iSimangaliso Wetland Park – Maputo National Park
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2014 —
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A comprehensive survey of Odonata (dragonflies and damselflies) in the iSimangaliso Wetland Park, South Africa, identifies 86 species, including 13 newly recorded for the area. The study highlights the park's significance as a biodiversity hotspot, with eight red-listed species and 12 restricted to northern KwaZulu-Natal’s coastal plains. Using the Dragonfly Biotic Index (DBI), researchers found that water bodies with similar habitats harbored comparable Odonata assemblages, underscoring their role as indicators of ecosystem health. This baseline data is critical for monitoring environmental changes and guiding conservation efforts, particularly in protecting diverse habitat types to maintain species richness.
Greater Blue Mountains Area
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2014 —
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Spectroscopic analysis reveals that first derivative models of reflectance data provide significantly more accurate estimates of heavy metal contamination in soil around derelict mine sites compared to original or second derivative models. The study, conducted at the abandoned silver-zinc mine in Yerranderie, Australia, demonstrates that arsenic and lead can be estimated with greater precision than other metals, while silver proves the most challenging. This approach offers a cost-effective alternative to conventional ground-based monitoring, addressing critical environmental concerns related to water resources, flora, and fauna in UNESCO World Heritage Sites like the Greater Blue Mountains Area.
Old Town of Corfu
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2014 —
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A comprehensive survey of spider species on the Ionian islands of Kerkyra (Corfu) and Lefkada, Greece, reveals significant new records for both islands and the country. The study identified 94 spider species in Kerkyra, including 37 previously unrecorded, and 98 in Lefkada, with 71 being new to the island. In total, 243 species are now known from Kerkyra and 117 from Lefkada, with five species—Agyneta mollis, Tenuiphantes herbicola, Trichoncus sordidus, Tmarus stellio, and Xysticus cor—recorded for the first time in Greece. The research highlights the poorly understood arachnid fauna of these islands, emphasizing gaps in knowledge that warrant further exploration.
Old City of Jerusalem and its Walls
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2014 —
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High-rise geographies in Jerusalem reveal three distinct urban landscapes shaped by planning policies, ethnonational tensions, and economic ambitions. The Old City remains a protected, visually significant space, while Israeli Jerusalem embraces tall buildings as symbols of entrepreneurial growth. In Arab Jerusalem, informal development pathways allow for taller structures despite systemic exclusion. This study highlights how high-rise geographies reflect Jerusalem's fractured identity, blending formal planning practices with the realities of ethnonational conflict and capitalistic aspirations. Researchers analyzed planning documents and conducted in-depth interviews to map these contrasting urban trajectories.
Paraty and Ilha Grande – Culture and Biodiversity
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2014 —
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Researchers have documented two new sponge species in Ilha Grande Bay, Rio de Janeiro, Brazil: Iotrochota arenosa and Echinodictyum dendroides. This marks the first record of these species for Brazil and the southeastern coast, respectively. Additionally, the genus Echinodictyum was redefined to clarify its morphological variations compared to Caribbean specimens. The study highlights Ilha Grande Bay's ecological significance as a biodiversity hotspot within Angra dos Reis, contributing valuable data to marine conservation efforts in UNESCO-recognized areas.
Canterbury Cathedral, St Augustine's Abbey, and St Martin's Church
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2014 —
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A long-lost Good Samaritan Window at Canterbury Cathedral can be reconstructed using historical records of panel titles and inscriptions, revealing its striking similarity to an extant window at Sens Cathedral. This reconstruction suggests that the imagery program was devised in the circle of St Anselm around 1100, reflecting his theological interests during this period. The study also contextualizes the window within Canterbury's broader glazing sequence, originally consisting of twelve (likely thirteen) typological windows spanning the choir, transepts, and sanctuary. By analyzing surviving records and comparing them to known examples, the research provides a unique insight into medieval ecclesiastical art and its theological underpinnings.
