Hwaseong Fortress
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2019 —
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An augmented reality (AR) mobile application for cultural heritage tourism, tested at UNESCO World Heritage Site Hwaseong Fortress, demonstrates significant potential to enhance visitor engagement and learning. The app integrates navigation, AR visualization of historical details, and interactive serious games, yielding positive user feedback while identifying areas for refinement. This study provides a model for designing AR tour applications that balance usability with immersive experiences, offering valuable insights for future mobile tourism tools.
Landscapes of Dauria
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2019 —
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Five transboundary protected areas have been established in the Asian part of Russia through interstate agreements with Mongolia, China, and Kazakhstan, including the UNESCO World Heritage Site Landscapes of Dauria. These areas are crucial for preserving biotic and landscape diversity across administrative borders. The study identifies ten additional promising territories for future protection, emphasizing their high environmental significance. Cooperation with neighboring countries such as Kazakhstan, China, Mongolia, North Korea, Japan, and the United States is expected to further expand this network of protected zones.
Neolithic Site of Çatalhöyük
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2019 —
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A groundbreaking study reveals that virtual reality (VR) can effectively recreate the experience of traveling to the past, particularly when incorporating content meaningfulness, responsive characters, enhanced interaction, and multisensory realism. Researchers built six distinct VR reconstructions of Çatalhöyük, a Neolithic site in Turkey, and evaluated them using a novel framework based on Cultural Presence. The findings demonstrate that these elements significantly contribute to achieving successful VR-mediated experiences, offering new insights into how virtual archaeology can bridge the gap between past and present.
Saloum Delta
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2019 —
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A significant shift in the diet of Slender-billed Gulls (Chroicocephalus genei), a vulnerable species with a restricted breeding range, was observed in the Saloum Delta National Park, Senegal. The study found that while cichlids remained a dominant component, the proportion of mugilid fish in their diet increased markedly between 2000 and 2015. GPS tracking of three individuals in 2014 revealed extensive foraging ranges, with gulls covering up to 96 km daily and utilizing diverse habitats such as mangrove-bordered lagoons, salt pans, creeks, rivers, abandoned rice fields, and the Atlantic coast near a fishing village in The Gambia. Individual foraging behaviors varied significantly, highlighting the need for targeted conservation strategies that account for species-specific ecological requirements.
Chief Roi Mata’s Domain
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2019 —
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Cyclone Pam (2015) exposed both risks and opportunities for cultural heritage transmission at Chief Roi Mata’s Domain (CRMD), a UNESCO World Heritage Site in Vanuatu. The study reveals that while disasters often threaten tangible and intangible heritage, they can also catalyze its redefinition and renewal. By analyzing the disaster's impact through a 'disaster biography' framework, researchers found that repetitive natural hazards reshape cultural practices and heritage narratives, blending destruction with creative adaptation. This approach shifts focus from loss to opportunity, demonstrating how post-disaster cultural reworkings can preserve or transform heritage in dynamic ways.
Sinharaja Forest Reserve
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2019 —
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A comprehensive study of amphibian diversity in the eastern and southern parts of Sinharaja Forest Reserve, Sri Lanka, reveals that 24 species were identified, with a striking 92% (22 species) being endemic to the region. Notably, sub-montane forests exhibited higher diversity, including endangered and critically endangered species, compared to lowland rain forests. The research, employing quantitative deductive methodology with line transects and quadrate samples, highlights significant threats such as biopiracy, illegal forest utilization, gem mining, encroachments, and unethical tourism. These findings underscore the urgent need for conservation efforts by authorities to mitigate human impacts on this biologically unique and vulnerable ecosystem.
