Ellora Caves
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A strong positive relationship exists between tourist satisfaction and destination loyalty at UNESCO World Heritage Sites, as demonstrated by a study of 60 tourists visiting Ellora Caves in India. The research found that adhering to strict rules and regulations, along with quality training for service providers, could significantly enhance visitor delight and encourage repeat visits. This insight is particularly relevant for destination planners and tourism authorities aiming to improve long-term loyalty at heritage sites.
Bahla Fort
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2020 —
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Tourists visiting Bahla Fort and Nizwa Fort in Oman's Aldhkhiliyah region expressed overall satisfaction, but highlighted specific areas for improvement to enhance their experience. Key concerns included facilities, appearance and maintenance, accessibility, and service quality. The study surveyed 162 tourists using a bilingual questionnaire with 27 statements, categorizing responses into four main variables and two overall satisfaction measures. Findings suggest that while the heritage sites are well-received, targeted improvements in these dimensions could significantly boost visitor satisfaction, guiding site managers and policymakers in prioritizing enhancements.
Huascarán National Park
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Research on the tourist supportability of Llanganuco Lagoon in Huascarán National Park, Peru, reveals that the site can sustain up to 1,969 visitors at a time while maintaining ecological balance. The study, conducted using historical and deductive-inductive methods, combined bibliographic reviews, documentary analysis, and expert criteria to assess resource-use conflicts. Field observations, photographic records, interviews, and questionnaires were employed to gather data. Three capacity levels—Carrying Capacity of Flora (CCF), Carrying Capacity of Resources (CCR), and Ecological Carrying Capacity (CCE)—were determined based on an average visit duration of 1 to 1.40 hours per day. The findings provide critical insights for sustainable tourism management in this UNESCO World Heritage Site.
Old Havana and its Fortification System
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A significant gentrification process is underway in the historic center of Old Havana, driven by its 1982 UNESCO World Heritage designation and subsequent focus on cultural tourism. This study reveals how the area's international recognition and commercialization efforts have led to urban landscape renewal, displacement of low-income populations, and revaluation of housing—both formal and informal—while attracting Cuba's middle classes. Researchers analyzed bibliographic reviews, documentary evidence, and empirical data to uncover these socio-spatial transformations, highlighting the dual-edged impact of tourism on heritage preservation and social inequality.
Göreme National Park and the Rock Sites of Cappadocia
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2020 —
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European tourists are more driven by the desire to avoid similarity when seeking uniqueness, while Asian tourists show stronger connections between their need for uniqueness and perceived authenticity, particularly object-based authenticity. This study reveals that tourists' need for uniqueness (TNFU) significantly influences both object-based and existential authenticity in heritage contexts, which in turn affects their emotions and behavioral intentions. Using partial least squares analysis on data from 474 tourists visiting Göreme National Park and the Rock Sites of Cappadocia, researchers found distinct patterns across nationalities, with TNFU having a greater impact on Asian tourists' emotional responses to object-based authenticity. The findings provide insights for destination marketers to tailor experiences that cater to diverse cultural preferences.
Phong Nha-Ke Bang National Park and Hin Nam No National Park
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2020 —
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A significant positive relationship between destination image, emotional value, and tourists' satisfaction, loyalty, and intention to return was identified at Phong Nha-Ke Bang National Park, Vietnam. The study, conducted through a survey of 270 visitors in 2019, employed robust statistical methods including Cronbach's Alpha, Exploratory Factor Analysis, Confirmatory Factor Analysis, and Structural Equation Modelling. Findings revealed notable differences between foreign and native tourists, as well as by gender, while age and income did not significantly impact outcomes. The research provides actionable recommendations for tourism authorities, local residents, and travel companies to enhance visitor experiences, satisfaction, and repeat visitation.
Kasbah of Algiers
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2020 —
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A comparative analysis of two traditional Algerian houses—one from the Algiers Kasbah and another from the M’zab valley—reveals how these structures adapt their environmental devices, such as patios and terraces, to vastly different geo-climatic conditions. The study demonstrates that while both house types share a common typology ('house with wasted dar'), their design principles and materials diverge significantly in response to local climate and urban layout. This adaptation highlights the potential for integrating vernacular solutions into contemporary sustainable architecture, provided their performance is better understood and optimized.