Minaret and Archaeological Remains of Jam
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2014 —
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A groundbreaking stability and seismic analysis of the leaning Minaret of Jam, Afghanistan's first UNESCO World Heritage Site, reveals critical insights into its structural resilience. The study demonstrates that the minaret maintains global stability against soil collapse under increasing bending moments at its base, assuming elastic-perfect plastic behavior for the soil. Using advanced finite element modeling, researchers conducted modal and seismic push-over analyses, employing both single and multi-modal approaches to assess its seismic response. These findings provide a deeper understanding of the minaret's structural dynamics and inform conservation strategies for this iconic landmark.
Qhapaq Ñan, Andean Road System
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2014 —
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Incan retaining walls, constructed without cement using granite rocks ranging from 10 cm to 2 meters, have remained stable for over 500 years due to frictional resistance between rock pieces exceeding soil pressures. These freely drained structures, built for both road embankments and agricultural terraces on steep slopes, demonstrate remarkable sustainability under static and earthquake loads. The study analyzed their stability through field investigations and theoretical models, highlighting the Incas' advanced engineering techniques. This knowledge offers potential applications for modern sustainable construction, emphasizing durable, low-maintenance designs.
Ephesus
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2014 —
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A comparative analysis of gladiators and contemporary Romans from Ephesus (2nd–3rd century AD) reveals distinct dietary patterns, with gladiators exhibiting significantly higher strontium-to-calcium ratios—a marker suggesting frequent consumption of a plant ash beverage, as documented in ancient texts. Stable isotope analysis of 53 individuals, including 22 gladiators, indicates that while both groups primarily consumed C3 plants like wheat and barley, a few showed signs of C4 plant intake. Notably, two outliers—one female from the gladiator cemetery and one gladiator—displayed isotopic signatures (δ13C and δ34S) suggestive of migration or distinct dietary sources. Low nitrogen isotope values across the sample may reflect legume consumption, a feature uncommon in other Roman-era populations.
Taï National Park
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2014 —
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Research reveals sex differences in weaning patterns among wild Western chimpanzees (Pan troglodytes verus) in Taï National Park, Côte d'Ivoire. Male chimpanzees exhibit slower decreases in stable nitrogen isotope (δ15N) values during weaning compared to females, indicating prolonged maternal investment in males. This finding was derived from analyzing serial sections of dentine from deciduous and permanent teeth, providing quantitative δ15N data that confirm sex-based variations in nursing duration. The study underscores the potential of isotopic analysis in investigating weaning behaviors in non-human primates and offers insights into ancestral patterns that may inform research on human evolution.
Fujian Tulou
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2014 —
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Heritage tourism development at UNESCO World Heritage Sites, such as Fujian Tulou in China, often faces tensions and conflicts among economic, cultural, and political goals. This study reveals an imbalanced partnership between key stakeholders—local government, residents, and tourists—which undermines sustainable tourism growth. Using a modified stakeholder analysis framework, the research examines the roles of primary and secondary stakeholders through in-depth interviews, surveys, participant observations, and archival data. Findings highlight the dominance of governmental influence over heritage conservation efforts, suggesting that achieving balance among stakeholders is critical for sustainable development. The study offers valuable policy insights and theoretical contributions to heritage tourism literature.
Kyiv: Saint-Sophia Cathedral and Related Monastic Buildings, Kyiv-Pechersk Lavra
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2014 —
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A comparative analysis of the engineering-geological conditions at Kyiv-Pechersk Lavra and its buffer zone reveals significant changes over time, highlighting the need for protective measures to mitigate adverse geological processes. The study, which includes historical data from Kyiv's central area, underscores the vulnerability of this UNESCO World Heritage Site due to expanding urban development. By examining past and present conditions, researchers identify critical areas requiring intervention to preserve the integrity of the site. This work provides essential insights for sustainable management and conservation efforts in historically significant regions.
Sagarmatha National Park
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2014 —
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A comprehensive inventory of Medicinal and Aromatic Plants (MAPs) in Sagarmatha National Park, Nepal, identifies 62 species with significant variation in diversity and distribution. Highest species richness (31 species) was recorded along the Manjo Gate to Larja Dobhan route, while the lowest diversity (Simpson’s Index: 0.90419) was observed between Tyanboche and Pangoche. Ten species, including threatened Allium hypsistum and Cordyceps sinensis, were highlighted as particularly valuable for local use but at risk. The study employed Simpson’s diversity index and Shannon Weaver function to quantify heterogeneity and evenness, revealing critical patterns for conservation prioritization.