Monarch Butterfly Biosphere Reserve
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2019 —
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Assisted migration of Abies religiosa (sacred fir) combined with nurse plants significantly improves afforestation success in the Monarch Butterfly Biosphere Reserve, Mexico. Research found that seedlings planted under existing nurse plants exhibited survival rates of 72% and 94% at two sites, compared to just 18% and 10% in open areas without shade protection. The study also demonstrated that transferring tree populations 400 meters upward in elevation—an approach known as assisted migration—does not negatively impact seedling growth, potentially aligning them better with future climate conditions. These findings suggest that incorporating nurse shrubs like Baccharis conferta into reforestation strategies can enhance ecological restoration efforts, particularly in high-elevation regions vulnerable to climate change.
Sundarbans National Park
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2019 —
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A comprehensive ecosystem service assessment of wetlands in the Sundarbans National Park and East Kolkata Wetlands reveals that 32 out of 36 possible ecosystem services are produced across these sites, with significant variations attributed to differing wetland characteristics and management regimes. The study highlights critical gaps in existing literature, particularly in recognizing provisioning, regulating, cultural, and supporting services, and demonstrates the importance of systemic approaches like the Rapid Assessment of Wetland Ecosystem Services (RAWES) in capturing interdependent service production. This method not only supports the protection of ecological character but also challenges the underrepresentation of peri-urban wetlands' values, offering a practical framework for informed decision-making.
Old and New Towns of Edinburgh
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2019 —
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Edinburgh stands out as a uniquely preserved capital city, with its development intricately linked to European urban and architectural influences, conservation efforts, and governance. A key insight is the city's deliberate cultivation of identity, blending Old and New Towns holistically rather than treating them as isolated historical events. This approach extends beyond the city center, integrating suburban edges and offering a comprehensive perspective on Edinburgh's evolution over nearly 1,000 years. The study employs a thematic framework centered on architecture, landscape, sustainability, and governance to analyze these dynamics, revealing how political and institutional investments have shaped Edinburgh's distinct character—unmatched in the UK for its careful preservation of image and identity.
Selimiye Mosque and its Social Complex
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2019 —
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A previously undocumented fountain within the Edirne Selimiye Mosque complex, a masterpiece by Ottoman architect Sinan, has been identified and analyzed for the first time. This wall fountain, located on the northern outer court wall, was not mentioned in historical records or biographies of Sinan. The study examines its architectural characteristics, construction, and dating, providing new insights into Sinan's lesser-known works. It also contextualizes the fountain within the broader tradition of Islamic water structures, highlighting its significance in Edirne's architectural heritage.
Historic Sanctuary of Machu Picchu
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2019 —
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A study evaluating the impact of human activities on the Inca trail network within Machu Picchu Historic Sanctuary revealed significant variations in road depth, particularly along the Salkantay trail. Over three years (2008–2010), solid waste accumulation increased, with plastic being the most prevalent type, alongside organic waste from livestock. The study also documented wildlife presence, including 21 bird species and 3 mammal species on the Traditional Inca Trail, with notable species such as Puma concolor (Near Threatened) and Vultur gryphus (Endangered). This research highlights the ecological challenges posed by tourism and livestock in this UNESCO World Heritage Site.
Prehistoric Rock Art Sites in the Côa Valley and Siega Verde
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2019 —
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In 2018, the thirtieth anniversary of the discovery of Paleolithic rock art at Siega Verde (Serranillo, Salamanca, Spain) marked a pivotal moment in understanding Upper Paleolithic art and human settlement during the Last Glacial Maximum (LGM). The site, recognized for its open-air equid figures, challenged prevailing views on Iberian Meseta's prehistoric populations. Its inclusion in UNESCO’s World Heritage List in 2010 underscores its global significance. This synthetic study synthesizes key findings from three decades of research, highlighting the site's unique contributions to Paleolithic art studies and its role as a reference for interpreting prehistoric societies.