Pampulha Modern Ensemble
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2020 —
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Researchers successfully developed an augmented reality (AR) application for the Pampulha Modern Ensemble, demonstrating the feasibility of using Historic-BIM and digital twin technologies to enhance heritage interpretation. The study showcases a workflow that integrates data-driven Building Information Modeling (BIM) with interactive virtual environments, enabling more effective preventive maintenance, heritage management, and public dissemination. By creating a digital twin of Oscar Niemeyer’s 1940s architectural marvel, the team bridged the gap between real and virtual environments, offering a novel approach to preserving and interpreting historic assets.
Wadden Sea
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2020 —
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Synergy between tourism and landscape can foster regional resilience, offering mutual benefits. A study focusing on Terschelling, part of the UNESCO-listed Wadden Sea, identifies key policy recommendations to achieve this synergy. These include understanding historical institutional contexts, pursuing integrated policies, engaging all stakeholders, developing a shared narrative, co-creating a clear vision for the future while allowing local flexibility, and embracing experimentation. The research analyzed changes in policy and public opinion, as well as multilevel governance structures, to provide practical guidance for policymakers aiming to stimulate synergetic interactions between tourism and landscape.
Margravial Opera House Bayreuth
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2020 —
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A new perspective on opera curation emerges from the study of Bayreuth's Margravial Opera House, challenging traditional views of operatic works as static compositions. The research proposes that an opera is not merely a musical score but a dynamic entity designed for performance and socialization, evolving as it travels across different theaters rather than remaining preserved in isolation. This insight shifts focus from abstract notation to the performative and dramatic aspects of opera, emphasizing music's role as the primary constituent of operatic drama. The study examines processes that maintain the opera repertoire in a performative state, offering a framework for understanding how opera curation manifests within an opera house.
Neolithic Site of Çatalhöyük
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2020 —
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A shift towards pastoralism characterized by caprine herding and resource management marked the final phase of Neolithic occupation at Çatalhöyük. This study, integrating 25 years of faunal research, reveals significant changes in subsistence practices, food processing, and social dynamics, alongside increased independence in provisioning and consumption. The findings also highlight complex links between animal husbandry, waste utilization, disease risks, and parasite transmission, offering new insights into the health and social practices of this ancient community. Previous post-Neolithic studies have primarily focused on contextual zooarchaeology to understand bone assemblage deposition.
City of Cuzco
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2020 —
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Ground-penetrating radar (GPR) successfully mapped buried archaeological features and utility pipes beneath Cusco’s Plaza de Armas, demonstrating its potential as a non-invasive tool for urban heritage management. By integrating historical knowledge with nearby excavation records, researchers developed a model to interpret GPR reflections, revealing subsurface structures that could guide conservation efforts. This approach offers new insights into the city's layered history and supports sustainable urban planning in UNESCO-listed sites.
Monastery of the Hieronymites and Tower of Belém in Lisbon
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2020 —
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A groundbreaking high-resolution 3D model of the Tower of Belém, a 16th-century UNESCO World Heritage Site and Lisbon's second most visited monument, has been created using terrestrial laser scanning and photogrammetry. This digital representation encompasses over 6.2 billion 3D points, providing an unprecedented documentation of the tower's interior and exterior. Additionally, hyperspectral imaging and spectroradiometry were employed to identify the quarries responsible for the stone used in its construction. The study not only offers a comprehensive assessment of the tower's current state but also serves as a potential guide for future conservation efforts or even reconstruction in the event of another catastrophic event, such as the 1755 Lisbon earthquake and tsunami.
Pearling, Testimony of an Island Economy
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2020 —
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Plastic pearl-farming gear releases hazardous chemicals that significantly impair the development and survival of pearl oysters (Pinctada margaritifera), a species vital to both ecosystems and economies. The study found that leachates from new plastic gear, containing high levels of phthalates and other contaminants, caused up to 86% mortality in embryos after just 48 hours of exposure, compared to 28% for aged gear. Chemical analysis identified 26 compounds, including polycyclic aromatic hydrocarbons (PAHs) and pesticides, which leach into seawater over time. These findings highlight the urgent need for better management of plastic waste in pearl-farming industries to protect lagoon ecosystems.
