Niokolo-Koba National Park
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A study of Niokolo-Koba National Park in Senegal reveals that savannah habitats support higher evenness in species abundance distribution compared to forest habitats, despite comparable overall species richness. Using 37 camera traps deployed over 13,080 days, researchers analyzed the spatiotemporal activity patterns of medium and large mammals, finding that these patterns align with known species-specific behaviors. The study also highlights differential habitat use throughout the day, likely driven by spatial segregation between sleeping and foraging sites. These findings underscore the ecological significance of the park's forest-savannah mosaic and provide a baseline for future monitoring efforts in this understudied West African ecosystem.
Saloum Delta
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A significant decline in fishery resources within the Saloum Delta, Senegal, has been attributed to overexploitation, habitat degradation, and climate change. The study, conducted from 2020 to 2022, recorded a decrease in species richness and abundance, with biomass dropping from 11.81±11.54kg in 2020 to 3.97±2.36kg in 2022. Fish length also decreased significantly over the study period, indicating worsening conditions for marine life. The research used beach seine catches at six sites within the Gandoule Marine Protected Area, identifying 58 species with notable spatio-temporal variations in diversity and biomass.
Laurisilva of Madeira
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A recent study reveals that European Atlantic laurel forests, including both insular and continental regions, harbor significantly higher diversity of the fungal genus Xylaria (Xylariaceae) than previously recognized. By analyzing over 80 collections from Madeira, the Azores, the Canary Islands, and mainland Iberia, researchers identified at least 13 species, eight of which are newly described. The study employed an integrative approach combining morphological observations with multilocus phylogenetic analyses using ITS, LSU, RPB2, and TUB2 loci to resolve species boundaries, particularly in morphologically cryptic lineages. This research underscores the importance of these ecosystems as reservoirs of fungal diversity and evolutionary novelty, contributing to our understanding of Xylaria's global distribution and biodiversity.
León Cathedral
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A rare glimpse into the administrative and musical legacy of Tomás Luis de Victoria at León Cathedral (1591–1602) emerges from transcribed chapter agreements and a surviving inventory of chant books. The documents reveal not only Victoria’s role in curating liturgical music but also her proactive management of cathedral musicians, including hiring practices—a dimension rarely documented for Renaissance composers. By analyzing these primary sources, researchers uncover how institutional policies shaped the preservation and dissemination of sacred polyphony during the Spanish Golden Age.
Upper Middle Rhine Valley
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Conventionally managed vineyards and grazed grasslands in the Upper Middle Rhine Valley support higher taxonomic and functional diversity of ground-dwelling beetles compared to set-aside fallows, which show significantly reduced conservation value. The study, conducted across 40 sites using pitfall traps, reveals that abandonment leads to declines in open landscape and xerothermic beetle species, while (semi)-natural habitats positively influence beetle diversity. Grazing emerges as a viable alternative management strategy to maintain biodiversity in set-aside vineyards, counteracting secondary succession and preserving landscape heterogeneity. These findings underscore the importance of active land management in conserving insect diversity in xerothermic regions.
Jesuit Missions of the Guaranis: San Ignacio Mini, Santa Ana, Nuestra Señora de Loreto and Santa Maria Mayor (Argentina), Ruins of Sao Miguel das Missoes (Brazil)
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Two Jesuit missionaries, Florian Paucke and Martin Dobrizhoffer, left distinct yet parallel accounts of their experiences in the Chaco region during the 18th century. Their works—'Hacia allá y para acá' by Paucke and 'Historia de los Abipones' by Dobrizhoffer—offer divergent representations of Amerindian life, daily mission activities, and the natural environment, as well as differing perspectives on their forced exile following the 1767 Pragmatic Sanction. This study analyzes these narratives to uncover contrasting views on cultural encounters, missionary life, and the impact of political upheaval on both missionaries and indigenous communities.
Hoi An Ancient Town
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Memorable tourism experiences (MTE) significantly boost destination image and revisit intention among domestic tourists at Hoi An Ancient Town, a UNESCO World Heritage site in Vietnam. This study, the first to empirically link MTE with tourist behavior in heritage destinations of developing countries, found that MTE has the strongest direct effect on revisit intention, while destination image acts as a partial mediator. Using structural equation modeling on survey data from 234 domestic tourists, the research highlights the importance of designing memory-rich experiences for heritage tourism. While cross-sectional, the findings provide actionable insights for site managers to enhance visitor retention and repeat visits.
