentation with future urban resilience.
Coiba National Park and its Special Zone of Marine Protection
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Coiba Island, once a penal colony and now a UNESCO World Heritage Site, has undergone significant environmental transformations over 150 years. The study identifies nine distinct periods of land use and disturbance, revealing that despite extensive human activity—including selective logging, multi-stratified agroforestry, and cattle ranching—approximately 80% of the island remains covered by mature forest. Key findings include the presence of long-lasting fallow periods (33-9 years) creating a gradient of succession from the center to the east, and contrasting contemporary sites with divergent histories. These insights underscore the resilience of Coiba's ecosystems but also highlight the need for long-term studies to fully understand the legacy of anthropogenic perturbations.
Fort and Shalamar Gardens in Lahore
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The Hazuri Bagh Baradari (1818–1819) in Lahore, built during Ranjit Singh’s Sikh rule, was strategically positioned between the Badshahi Mosque and Lahore Fort to symbolize Sikh sovereignty. Its iconographic elements reflect a hybrid architectural style, representing cross-cultural interactions beyond mere aesthetics. This study reveals that the Baradari's location and design were not coincidental but purposeful, reinforcing Ranjit Singh’s authority while maintaining cultural continuity from the Mughal era. The research employs qualitative methods, primarily literature review, to analyze its spatial significance and ornamental symbolism. Further comparative studies on Sikh architecture across South Asia are recommended.
Historic City of Ayutthaya
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Sacred landscapes in riverine settlements are dynamic, adaptive cultural systems shaped by ritual use, embodied memory, and vernacular spatial practices. This study reveals that sacred urbanity emerges through recurrent typologies such as processional routes, water-based ritual zones, thresholds between sacred and secular domains, and multisensory atmospheres. Unlike static heritage constructs, these landscapes evolve continuously, sustained by community participation and sensory authenticity. The research employs a qualitative comparative case-study methodology, integrating spatial mapping, phenomenological observations, interviews, and interpretive analysis across three historic Asian river cities: Varanasi (India), Hoi An (Vietnam), and Ayutthaya (Thailand). It advances a memory-based analytical framework, advocating for conservation strategies that prioritize ritual continuity, community engagement, and sensory authenticity alongside physical preservation. This approach reframes sacred landscapes as living vernacular systems, offering culturally responsive solutions for managing heritage riverfront settlements in rapidly transforming urban environments.
Fanjingshan
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Research at Fanjingshan reveals a multi-stage process of tin enrichment and deposition, tracing the magmatic to hydrothermal evolution through tourmaline geochemistry. The study identifies three distinct tourmaline types (Tur-I, Tur-II, Tur-III), each reflecting different stages of Sn metallogenesis: initial compatible behavior in the melt, fluid-exsolution transport under reduced conditions, and oxidation-triggered incorporation into tourmaline. Boron isotope variations further confirm this transition, with δ11B values indicating fluid-rock interaction and magmatic-hydrothermal processes. This work sheds light on the complex mechanisms underlying Sn metallogenesis in peraluminous granites of the Neoproterozoic Jiangnan Orogen.
Fanjingshan
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A comprehensive analysis of the Fanjingshan region reveals that the Middle Tonian tectonic evolution of the Jiangnan Orogen, South China, was driven by subduction and collision rather than a mantle plume. This conclusion is supported by integrated sediment provenance data from 1736 detrital zircon U-Pb ages and geochemical studies of coeval magmatic suites, including basalts, mafic–ultramafic sills, and granitoids. The study identifies a four-stage tectonic model: an early passive margin phase (pre-870 Ma), followed by continental arc development (870–835 Ma), collisional amalgamation (835–820 Ma), and post-orogenic rifting (post-820 Ma). Geochemical signatures, such as calc-alkaline affinities and subduction-fluid indicators in basalts, further corroborate the plate margin setting. This work underscores the importance of combining sedimentary and magmatic records to reconstruct ancient orogen evolution.