Mining Area of the Great Copper Mountain in Falun
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2020 —
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Large-scale metal production in seventeenth-century Scandinavia, exemplified by the Falun Copper Mine, left a legacy of toxic waste that reshaped local landscapes and communities. This study reveals how the early modern demand for metals contributed to environmental degradation across Sweden, Norway, Finland, and Sápmi, serving as a foundation for towns like Falun. By analyzing the local significance of metal production alongside its global connections—including ties to the slave trade and plantation economy—the research redefines the Scandinavian experience as pivotal in the emergence of modernity and globalization. The findings challenge conventional narratives by highlighting the profound environmental and social impacts of early industrialization.
Cidade Velha, Historic Centre of Ribeira Grande
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2020 —
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Archaeological excavations in Cidade Velha, Cape Verde's former 16th–17th century Atlantic trading hub and slave trade center, revealed new insights into the city's urban layout and abandonment by the 18th century. Focusing on Rua da Banana—a key thoroughfare—and the historic Nossa Senhora do Rosário church, researchers uncovered data on housing patterns and religious architecture. The study, linked to Cape Verde’s Museum of Archaeology, combined excavation with educational outreach, offering a rare glimpse into the city's layered history as both a maritime power and a site tied to transatlantic slavery.
Cultural and Historic Ensemble of the Solovetsky Islands
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2020 —
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Trace element pollution levels in the Solovetsky Islands (White Sea) are significantly lower than in other European regions, with spatial variability influenced by proximity to the sea and peatland type. The study found that cadmium (Cd) concentrations were highest near coastal areas, likely due to its mobility in seawater, while chromium (Cr), nickel (Ni), and lead (Pb) were more prevalent inland, suggesting atmospheric pollution as their primary source. Raised bogs exhibited higher Cr and Pb levels compared to transitional mires, with Ni showing the most consistent values across peat types, making it a reliable indicator for pollution monitoring even in transitional settings. The research used ombrotrophic and mesotrophic peat samples from different microtopographical settings (hummock/hollow) to calculate pollution indices, including geoaccumulation index (Igeo), contamination factor (Cf), and degree of contamination (Cdeg).
Citadel, Ancient City and Fortress Buildings of Derbent
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2020 —
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Research on the Citadel, Ancient City and Fortress Buildings of Derbent reveals that these monumental structures, dating back to the late 6th century AD, have endured multiple strong seismic events throughout their history. Five distinct episodes of seismogenic destruction were identified through analysis of deformed stone masonry, with notable rotations and damage occurring between the 6th and 8th centuries, likely due to seismic activity rather than solely military conflicts. Later repairs during the Derbent Emirate (8th–11th centuries) and Seljuk period may also have been prompted by seismic events, as indicated by the character of deformations. Additional seismic shocks were documented in the 14th century, with damage to the Juma Mosque, and again in the late 18th century, affecting structures like the women’s bathhouse and Peter the Great's dugout. The study combines architectural analysis with historical records to reconstruct the timeline of seismic activity in Derbent.
Sanctuary of Bom Jesus do Congonhas
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A comparative analysis reveals shared architectural and sculptural identity traits between the Sanctuary of Bom Jesus de Matosinhos (Congonhas do Campo) and the Sanctuary of Bom Jesus do Monte (Braga), highlighting their symbolic, atmospheric, and technical distinctions. The study emphasizes Aleijadinho's innovative use of soapstone carving in the Brazilian sanctuary and the distinct granite sculpture techniques employed in Portugal. Through a comparative methodology, it examines topographical implantation, ornamental compositions, paintings, and sculptural elements, underscoring the dramatic sensory experiences evoked by these UNESCO World Heritage Sites. The research also addresses technical construction challenges and the significance of these traits within the Portuguese-speaking architectural landscape.