Tubbataha Reefs Natural Park
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2014 —
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A novel imaging system leveraging underwater camera arrays and advanced mosaicking algorithms has been developed to rapidly assess and visualize reef grounding scars, as demonstrated by its application at Tubbataha Reefs Natural Park. This system significantly enhances coverage, with a three-camera array capturing more than twice the area of a single camera while maintaining high-resolution detail. The algorithm incorporates color correction, linear regression for pixel shift smoothing, and modified fast image labeling to create seamless panoramic mosaics from overlapping frames (at least 30%). This approach offers a scalable solution for monitoring large-scale marine impacts with precision, as shown in the case of the USS Guardian grounding event in 2013.
Venice and its Lagoon
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2014 —
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A novel ensemble prediction system (EPS) for storm surge forecasting in Venice, Italy, demonstrates that peak storm surges correspond with heightened uncertainty, which increases linearly over time. The study, based on 50 simulations and applied to 10 high-surge events in 2010, links this uncertainty directly to meteorological forcing fields rather than the quasi-linear dynamics of the surges, except for oscillations tied to the basin's 11-hour seiche period. Notably, the ensemble mean forecast (EMF) proved more robust and equally accurate as deterministic forecasts, offering a reliable tool for managing Venice's protection barriers.
Mountain Railways of India
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2014 —
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A 2014 study highlights the significant role of India's Mountain Railways, particularly the Kalka Shimla Railway, as vital transportation infrastructure and cultural heritage. Declared a UNESCO World Heritage Site in 2008, this narrow-gauge railway offers a unique perspective on India's Himalayan landscapes, connecting Shimla to the rest of the nation through 102 tunnels over 96 kilometers. The study emphasizes its practical utility as an alternative to private transportation in populous India, while also noting its cultural and historical significance, including its colonial heritage. A group of students from Fayetteville State University experienced firsthand the railway's scenic beauty, temperature variations, and engineering complexity, providing insights into its importance for both locals and tourists.
Gamzigrad-Romuliana, Palace of Galerius
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2014 —
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A strategic framework for the sustainable development of Gamzigrad Spa has been proposed to balance economic growth and environmental conservation. The study introduces a multi-criteria decision-making model using TOPSIS, ELECTRE, and AHP methods to evaluate optimal tourism strategies that align with green economy principles. This approach allows policymakers to prioritize development paths that maximize both economic benefits and ecological preservation, offering a practical tool for regional planning in spa-rich destinations.
San Antonio Missions
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2014 —
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San Antonio's Zarzamora Creek, often dry and overlooked, becomes a significant force during heavy rainfall due to the confluence of meteorological patterns and geological structures. The study reveals how San Antonio's location near the 100th meridian, which separates humid East from arid West, exposes it to extreme weather events like El Niño and La Niña cycles. These conditions, combined with the Hill Country's elevated catchment basin, funnel rainwater into channels that can cause devastating flash floods. The research highlights the interplay between weather patterns, geology, and riparian systems, contributing to San Antonio's designation as 'Flash-Flood Alley' by the National Weather Service.
Shark Bay, Western Australia
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2014 —
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Shark Bay, Western Australia, hosts some of the oldest living stromatolites on Earth, offering critical insights into ancient microbial ecosystems. Research by Collins and Jahnert (2014) highlights these stromatolites as unique biodiversity hotspots, contributing to our understanding of their ecological significance within UNESCO World Heritage Sites. The study employed field observations and environmental sampling to analyze the stromatolite communities, revealing their resilience in extreme conditions and their role in maintaining biodiversity. This work underscores the importance of protecting such sites for both scientific research and conservation efforts.
