Quebrada de Humahuaca
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2016 —
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A genetic analysis of pre-Hispanic mortuary practices in Quebrada de Humahuaca, Argentina, reveals high levels of kinship among individuals buried together. By examining autosomal and uniparental DNA markers from two archaeological sites dating to the Late Formative (1450–1050 BP) and Regional Developments I (1050–700 BP) periods, researchers identified strong maternal and paternal relatedness in collective graves. This suggests that such burials were likely reserved for close family members, providing new insights into the social significance of death in these ancient societies. The study's findings, though limited to two cases, underscore the potential of ancient DNA in reconstructing mortuary behaviors and familial structures in UNESCO-listed sites like Quebrada de Humahuaca.
Ancient Jericho/Tell es-Sultan
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2016 —
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A joint Italian-Palestinian expedition at Tell es-Sultan, ancient Jericho, has made significant strides in understanding the site's urban development during key periods of Early Bronze III and Middle Bronze I–III. The research focuses on seriation of material culture and urban topography, providing insights into the evolution of this historic site. Additionally, efforts to restore the area aim to establish a National Archaeological Park, preserving its cultural heritage for future generations.
Archipiélago de Revillagigedo
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2016 —
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A notable finding of the Turkish turtle dove (Streptopelia decaocto) in the Revillagigedo Archipelago, Mexico, was documented for the first time at two islands: Clarión and Socorro. Observations between March and July 2015 revealed adult birds associated with human activity, specifically around a naval base and its vessels. This discovery highlights the species' presence in remote, pristine environments influenced by anthropogenic factors. The study underscores the need for further research to assess the distribution, abundance, and ecological impacts of this invasive species on the archipelago's biodiversity.
Baekje Historic Areas
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2016 —
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The preservation and excavation of Baekje tombs in Seokchon-dong, Seoul, revealed 23 additional tombs in three layers during a 40-year study, significantly expanding our understanding of early Baekje funerary practices. Initially threatened by urban development in the 1980s, government intervention redirected a main road underground and designated an extensive conservation area (33,000 m²), allowing for the restoration of royal tombs and relics. The research confirmed transitions from pit burials to stone-lined and mound tombs, providing critical insights into Hansung Baekje's 500-year history. This work underscores the importance of proactive heritage preservation in archaeological research.
Historic Walled Town of Cuenca
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2016 —
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A hybrid decision-support model combining Delphi, Analytical Hierarchy Process (AHP), and VIKOR techniques has been successfully applied to prioritize environmental rehabilitation actions for urban rivers, particularly in UNESCO World Heritage Sites. In the historic walled town of Cuenca, Spain, cultural heritage and river naturalization emerged as the most valued criteria, accounting for 28% and 25% of expert panel preferences, respectively. The study found that trapezoidal cross-sections for river rehabilitation offer stable advantages over modified triangular designs, facilitating optimal integration with townscape while balancing construction, operational, and maintenance costs. This approach addresses the complexity of urban river restoration by systematically evaluating tangible and intangible factors, including cultural heritage, natural dynamics, and economic considerations.
Stone Town of Zanzibar
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2016 —
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Capital Art Studio in Stone Town, Zanzibar, employs a unique visual idiom that challenges the heritage industry's narrative by re-presenting the city as a 'melancholy palimpsest.' This approach simultaneously evokes Zanzibar's past as an 'island metropolis' while resisting its consignment to history. The studio's photographic archive reveals discrepant temporalities, offering surfaces for self-fashioning that contrast with those of other postcolonial studios. By framing the past within a neoliberal global order, the studio articulates a time that was both cosmopolitan and commodifying, providing a nuanced perspective on Zanzibar's complex historical interface between the Indian Ocean world and continental Africa.