Río Abiseo National Park
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Andean tropical montane forests (TMFs) exhibit substantial carbon storage capacity, with total carbon stocks averaging 229.02 ± 68.06 Mg ha⁻¹ across altitudinal gradients in Ecuador and Peru. The study reveals a trade-off among aboveground carbon stock (AGC), belowground carbon stock (BGC), and soil organic carbon stock (SOC) driven by precipitation seasonality, particularly at higher, colder altitudes where greater seasonality promotes faster nutrient turnover but less SOC accumulation while increasing AGC and BGC. Climate factors, including annual mean temperature and precipitation patterns, explain the observed differences in carbon partitioning between sites. This finding highlights the complex interactions shaping carbon storage in TMFs, emphasizing their role as critical global carbon reservoirs.
Tehuacán-Cuicatlán Valley: originary habitat of Mesoamerica
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Traditional agroforestry systems (TAFS) in the Tehuacán-Cuicatlán Valley, Mexico, demonstrate significant potential for conserving native plant diversity in seasonally dry tropical forests. These systems maintain 68% of species and 53% of individual abundance found in adjacent tropical dry forests (TDF), including 30% of Mexico's endemic plants. Despite similar species richness between TAFS and TDF, the high species turnover (74%) in both suggests that multiple sites are necessary to preserve regional diversity. Peasants' motivations for maintaining native vegetation include material, non-material, and regulatory factors, highlighting the socio-ecological benefits of TAFS. This study underscores the importance of integrating traditional practices with conservation efforts to balance biodiversity protection and social well-being.
Swiss Alps Jungfrau-Aletsch
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Traditional irrigation systems in the Swiss Alps Jungfrau-Aletsch have sustained water supply in arid valleys for centuries while shaping a culturally and ecologically rich landscape. These systems, characterized by communal management models, continue to serve as a blueprint for sustainable water use today. However, they face significant challenges that threaten their long-term viability. The study highlights the dual role of these irrigation practices—preserving biodiversity and historical architecture while adapting to modern demands. It underscores the need for innovative strategies to ensure the survival of this cultural heritage in the face of environmental pressures.
Prambanan Temple Compounds
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A study reveals how the reliefs of Prambanan Temple Compounds serve as a foundational element for contemporary artistic transformation, particularly in dance. The research identifies specific forms of transformation—encompassing style, taste, and meaning—observed in 'Tubuh Ritus Tubuh,' a choreographic work by Anggono Kusumo Wibowo. Using Lorens Bagus's theory of change as an analytical framework, the study employs participatory research methods to dissect these transformations within certain segments of the dance presentation. The findings underscore the dynamic interplay between ancient art and modern expression, highlighting how cultural values persist while evolving through creative reinterpretation.
Modernist Kaunas: Architecture of Optimism, 1919-1939
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A groundbreaking analysis reveals that Soviet-era modernist urbanization fundamentally altered the social-spatial dynamics of Lithuanian cities, reshaping how public spaces functioned as interconnected networks. The study, employing interdisciplinary network theory and mathematical models, demonstrates that these transformations not only introduced novel spatial configurations but also redefined the overall city structure. Focusing on Kaunas, Klaipėda, and Vilnius from 1939 to 2016, the research highlights how modernist urbanism influenced social scenarios of public space usage, offering a paradigm for understanding revolutionary urban processes.
Mahabodhi Temple Complex at Bodh Gaya
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Edwin Arnold's 1879 poem <em>The Light of Asia</em> holds significant but understudied influence on Indian publics during the late 19th and early 20th centuries, transcending its Western reception. While often seen as a foundational text for global Buddhism, its impact in India was multifaceted, engaging diverse audiences across caste, region, religion, ethnicity, and language—far beyond its association with Anagarika Dharmapala's temple liberation campaigns. The study analyzes the poem's numerous adaptations, dramatizations, and translations, revealing how regional, political, and cultural idioms shaped varied interpretations in multilingual contexts. This work challenges the singular focus on Dharmapala, demonstrating instead a complex, enduring engagement with colonial conceptions of religion, nation, and caste.