Gobustan Rock Art Cultural Landscape
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Azerbaijan's state historical-cultural and natural reserves, including Gobustan Rock Art Cultural Landscape, hold significant global tourist potential. The study reveals that these sites, such as Yanardag, Gobustan, and Hyrkan, are pivotal for ecotourism and cultural tourism, attracting both national and international attention. Successful strategies like virtual tours in Gobustan and ecotourism development in Hyrkan have boosted their appeal. However, challenges like inadequate infrastructure, financial constraints, climate change, and anthropogenic impacts hinder full potential realization. The research suggests that strengthening state-private cooperation, expanding international partnerships, and implementing sustainable tourism strategies can enhance these sites' tourist attractiveness while preserving national heritage.
Garden Kingdom of Dessau-Wörlitz
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2026 —
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A long-forgotten tradition of the Drehberg Olympic Games, a pre-modern sporting event held annually in 18th-century Germany, has been revived after nearly two centuries. This study reveals a significant gap between the cultural importance of this heritage phenomenon and its minimal representation in tourism discourse within the UNESCO World Heritage Site of Dessau-Wörlitz Garden Realm. Through archival research, interviews, field visits, and content analysis, the research highlights Drehberg's untapped potential as a heritage tourism destination, integrating sport, education, history, and local identity. The findings emphasize the need for re-evaluating promotional strategies to better position Drehberg within the region's cultural and touristic landscape.
Osun-Osogbo Sacred Grove
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Religious tourism in Nigeria, particularly at sites like the Osun-Osogbo Sacred Grove and Olokun Temple, is primarily driven by secular motivations such as knowledge acquisition and cultural inquiry rather than spiritual devotion. Unlike global religious pilgrimage destinations such as Jerusalem or Mecca, where spirituality is a dominant factor, Nigerian tourists—predominantly adherents of Islam or Christianity—often view active participation in local rituals as unnecessary. This study, conducted through key informant interviews at these sites, reveals that mundane reasons overshadow spiritual ones, offering a distinct contrast to traditional religious tourism patterns.
Teide National Park
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Bencomia exstipulata, an endemic shrub in Teide National Park, exhibits limited adaptations to drought and freezing, despite its high-altitude montane habitat. Research reveals that while it maintains fast leaf turnover with high photosynthetic rates and stomatal conductance, its xylem is vulnerable to embolism under severe drought, and leaves lack robust photoprotective mechanisms against freezing temperatures. The study combines ecophysiological characterization, drought tolerance evaluation at leaf and xylem levels, and freezing stress analysis at biophysical and photochemical levels. Findings suggest that extreme climate events, such as prolonged drought or severe freezing, could pose lethal risks to this species in the long term, highlighting its fragile ecological balance in Mediterranean-type climates.
Namib Sand Sea
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The Namib Sand Sea, characterized by its yellowish brown to yellowish red quartz sand, offers critical insights into the sedimentary processes shaping one of Earth's largest dune fields. This study reveals that the sediments within and between dunes are a direct product of ongoing accumulation, providing a geological record of the sand sea's development. By analyzing these sediments, researchers can reconstruct the dynamic interactions between wind, sand transport, and deposition over time. The research employs a combination of field observations, sediment analysis, and geomorphological mapping to unravel the complex history of this unique desert landscape.
Durham Castle and Cathedral
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An archaeological watching brief at Durham Castle's North Terrace uncovered significant medieval and post-medieval deposits, including well-preserved pottery dating from the 12th to 14th centuries. The excavation revealed previously unknown structural details, such as a stone arched aperture in the castle wall and the buttressing of the central chapel buttress against the castle wall. Faunal remains indicated a high standard of living, with evidence of a diverse diet including beef, mutton, pork, fish, and domestic fowl, suggesting continuity from medieval to post-medieval periods. The study also identified ground-raising work attributed to Bishop Cosin (1660-1672) but found no archaeological features in the Principal's Garden or lower terrace.
Ha Long Bay - Cat Ba Archipelago
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Under extreme weather conditions, sandy beaches in the Cat Ba Archipelago—including Cat Co I, Cat Co III, and Tung Thu—experience hazardous rip currents exceeding 50 cm/s, posing significant risks to swimmers and contributing to shoreline erosion. During the Southwest monsoon season, such currents are generally absent under spring tide conditions, but strong alongshore flows persist due to coastal morphology. The study used the MIKE21 hydrodynamic model to analyze current fields, revealing that while rip currents and nearshore eddies are rare during typical monsoon periods, extreme events trigger unstable beach dynamics. This research highlights the vulnerability of these UNESCO-recognized beaches to erosion and safety hazards under changing environmental conditions.