Wadden Sea
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2014 —
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Research confirms that biodiversity significantly drives ecosystem functions and services, even in natural marine environments. A study on Wadden Sea phytoplankton used structural equation modeling to analyze monitoring data, revealing strong links between community diversity (richness, evenness) and productivity, including resource use efficiency. These relationships are embedded in complex direct and indirect interactions with environmental factors. The findings align with patterns observed in terrestrial and freshwater ecosystems, underscoring the importance of multivariate methods for understanding biodiversity-ecosystem functioning (BEF) processes in natural systems.
iSimangaliso Wetland Park – Maputo National Park
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2014 —
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Protected area conservation, particularly under global ecological modernization, often fails to deliver promised social benefits, especially in resource-rich developing countries. A study on the iSimangaliso Wetland Park (IWP) in South Africa reveals that top-down conservation efforts, aimed at combining World Heritage protection with poverty alleviation through eco-tourism, have instead led to significant social justice issues. The research, employing a constructivist and critical approach inspired by Henri Lefebvre's theory on the production of space, demonstrates how global and national conservation norms imposed upon local spaces alienate inhabitants from their land and management practices. This alienation is exacerbated by institutional enclosure through strengthened legal frameworks for conservation, leading to conflicts over access to natural resources within the park. Local resistance, such as fence-cutting and unauthorized tourism development, underscores the tension between national and global conservation interests and local livelihoods. The study highlights the problematic implementation of market-based conservation in contexts of structural inequality, offering a transferable analytical framework for understanding similar dynamics worldwide.
Chartres Cathedral
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2014 —
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Eight previously unknown stucco fragments, discovered during the cleaning of Chartres Cathedral's crypt, provide new insights into both the cathedral's history and the development of stucco techniques in France. Unearthed in 1975-76 from a buttress wall near the Puits des Saint-Forts, these fragments offer rare material evidence that sheds light on the architectural and artistic practices of the time. Their discovery enhances our understanding of the cathedral's evolution and the craftsmanship involved in its construction.
Site of Xanadu
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2014 —
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A comprehensive theoretical framework for Cultural Routes, including greenway site selection, has been established, significantly advancing heritage protection research. The study focuses on the Grassland Silk Road from Xanadu to Zhongdu, integrating cultural and historical significance with modern conservation strategies. It leverages ICOMOS guidelines and the UNESCO World Heritage Convention to propose a systematic approach for identifying and preserving culturally significant routes. This framework bridges traditional heritage preservation with contemporary urban planning, offering a model for protecting intangible cultural assets alongside tangible ones.
Sinharaja Forest Reserve
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2014 —
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A study on the northwest periphery of Sinharaja Forest Reserve, a UNESCO World Heritage Site and one of Sri Lanka's least disturbed lowland rainforests, reveals that indigenous lifestyles closely tied to forest resources contribute significantly to high life expectancy among elderly populations. The research found that individuals, including a 99-year-old in good health, maintained sharp memories and detailed knowledge of over 100 forest-derived food items. Key factors included access to nutrient-rich, locally sourced food, occupations involving prolonged outdoor activity, stress-free lifestyles, and leisure time—all supported by the forest's ecological richness. Conducted through household surveys, interviews, and field observations between 2011 and 2013, this study provides empirical evidence linking biodiversity-dependent livelihoods to longevity in tropical rainforest-adjacent communities.
Old Town of Lijiang
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2014 —
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The Old Town of Lijiang, recognized as a UNESCO World Heritage Site, faces significant challenges in its protection and management under globalization. A study leveraging global governance theory identifies critical cultural dimensions that shape the site's international recognition and influence. Field research reveals both the site's unique cultural value and the complex issues affecting its preservation. The findings underscore the need for innovative management strategies to address contradictions arising from globalization, ensuring sustainable conservation while maintaining its global significance.
Phong Nha-Ke Bang National Park and Hin Nam No National Park
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2014 —
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A comprehensive survey of bug species (Heteroptera) in Phong Nha-Ke Bang National Park, Vietnam, identified 71 species across 53 genera and 10 families. Notably, the study revealed 23 previously undocumented species for Vietnam's entomofauna, including <em>Lethocerus indicus</em>, a threatened species requiring urgent conservation measures. Coreidae (29.5%) and Reduviidae (25.3%) were the most diverse families, while Belostomatidae and others contributed significantly to the park's biodiversity. Conducted between 2006 and 2008, this research expands Vietnam's Heteroptera catalog by 17% at the genus level and highlights critical conservation priorities for UNESCO-listed sites.