Historic Centre of Santa Cruz de Mompox
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Transhumance, a traditional practice of moving livestock between wet and dry seasons, remains economically viable and sustainable in the Sabanas de Magangué and the floodplain of Santa Cruz de Mompox, Colombia. This study reveals that while practiced primarily by large and medium-scale ranchers, it relies on communal lands with low productivity, reflecting broader global patterns of marginalized geographical and social conditions. The research, based on semi-structured interviews with 85 actors involved in transhumance, highlights the formation of a micro-regional society characterized by transient, monetized economies tied to mobility. Three distinct worker groups—sabaneros, ríanos, and playoneros—have developed a unique culture and solidarity, sharing resources despite significant state absence. The findings underscore the resilience of this practice, despite its reliance on shared assets and limited institutional support.
West Norwegian Fjords – Geirangerfjord and Nærøyfjord
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Travel format significantly influences the perception of crowding in rural tourist destinations, with group cruise travelers experiencing less perceived crowding compared to individual land travelers. Nationality plays a limited role in shaping these perceptions. The study, conducted in Geirangerfjord and Nærøyfjord, a UNESCO World Heritage Site in Western Norway, attributes this phenomenon to factors such as site customization, visitor personality, expectations, and exposure. These findings deepen the understanding of crowding mechanisms and their impact on visitor satisfaction, offering insights for sustainable tourism management.
Mount Taishan
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A significant shift in tree species distribution at Mount Tai was identified over 16 years using advanced remote sensing techniques. The study revealed that while the dominance of pine species declined by 5.47%, black locust (Robinia pseudoacacia) expanded notably, increasing its share from 10.15% to 13.75%. This expansion reflects broader ecological changes in the region's forest composition. Researchers employed Landsat multispectral remote sensing data from 2000 and 2016, processed on Google Earth Engine (GEE), alongside field surveys and topographic correction using an empirical rotation model. The random forest classifier achieved high accuracy in species classification, providing robust data for analysis. These findings underscore the importance of long-term monitoring in understanding and conserving biodiversity at UNESCO World Heritage Sites.
Kathmandu Valley
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Nepal, one of the world's fastest urbanizing countries, has seen its urban population growth rate nearly double from 3.6% in 1991 to 6.5% in 2001, with the number of urban centers surging from 58 in 2013 to 293 in 2017. Kathmandu Valley, serving as the epicenter of this transformation, now hosts an estimated 2.54 million people and is expanding at a rapid 6.5% annually, making it one of South Asia's fastest-growing metropolitan areas. This study reveals that the shift from rural to urban dominance in Nepal is largely driven by governmental administrative decisions merging rural units into municipalities and significant rural-to-urban migration. However, this unplanned urbanization has led to environmental degradation, increased poverty, and heightened vulnerability to multi-hazard risks, particularly for the urban poor. While government initiatives aim to foster inclusive, equitable, and resilient urban development through smart city programs, their implementation faces challenges due to coordination gaps, financial constraints, and constitutional barriers that restrict property regulations, exacerbating disaster risks in urban areas like Kathmandu Valley.
Lamu Old Town
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A significant warming trend has been observed in Lamu Old Town, Kenya, over the period 1974–2014, primarily driven by rising maximum temperatures. This finding aligns with local community perceptions of climate change, as revealed through a household survey. The study employed linear trend analysis using meteorological data from the Kenya Meteorological Department (KMD) and compared these trends with local observations, which are particularly valuable for remote regions where weather data is scarce. While rainfall trends remain unclear, the correlation between community perceptions and historical temperature data underscores the potential of integrating local knowledge into adaptation planning. This approach can foster more inclusive and responsive strategies to address climate change impacts in UNESCO World Heritage Sites like Lamu.
Natural System of Wrangel Island Reserve
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A comparative analysis of Upper Triassic sandstones from Mendeleev Rise, Wrangel Island, and Chukotka reveals distinct geodynamic origins. Sandstones from Mendeleev Rise show evidence of intense weathering and a quartzose sedimentary provenance, unlike those from Wrangel Island (intermediate igneous) and Chukotka (mafic igneous). Facies studies suggest Mendeleev sandstones formed in shallow or coastal-marine settings near a continent, while Wrangel and Chukotka deposits accumulated in deeper marine environments. Detrital zircon populations across all regions are dominated by Paleozoic grains, supporting shared tectonic influences. This study highlights the diverse sedimentary histories of Arctic Triassic deposits, offering insights into paleogeographic reconstructions.