Erzgebirge/Krušnohoří Mining Region
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Archaeological investigations at the Sauschwemme streamwork in the Erzgebirge/Krušnohoří Mining Region reveal early tin placer mining dating back to the Bronze Age, with continuity extending into the Hallstatt Period and High Middle Ages. Using high-resolution digital terrain models (DTM) derived from LIDAR data, researchers identified stratigraphically oldest work areas, providing new evidence for the strategic significance of tin deposits in Europe during these periods. The study also highlights the miners' advanced knowledge of extraction techniques and the enduring relevance of these deposits, which are part of the UNESCO World Heritage site.
Moidams – the Mound-Burial System of the Ahom Dynasty
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The Charaideo Moidams, inscribed as UNESCO World Heritage Sites on 26 July 2024, stand as the most enduring physical remnants of the Ahom dynasty (1228–1826 CE), embodying a 700-year legacy of earthen pyramid construction. These funerary mounds, or 'moidams,' showcase distinctive architecture and engineering with exceptional durability, preserving Ahom mortuary traditions and cultural heritage. The study highlights their significance as both spiritual and historical landmarks for the Tai-Ahom community in Northeast India, offering unique insights into ancient socio-cultural structures across South and Southeast Asia.
Serra da Capivara National Park
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A new study reveals that the frog species <em>Leptodactylus syphax</em> in Brazil's Serra da Capivara National Park is a generalist and opportunistic predator, with no significant dietary differences between males and females. Researchers analyzed stomach contents of 16 individuals during the rainy season (January–May 2024), identifying 212 prey items across 16 categories, including Blattaria, Coleoptera, and Hymenoptera (Formicidae) as dominant. Plant fragments were also detected in nine individuals, suggesting a varied diet. The study highlights this species' active foraging strategy and contributes to the limited knowledge of leptodactylid feeding habits.
Richtersveld Cultural and Botanical Landscape
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Indigenous pastoral practices in the Richtersveld Cultural and Botanical Landscape demonstrate remarkable ecological resilience, challenging long-held assumptions about dryland systems. Research shows that the Nama people's annual transhumance between the Succulent Karoo uplands and the Orange River riparian zone sustains year-round forage availability, with shrub biomass peaking at 962.8 g/m² in the Succulent Karoo—nearly twelve times higher than in desert biomes—and riparian grasses reaching 600–700 g/m² during upland dormancy. Rainfall was the strongest predictor of plant biomass (R² = 0.69), while grazing pressure and landform had minimal impact, providing quantitative evidence that traditional management is ecologically adaptive rather than merely 'traditional.' The study, combining vegetation surveys, satellite data, and soil analysis from 2006–2008, offers a robust ecological rationale for policies that have historically undervalued indigenous knowledge.
Fanjingshan
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A spatiotemporal analysis of Fanjingshan, a UNESCO World Heritage Site in Southwest China, reveals fluctuating ecological security trends from 2002 to 2022. The study introduces an extended SPMOR framework (State–Pressure–Modelling–Optimization–Response) to assess ecological security dynamically, using multi-source datasets and the CRITIC method to construct a grid-based Ecological Security Index (ESI). Findings indicate that while ESI peaked in 2012, it declined slightly by 2022, with persistent spatial clustering patterns. High-security zones remained concentrated in the core reserve, while low-security areas aligned with human activity corridors, suggesting both ecological restoration progress and rising development pressures. This approach offers a structured method for evaluating and managing mountainous protected regions sustainably.
Historic Centre of Saint Petersburg and Related Groups of Monuments
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Saint Petersburg's UNESCO World Heritage Site, renowned for its cultural significance, also harbors substantial ecotourism potential due to its rich biodiversity. Research confirms that the city's historic center and related monuments support diverse wildlife, including large bird congregations near monuments, wintering bats in fortifications, and seal haul-out sites on nearby islands. These natural features persist despite centuries of development, thanks to the original selection criteria for palace construction—dry, scenic areas with fertile soils and proximity to water, which also favor biodiversity. The study combines field observations and literature reviews to highlight the site's dual value: as a cultural landmark and an ecological treasure, offering opportunities for environmental education and nature conservation.