Western Caucasus
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2019 —
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Alien plant species in the Western Caucasus exhibit a distinct elevational distribution, with maximum richness concentrated in lower, more climatically favorable zones where human activity is highest. Of 100 alien species studied—comprising herbaceous (59%) and arboreous (41%) plants—most originate from North America and East Asia, and 57% are cultivated. Species diversity declines with elevation, with only 17 species found above 1000 m a.s.l., primarily accidental annual herbs of North American origin. Notably, <em>Matricaria suaveolens</em> is the sole alien species recorded above the timberline (2000 m a.s.l.). The study highlights differences between southern and northern macroslopes, attributing the penetration of aliens into upper belts to human activities such as road construction and tourist infrastructure development.
Western Caucasus
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2019 —
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Viewpoint geosites, which offer panoramic views of unique geological features and landscapes, are significantly influenced by their environmental context. This study introduces a new framework to evaluate the environment of such sites using three components: standpoint environment, transitional environment, and target environment. Each component is assessed based on criteria like the presence of geological elements, vegetation cover, anthropogenic intervention, fragmentation, and contrast. Analyzing three geosites in the Western Caucasus, researchers found that environmental differences between these sites had a more substantial impact than variations in their displayed geoheritage features. This innovative approach to evaluating viewpoint geosites provides a broader application and justification for future environmental assessments.
Nyungwe National Park
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2019 —
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A case study of the Kitabi Women Handcrafts Cooperative in Nyungwe National Park, Rwanda, reveals significant strides in women's economic and social empowerment while highlighting persistent challenges in environmental justice. The cooperative, established in 2011 to shift former hunters' wives away from reliance on natural resources, demonstrates measurable progress through access to financial loans, savings, employment, and income-generating projects. Socially, members report improved capacity building and family relations. However, procedural justice remains limited due to a dominant top-down approach that marginalizes women's voices in decision-making processes. Challenges such as crop raiding, slow compensation processes, high-interest rates, and inadequate communication hinder further empowerment. The study recommends adopting a partnership approach to better integrate women's needs and perspectives into conservation policies.
Historic Centre of Naples
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2019 —
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A comprehensive approach to rehabilitating the Historic Centre of Naples has yielded practical guidelines for sustainable urban interventions. The project focuses on enhancing public spaces, roads, walkways, and squares while addressing complex urban challenges in large cities with EU funding. By adopting a multidisciplinary strategy, it provides actionable insights into strategic planning and process management for similar heritage conservation efforts. These guidelines aim to balance preservation with modern functionality, offering a model for sustainable urban development in historic contexts.
Landscapes of Dauria
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2019 —
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Transboundary specially protected natural areas (TSPNAs) offer a unique solution for preserving biotic and landscape diversity by minimizing economic activity near borders. Five TSPNAs, including Dauria, have been established through interstate agreements to date, with additional potential sites like the Amur Tiger and Leopard region being considered. Effective functioning of these areas requires bilateral or multilateral agreements to facilitate joint scientific and tourist programs while reducing border control. The study highlights the theoretical and practical aspects of establishing TSPNAs in Siberia and the Far East, emphasizing their role in conservation efforts.
Las Médulas
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2019 —
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Las Médulas faces significant challenges due to its status as a space of multiple interventions. The implementation of the Tourist Dynamics Plan for Las Médulas has exposed latent conflicts related to cultural and tourist functionality within the Archaeological Zone, disagreements among local actors, and mismanagement by the Plan's governance. These issues are exacerbated by overlapping sectoral protection figures, leading to complex territorial management problems. While efforts towards integral valorization and ordering instruments have been delayed, establishing a dedicated management body for Las Médulas could address these challenges effectively.
Tusi Sites
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2019 —
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A neural network-based system demonstrates significant potential for optimizing resource allocation and management at UNESCO World Heritage Sites, particularly for cultural sites like the Hailongtun Tusi Site in Guizhou, China. The study leverages artificial intelligence to address complex calculations related to tourism resource parameters, such as face detection and recognition, while integrating creative computing methods to bridge tourism and computer science domains. This approach aims to enhance protection efforts and improve visitor services by achieving a more effective and reasonable distribution of resources. The case study highlights the system's applicability in real-world scenarios, offering a scalable solution for heritage site management.