Xinjiang Tianshan
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A rare rainstorm event near the Tianshan Mountains in Xinjiang, China—a typically arid region—was triggered by complex atmospheric interactions, according to a numerical simulation study. The research revealed that cold air descending from the mountains interacted with warm southwest winds, creating an oblique updraft and facilitating moisture convergence. This process transported supercooled cloud water and ice particles to high altitudes, sustaining the storm system along a convergence line. The findings highlight how rare combinations of temperature, humidity, and airflow dynamics can produce extreme weather in arid environments.
Lagoons of New Caledonia: Reef Diversity and Associated Ecosystems
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Coastlines with double protection from barrier and fringing reefs are significantly sheltered from tropical cyclone-induced waves, experiencing only 3 meters of significant wave height at the coast compared to 13 meters offshore. In contrast, shores fronting reef passes are more severely exposed, with waves reaching up to 9 meters near the coast. This study investigates these coastal impacts using an unstructured wave-current model simulation that encompasses New Caledonia and Vanuatu, describing the complete tropical cyclone-induced wave impact from generation to propagation and transformation in coastal areas. The research compares model simulations with in-situ measurements during Cyclone COOK in 2017, revealing that wave breaking on barrier reefs induces strong lagoon currents and localized sea level anomalies. In more sheltered bays, wave breaking at the entrance acts against outgoing currents, leading to an additional elevation of mean water levels.
Sangay National Park
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Research reveals that Cedrela odorata, a tropical tree species, exhibits annual ring formation in the Ecuadorian Amazon, linked to periods of reduced precipitation (July-September) and subsequent temperature drops. This finding challenges the perception of uniform rainfall in the region, instead identifying bimodal climatic patterns with distinct wet (April-June, October-December) and dry seasons. The study, conducted in the karst area between Sangay and Llanganates National Parks, used dendroclimatology to analyze 64 trees, yielding a 60-year chronology calibrated with local meteorological data. Only two species—Cedrela odorata and Protium sp.—showed clear ring formation, with Cedrela odorata's growth correlating strongly with rainfall intensity. This discovery provides a novel climate proxy for the region, where instrumental records are scarce.
Royal Botanic Gardens, Kew
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Tropical plant species, contrary to the common assumption that they have narrower temperature tolerances, are actually more vulnerable to climate warming due to their proximity to upper thermal limits. A global analysis of 9,737 germination records from 1,312 plant species revealed no latitudinal gradient in temperature tolerance breadth. However, tropical plants face significant risks as projected temperatures by 2070 exceed their optimal or even maximum germination thresholds for over half of the studied species. In contrast, most species at latitudes above 45° are expected to benefit from warming, with environmental conditions aligning more closely with their optimal germination temperatures. This study challenges the conventional narrative on plant warming risk and highlights a critical mechanism underlying tropical plant vulnerability.
The Causses and the Cévennes, Mediterranean agro-pastoral Cultural Landscape
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A resilient network of solidarity has emerged in the Cévennes, Mediterranean agro-pastoral Cultural Landscape, providing sustained support to asylum seekers since 2015. Local collectives, composed of retired individuals and young activists, collaborate informally with established social or religious associations to offer daily assistance, accommodation, and advocacy. Operating across villages, these groups have formalized their efforts through an intercollective structure, ensuring long-term sustainability and broader visibility. This grassroots movement, born in response to the 'migratory crisis,' demonstrates how community-driven initiatives can consolidate into a robust system of refuge within UNESCO-listed landscapes.
Archaeological Site of Troy
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Heinrich Schliemann's 1870s London exhibition of Troy artifacts marked a pivotal moment in the debate over whether Hissarlik, the site he excavated, was indeed Homer's Troy. Abigail Baker's analysis reveals that this exhibition bridged the gap between imagined and material Troy, shaping subsequent discourse on myth and archaeology. Unlike traditional debates focused on stratigraphy or Schliemann's credibility, Baker's work highlights how museums framed these encounters, influencing modern exhibitions like the British Museum's <em>Troy: Myth and Reality</em> (2019–20). Her approach shifts focus from textual arguments to the role of material culture in public perception.