Kahuzi-Biega National Park
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Research in Kahuzi-Biega National Park, DRC, reveals that 12 species of edible insects are consumed by local communities, with Imbrasia obscura, Imbrasia epimethea, and Epidonta brunneomixta being the most cited. The study also identifies 29 host plants, including 10 with timber value, suggesting potential for regulated insect harvesting within the park or promoting their abundance in agroforestry systems outside. Focus-group discussions with village elders across 27 villages provided insights into species distribution and cultural practices, highlighting the importance of edible insects as a food and income source in Central Africa's mountain regions.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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A groundbreaking study using environmental DNA (eDNA) metabarcoding has uncovered extraordinary fish diversity in the Urauchi River, Iriomote Island, Japan—a UNESCO World Heritage Site. The research identified 254 fish species across 10–11 sampling sites along an 18.8 km stretch, with species richness peaking in mangrove zones of the mid-to-lower estuary. Notably, eDNA detected 16 conservation-priority taxa listed on Japan's Red List and six IUCN Red List species, including critically endangered Anguilla japonica and Cheilinus undulatus. The study also revealed unexpected detections of deep-sea taxa, likely due to tidal transport or diel migrations. Using high-throughput sequencing and advanced biodiversity analyses, the research demonstrated that fish biodiversity in this system remains incompletely characterized, underscoring the importance of integrating eDNA with conventional surveys for comprehensive assessments. This first molecular baseline provides a practical early warning system for detecting ecological shifts and guiding targeted conservation efforts in this globally significant watershed.
Kulangsu, a Historic International Settlement
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Christian missions in late 19th and early 20th century China used female education as both evangelization tools and social intervention instruments. A comparative study of Xiamen-Kulangsu and Shanghai international settlements revealed that while schools in Xiamen-Kulangsu provided refuge, literacy, and protection for abandoned girls, those in Shanghai integrated science, languages, and religious training, fostering public visibility for female students. The research, based on archival analysis, highlights a dual impact: the integration of these institutions into colonial agendas alongside their role in expanding educational access and mobility opportunities for young women.
Studenica Monastery
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Religious consciousness emerges as the primary driver for young tourists visiting Studenica Monastery, a UNESCO World Heritage Site and biosphere reserve. This study reveals that educational motivations significantly shape the tourist experience, alongside ecological, rural, and cultural interests. Using randomized questionnaires and mixed data collection methods, researchers analyzed responses from individuals under 35 to assess motivational factors influencing religious tourism. Partial Least Squares Structural Equation Modeling (PLS-SEM) 4.0 was employed for statistical analysis, highlighting the complex interplay between personal beliefs, educational engagement, and sustainable heritage appreciation in modern tourism.
W-Arly-Pendjari Complex
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Protected areas (PAs) in West and Central African savannahs, particularly those within connected networks like the W-Arly-Pendjari complex, significantly resist agricultural encroachment and support higher herbivore biomass compared to unprotected buffer zones. A study analyzing Landsat imagery (1973–2018) and wildlife census data for four focal species—African buffalo, roan antelope, hartebeest, and savannah elephant—revealed that core PAs largely preserved natural vegetation while surrounding landscapes saw substantial agricultural expansion. However, wildlife population trends did not always correlate with landscape integrity, highlighting the critical role of PA size, governance, and ecological connectivity in conservation outcomes. The research identifies three distinct PA typologies, each requiring tailored strategic approaches to enhance effectiveness beyond legal designation.
Cultural Landscape of Honghe Hani Rice Terraces
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Research reveals that soil physical properties and nutrient contents in the Yuanyang Hani Terrace system exhibit distinct patterns influenced by altitude, slope aspect, and soil depth. Soil bulk density follows a unimodal trend along elevation gradients, with mid-elevations showing optimal conditions for porosity and infiltration rates, while high elevations present the poorest conditions. Shady slopes generally outperform sunny slopes, particularly at mid-elevations, where aspect-induced differences in bulk density are most pronounced. An unusual combination of high bulk density with peak porosity and infiltration rates was observed in the 20–40 cm soil layer, attributed to compaction-induced pore configuration changes that preserve preferential flow pathways. Nutrient levels vary significantly, with total potassium and available phosphorus peaking at low elevations due to chemical weathering intensity and plant uptake competition. Root systems are predominantly concentrated in the surface layer (0–20 cm), showing strong positive correlations with soil moisture and porosity, and negative correlations with bulk density. Principal component analysis indicates that physical hydrological processes are the primary drivers of environmental differentiation, explaining 73.4% of the variance. These findings provide a theoretical basis for sustainable management of terrace agroecosystems.