Routes of Santiago de Compostela in France
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2016 —
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The Camino de Santiago, a historic pilgrimage route leading to the tomb of St. James in Santiago de Compostela, experienced significant cultural and political transformation during the 19th and 20th centuries. This study reveals that the modern revival of pilgrimage along this route was not merely a religious phenomenon but also a strategic construction of political ideology, which gained substantial cultural capital over time. The research focuses on the intensive efforts behind the production of the cult of St. James during the medieval period, particularly under the leadership of Diego Gelmírez (1093–1140), who used textual sources like the Codex Calixtinus to document privileges and appeal to donors. These texts, though often seen as outsider accounts, were actually produced in Santiago de Compostela to serve specific audiences, including wealthy patrons and pilgrims. The study employs a combination of historical analysis and documentary evidence to uncover the complexities of this cultural and political landscape.
The Grand Canal
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2016 —
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Ecological planning can significantly enhance ecosystem services (ES) and revitalize historic landscapes, as demonstrated by a 67% increase in ES following its implementation along the Xianghe Segment of China’s Grand Canal. This UNESCO World Heritage Site, once a vital transportation artery, now suffers from degraded water quality due to wastewater disposal. The study applied modern ecological theory to redesign the waterfront landscape, establish wetlands, and improve environmental governance, shifting the dominance of ES from regulating and supporting services to cultural and regulating ones. These measures not only restored historic landscapes but also provided a framework for sustainable heritage management, offering a practical model for balancing ecological renewal with cultural preservation.
Prehistoric Pile Dwellings around the Alps
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2016 —
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The Prehistoric Pile Dwellings around the Alps, inscribed as a UNESCO World Heritage Site in 2011, face a critical challenge: balancing their protection with the need for archaeological research. This study identifies the tension between preserving the integrity of these fragile sites and conducting necessary excavations to advance knowledge about Neolithic and Bronze Age cultures. It proposes a new management model that reconciles these conflicting interests by ensuring conservation while allowing controlled research. The approach involves synthesizing existing knowledge, promoting cross-border collaboration among six countries, and addressing threats from natural phenomena and human activities. By doing so, it aims to safeguard this outstanding heritage for future generations while fostering scientific inquiry.
Fanjingshan
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2016 —
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A study on Fanjingshan National Nature Reserve, China, reveals that anthropogenic activities are the primary drivers of changes in forest canopy fractional cover (CFC) over a 15-year period. Researchers used multi-temporal Landsat imagery and a modified soil-adjusted vegetation index (MSAVI) to quantify CFC, finding that topographical variability affects illumination and thus CFC estimates. Implementing an illumination stratification approach, which selects different closed canopy endmembers based on topography, helps minimize these effects. The analysis, combined with limited high-resolution imagery verification, suggests that most observed CFC changes are likely due to human influences.
Neolithic Flint Mines at Spiennes (Mons)
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2016 —
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The Neolithic flint mines at Spiennes (Mons, Belgium) represent one of Europe's most extensive and long-lasting mining operations, spanning from 4350 to 2300 BCE. This study reveals that the site's longevity was enabled by its rich flint resources, favorable geography, and sophisticated mining strategies, which evolved over time. Analysis of stratigraphic evidence and flint production suggests variability in both synchronic and diachronic mining techniques, particularly for standardized axeheads and blades. The research also proposes a hypothesis linking the seasonality of mining activities to the permanent settlement of Michelsberg populations, who combined farming with specialized mining and knapping. Group specialization, social control of resources, and century-old traditions likely sustained Spiennes' dominance in the Mons Basin's raw material supply for centuries.
Castel del Monte
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2016 —
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Castel del Monte, the enigmatic fortress commissioned by Emperor Frederick II of Swabia, embodies rational beauty through its perfect forms and mathematical precision. The structure's design, rooted in concepts like the golden ratio, reflects a deliberate harmony of form, number, and naturalistic detail, symbolizing imperial perfection. While the building's myriad interpretations remain speculative, its aesthetic and symbolic significance stand as a testament to the intersection of art, mathematics, and political power. This study underscores Castel del Monte’s role as a masterful fusion of rationality and mystery, where every element serves both functional and symbolic purposes.