Temple Zone of Sambor Prei Kuk, Archaeological Site of Ancient Ishanapura
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2019 —
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Analysis of brick composition and size at the Temple Zone of Sambor Prei Kuk reveals a more complex construction timeline for its major shrines than previously assumed. The study, which examined 59 well-preserved brick structures in the archaeological site of ancient Ishanapura (capital of the Chenla Dynasty), identified distinct groups corresponding to different construction stages. This challenges earlier dating based on epigraphy and decorative styles, suggesting that individual shrines within temple complexes were built through a nuanced, multi-phase process rather than as simple, sequential additions.
Djerba: Testimony to a settlement pattern in an island territory
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2019 —
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An ethnobotanical study on Djerba Island, Tunisia, identifies 86 medicinal plants with significant traditional pharmacopoeia uses, primarily from the Asteraceae family. The research documents diverse plant applications, with leaves being the most utilized part (59%) and decoction as the predominant preparation method. This cataloguing effort highlights the island's rich botanical heritage, offering a valuable database for future scientific exploration of natural substances. The study employed semi-structured interviews and direct observations over one year, engaging both local residents and non-residents to capture comprehensive traditional knowledge.
Studenica Monastery
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2019 —
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A comprehensive analysis of pottery shards from the Studenica Monastery, Serbiareveals continuous production during the late Byzantine period (13th to 15th century). Using advanced techniques like spectroscopy and X-ray diffraction, researchers found no significant differences in mineralogical or chemical composition between samples from two distinct cultural strata, indicating sustained craftsmanship. The pottery was made from non-calcareous clay, glazed with lead-based coatings, and colored with copper and iron, fired at temperatures ranging from 600–700 °C for cookware to 800–1000 °C for tableware. A clay rod with glaze traces, likely from a kiln, further supports the site's role in pottery production during this period.
Baalbek
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2019 —
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A novel approach to predicting the seismic response of Baalbek's iconic columns has emerged from combined experimental, numerical, and theoretical investigations. Researchers found that reduced-scale models (1/20 and 1/40) subjected to harmonic excitations closely mirrored the rocking and overturning behavior of full-sized columns under earthquake-like conditions. This similitude allows for accurate predictions of seismic impacts on these ancient structures using simplified numerical simulations and critical impulse theory. The study further reveals that the mode of column overturning and the number of blocks involved can serve as indicators to estimate the period and peak acceleration of critical impulses within earthquake signals, offering a new tool for assessing structural vulnerability in World Heritage Sites.
Heard and McDonald Islands
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2019 —
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Despite high natural iron fertilization from glacial and volcanic sources near Heard and McDonald Islands, phytoplankton biomass remains unexpectedly low compared to the central Kerguelen Plateau. This paradoxical 'high nutrient, high iron, low chlorophyll' (HNHFeLC) phenomenon was investigated using ocean color data and in situ samples collected during the HEOBI voyage in 2016. Researchers found that deep mixing, shading by re-suspended sediment particles, and dilution with surrounding low-chlorophyll waters in the Antarctic Circumpolar Current played significant roles in limiting phytoplankton growth. Additionally, a shift from microphytoplankton to nanophytoplankton dominance was observed, highlighting the complex dynamics of short-term responses to climate change and cryospheric processes.
W-Arly-Pendjari Complex
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2019 —
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A first-of-its-kind camera survey in Burkina Faso and Niger reveals that human activities, particularly livestock grazing and resource gathering, significantly impact mammal behavior within the W-Arly-Pendjari (WAP) Complex, the largest protected area in West Africa. While these pressures did not affect species richness or composition, they notably reduced mammal activity, with wild ungulates showing the greatest sensitivity to livestock presence. The study highlights the complex interplay between human and natural systems, shifting the WAP's conservation mandate from nature protection alone to a dynamic coupled ecosystem approach.