Mahabodhi Temple Complex at Bodh Gaya
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A comparative analysis of Deeksha Bhoomi and Mahabodhi Temple reveals distinct approaches to Buddhism's role in challenging India's caste system. The study highlights how Navayana Buddhism, symbolized at Deeksha Bhoomi, contrasts with Mahayana Buddhism promoted by the Mahabodhi Temple, reflecting differing cultural and political revival movements. It explores the contrasting views of M.K. Gandhi and B.R. Ambedkar on 'graded inequality' within casteism, using ethnographic narratives from Bodh Gaya and intellectual perspectives from the city. This research underscores the significance of these sites as focal points for anti-caste movements, offering insights into their broader social and political implications.
Fortifications of Vauban
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A reassessment of 16th and 17th-century military treatises reveals that the oval shape, though marginalized by the dominant polygonal 'alla moderna' fortification paradigm, was conceived as a cultivated alternative. While theoretical challenges hindered its widespread adoption in large urban fortifications, smaller coastal strongholds like Fort Pâté, Fort Louvois, and Fort Lupin—part of Vauban's Atlantic coastal defense network—demonstrate its practical feasibility. These findings highlight the oval's potential as an effective design matrix in specific defensive contexts, bridging theoretical innovation with operational implementation.
Bagan
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A comprehensive classification system for structural typologies of Bagan's archaeological site has been developed, focusing on plan symmetry and vertical continuity. This methodology enables the identification of representative buildings for seismic assessment, facilitating targeted recommendations for repair and retrofitting to mitigate seismic vulnerability. The study enhances the understanding of the site's monuments' seismic behavior through a weighted-point-based system, aiming to improve preservation efforts and protect Bagan's heritage against future seismic events.
San Cristóbal de La Laguna
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A profound shift in urban dynamics and cultural memory is revealed through the decline of cinema theaters in Santa Cruz de Tenerife and San Cristóbal de La Laguna from 1970 to 2025. The study demonstrates that this transformation goes beyond changes in consumer behavior, highlighting a significant mutation in public leisure spaces and the symbolic void left by cinema in contemporary cities. By integrating geography, history, and visual culture, the research reconstructs the stages of theater decline—from neighborhood cinemas to multiplexes—and analyzes both the logic behind their obsolescence and practices of resistance, such as heritage preservation and film festivals. The case of Tenerife serves as a key example for understanding broader urban cultural transformations.
Camino Real de Tierra Adentro
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Historical mining activities along the Camino Real de Tierra Adentro in San Luis Potosí, Mexico, have left a lasting legacy of health damage to workers and nearby communities. This study reveals persistent health impacts from silver mining, including silicosis, respiratory and auditory pathologies, and metal poisoning from arsenic and lead exposure. Contamination of air, soil, and water persists, with forensic medicine playing a critical role in documenting these damages through multidisciplinary expertise. The research employs criminology verde principles to assess long-term health effects and inform public policy for population protection.
Melka Kunture and Balchit: Archaeological and Palaeontological Sites in the Highland Area of Ethiopia
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Researchers uncovered distinct links between physiological stress and environmental variability in Early Pleistocene hippopotamids from Melka Kunture, Ethiopia. By analyzing dental enamel hypoplasia (LEH) alongside stable carbon (δ13C) and oxygen (δ18O) isotopes in sequential enamel samples, the study revealed contrasting patterns in two specimens dated to ~1.4 and ~1.0 million years ago. One specimen exhibited broad isotopic variation and discrete stress episodes tied to changing hydrological conditions, while the other showed prolonged or recurrent stress under relatively stable but water-limited conditions. These findings suggest that LEH combined with intra-tooth isotope analysis can provide insights into individual life histories, physiological stress, and environmental dynamics in fossil mammals.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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A groundbreaking study reveals that deoxygenation in the equatorial Panthalassan Ocean began well before the end-Triassic mass extinction, challenging previous assumptions about the timing and causes of this critical event. Researchers analyzed stratigraphic, biostratigraphic, and geochemical data from the Grotto Creek section in Alaska, spanning the Late Triassic to Early Jurassic period. The dataset includes high-resolution measurements of organic carbon and nitrogen stable isotopes (δ¹³C and δ¹⁵N) as well as iron speciation, providing a detailed record of oceanic conditions during this pivotal interval. Samples were collected from Wrangell–St. Elias National Park and Preserve, offering unique insights into the environmental changes that preceded one of Earth's most significant mass extinctions.