Archaeological Site of Delphi
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2016 —
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Integrated geophysical tomographic methods, including Seismic Refraction Tomography (SRT), Electrical Resistivity Tomography (ERT), and Ground Penetrating Radar (GPR), successfully reconstructed buried archaeological structures at the UNESCO World Heritage Site of Delphi. The study demonstrated that these non-invasive techniques can accurately map subsurface cultural remains up to 5 meters deep, providing high-resolution 3-D models of walls and other features within a relatively uniform soil matrix. By employing advanced tomographic inversion algorithms for SRT and ERT data, along with signal enhancement filters for GPR, researchers validated the existence of concealed archaeological elements, offering a robust tool for cultural resource management and preservation efforts.
Historic City of Yazd
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2016 —
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A strategic redefinition of pedestrian route-finding networks can effectively restore vitality and responsiveness to historic urban spaces, as demonstrated by the case study of Yazd Khan Plaza in Iran. The research proposes that balancing social life in historic contexts—often disrupted by modern urban elements—can be achieved by leveraging existing communication networks while strategically redefining historic pathways. This approach addresses imbalances caused by Pahlavi-era street lines, offering a solution to reclaim dynamic public spaces without altering the core structure of heritage sites. The study provides executable strategies to enhance pedestrian connectivity, ensuring comprehensive dynamism in historically significant areas.
Caves of Aggtelek Karst and Slovak Karst
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2016 —
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A detailed redescription of two troglobiotic species, Deuteraphorura kratochvili and D. schoenviszkyi, from the Western Carpathian caves reveals their unique morphological traits, including the absence of pseudocelli on thoracic tergum I and the presence of a male ventral organ on abdominal terga II–III. Both species are obligate cave-dwelling forms (troglobionts), restricted to subterranean environments. The study examines intraspecific variability in D. kratochvili from its type locality, Demänovská Cave System, while D. schoenviszkyi is redescribed based on specimens from both Slovak and Aggtelek Karst, where the type locality is situated. An identification key for Deuteraphorura species lacking pseudocelli on thoracic segment I is also provided, aiding in their taxonomic differentiation.
Medieval Town of Toruń
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2016 —
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Approximately 40% of the contemporary street network in Toruń’s close suburbs corresponds to roadways from the late 18th century, with some sections likely tracing back even further to medieval times. This finding emerges from a GIS-based analysis comparing historical plans—lacking cartometric precision—to modern geodetic data. Researchers applied rubber sheeting transformation to align the outdated maps, enabling quantitative and qualitative extraction of road data while accounting for potential errors in alignment. The study highlights the resilience of Toruń’s suburban road network despite significant urban transformations, including 17th–19th century fortifications. This approach demonstrates the utility of GIS in reconstructing historical urban landscapes with high probability, bridging gaps between past and present topography.
Ivindo National Park
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2016 —
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A recent study reveals that the Ogooué Ivindo province in Gabon, historically a focal region for Human African Trypanosomosis (HAT), remains infested with tsetse flies, major vectors of the disease. The research identified seven species of Glossina, with Glossina palpalis palpalis being the most abundant at 46%, followed by Glossina fusca congolensis and Glossina nashi. The study employed Vavoua and Nzi traps across four distinct habitats: Ivindo National Park, Zadié Village, Forest of Zadié, and Momba clearing, capturing a total of 2383 flies. These findings underscore the ongoing risk of HAT transmission in the region, emphasizing the need for further monitoring to assess its epidemiological significance on human health.
Decorated Cave of Pont d’Arc, known as Grotte Chauvet-Pont d’Arc, Ardèche
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2016 —
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Chauvet Cave, discovered in 1994 and later designated a UNESCO World Heritage Site in 2014, holds some of the earliest known cave art, predating any previously recognized examples. The cave's wall paintings and engravings, which were initially celebrated as representing the 'Dawn of art,' were closed to the public in 1994 to protect them from chemical and microbial damage. In April 2015, replicas of the most striking imagery were opened at a purpose-built site, Caverne du Pont d'Arc, allowing for the preservation and study of the original cave while providing access to its artistic treasures.
Old City of Dubrovnik
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2016 —
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Dubrovnik is located in a highly seismic region, with its historical center experiencing significant deformation due to tectonic movements. A study analyzing geodetic measurements from the 1980s and 1990s revealed critical deformations, particularly following the 1995-1996 earthquake sequence that included over 3000 tremors. The research highlights the urgent need for expanded interdisciplinary geodynamic monitoring, including precise horizontal, GNSS, and gravimetric measurements, to better understand the seismic risks posed by the Adriatic micro-plate's movements. This comprehensive approach aims to inform future research and reconstruction efforts in the vulnerable historical center.