Archaeological Site of Troy
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The Archaeological Site of Troy and the Troy Museum serve as pivotal elements in branding Çanakkale, enhancing its destination appeal. This study reveals that leveraging these globally recognized landmarks can create a distinctive brand identity for Çanakkale, setting it apart from competitors. By positioning Troy as an umbrella brand, the research demonstrates how it can anchor destination branding efforts while balancing other historical, natural, and cultural assets in the region. This approach is shown to accelerate tourism growth by integrating Troy's unique appeal into marketing strategies, thereby maximizing its attractiveness for target audiences.
Sichuan Giant Panda Sanctuaries - Wolong, Mt Siguniang and Jiajin Mountains
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Researchers have identified a new species of tube-nosed bat within the genus <em>Murina</em> from China, specifically found in Wolong National Nature Reserve. This discovery, though currently limited to this site, suggests that the species may not be rare in the area based on capture frequencies observed during the study. The study employed fieldwork and morphological analysis to distinguish this new species, contributing valuable insights to the understanding of bat diversity within UNESCO-listed Sichuan Giant Panda Sanctuaries.
Fujian Tulou
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Fujian Tulou, inscribed on the UNESCO World Heritage list since 2008, stand out for their architectural brilliance, sustainability, and deep cultural significance. These earthen buildings, constructed between the 12th and 20th centuries, served as both homes and fortified structures for clan families, utilizing locally available materials like rammed earth, bamboo, timber, and stone. A recent study delved into their settlement principles, environmental integration, typological characteristics, and structural resilience, particularly focusing on anti-seismic measures reminiscent of traditional Chinese timber frame construction. Detailed surveys of circular and quadrangular buildings provided insights into their constructive typology and structural behavior, highlighting their ingenious design and enduring legacy.
Fujian Tulou
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A comparative analysis of Minnan and Hakka Tulou, the distinctive rammed earth dwellings of Fujian, China, reveals significant differences in their typological-functional and constructive features. By examining eight case studies, researchers at Roma Tre University and Fuzhou University identified patterns that distinguish these two families of structures. The study aims to lay the groundwork for a comprehensive 'Manual on Tulou restoration,' which will document original materials and techniques while investigating construction phases, architectural details, and mechanical behavior. This ongoing research seeks to preserve and spread knowledge about these unique architectures, contributing to their conservation efforts.
Qhapaq Ñan, Andean Road System
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The Qhapaq Ñan, the largest serial archaeological heritage site in the Americas, spans six Andean countries and represents the tangible expression of Inca expansion and cultural coexistence. Declared a UNESCO World Heritage Site in 2014, it offers significant potential for sustainable local development through tourism, as highlighted by Fabbroni et al. (2020). The study emphasizes that tourism can serve as an agent of endogenous and sustainable development, generating opportunities to improve the quality of life for local communities without compromising the integrity of this exceptional heritage. By adopting a territorial approach that views the landscape as an 'entramado de intereses' or 'agente de transformación social,' the research underscores the importance of collaborative efforts among diverse stakeholders—including governments, provinces, and sectors—to preserve and develop the Qhapaq Ñan responsibly.
Neolithic Site of Çatalhöyük
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Over the past 25 years, research at Çatalhöyük has revealed dynamic shifts in interpretations of this Anatolian Neolithic site, highlighting its significance as a complex social and cultural hub. The study integrates archaeological findings with innovative methodologies to reconstruct daily life, subsistence practices, and symbolic expressions during the Neolithic period. Key discoveries include evidence of advanced social organization, craft specialization, and ritualistic behaviors, challenging earlier assumptions about early agricultural societies. The research approach combines stratigraphic excavation with interdisciplinary analyses, such as artifact studies, isotopic analysis, and spatial modeling, to provide a nuanced understanding of Çatalhöyük's cultural evolution.
Socotra Archipelago
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A groundbreaking study identifies 23 new commercial fish species from the Socotra Archipelago bringing the total exploited species to approximately 255. Among these, five species are first verified records for the Arabian region, including Epinephelus magniscuttis and Etelis coruscans. The research, conducted through sea collections, market surveys, and underwater observations during 2018-2019 field trips, highlights the archipelago's rich ichthyofauna, which accumulates species from diverse ecoregions. This discovery underscores the importance of positive identification for fisheries management and biodiversity conservation in this unique region.