Wadden Sea
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Brent geese fine-tune their spring migration departure from the Wadden Sea World Heritage Site by integrating local wind conditions and atmospheric pressure, exploiting transient atmospheric opportunities to optimize migratory timing. The study reveals that tailwind assistance increases departure probability by 20% per additional m/s, while higher humidity reduces it, with wind selectivity declining over the season as migratory urgency grows. Using GPS tracking data from 43 individuals across seven seasons (2015–2024) and hourly meteorological data, researchers applied Cox proportional hazards models to analyze 18,036 hourly risk intervals. This demonstrates that Brent geese balance environmental cues with migration urgency, highlighting potential vulnerability to climate-driven shifts in North Atlantic wind regimes.
Fanjingshan
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Researchers have identified a new species of stonefly, Isoperla fanjingshana, within the diverse genus Isoperla, significantly expanding its known distribution in southwestern China. This discovery was made during surveys in Fanjingshan National Nature Reserve, Guizhou Province, and highlights the region's role as a biodiversity hotspot for aquatic insects. The new species is distinguished by unique morphological traits, including a specialized tergum 10 with paired membranous areas and a rhombic sclerite, among others. A provisional key to valid Chinese Isoperla species based on male specimens is also provided, offering a tool for future taxonomic studies. This finding underscores the importance of Fanjingshan's montane stream habitats in supporting high aquatic insect diversity.
Richtersveld Cultural and Botanical Landscape
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Researchers have identified and described a new genus and species of moth, <em>Gaiarana asterae</em>, from the Namaqualand-Richtersveld steppe ecoregion. This discovery adds to the region's rich biodiversity and is notable for its morphological similarities to the genus <em>Trichiurana</em>. The study provides detailed illustrations of adult specimens, their antennae, heads, legs, and genitalia, along with a map of collection sites. The findings contribute to our understanding of lepidopteran diversity in this unique steppe ecosystem, which is part of the UNESCO World Heritage Site, Richtersveld Cultural and Botanical Landscape.
Mount Wutai
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A systematic approach using cultural hierarchy theory successfully enhances the depth and user experience of regional cultural products, as demonstrated by the development of lacquer ceremonial trays for Mount Wutai. The study deconstructed the site's cultural resources into material, behavioral, and spiritual layers, guiding a design process that integrated craftsmanship inheritance, functional adaptation, and emotional resonance. Questionnaire surveys informed the creation of five trays, showcasing how motif extraction, color systems, and form adaptation can reflect regional identity while meeting user needs. This method offers a replicable framework for similar cultural product development.
Choirokoitia
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A game-based Augmented Reality (AR) application designed for heritage learning at the Neolithic site of Choirokoitia demonstrates significant pedagogical and technological potential. This study, rooted in design-based research (DBR) and multimodal theory, reveals how iterative processes can effectively integrate AR into culturally rich educational contexts. The research highlights six key phases, from aligning scenario design with project requirements to identifying future directions, showcasing the complexities and affordances of AR for exploration and collaboration. Task-oriented activities were central to the pedagogical approach, emphasizing the importance of multimodal contexts in enhancing learning experiences within higher education settings.
Historic Centre of Macao
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A comparative analysis of Chinese- and English-language reviews reveals distinct yet overlapping perceptions of Macao’s Historic Centre, shaped by cultural and linguistic nuances. While both groups express predominantly positive attitudes, Chinese-language reviews emphasize iconic landmarks and symbolic heritage, often highlighting crowding, whereas English-language reviews focus more on the immersive atmosphere of East-West cultural integration and experiential value. Action-related language in Chinese reviews leans toward photography and landmark visits, while English reviews associate strongly with walking, exploration, and learning. The study employed advanced text-mining techniques—Latent Dirichlet Allocation for cognitive themes, a Support Vector Machine classifier for sentiment analysis, and semantic co-occurrence networks—to unpack these differences across user-generated content from Ctrip, MaFengWo, and Tripadvisor.