Medieval Monuments in Kosovo
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2016 —
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A comprehensive study of medieval monuments in Kosovo, conducted under the auspices of the National Museum in Belgrade from 1881 to 1941, revealed significant advancements in the documentation and preservation of Serbian medieval heritage. The research, led by Vladimir R. Petković, introduced a systematic approach to fieldwork and academic study, resulting in over 7,500 photographs on glass plates—a invaluable resource for studying now-illegible or destroyed data. This effort laid the groundwork for critical scholarly approaches to Serbian medieval art, architecture, and wall paintings, while also initiating preservation efforts such as protective roofs for Rudenica and Gradac Monastery. The study's findings were published in the journal <em>Starinar</em> and the <em>Serbian Monuments</em> series, supported by the Mihajlo Pupin Foundation, which significantly contributed to the field.
Pre-Hispanic City of Teotihuacan
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2016 —
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A rare discovery of crab remains, specifically from the red crab (Gecarcinus lateralis) and blue crab (Cardisoma guanhumi), in the archaeological context of Teopancazco at the Pre-Hispanic City of Teotihuacan reveals a previously undocumented cultural relationship between ancient central Mexican societies and coastal inhabitants. This finding, derived from excavations led by Dr. Linda R. Manzanilla, indicates that these crabs were part of the region's biodiversity and likely played roles in trade, rituals, or diet during the late Tlamimilolpa to Xolalpan stages (300-600 AD). The presence of fish bones, a sea urchin, and crab chelae fragments underscores the significance of coastal wildlife in Teotihuacan's socio-economic landscape, challenging previous assumptions about its limited interaction with marine resources.
Uvs Nuur Basin
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2016 —
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Long-term avian influenza surveillance at Lake Uvs Nuur, a key Northern Eurasian site, reveals its critical role as a reservoir for the preservation and evolution of influenza A virus in wild bird populations. The study, spanning 2006-2016, analyzed highly pathogenic H5N1 circulation and molecular epidemiology using phylogenetic analysis (MEGA 5.2 software) to construct genetic distance matrices via the Kimura two-parameter method. Findings highlight the biogeocoenose's significance for viral dynamics, emphasizing the need for continued ecological and virological monitoring to assess epidemic and pandemic potential of novel strains.
Mount Wutai
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2016 —
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Broad-leaved plants, particularly Populus davidiana (Po. davidiana), Rosa hugonis Hemsl. (R. hugonis), and Betula platyphylla Suk. (B. platyphylla), are highly effective in retaining atmospheric particles in the Mount Wutai scenic area, significantly contributing to air purification. The study found that these plants can retain up to 38.60 ± 18.32 mg/cm² of suspended particles before rain, with a substantial reduction observed post-rainfall (0.65 ± 0.23 to 3.50 ± 1.83 mg/cm²). The research analyzed eight plant species, assessing their particle retention capabilities through metrics such as weight, light-shaded area, and horizontal density of particles on leaves. While broad-leaved plants demonstrated superior performance, needle-leaved species like Pinus tabuliformis Carrière (Pi. tabuliformis) were found to be less effective for air purification in this context.
Western Caucasus
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2016 —
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Robinia pseudoacacia L., commonly known as black locust, does not reduce arboreal species diversity in riparian forests of the Western Caucasus despite its increasing dominance over native tree species. The study, conducted by Akatov et al. (2016), reveals that while R. pseudoacacia is most abundant where native dominants hold a middle-level presence, its proliferation does not negatively impact overall forest diversity. Researchers analyzed distribution, age structure, and population dynamics across the region, finding that most individuals are under 20 years old, suggesting rapid colonization but limited long-term persistence. The study highlights the resilience of riparian forests to invasive species, offering insights into ecological succession and conservation strategies for UNESCO World Heritage Sites like those in the Western Caucasus.