Brasilia
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Children's experiences in Brasilia's neighborhoods reveal that perceptions of utopia and dystopia are not binary but amalgamated, shaped by personal meanings and relationships with place. The study used urban sensory ethnography, combining narrated walks, georeferenced filming, and analyses of two children's narratives in contrasting neighborhoods—the model superblock and Vila do Boa—to explore these dynamics. Findings challenge the oppositional framework of Brasilia’s Pilot Plan, showing that children integrate utopian and dystopian elements fluidly, reflecting their lived realities.
Ogasawara Islands
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Researchers detected two independent signals—magnetic field variations and volcanic slope tilt changes—during a non-eruptive event on Nishinoshima, an active oceanic island arc volcano near Tokyo. These signals occurred in mid-November 2016, between eruptions in 2015 and 2017, indicating complex volcanic activity without surface eruption. Using ocean bottom electromagnetometers deployed for the first time around the island, the study estimated sources of demagnetization and deflation beneath the northeast slope but found that simple models were insufficient to explain the observed data. The findings suggest that such instruments can effectively monitor volcanic activity when strategically placed, offering new insights into non-eruptive volcanic processes.
Cerrado Protected Areas: Chapada dos Veadeiros and Emas National Parks
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Scientists have identified two new species of Microlicia, a plant genus within the Melastomataceae family, endemic to Chapada dos Veadeiros National Park in Brazil. These species, named <em>Microlicia gracilis</em> and <em>Microlicia xylopodifera</em>, are distinct from other regional Microlicia species due to unique morphological traits such as long internodes, concolorous leaves, and specialized floral structures like a robust xylopodium or glandular trichomes at the flower bud apex. The discovery contributes to the understanding of biodiversity in this UNESCO-listed protected area, with potential implications for conservation efforts.
Ancient Thebes with its Necropolis
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2020 —
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A significant epigraphic discovery from Ancient Thebes, uncovered during a 2005 rescue excavation, sheds new light on the historical connection between Lydian King Croesus and the hero Amphiaraus. The find—a column drum inscribed with two identical epigrams in Boeotian and Ionian scripts—was linked by Herodotus to a 'shining shield' dedicated by Croesus in the temple of Apollo Ismenius. This shield, described as having a chi-shaped orifice for attachment, was likely displayed prominently and interpreted by Herodotus (and possibly temple staff) as part of Croesus's quest to consult Greek oracles before his campaign against Cyrus of Persia. The dual inscriptions, analyzed by Papazarkadas in 2014, provide a composite text that bridges linguistic and historical gaps, offering fresh insights into the cultural and political dynamics of ancient Greece.
The Loire Valley between Sully-sur-Loire and Chalonnes
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2020 —
WHECBA131D4EA
A typology of winegrowers in the Loire Valley, France, reveals distinct behavioral patterns that can guide agroecological transitions. This study, the first to quantify viticulture networks using socioeconomic and technical surveys, found that winegrowers within the same networks share similar non-harvest practices, such as vine density planting and bud counts. These profiles offer viable options for adapting to changes like climate change while aligning with sociocultural characteristics. The typology serves as a tool for agricultural extension services to personalize support for winegrowers, enhancing the effectiveness of agroecological transitions in viticulture.
Monuments of Oviedo and the Kingdom of the Asturias
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2020 —
WHE0066622ABB
A previously unnoticed and undeciphered Latin text, preserved on the plaster of San Salvador de Valdediós church in Asturias, has been successfully read through advanced photographic retouching and comparative analysis with Visigothic and medieval texts. The text reveals a meticulously ordered inventory of 16 relics from 13 saints, biblical figures, or early Christian leaders (III-IV centuries), deposited in the main altar during the Asturian Kingdom period. Notably, the inventory includes a unique mention of Saint Basilissa, distinguishing it from other Asturian catalogs linked to Oviedo. Linguistic and paleographic analysis suggests the text dates to around 893, coinciding with the church's pre-Romanesque parietal decoration phase or shortly before 968. This discovery sheds new light on the religious and cultural practices of the time, particularly in the context of the Kingdom of Asturias.