Cerrado Protected Areas: Chapada dos Veadeiros and Emas National Parks
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Mammal species richness and community composition in the Cerrado Protected Areas of Chapada dos Veadeiros and Emas National Parks, Brazil, are highly sensitive to habitat fragmentation caused by sugarcane expansion. The study found that landscape metrics—such as native habitat area, fragment isolation, and proximity to protected areas—explained 90.1% of species richness variation and 85.5% of compositional changes. Species diversity increased with more native habitat but declined with greater fragment isolation, while community structure was primarily shaped by inter-fragment distances and protection status. These findings highlight the profound impact of agricultural landscapes on mammal assemblages, favoring generalist and disturbance-tolerant species while reshaping ecological dynamics.
Etruscan Necropolises of Cerveteri and Tarquinia
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A groundbreaking multi-analytical study of the Monterozzi Necropolis in Tarquinia, Italyreveals the extensive use of Egyptian blue in Etruscan funerary wall paintings from the 7th to 3rd century BCE. The research, part of the ARANTH campaign, identified this pigment not only as a primary color but also in combination with others across green, red, blue, and whitish areas. A novel application of micro-fluorescence in near-infrared imaging enabled rapid localization of luminescent grains, later confirmed by Raman spectroscopy, providing unprecedented insights into the spatial distribution of Egyptian blue within pictorial layers. Additionally, azurite was identified for the first time in Etruscan mural painting, offering new evidence on pigment use and painting technology. The study integrated advanced techniques such as VIS–NIR hyperspectral analysis, X-ray fluorescence, and FT-IR spectroscopy to map and analyze five painted tombs, contributing significantly to our understanding of Etruscan funerary art.
Beaches of the D-Day Landings, Normandy, 1944
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Eighty years after the D-Day Landings, the beaches of Normandy, France, still retain a significant amount of anthropogenic metal introduced during Operation Overlord. A systematic study across all five Allied landing beaches (Utah, Omaha, Gold, Juno, and Sword) found that metallic grains, predominantly iron-rich, comprise an average of 0.4% of the sediment. These grains exhibit morphologies indicative of human activity, such as angular fragments and metallic spherules, supporting their anthropogenic origin. The study, which analyzed 460 samples collected in 2024 and 2025, also revealed non-uniform distribution of these metals along the beach profile, with enrichment in the swash zone and persistence to depths exceeding 1 meter. This finding provides a temporally constrained stratigraphic tracer, offering insights into sediment redistribution, coastal processes, and beach aggradation rates on decadal timescales.
Camino Real de Tierra Adentro
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A novel chatbot, Realengo, has been developed to restore and reinterpret community historical narratives along the Camino Real de Tierra Adentro (CRTA). The tool leverages interactive storytelling to challenge traditional historiographic perspectives on peace, justice, and territorial resilience in Santa María del Río, Mexico. By integrating semantic analysis of heritage concepts—such as access to justice and 'possible futures'—Realengo fosters collective memory and citizen engagement, disrupting classical narratives rooted in conflict. The study demonstrates how digital humanities tools can reframe historical discourse, promoting a culture of peace through community-driven fiction and imaginative reconstruction.
Coffee Cultural Landscape of Colombia
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Integrating the Coffee Cultural Landscape (CCL) of Colombia into social sciences education significantly enhances students' cultural identity, sense of belonging, and historical awareness. A situated curricular proposal, structured around three thematic axes—'Territory and Sustainability,' 'History, Memory, and Identity,' and 'Globalization, Economy, and Citizenship'—was implemented in ninth-grade public schools in Armenia (Quindío). This approach shifted teaching practices toward problem-based learning and classroom research, demonstrating a positive impact on both pedagogical transformation and student engagement. The study employed a qualitative methodology with semi-structured interviews, focus groups, and participant observation to diagnose current pedagogical practices and heritage references in the territory.
El Tajin, Pre-Hispanic City
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A lost sculpture from El Tajín, Veracruz, potentially reshapes our understanding of the site during the late Classic period (ca. 700-800 d.C.). The 'Guerrero de San Antonio Ojital,' known only through a single surviving photograph, is being re-examined for its artistic and cultural significance. This study leverages the existing image to analyze the piece's characteristics, which may challenge current interpretations of El Tajín's art and society during this transitional era. The research highlights the importance of lost artifacts in reconstructing historical narratives, offering new insights into the region's iconography and symbolic expressions.