Carlsbad Caverns National Park
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2016 —
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A pilot program integrating digital visualizations into visitor interpretation at Carlsbad Caverns National Park demonstrated significant potential to enhance science literacy and engagement. Rangers reported that tablet-based presentations of research on Brazilian free-tailed bats improved their ability to achieve interpretive goals, particularly in strategic locations like the cave entrance. Visitors responded positively, though challenges remained, suggesting this blended approach warrants further exploration for broader application in science communication at UNESCO World Heritage Sites.
Humayun's Tomb, Delhi
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2016 —
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Humayun's Tomb in Delhi employs narrative techniques through architectural design to create visual drama, revealing its protagonist—the tomb's massive white dome—through a dynamic interplay of supporting elements like arches and changing perspectives. The study identifies key rules governing this narrative, such as the alternating revelation and concealment of the dome, framed glimpses of the protagonist, and the gradual unveiling of the mausoleum's grandeur. These techniques generate visual acceleration, enhancing the visitor's experience by rapidly shifting horizontal and vertical angles of vision. While the research relies on observations of the current built environment—lacking documentary evidence of original intent—it establishes design principles for crafting visually engaging spaces in architecture.
Sado Island Gold Mines
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2016 —
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Sado Island's Oni-Daiko drum performances, a traditional cultural practice involving students and villagers, foster personal growth and community engagement. Conducted annually since 2009 in Toyooka village, the festival begins at a shrine and involves parading through homes before returning to the shrine. Performances occur from early morning to evening, with students showcasing their skills after a week-long lesson. While the practice faces challenges due to population decline, it remains a vital cultural activity aiming for continued preservation. This study highlights the educational and social significance of traditional arts in maintaining cultural heritage amidst demographic changes.
City of Safranbolu
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2016 —
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Safranbolu, recognized as Turkey's capital of protection and a UNESCO World Heritage Site, faces significant parking challenges within its Çarşı zone due to inadequate parking spaces. A study analyzed these issues and found that the existing conservation-based development plan does not sufficiently address the problem, particularly during weekends and holidays when tourism peaks. The research introduced three alternative approaches aimed at resolving these parking difficulties while maintaining the integrity of the protected urban site. These solutions focus on balancing tourism growth with sustainable urban planning, offering a model for other heritage sites dealing with similar challenges.
Tower of Hercules
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2016 —
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San Pedro leucogranite, sourced from A Coruña in northwest Spain, emerges as a significant heritage stone due to its distinctive color, rarity, and petrophysical properties. This study highlights its historical use in monumental structures, including the UNESCO-listed Hercules Tower lighthouse, which underscores its potential for designation as a Global Heritage Stone Resource. The research approach combines geological analysis with architectural documentation, emphasizing the stone's unique characteristics that have made it a preferred material for medieval monuments such as churches and tombstones.
Naumburg Cathedral
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2016 —
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Assaf Pinkus's <em>Sculpting Simulacra in Medieval Germany, 1250–1380</em> challenges traditional scholarly interpretations of Gothic sculptures by arguing that these works, particularly those at Naumburg Cathedral and other sites, function as simulacra—inviting diverse emotional and imaginative responses from lay viewers. Unlike previous analyses that focused on religious or mystical experiences, Pinkus contends that such interpretations may overlook the broader cultural impact of these artworks. His study draws on extensive German scholarship but assumes familiarity with this body of work, leaving room for further exploration. While Pinkus provides compelling examples to support his thesis, the book could have benefited from deeper comparisons with French Gothic precedents and more focused discussions on specific monuments.
Historic Cairo
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2016 —
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Historic Cairo exhibits repetitive spatial, architectural, and land-use patterns along its urban edges, which create distinct barriers influencing surrounding activities. These patterns suggest potential for learning from successful interventions applied to similar configurations, regardless of cultural or contextual differences. The study develops a quantitative analytical framework capable of measuring micro and macro-level spatial configurations, revealing cause-and-effect relationships between edge structures and their surroundings. This method enables targeted urban planning strategies that leverage identified patterns to enhance intervention success within historic city fabrics.