Historic Sanctuary of Machu Picchu
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A transformative approach to combating overtourism, the excessive and often detrimental influx of tourists, is proposed through the concept of 'Smart Eco-Regions.' This model integrates advanced digital infrastructure, sustainable tourism practices, community engagement, and adaptive governance to regenerate overburdened destinations like Venice, Barcelona, Machu Picchu, and Santorini. The study highlights that proactive destination regeneration—rather than reactive crisis management—can preserve cultural heritage, enhance environmental resilience, and foster long-term socio-economic benefits. By balancing visitor experiences with ecological and social sustainability, this framework offers a blueprint for transforming overtourism hotspots into thriving, sustainable eco-regions.
Mount Kenya National Park/Natural Forest
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A significant variation in visitor satisfaction with campsites exists among the Chogoria, Naromoru, and Sirimon routes of Mount Kenya National Park. This finding stems from a study analyzing recreational use patterns, demographics, and satisfaction levels of 243 tourists using descriptive statistics and inferential analysis. Most visitors were Kenyan nationals aged 20–29, with graduate education and working-class backgrounds. While no significant associations were found for gender, origin, or education level, age and occupation showed notable correlations with recreation routes. Additionally, differences in length of stay (most visitors stayed four days) and group size (small groups of one to four individuals) were observed across the routes. The study provides critical baseline data for park management and tourism planning in Kenya's mountain regions.
Teide National Park
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A multi-class assessment of organic contaminants in groundwater from Anaga Rural Park and El Teide National Park, two protected volcanic environments in Tenerife, Canary Islands, reveals trace levels of anthropogenic pollutants. The study detected compounds such as myclobutanil, tebuconazole, oxolinic acid, caffeine, and carbamazepine, indicating potential influence from agricultural activities and wastewater infiltration. Researchers developed a sensitive analytical method using automated solid-phase extraction followed by ultra-high-performance liquid chromatography-tandem mass spectrometry (UHPLC-MS/MS), validated for accuracy and sensitivity at the ng/L level. This work provides one of the first comprehensive evaluations of organic contaminants in protected volcanic aquifers, offering insights into groundwater vulnerability and supporting future monitoring and water management strategies in these ecologically significant areas.
Prambanan Temple Compounds
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A GeoGebra-based ethno-didactical module centered on Prambanan Temple's geometry significantly enhances students' mathematical mindset. By integrating the cultural context of Prambanan's batur structure with interactive digital activities, the module fosters problem-solving skills, adaptability, and a constructive view of errors. Validated through expert reviews, student feedback, and mindset assessments, this approach demonstrates that culturally grounded digital tasks can effectively support geometric learning outcomes while promoting resilience in mathematical challenges.
West Lake Cultural Landscape of Hangzhou
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A structured heritage impact assessment (HIA) framework, tailored for World Heritage contexts, demonstrates that late-stage interventions can effectively mitigate adverse development impacts on Outstanding Universal Value (OUV). Applied to the West Lake Cultural Landscape of Hangzhou—a UNESCO-listed site under significant urban pressure—the framework identifies critical visual disruptions from a hotel expansion and proposes targeted mitigation strategies, such as height reduction and landscape buffering. By integrating value-based assessment with practical tools for heritage attribute identification and impact evaluation, this approach offers a transferable solution to balance development pressures while preserving cultural integrity. The study underscores the necessity of rigorous, adaptive planning in heritage-sensitive urban contexts.
Silk Roads: Zarafshan-Karakum Corridor
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UNESCO successfully developed and implemented a groundbreaking nomination process for its transnational Silk Roads Heritage Route, culminating in the inscription of two historic corridors on the World Heritage List. The first stretch, inscribed in 2014, encompassed 33 component sites across China, Kazakhstan, and Kyrgyzstan, spanning 5,000 kilometers. A decade later, the second stretch, the Silk Roads: Zarafshan-Karakum Corridor, jointly submitted by Tajikistan, Turkmenistan, and Uzbekistan, was inscribed in 2023. This achievement marked a significant evolution in UNESCO's approach to World Heritage, fostering collaboration among diverse nations with distinct languages and political landscapes. The process not only raised global awareness of shared cultural heritage but also set new standards for transnational nominations.