Río Plátano Biosphere Reserve
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2019 —
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Researchers document the first confirmed presence of the Cozumel fruit-eating bat (Mimon cozumelae) within the Río Plátano Biosphere Reserve, Honduras. This discovery extends the species' known range by over 500 km northeastward, providing critical data for conservation efforts in this UNESCO-listed tropical rainforest. The study employed field surveys and digital treatment of taxonomic records to validate the identification, contributing to a broader understanding of bat diversity in Mesoamerica's lowland forests.
Trang An Landscape Complex
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2019 —
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A comprehensive survey of lepidopteran insects in the Trang An Landscape Complex, a UNESCO World Heritage Site in Ninh Binh Province, Vietnam, reveals 167 species, including 62 butterflies and 105 moths. Among these, two species—<em>Celerena signata</em> and <em>Nygmia plana</em>—are documented for the first time in Vietnam, expanding the country's lepidopteran biodiversity record. The findings are based on field surveys conducted between 2017 and 2018, providing a foundational dataset for future ecological studies in this ecologically significant region.
Studenica Monastery
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2019 —
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Archaeozoological evidence from the medieval Studenica Monastery in Serbia reveals that large sturgeon species, likely transported over 200 km from the Danube region, were consumed at the site during the 14th and early 15th centuries. The presence of these high-value fish, including beluga and Russian sturgeon, suggests sophisticated long-distance trade networks and their significance in monastic dietary practices, particularly during religious observances like Lent and celebrations honoring the Virgin Mary and monastery founder. Skeletal analysis indicates that large specimens were brought whole, possibly dried or salted, reinforcing historical records of monasteries as key consumers of premium fish alongside royalty and nobility.
Church and Dominican Convent of Santa Maria delle Grazie with “The Last Supper” by Leonardo da Vinci
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2019 —
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A high-fidelity 3D model of the Cloister of the Prior, a lesser-known but architecturally significant part of the Santa Maria delle Grazie complex in Milan, has been successfully generated using advanced photogrammetric techniques. The study demonstrates that careful lens selection and post-processing can overcome challenges posed by smooth white surfaces to produce accurate point clouds suitable for virtual reality (VR) and augmented reality (AR) applications. This model serves as a foundation for immersive cultural tourism experiences, offering visitors insights into the cloister's history while also enabling future research on its historical modifications.
Kilimanjaro National Park
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2019 —
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Climate change over the past four decades has significantly altered trekking conditions and sightseeing opportunities in Kilimanjaro National Park. Higher temperatures and reduced rainfall have decreased risks of landslides, rockfalls, and altitude sickness, improving physical trekking conditions. However, these changes have also led to a decline in wildlife, waterfalls, and snow cover, which are key attractions for tourists. While the loss of snow may initially boost 'last chance tourism,' long-term impacts could reduce visitation. The study suggests that proactive management of expanding heathlands is crucial to mitigating these losses. Researchers used a hazard-activity pairs approach to analyze the interplay between environmental changes and tourism activities, providing insights into the complex relationship between climate change and tourism sustainability.
Trang An Landscape Complex
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2019 —
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Effective tourism management at UNESCO World Heritage Sites, such as Ha Long Bay and the Trang An Landscape Complex in Vietnam, requires balancing economic benefits with preservation of cultural and natural values. While local authorities have shown strong commitment to safeguarding these sites, challenges persist in governance, crowd control, and social impacts on local communities. The study recommends privatization or public-private partnerships for more sustainable operations, diversifying investments into less detrimental areas like technology infrastructure and heritage-based performances. Additionally, it suggests implementing capacity assessments, increasing ticket prices, and developing new attractions to manage overcrowding while enhancing tourist experiences. Ensuring economic benefits for vulnerable locals through community-based tourism and high-paid job creation is also emphasized as a key strategy.