Tiwanaku: Spiritual and Political Centre of the Tiwanaku Culture
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2014 —
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Archaeological research on the UNESCO World Heritage Site of Tiwanaku reveals that the Early Intermediate Period (EIP) and Middle Horizon (MH) in the Central Andes witnessed significant cultural evolution, marked by the emergence of state governance, urbanization, and distinctive stylistic expressions. Unlike other civilizations, Andean cultures developed complex societies without a writing system, showcasing unique variations in identity and ethnicity through creative styles and mortuary practices. The study highlights that during the EIP, multiethnic communities coexisted with pronounced regional expressions of inequality and status. In the MH, two major cities, Huari and Tiahuanaco, independently promoted distinct material cultures but unified under a new religious doctrine, coordinating geopolitical expansion despite their differences. This research sheds light on the dynamic interplay between cultural identity, political organization, and religious imagery in Andean prehistory.
Su Nuraxi di Barumini
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2014 —
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A revised planimetric representation of Su Nuraxi di Barumini resolves long-standing inconsistencies in the labeling of structures across five previously published plans. The study identifies discrepancies—such as omissions, variations, and repetitions—in the naming conventions used since 1955, which have hindered accurate interpretation of the site's layout. By cross-referencing these plans, researchers propose a standardized, unified plan that clarifies the spatial organization of the nuragic village, providing a more reliable foundation for historical reconstruction. This work addresses critical gaps in archaeological documentation while offering a practical tool for scholars and conservators.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2014 —
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Research confirms that the Yakutat Block subducts continuously from Prince William Sound to Icy Bay, extending the southeastern Alaska subduction zone 300 km further than previously known. The study used broadband seismic data and advanced imaging techniques—including three-dimensional P-wave field modeling and common conversion point stacking—to map the slab's geometry. Findings reveal a gradual increase in dip angle (11°–16°) from west to east, placing the Yakutat Block at the correct depth to explain magmatism in the Wrangell volcanic field. The data also show clear separation between the subducted Yakutat Block and the North American Plate under the Alaska Range, suggesting that deformation along the Denali fault is not linked to Yakutat coupling. Additionally, the study indicates sediment stripping on the block's western side and ductile lower-crustal thickening (>60 km) near Mount Saint Elias.
Neolithic Site of Çatalhöyük
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2014 —
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A novel approach to studying prehistoric figurines and human effigies reveals their role as material bodies that interact with fleshly ones, linking them to broader aspects of material culture, environment, and political economy. The study advocates for a multi-dimensional research strategy called 'following the material,' which combines material, social, and phenomenological analysis. This method was demonstrated through two case studies: figurines from Çatalhöyük in Turkey and human effigies from the Moche region in Peru. By examining the substances used to create these artifacts and their contexts of production, circulation, and deposition, the research highlights the tight connections between objects in human form, material culture, landscape, and political economy.
Cologne Cathedral
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2014 —
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Subway-induced vibrations significantly affect the structural integrity of Cologne Cathedral. The study found that daily subway operations generate ground motions that can be detected within the cathedral, potentially posing risks to its stability. Researchers used seismological methods to measure and analyze these vibrations, revealing their frequency and amplitude. Located near a busy train station, river, and urban infrastructure, the cathedral experiences constant anthropogenic ground motions, with subway-induced vibrations being a notable concern due to their proximity and regularity.
Uluru-Kata Tjuta National Park
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2014 —
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Marsupial mole surface sign can serve as a reliable, non-intrusive indicator for monitoring the distribution and habitat preferences of Notoryctes typhlops. This study, conducted over 12 months at Uluru-Kata Tjuta National Park, revealed significant correlations between surface sign counts and environmental factors such as fire age, rainfall timing, infrastructure presence, and cumulative precipitation. The findings suggest that tracking mole surfacing behavior offers a practical alternative to traditional survey methods for assessing this cryptic species' abundance and ecological requirements.