Vilnius Historic Centre
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An orienteering hike for second-grade students in Vilnius Old Town successfully developed their orientation skills, including navigation, spatial thinking, and map reading. The activity, designed during a teaching practice, engaged 11 stations with exercises that enhanced attentiveness, teamwork, and environmental connection while maintaining optimal time management. Analysis of worksheets and student reflections highlighted the hike's effectiveness in fostering historical, cultural, and natural awareness. However, future implementations should refine exercise formulation for clarity and provide structured resources to ensure equal participation opportunities.
Santiniketan
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Rabindranath Tagore's Santiniketan ashram uniquely blended spiritual cultivation (dharmashiksha) with a form of patriotism (swadeshbhakti), distinct from conventional nationalism. This study reveals how Tagore's curricular design fostered creative devotion to one's 'own country' (swadesh) rather than mechanical national identity, diverging from the political nationalism prevalent in Bengal during his time. By analyzing Tagore's tracts on 'desh' and 'samaj,' the research demonstrates that swadeshbhakti aimed to cultivate a personal, empathetic connection to place and society, contrasting with the impersonal machinery of nation-states. The ashram itself served as a microcosm of this ideal, offering a model for broader societal transformation.
West Lake Cultural Landscape of Hangzhou
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A geospatial analysis of West Lake, Hangzhou, reveals significant spatial inequality in pedestrian crowding at scenic entrances, with late-afternoon peaks and overlapping heritage resources and high activity intensity along certain corridors. The study identifies differentiated hotel distribution patterns and mixed-use surroundings, highlighting areas prone to congestion. Using multi-source data—including hotel locations (1,010), scenic entrances (125), shortest walking routes, and time-sliced population heatmaps—the research provides spatial evidence for optimizing entrance management, wayfinding, and route diversification in urban heritage destinations. These findings offer actionable insights for governance and planning in rapidly urbanizing Asian contexts.
Paris, Banks of the Seine
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A study analyzing sediment from the Seine River in Paris found that while lead (Pb) contamination spiked in 2020, the Notre-Dame Cathedral fire was not a significant contributor. The research compared sediment samples collected during floods in 2016, 2020, and 2021, revealing that 2020's deposits—likely older subsurface material—showed higher contamination levels, particularly near Notre-Dame. Some samples matched isotopic signatures of the fire's dust, but overall, urban sources dominated Pb pollution. The findings suggest the fire had a negligible impact on river sediment contamination, emphasizing the need for continued monitoring to address public concerns.
The Great Spa Towns of Europe
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A denkmalpflegerisches Sanierungs- und Nachnutzungskonzept for the Stadtgartenvilla in Baden, part of the UNESCO World Heritage Site 'Great Spa Towns of Europe,' demonstrates that restoring historical structures can simultaneously preserve cultural heritage and meet modern urban needs. The study highlights the tension between the villa's original design and recent alterations while proposing a multifunctional reuse strategy that integrates gärtnerischen operations, administrative functions, and seasonal public events in the Palmenhaus. By emphasizing reversibility and adherence to historical spatial configurations, the concept enhances both the monument's value and its adaptability for contemporary use.
Sydney Opera House
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Virtual reality can significantly enhance the interpretation of architectural heritage by revealing the cultural significance embedded in construction processes. A study on the Sydney Opera House demonstrates that immersive digital environments, created through 3D reconstruction and analysis of original construction drawings, effectively communicate the historical value of construction methods and temporary activities. This approach expands heritage interpretation beyond the completed building, supporting education and public engagement. The project, which won a National Trust Heritage Award in 2024, showcases how digital tools can bridge the gap between past construction practices and contemporary understanding.
Classical Gardens of Suzhou
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Research demonstrates that integrating Kunqu opera performances with Suzhou classical gardens through 'living documentation' significantly enhances cultural understanding and audience engagement. By combining multi-camera arrays and Gaussian Splatting, the study creates an Integrated Digital Theater that provides photorealistic, site-specific reenactments, linking intangible cultural heritage (ICH) to its material context. User studies reveal improved spatiality, realism, and cultural wholeness compared to traditional VR methods, fostering simultaneous interest in both Kunqu opera and the gardens. This approach addresses the gap in current 3D digitization efforts by embedding performance data within tangible heritage environments.