Kernavė Archaeological Site (Cultural Reserve of Kernavė)
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2019 —
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A reassessment of archaeological data from the Kernavė hillforts reveals a more complex functional evolution than previously understood, with significant changes in their use over time. The study challenges the term 'hillfort' for these sites and questions their contemporaneity within complexes. By reclassifying pottery sherds as primary, secondary, or refuse, researchers identified distinct phases of settlement, short-term activities, and long-term habitation, providing new insights into Iron Age occupation patterns in Lithuania.
Sítio Roberto Burle Marx
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2019 —
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Sítio Roberto Burle Marx, a 40-hectare garden designed by renowned landscape architect Roberto Burle Marx in 1949, stands as a testament to the fusion of scientific and artistic innovation. However, current management practices have led to its deterioration, rendering it an 'intact ruin.' Giulio G. Rizzo's book, published in 2009, provides a comprehensive account of the garden's inception, development phases, and Burle Marx's visionary approach. Through meticulous documentation, Rizzo highlights the garden's scientific and artistic components, underscoring its significance as both a cultural landmark and an ecological model. The study critiques the present-day neglect, advocating for preservation efforts that align with Burle Marx's original intent.
Cultural Landscape of Sintra
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2019 —
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A mobile tool designed to engage users in discovering and sharing valuable landscapes through gamification has been shown to enhance user experience, particularly within UNESCO World Heritage Sites. The study, conducted in Sintra's Cultural Landscape—a site recognized for its global significance since 1995—evaluated the tool's effectiveness by assessing both user engagement and the impact of gamification features. Findings indicate that integrating playful elements can motivate exploration and sharing of lesser-known landscapes, offering a novel approach to cultural heritage preservation and public engagement.
City of Quito
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2019 —
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Multi-criteria decision-making (MCDM) methods prove effective for identifying optimal locations for electric bike recharging stations, as demonstrated in Quito. The study applied similarity preference ranking and weighted overlay techniques, both yielding consistent results with a Pearson correlation coefficient analysis. The analytic hierarchy process determined criterion weights, while standardization established an overall performance index. This approach highlights MCDM's utility in urban planning, offering data-driven solutions for sustainable mobility infrastructure.
La Grand-Place, Brussels
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2019 —
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A geophysical survey of Brussels' Grand Place revealed subsurface features predating the 17th century, overcoming urban challenges like limited space and electromagnetic noise. Researchers combined Ground-Penetrating Radar (GPR) with capacitively coupled resistivity surveys using three offset arrays to probe depths of 1, 1.5, and 2 meters, compensating for the shallow penetration of GPR in clay-rich substrata. This method successfully identified buried structures, demonstrating an effective approach for urban archaeological prospection despite environmental constraints.
Western Ghats
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2019 —
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Approximately 59% of the studied river basin in the Southern Western Ghats, India, is identified as having moderate groundwater potential, with high and low potential zones covering 11% and 29%, respectively. The study employed a combination of Geographic Information System (GIS) and Analytical Hierarchical Process (AHP) techniques to delineate these zones using 12 thematic layers such as geology, geomorphology, rainfall, soil, and topography. This approach, validated with local groundwater data, achieved an overall accuracy of around 85%. The findings highlight the effectiveness of GIS-based methods in rapidly assessing groundwater potential, offering crucial insights for sustainable water resource management in tropical river basins.
Blue and John Crow Mountains
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2019 —
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Conservation efforts in Jamaica's Blue and John Crow Mountains demonstrate the successful integration of traditional ecological knowledge (TEK) with formal science, contrasting sharply with contestation observed in the Cockpit Country. The study highlights that differences in engagement between formally trained scientists and local TEK holders significantly influence conservation outcomes. Managers in the Blue and John Crow Mountains were more receptive to incorporating local cultural understandings into governance, suggesting that collaborative approaches can bridge global environmental norms and local practices. This research underscores the potential for scientists and policymakers to leverage informally generated knowledge, particularly in developing countries where protected area management often faces complex socio-cultural dynamics.