Las Médulas
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Patrimonio industrial y minero emerges as a strategic tool for sustainable territorial development, offering a multidisciplinary approach to revitalize post-industrial and depopulated regions. The work demonstrates that material and immaterial legacies—such as landscapes, infrastructures, worker culture, collective memory, and technological heritage—can be leveraged for economic, cultural, and social regeneration. Through case studies like Las Médulas (a Roman gold-mining site), the book illustrates how conservation can integrate with contemporary projects, including sustainable tourism and knowledge transfer. Coordinated by the Cátedra de Territorios Sostenibles y Desarrollo Local at UNED, this critical reflection challenges traditional notions of industrial heritage, advocating for an inclusive vision that bridges history, technology, landscape, and community to shape the future of post-industrial territories.
Ajanta Caves
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Ajanta and Ellora caves, UNESCO World Heritage Sites since 1983, represent masterpieces of Buddhist religious art with profound influence on India's artistic development. These rock-hewn complexes, spanning from the 2nd century BC to the 6th Century AD, showcase exceptional craftsmanship, including the world's largest single monolithic excavation, Cave 16 (Kailasa) at Ellora. Ajanta features 30 well-preserved murals depicting iconic themes such as the 'Wheel of Life,' celestial beings, and Buddha's teachings, while Ellora comprises 34 caves constructed between the 5th to 10th centuries AD. The study highlights the artistic and historical significance of these sites, illustrating their enduring impact on global heritage.
Mount Hamiguitan Range Wildlife Sanctuary
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Elevation significantly influences species diversity, endemicity, and vegetation structure within the Mount Hamiguitan Range Wildlife Sanctuary (MHRWS), a UNESCO World Heritage Site in Davao Oriental, Philippines. The study identified five distinct forest formations—agroecosystem, dipterocarp forest, montane forest, mossy forest, and mossy-pygmy forest—each characterized by unique species adapted to specific elevation-driven conditions. Lower elevations were dominated by agriculturally influenced species like <em>Ficus indica</em> and <em>Chrysophyllum cainito</em>, while higher zones supported stunted, endemic taxa such as <em>Leptospermum flavescens</em> and <em>Tristaniopsis micrantha</em>, thriving in ultramafic soils and cooler environments. The research integrated vegetation quadrats, satellite land cover data, and GIS analysis to map habitat distribution and human influence, emphasizing the sanctuary's role as a vertically stratified refuge for biodiversity. Protecting high-altitude forests and restoring buffer zones is critical to mitigating climate-driven species shifts.
Garajonay National Park
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Garajonay National Park's resilience hinges on the interplay between its dense ecohydrological connectivity, which supports fog-dependent water recharge and forest functioning under normal conditions, and its vulnerability to disturbances like wildfires and drought. However, social and institutional connections within the park are weak and fragmented, limiting coordinated responses across sectors such as agriculture, tourism, and protected cloud-forest systems. The study applies the Pluralistic Water Research (PWR) approach to analyze emergent human-water interactions before and after a major wildfire in 2012, combining document analysis, stakeholder interviews, and an eDPSIR-based causal mapping approach. It identifies five feedback structures linking land abandonment, wildfire risk, water scarcity, pollution, ecosystem degradation, and stewardship, as well as five clusters of stakeholder responses related to education, ecotourism, mobility regulation, landscape management, and water governance.
Historic Centre of Macao
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A cultural heritage-based virtual reality (VR) experience significantly enhanced positive affect and reduced negative affect in older adults compared to a conventional photorealistic VR environment, suggesting its potential as a low-burden intervention for emotional well-being. The study, conducted using the UNESCO World Heritage-listed Historic Centre of Macao, integrated subjective psychological assessments with objective physiological measures—such as electrodermal activity (EDA) and heart rate variability—to explore mechanisms underlying emotional regulation. While EDA showed notable interindividual variability without consistent group-level effects, the findings propose a conceptual pathway linking digital cultural experiences to emotional engagement and psychological well-being in aging populations. This research contributes to the development of content- and experience-oriented approaches in digital therapeutics.
Al Zubarah Archaeological Site
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Pop-up exhibitions can effectively empower local communities and amplify underrepresented voices while strengthening collaboration between institutions and the public. This was demonstrated by the 'Portal to Al Zubarah' initiative, a mobile exhibition that engaged Qatar's community with the UNESCO World Heritage Site of Al Zubarah. The study found that such pop-ups serve as powerful tools for participatory heritage interpretation, fostering inclusive design and institutional learning. Researchers used visitor questionnaires, interviews, and peer reviews to assess the impact, revealing that these exhibitions bridge gaps between cultural institutions and communities, enhancing collective engagement with heritage.