Mount Taishan
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An online museum framework for Taishan shadow puppetry effectively addresses challenges of cultural transmission by integrating documentary preservation, interactive learning, and live engagement with inheritors. This approach goes beyond static archiving to foster participation, interpretation, and intergenerational attachment, as demonstrated through qualitative fieldwork in Tai’an, Shandong Province. The study identifies key issues—limited succession, declining audience engagement, cultural dilution, and constrained transmission pathways—and proposes a design that aligns with emotional design principles. This method ensures digital safeguarding supports dynamic heritage preservation while adapting to modern media habits.
Vineyard Landscape of Piedmont: Langhe-Roero and Monferrato
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Rural tourism in UNESCO-listed regions can enhance competitiveness and sustainability through strategic digitalization aligned with risk management. A study on Italy's Langhe, Roero, and Monferrato vineyard landscapes reveals how local actors leverage digital tools—such as data analytics, online marketing, and platform-based collaboration—to mitigate environmental, market, and climate-related risks while preserving cultural identity. The research identifies key risk categories and demonstrates that digital innovation, when integrated with resilience strategies, fosters long-term adaptability in rural destinations. This approach offers practical insights for policymakers and destination managers to navigate post-pandemic challenges and ensure sustainable development.
Historic Centre of Macao
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A systematic framework leveraging digital technologies such as 3D laser scanning, HBIM (Heritage Building Information Modeling), and VR (Virtual Reality) has been developed to enhance the efficiency, precision, and accessibility of architectural heritage conservation in Macao's Historic Centre. Focusing on Tsz Lam Wai as a case study, this research demonstrates how these advanced tools address critical challenges in data acquisition, modeling, visualization, and management. A quantitative literature analysis using CiteSpace further identifies global trends and local gaps in digital heritage preservation, offering actionable insights for broader implementation across UNESCO World Heritage Sites.
Mausoleum of the First Qin Emperor
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Digital twin technologies emerge as transformative heritage infrastructures, enabling precise monitoring, intelligent prevention, and dynamic communication for UNESCO World Heritage Sites. By synthesizing multisource sensing, refined modeling, and high-fidelity mapping, these systems create Cultural Heritage Information Models (CHIMs) and Communication Management Information Systems (CMIS), supporting real-time diagnostics, simulations, and predictive analytics. A triadic interactive model—reality space, virtual space, and cognitive space—serves as the conceptual foundation, facilitating AI-assisted virtual restoration, microclimate simulation, and immersive public engagement. Case studies from China, including the Mausoleum of the First Qin Emperor, demonstrate how digital twins address diverse heritage challenges, from underground archaeology to fragile cave art, reshaping conservation through participatory and sustainable management.
Yin Xu
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A millet-centric agricultural system, rather than crop diversification, ensured food stability during the Late Shang dynasty (ca. 1250–1046 BCE) at Yinxu, the capital of the Shang state. This finding challenges traditional assumptions about urbanization in ancient China and highlights the role of agricultural intensification in supporting population growth. The study, using stable carbon and nitrogen isotope analysis on human skeletal tissues, reveals significant dietary variations among sub-adults and craft specialists, offering new insights into social identity formation at the neighborhood level. Unlike previous research focused on elite narratives, this work centers on everyday food practices, demonstrating how diet shaped social distinctions in urban settings.
Prambanan Temple Compounds
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Researchers have uncovered evidence of two devastating earthquakes that struck the Prambanan Temple Complex in Java, Indonesia, with intensities reaching IX+ on the Mercalli scale. By analyzing structural damage from collapses in 1584 and 2006, archaeoseismology revealed recurring seismic events in a region previously considered a seismic gap. The study identified a consistent stress direction (30°-210°) parallel to the causative fault's strike, providing new insights into past earthquake parameters in Southeast Asia. This groundbreaking approach combines historical data with structural analysis to reconstruct disaster history over 1200 years.
Malpelo Fauna and Flora Sanctuary
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A recent study reveals that Malpelo Fauna and Flora Sanctuary harbors significantly higher fish biomass in its mesophotic ecosystems (30-150 m depth) than previously estimated. The research, conducted during the 2025 Mesophotic Scientific Expedition, identified six new fish species for the sanctuary, including olive grouper and misty grouper, suggesting deeper reef-associated habitats support substantial biodiversity. Additionally, the study documented 64 benthic megafaunal taxa and 33 fish taxa using remotely operated vehicle (ROV) surveys and scientific diving, with over 90% of macrobenthic records representing new species for the region. The dataset, compliant with international standards, provides baseline information on mesophotic biodiversity in the Colombian Pacific, contributing to global repositories like OBIS and GBIF.