Göbekli Tepe
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2019 —
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Göbekli Tepe experienced significantly different environmental conditions during its occupation compared to today. Research indicates that the site was surrounded by denser vegetation and widespread sediment cover, contrasting with the current arid landscape. The study employed literature review, remote sensing data, terrain modeling, and field-based geomorphological mapping to analyze Late Quaternary geomorphodynamics in the Eastern Mediterranean region. These findings suggest that humans at Göbekli Tepe may have perceived a lush, sediment-rich environment, which could inform narratives about their landscape creation motives. The research also proposes hypotheses for future studies on environmental changes during the Late Pleistocene and Holocene.
Archaeological Heritage of the Lenggong Valley
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2019 —
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A heritage tourism trail developed in Kampung Luat, Lenggong Valley, Perak, demonstrated significant potential to enhance the site's appeal as a UNESCO World Heritage destination. The study, involving USM researchers and local communities, proposed a four-hour trail with seven stops, engaging 20-30 residents in its design. Testing with 20 respondents revealed high visitor satisfaction, particularly for rural activities, while also identifying key challenges such as community readiness, facility shortages, and communication gaps. These findings underscore the need for coordinated efforts by federal and state governments, alongside stakeholder involvement, to refine the trail and bolster Lenggong Valley's competitiveness in heritage tourism.
Swiss Alps Jungfrau-Aletsch
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2019 —
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A new Alpine bee species, <em>Andrena amieti</em>, has been identified within the UNESCO World Heritage Site 'Swiss Alps Jungfrau-Aletsch', revealing hidden diversity among European bees. Phylogenetic analysis of genetic and morphological data confirmed its distinct status alongside three other closely related species: <em>A.montana</em> and <em>A.allosa</em>. The study found that <em>A.amieti</em> is bivoltine, with spring and summer generations exhibiting different pollen host preferences—spring being polylectic while the summer generation favors Campanulaceae. Additionally, two divergent mitochondrial lineages coexist in sympatry within this species, suggesting potential cryptic diversity. The research also resurrected <em>A.croatica</em> as a valid species and elevated <em>A.pileata</em> to species rank, proposing that such hidden diversity may be widespread in southern European Andrena (Euandrena). An identification key for central European members of the subgenus Euandrena was provided.
Mont-Saint-Michel and its Bay
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A strong correlation was found between significant wave height and erosion rate, ranging from 0 to 60.9 meters, during two high-energy winter events in the megatidal Bay of Mont-Saint-Michel (France). This study highlights how coastal systems respond variably to stormy conditions depending on their geomorphic features. To investigate this, researchers employed a transdisciplinary approach combining in situ wave measurements with pressure sensors, topographical data acquisition using differential GPS, and high-resolution aerial and satellite imagery analysis. The salt marsh vegetation line and the inner margin of shelly ridges served as markers for tracking shoreline evolution during the events from February 18–24, 2015, and March 19–24, 2015. This method provides critical insights into coastal vulnerability, offering a more precise understanding than regional-scale studies.
Hospicio Cabañas, Guadalajara
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2019 —
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Google Maps is increasingly serving as an informal proxy for experiencing UNESCO World Heritage Sites, as demonstrated by a digital ethnography of Hospicio Cabañas in Guadalajara. This lesser-known Mexican site gains new dimensions through Google's two-dimensional and three-dimensional satellite maps, which provide large-scale views that contextualize the hospice within its urban environment. The study highlights how virtual tools like Street View and See Inside enable simulated physical exploration, offering dynamic interfaces that mimic in-person visits. These digital experiences not only emphasize the scale of Hospicio Cabañas relative to surrounding structures but also suggest a shift in how heritage sites are perceived and engaged with globally.
Mount Sanqingshan National Park
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Mount Sanqingshan National Park's Outstanding Universal Value (OUV) and service quality significantly influence tourists' intentions to conserve World Heritage Sites, with service quality proving more effective than OUV. A study of 565 tourist responses found that while both factors positively impacted conservation intent, place attachment did not mediate this effect. The research, using structural equation modeling, suggests prioritizing service quality improvements and affiliate attractions to enhance heritage protection and sustainable tourism development.