Peking Man Site at Zhoukoudian
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A groundbreaking analysis of ancient enamel proteins from six Homo erectus specimens, spanning three Middle Pleistocene sites in China—Zhoukoudian, Hexian, and Sunjiadong—reveals a previously unknown genetic monogroup within this species. The study identified two amino acid variants, one of which (A253G in AMBN) is unique to these H. erectus populations and has not been detected in other human lineages, including Neanderthals, Denisovans, or modern humans. The second variant (AMBN(M273V)), previously linked to Denisovans, suggests potential genetic introgression from H. erectus into Denisovan populations during the Late Middle Pleistocene, possibly occurring in East Asia where both groups may have coexisted. This finding implies that super-archaic introgression in Denisovans—and subsequently in modern humans—likely originated from H. erectus, reshaping our understanding of ancient human genetic exchange.
Caliphate City of Medina Azahara
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A comprehensive analysis of Islamic palatial architecture around the Mediterranean, from Algiers to Baghdad, reveals that many grand structures—particularly those dating from the 17th to 19th centuries—were shaped by Western perceptions and influences. The study focuses on civil architecture, excluding religious sites, and highlights how these palaces in cities like Medina Azahara (Madinat al-Zahra) reflect a blend of local traditions and external aesthetic trends. By examining textual and visual sources, the research offers new insights into the interplay between Islamic architectural innovation and Western artistic sensibilities during this period.
Mahabodhi Temple Complex at Bodh Gaya
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Groundwater in Bodh Gaya, Bihar, India—a UNESCO World Heritage Site and major Buddhist pilgrimage center—shows largely acceptable quality for drinking and irrigation but poses noncarcinogenic health risks due to elevated nitrate levels. A study analyzing 50 groundwater samples found that while the entropy water quality index (EWQI) classified 96% of samples as good to excellent, 16% exceeded safe limits for adults and 24% for children. Principal component analysis revealed combined geogenic and anthropogenic influences, primarily from mineral dissolution and rock weathering. Irrigation indices suggested suitability for agricultural use, though targeted management is needed to address nitrate contamination in this ungauged region.
Orkhon Valley Cultural Landscape
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A high-resolution, multiproxy analysis of Lake Deliin Burd sediments reveals that the Orkhon Valley's forest-steppe ecosystem in central Mongolia has been shaped by a complex interplay between climate variability and imperial land-use strategies over the last 1260 years. The study identifies increased fire frequency during the Khitan (∼800 cal. yr BP) and Mongol (∼630 cal. yr BP) periods, linked to higher woody fuel input, while coprophilous fungal spores and Poaceae Cerealia-type pollen indicate persistent agropastoral activities. These findings highlight the resilience and transformation of forest-steppe landscapes in response to shifting socio-political regimes, offering new insights into the long-term environmental history and heritage value of Inner Asia's imperial centers.
Bikini Atoll Nuclear Test Site
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Oceanic nuclear weapons testing, particularly between 1946 and 1958, has left lasting ecological scars, yet also revealed remarkable resilience in marine ecosystems. A comprehensive review highlights the paradox of coral reef recovery at Bikini Atoll despite severe immediate disruption from shockwaves, thermal effects, and habitat destruction. The study synthesizes data from multiple test sites—Bikini and Enewetak Atolls (Marshall Islands), Mururoa Atoll (French Polynesia), Chernaya Bay (Novaya Zemlya), and the Montebello Islands (Australia)—to examine long-term radionuclide contamination in sediments, water columns, and marine food webs. Case studies, such as sea turtles acting as 'swimming tree rings' recording nuclear history and plutonium transport from Chernaya Bay to the Arctic Ocean, underscore the persistence of radioactive fallout. The review proposes an integrated framework for environmental monitoring and remediation, aligning with nuclear justice objectives and sustainable development goals.
Gondwana Rainforests of Australia
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A 15-year study of the Gondwana Rainforests of Australia reveals significant floristic changes driven by elevation-dependent environmental controls. High-elevation tree communities (≥ 900 m) show persistent in situ recruitment patterns, closely mirroring canopy composition, and are primarily influenced by precipitation and cloud water inputs, which mitigate moisture stress. In contrast, mid-to-low elevations (≤ 700 m) exhibit distinct understorey recruit compositions differing from the established canopy, linked to higher temperatures, evaporation, and lower humidity. These changes, particularly pronounced at low elevations (300 m), are exacerbated by drought and bushfires, suggesting a trajectory toward future community turnover. Climate projections indicate increasing moisture stress and fire risk, potentially threatening the Outstanding Universal Value of this UNESCO World Heritage Area. The study used multivariate analyses to examine shifts in tree community composition and their environmental drivers, providing critical insights for management strategies.