Sangay National Park
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Researchers have identified a new species of porcupine, Coendou sangay, within the highly diverse mammalian community of Sangay National Park in Ecuador. This discovery was made through extensive fieldwork spanning 15 years, involving 12,800 trap-nights and 2,400 camera-trap days. The new species is characterized by its medium body size, short tail (approximately 26% of head-and-body length), tricolored bristle-quills with brownish-red tips, and distinct cranial features. Phylogenetic analysis using mitochondrial Cytochrome b data revealed significant genetic divergence from its closest congeners, confirming it as a distinct lineage within Clade B. Notably, only one specimen was found, suggesting that Coendou sangay is a rare, canopy-dwelling specialist. The study also highlights Sangay National Park's remarkable mammal diversity, with 170 species recorded, including 18 endemic and 35 threatened taxa. This research underscores the importance of long-term, intensive inventories in uncovering cryptic arboreal lineages and emphasizes the urgent need for conservation measures to protect this high-elevation biodiversity hotspot.
Khangchendzonga National Park
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2026 —
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Khangchendzonga National Park, India's first UNESCO mixed World Heritage Site, is renowned for its ecological diversity. However, its cultural richness—embodied by the indigenous Lepcha and Bhutia communities' sacred landscapes, mythological tales, oral traditions, and spiritual practices—remains underrepresented in tourism narratives. This study demonstrates how co-curation can serve as a collaborative approach to define, interpret, sustain, and represent these cultural narratives, bridging the gap between local communities and visitors. Focusing on Yuksom (buffer zone) and Goechala Trek Route (core area), it explores the potential of an Interpretation Centre at Yuksom's entry gate to disseminate the park's cultural value effectively. The research highlights both the benefits and challenges of co-curation, offering a unique framework for integrating cultural heritage into conservation efforts.
Namib Sand Sea
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2026 —
WHE1CED43CB4D
A 2024 survey along the ancient Tsondab River in Namibia's Namib Sand Sea revealed Middle Stone Age (MSA) artefacts across nearly its entire east-west expanse, challenging assumptions about human habitation and subsistence in arid landscapes. The study documented MSA tools in interdune pans, suggesting deep-time exploitation of this relict fluvial landscape. While Earlier Stone Age (ESA) artefacts were absent, the findings imply that the region supported diverse floral and faunal communities during the Pleistocene, offering indirect evidence for environmental changes over time. By combining archaeological surveys with geoarchaeological and geomorphological analyses, researchers aim to clarify the timing of water presence along this former river course and its implications for early human movement in a challenging environment.
Nyungwe National Park
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2026 —
WHEB9C79F1139
A comprehensive study of non-volant small mammals in Nyungwe National Park (NNP), Rwanda, reveals 25 species, including a new record for the region and country: Lophuromys cinereus. The research, employing standardized live-trapping and DNA analysis—a first for this area—confirms most previously documented species while providing insights into their diversity and distribution across Afromontane rainforests. Seasonality showed minimal impact on community composition, but all species found in the smaller Cyamudongo forest fragment were also present in NNP's main block. The study underscores gaps in understanding biogeographic and ecological factors influencing these mammals and advocates for their inclusion in ecosystem dynamics monitoring and park management plans to better demonstrate Afromontane biodiversity.
Mount Nimba Strict Nature Reserve
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2026 —
WHEE855775568
A survey of edible frogs in the Mount Nimba Strict Nature Reserve, Côte d'Ivoire, revealed 15 species across six families, with Ptychadenidae being the most diverse. The study found significant spatial variation in species richness and abundance, with transects T6 and T2 showing the highest diversity and population counts. Most species were classified as Least Concern by the IUCN, though three were Data Deficient and one, Odontobatrachus arndti, was Near Threatened. Biogeographical analysis indicated a strong affiliation with the western Upper Guinea region. The findings underscore the importance of habitat-sensitive management to sustain edible frog populations in this ecologically sensitive protected area.