Surtsey
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2014 —
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Early ecological succession rates on Surtsey and Mount St. Helens, two distinct volcanic landscapes, reveal key mechanisms governing colonization and development. The study found that nutrient input from external sources—seabirds on Surtsey and windborne nutrients on Mount St. Helens—plays a critical role in accelerating succession, despite environmental constraints like bare lava or extreme exposure. Succession rates varied significantly across substrates, with gull colonies on fertile sands advancing faster than barren tephra or pumice plains. The research employed permanent plots, detrended correspondence analysis (DCA), and principal components analysis (PCA) to quantify changes in species composition and structure over time, offering insights into the broader principles shaping volcanic island ecosystems.
Historic Centre of Rome, the Properties of the Holy See in that City Enjoying Extraterritorial Rights and San Paolo Fuori le Mura
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2014 —
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A groundbreaking approach to documenting and representing vaulted structures in Italian UNESCO World Heritage Sites has emerged, offering solutions for challenges in color texture mapping, virtual reconstruction of collapsed domes, and textured mesh development. The research demonstrates how Structure from Motion applications can be converted into maps that represent complex BRDF behaviors, providing a robust method for analyzing heterogeneous surfaces. Additionally, it introduces an integrated technique for virtually reconstructing partially collapsed ancient cupolas, addressing the complexities of historical preservation. The study also presents a novel method for developing textured meshes representing octagonal frescoed domes, contributing significantly to the field of digital documentation and virtual reconstruction of architectural heritage.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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2014 —
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A significant decline in the distribution of citrus trees infected with Huanglongbing (greening disease), caused by 'Candidatus Liberibacter asiaticus' (Las), was observed on Tokunoshima and Yoron islands between 2009 and 2012. During the third survey, only 258 symptomatic trees across 120 areas tested positive for Las, a marked reduction compared to previous findings. The study, conducted by examining 143,782 citrus trees at 22,866 sites, used PCR testing to confirm infections and calculated odds ratios to compare infection rates over time. This research highlights the effectiveness of ongoing monitoring in managing the spread of this devastating plant disease, particularly on UNESCO World Heritage Sites where citrus groves are culturally significant.
Coiba National Park and its Special Zone of Marine Protection
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2014 —
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A significant population decline of 25.2% was observed among octocoral species in Coiba National Park over one year, highlighting the vulnerability of these organisms in tropical eastern Pacific reefs. The study, the first to examine the population dynamics of 10 shallow-water octocoral species across six genera, revealed distinct survival and recruitment strategies: Leptogorgia alba exhibited r-selected traits with high abundance and mortality, while Muricea austera showed K-selected characteristics with low mortality and recruitment rates. Researchers monitored 1445 colonies over 17 months at 20 m depth in four coral communities, calculating size distribution, survivorship, growth, and recruitment rates. Species were clustered into two groups based on distribution, density, mortality, and recruitment patterns, offering insights into their ecological roles and resilience.
Great Barrier Reef
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2014 —
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Mass coral bleaching events on the Great Barrier Reef (GBR) in 1998 and 2002 left distinct growth anomalies in surviving Porites colonies, revealing spatial variability in stress response. The study found that inshore reefs experienced significant calcification reductions of up to 18% for four years post-bleaching, followed by recovery, while mid-shelf and offshore sites showed no significant impacts on calcification rates. This contradicts some models suggesting uniform stress across the GBR. Researchers analyzed annual growth characteristics (extension, density, calcification) in 144 coral cores from 79 colonies spanning a 24-year period (1980-2003), uncovering growth hiatuses and partial mortality linked to bleaching events. These findings underscore the need for refined models to better predict coral calcification responses to ocean warming.
Talamanca Range-La Amistad Reserves / La Amistad National Park
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2014 —
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A sustainability analysis of the La Amistad Panama Biosphere Reserve reveals a modest overall progress of 56.3%, falling short of the globally accepted threshold of >70%. The study, using the Commission on Sustainable Development (CSD) indicators recommended by the United Nations, identifies environmental factors as the strongest performing category at 73.3%, while social and economic aspects lag significantly behind at 46.7% and 36.1%, respectively. This research introduces a universal sustainability assessment model applicable to all UNESCO Biosphere Reserves, leveraging well-established global indicators to evaluate progress across three key pillars: environment, society, and economy. The findings underscore the reserve's potential for improvement in social and economic dimensions while highlighting its environmental achievements.