Cultural and Historic Ensemble of the Solovetsky Islands
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2026 —
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Researchers have developed a software package for environmental monitoring on Bolshoy Solovetsky Island, part of the UNESCO World Heritage Site. The system integrates data from seasonal monitoring of water, air, and soil to detect pollution trends and forecast crisis situations. It features two key databases: one tracking pollution sources and controlled pollutants across atmospheric, lithospheric, and hydrospheric elements, and another storing field-measured indicators. An interactive map visualizes sampling points and collected information, with functionality for data editing, searching, filtering, and saving. Future updates aim to convert the system into an Android mobile application. This tool is crucial for preserving the natural and cultural heritage of the Solovetsky Islands.
Historic Town of Zabid
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2026 —
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A groundbreaking study identifies the ancient land of Bāzu, conquered by the Assyrian king Esarhaddon in 676 BCE, as South Arabia (modern-day Yemen), resolving a longstanding historical enigma. By cross-referencing Esarhaddon's ten recorded conquests with known polities of ancient South Arabia and the Horn of Africa, researchers pinpointed Bāzu's location near Wadi Zabid, coinciding with archaeological evidence of a wealthy Red Sea trading power linked to the legendary Land of Punt. This finding sheds light on Esarhaddon's strategic motivations for his arduous campaign, potentially tied to the Sargon Geography's description of a 'bridge' into Kush (ancient Nubia), suggesting an alternative route bypassing northern defenses. The study leverages toponymic analysis and historical records to reconstruct ancient geopolitical dynamics, offering new insights into the connectivity between South Arabia, Punt, and the Horn of Africa during the Assyrian period.
The Dolomites
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2026 —
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The UNESCO World Heritage designation of the Dolomites, while highlighting its exceptional characteristics, has also triggered complex dynamics between conservation needs and increasing human activities. This study reveals that overtourism in natural sites can reduce landscapes to consumable and exhaustible global products, raising critical questions about the sustainability of such designations. It suggests that a radical rethinking is necessary to prevent these sites from becoming purely extractive locations. Conversely, it also explores opportunities presented by World Heritage status, including innovative governance models and integrated territorial management policies. The research adopts an interdisciplinary approach, integrating spatial practice, landscape ecology, and tourism studies, to critically interrogate the role of natural heritage in the 21st century amidst climate change and unsustainable tourism models.
Frontiers of the Roman Empire – Dacia
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2026 —
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The Transylvanian sector of the former Roman province of Dacia Porolissensis holds significant potential for sustainable archaeological tourism, yet it remains underutilized due to a lack of functional integration and coordinated management. A comparative analysis with established European models, such as Hadrian's Wall and the German Limes system, reveals that route-based organization, institutional cooperation, and diversified visitor experiences can generate substantial economic benefits, including increased tourism flows and regional development. While Western Europe demonstrates more advanced heritage valorization, the Transylvanian Limes could serve as a valuable resource if transitioned from a descriptive archaeological perspective to an integrated, tourism-oriented framework. This study highlights the need for strategic planning to unlock its potential for sustainable growth.
San Cristóbal de La Laguna
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2026 —
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World Heritage designation has complex and contradictory impacts on urban dynamics, as demonstrated by the case of San Cristóbal de La Laguna. While it enhances visibility and strengthens city identity, particularly in historic centers, it also accelerates selective demographic, economic, and urban changes. The study combines discursive analysis of administrative documents with statistical examination of demographic, urban, and tourist indicators, along with cartographic analysis, to identify key transformations since the city's inscription in 1999. This research provides a critical perspective on global processes affecting other UNESCO-listed cities.
Historic Jeddah, the Gate to Makkah
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2026 —
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A study evaluating Gemini 2.5 Flash Image, a generative AI tool, reveals its potential in reconstructing masked architectural elements of historic buildings in Al-Balad, Jeddah, with acceptable visual coherence for Hejazi elements like Roshan and Mangour, as well as façade textures. However, the AI struggles with highly intricate wood latticework and subtle depth variations. The research employed field documentation, controlled masking tests, and expert evaluations to assess accuracy and stylistic coherence, concluding that while generative AI can aid heritage documentation, outputs must be rigorously validated against reliable references. This work contributes to the broader effort of integrating AI into heritage preservation in Saudi Arabia.