Classical Gardens of Suzhou
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Advanced digital survey techniques, including terrestrial laser scanning and digital photogrammetry, have been successfully applied to document and analyze rockeries in Huanxiu Shanzhuang. This study demonstrates that these methods can accurately model and measure both piled mountains and single monoliths, providing precise morphometric data for Chinese classical garden rockeries. By comparing techniques across different situations, the research establishes a robust approach for documenting this unique cultural heritage element. The findings contribute to preserving and understanding the intricate design of rockeries, which are distinctive features of Chinese gardens and reflect their cultural significance.
Castle of the Teutonic Order in Malbork
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Violence profoundly shapes religious beliefs and conflicts, as evidenced by the 13th-century Marienburg Castle of the Teutonic Order near Malbork, Poland. This fortress, through its architecture and artifacts, reflects the interplay between Christian faith and violent encounters that defined its era. The study examines how such structures perpetuate myths of identity and belief, contributing to broader patterns of conflict in regions like the Middle East and Africa. By analyzing historical and material evidence, the research highlights the enduring impact of violence on religious narratives and societal dynamics.
Morne Trois Pitons National Park
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A study of the Boiling Lake in Dominica's Morne Trois Pitons National Park reveals that small hydrothermal eruptions and toxic gas emissions, previously thought non-eruptive, can occur during lake drainage events. The research demonstrates that the petrophysical state of crater wall materials—such as porosity, permeability, and alteration-related strength—controls the style and energy of these explosive events, as well as landslide risks. Using experimental simulations of decompression under slightly elevated pressure (mimicking post-drainage eruptions) and rapidly enhanced pressure (simulating landslide-induced overpressurization), scientists calculated ejection velocities to estimate potential debris impact areas. This work advances the understanding of hydrothermal eruption hazards at unstable crater lakes, offering critical insights for risk assessment in UNESCO World Heritage Sites.
Catalan Romanesque Churches of the Vall de Boí
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Romanesque mural paintings from three churches in Vall de Boí—Sant Climent of Taüll, Santa Maria of Taüll, and Sant Joan of Boí—reveal a sophisticated system of biblical iconography designed to convey religious messages to illiterate medieval believers. These paintings, now housed in the National Museum of Catalan Art in Barcelona, depict celestial themes within ecclesiastical contexts, serving as a visual means of education and spiritual instruction. The study analyzes how these murals integrate complex biblical narratives while maintaining accessibility through symbolic representation. This approach highlights the cultural significance of Romanesque art in religious communication during the medieval period.
Great Zimbabwe National Monument
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A comparative analysis of cultural customs between the Ancient Mediterranean World (AMW) and the Shona people of Zimbabwe reveals potential similarities that challenge long-standing theories about the builders of Great Zimbabwe National Monument (GZNM). Contrary to claims linking its construction to ancient Mediterranean communities or biblical figures, this study suggests that indigenous knowledge systems (IKS) may provide a more plausible identity for the monument's architects. By examining cultural parallels, researchers aim to contribute new insights into the debate surrounding GZNM's origins, offering a perspective rooted in local traditions rather than external narratives.
Paleochristian and Byzantine Monuments of Thessalonika
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Advanced image-based 3D reconstruction techniques have successfully captured the intricate details of Thessaloniki's Paleochristian and Byzantine monuments, offering unprecedented precision for cultural heritage preservation. By leveraging state-of-the-art algorithms and commercial software, researchers generated highly accurate 3D surface models of iconic structures, providing a digital toolkit that bridges gaps in traditional documentation methods. This approach not only preserves historical data but also enables deeper analysis of architectural features, textures, and structural integrity—key for conservation efforts. The study highlights the potential of these technologies to revolutionize how heritage sites are studied and protected.