Tabriz Historic Bazaar Complex
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2014 —
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The Tabriz Historic Bazaar Complex exemplifies how sustainable architecture integrates bioclimatic, economic, social, and cultural elements to create dynamic urban spaces. Unlike conventional studies that focus solely on modern design or historical preservation, this research highlights the enduring relevance of traditional architectural practices in fostering social cohesion and economic vitality. By analyzing Tabriz’s bazaar—an iconic Iranian infrastructure—the study identifies key elements sustaining its active role as a cultural and economic hub. The approach combines present-day observations with historical analysis, offering new perspectives on how sustainable architecture can inform future urban development while preserving heritage. This work underscores the importance of context-specific design in achieving long-term sustainability.
City of Bath
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2014 —
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A sustainable management framework is crucial for the long-term success of historic center conservation, as demonstrated by the cases of Bath and Cambridge. The study identifies that while urban conservation efforts often aim to improve social benefits and urban qualities, their effectiveness can be undermined without proper management strategies. To address this, researchers introduced an assessment tool that measures the degree of success in conserving historic centers by evaluating factors such as 'importance' and 'performance.' This approach highlights the need for a structured management framework that integrates local community feedback and authority responses to ensure sustained conservation outcomes.
Wulingyuan Scenic and Historic Interest Area
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2014 —
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A 30-year case study of Wulingyuan, a UNESCO World Heritage Site in China, reveals that the current property rights framework is a primary driver of heritage damage due to tourism. The research demonstrates that sustainable tourism can resolve conflicts between conservation and development, but this requires significant reform of China's property rights institutions for heritage sites. These reforms should include clear definitions, independent government oversight, and efficient market mechanisms. By applying principles from property rights economics, the study highlights the need for structural changes to balance tourism growth with the preservation of cultural and natural heritage.
Archaeological Heritage of the Lenggong Valley
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2014 —
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A critical analysis of tourism-related micro, small, and medium enterprises (SMEs) in the UNESCO World Heritage Site of Lenggong Valley reveals key strategies for sustainable development. The study employed a SWOT framework to evaluate internal strengths and weaknesses alongside external opportunities and threats facing local SMEs. Findings highlight significant potential for business growth while also identifying challenges that require policy intervention to benefit both the region and its communities. This research provides actionable insights for public policymaking, emphasizing the need for strategic tourism planning to foster sustainable economic development in heritage-rich areas.
Kinabalu Park
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2014 —
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Tourists visiting Mount Kinabalu, Sabah, primarily rate their satisfaction highest towards their climbing achievement, though significant concerns persist regarding facilities and operational challenges. The study identifies 'water insufficiency' and 'traffic congestion' as critical issues affecting overall experience. While respondents expressed general satisfaction with the mountain trails, scenery, and guide services, the lowest ratings were for facilities at Laban Rata and along the trail, indicating urgent areas for improvement. This pilot research establishes baseline indicators for tourist satisfaction, providing actionable insights to enhance visitor experiences in Kinabalu Park.
Caliphate City of Medina Azahara
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2014 —
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A significant discovery in the study of Medina Azahara's built heritage reveals that swelling clays, particularly smectite and chlorite-smectite mixed layers, are prevalent in the stone materials used. These clays, found in concentrations of 5-30 wt%, contribute to the weathering of the stone, exacerbating decay processes due to environmental changes like humidity fluctuations. The research analyzed samples from the Palacio de los Páez de Castillejo and three types of stone from Madinat Al-Zahra, highlighting the detrimental impact of these clays on the overall porosity and stability of the stone. This finding underscores the importance of understanding the mineralogical composition in preserving historical structures.
Cathedral, Alcázar and Archivo de Indias in Seville
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2014 —
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A case of witchcraft accusations in colonial Guatemala reveals that notions of distance and document circulation challenge the traditional center-periphery framework. Sylvia Sellers-García demonstrates that distances, perceived as time-space intervals connecting hierarchically organized places, shaped both the content and form of administrative documents exchanged between Guatemala and Spain. This historical context redefines peripherality by grounding it in the practices of document creation, travel, and preservation. The study is based on extensive archival research across multiple institutions, including the Archivo General de Indias in Seville.
Fatehpur Sikri
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2014 —
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Fatehpur Sikri stands as a testament to the syncretic architectural innovation of the Mughal era, particularly under Emperor Akbar's reign. This study reveals how the fusion of indigenous Indian and Islamic architectural styles created a unique composite culture, blending traditional Indian grandeur with Islamic simplicity. The research highlights Akbar's role in unifying diverse artistic traditions, achieving a synthesis that transcended regional differences and set a new standard for architecture in India. By analyzing the construction techniques and stylistic elements integrated into Fatehpur Sikri, the study demonstrates how this city became a symbol of cultural harmony and architectural evolution during the Mughal period.
Socotra Archipelago
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2014 —
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Researchers have identified a new species of gecko, Hemidactylus minutus, from Oman and eastern Yemen, previously misclassified as Hemidactylus homoeolepis. This discovery, based on morphological and genetic analyses of mitochondrial and nuclear markers, reveals that H. minutus is the smallest Hemidactylus in mainland Arabia and distinct from related species. Notably, this finding redefines Socotra Archipelago's reptile fauna as entirely endemic, marking it as one with the highest proportion of endemic reptiles relative to its size. The study also highlights the need for reassessing the conservation status of both H. minutus and H. homoeolepis due to changes in their known distributions.
Archipiélago de Revillagigedo
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2014 —
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A groundbreaking study on the taxonomy of Plakinidae sponges from eastern Pacific coral reefs, including the UNESCO World Heritage-listed Revillagigedo Archipelago and Clipperton Island, reveals five species: <em>Plakortis albicans</em>, <em>Plakinastrella clippertonensis</em>, two newly described species (<em>Plakina muricyae</em> and <em>Plakina paradilopha</em>), and <em>Plakortis clarionensis</em>. Using morphological analysis alongside mitochondrial DNA barcoding (cox1 and cob), researchers challenge traditional classifications, demonstrating that <em>Plakina</em> forms a monophyletic group, aligning molecular data with morphological hypotheses. Notably, the study identifies <em>Plakina</em> for the first time in Mexican Pacific waters and provides a taxonomic key for Homoscleromorpha species in the region, offering critical insights into sponge systematics and early metazoan evolution.
Richtersveld Cultural and Botanical Landscape
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2014 —
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A taxonomic revision of the Moraea saxicola complex (Iridaceae) in arid western southern Africa identifies four previously undescribed species: Moraea acocksii, M. geminifolia, M. teretifolia, and M. quartzicola. These discoveries expand the known diversity of the complex, which now comprises eight species, with adjusted circumscriptions for existing taxa like M. bolusii and M. namibensis. The study, based on field observations and herbarium analysis, also extends the range of M. saxicola to include southern Namaqualand and the Richtersveld in South Africa. Distribution maps and illustrations of three new species are provided, offering a comprehensive revision of this botanically significant group within UNESCO-listed landscapes.
Biblical Tels - Megiddo, Hazor, Beer Sheba
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2014 —
WHE1DBB424AF7
The 2013 excavation season at Tel Hazor, led by A. Ben-Tor and S. Zuckerman, uncovered significant archaeological insights into the ancient site, contributing to our understanding of its historical layers. The expedition, part of the 'Selz Foundation Hazor Excavations in Memory of Yigael Yadin,' involved a multidisciplinary team of 25 participants from various regions, including South Africa, the U.S., Canada, Europe, and Israel. Conducted with the cooperation of the National Parks Authority, the research focused on Areas M-East and M-West, employing advanced surveying, drafting, restoration, and field photography techniques. The findings, though not explicitly detailed in the abstract, are expected to provide valuable data on Hazor's stratigraphy and cultural significance during its Bronze Age occupation.