Fatehpur Sikri
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2016 —
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A geomechanical and kinematic analysis of sandstone slopes at Rasulpur, Fatehpur Sikri, Uttar Pradesh, reveals that the slopes fall within good stability classes (2a and 2b) according to the SMR Geomechanics classification. However, the study identifies a potential risk of toppling failures due to structurally controlled joint sets, which could pose hazards during excavation. To mitigate these risks, the researchers recommend implementing safety measures such as rock bolting and the installation of nets during excavation. This analysis combines field investigations with laboratory tests to assess slope stability, providing actionable insights for safer mining practices in the region.
Saryarka – Steppe and Lakes of Northern Kazakhstan
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2016 —
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A study of soil macrofauna in the Naurzum State Nature Reserve, part of the UNESCO World Heritage site 'Saryarka Steppe and Lakes of Northern Kazakhstan,' reveals that the abundance and biomass of soil-dwelling invertebrates are significantly lower than in northern and western steppe regions. This finding highlights the unique ecological challenges faced by the dry, continental climate of the Turgai Plateau, where remnants of Virgin Stipa lessingiana steppes persist despite historical land-use changes during the Soviet Virgin Land campaign. The research provides a detailed analysis of the faunistic composition and community structure of these invertebrates, underscoring their critical role in the functioning of terrestrial ecosystems.
High Coast / Kvarken Archipelago
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2016 —
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Transnational learning (TNL) can mitigate democratic participation gaps in early stages of UNESCO World Heritage (WH) nomination processes, offering a model for resolving landscape-related conflicts. This study examines the WH sites Laponia and High Coast/Kvarken Archipelago, revealing how TNL facilitates cross-border cooperation among stakeholders despite cultural and legal constraints. The research employs comparative methods and governance theories to analyze challenges in local democratic participation during national and transnational decision-making. It highlights the Nordic tradition of TNL as a tool for incorporating diverse stakeholders into WH governance, demonstrating its potential to bridge gaps between local communities and international conservation efforts.
Lençóis Maranhenses National Park
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2016 —
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A study in Lençóis Maranhenses National Park revealed that the bee community in coastal dune vegetation exhibits seasonal activity patterns, with increased abundance during the rainy season. Researchers collected 1211 individuals from 59 species using entomological nets and Moerike traps over a one-year period (August 2009 to July 2010). The findings align with known patterns in Maranhão and other northeastern Brazilian coastal areas, highlighting the dominance of species such as <em>Trigona</em> sp. gr. <em>fulviventris</em>, <em>Apis mellifera</em>, and <em>Centris</em> spp. This research contributes to understanding bee diversity and ecological dynamics in unique restinga ecosystems, which are critical for biodiversity conservation.
City of Safranbolu
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2016 —
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Safranbolu, a UNESCO World Heritage Site since 1994 and a well-preserved Ottoman city, offers valuable insights into the effectiveness of state-supported financial tools for conserving traditional architectural heritage. This study reveals that grant-aided subsidies and loan systems, administered by the central government, have significantly influenced the protection, conservation, and restoration efforts in Safranbolu. By evaluating these policies, researchers found that while they provide essential funding mechanisms, their impact varies depending on factors such as accessibility, implementation efficiency, and alignment with local needs. The study highlights the importance of tailored financial strategies to ensure sustainable heritage conservation, offering a model for other World Heritage Sites facing similar challenges.
China Danxia
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2016 —
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A significant rockfall event at the UNESCO World Heritage site of China Danxia, specifically at Mt. Langshan, was triggered by the rapid weathering and retreat of soft, intercalated rock layers within the Lanlong Formation. This process altered the stress state within the rock body, leading to compressive or tensile stresses exceeding the rock's strength limits, resulting in partial or complete collapse. The study analyzed 44 sandstone and conglomerate cores from the formation, assessing their mechanical properties, resistance to sulfuric acid, and freezing-thawing effects, while also examining rock slices under a polarizing microscope. A 3D finite-element model was used to reconstruct the pre-collapse geometry and restraint conditions of the stone pillar, providing insights into the stress dynamics that led to its failure.
Villa d'Este, Tivoli
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2016 —
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A comprehensive structural and seismic assessment of the Villa d'Este Palace in Tivoli, Italy, reveals critical insights into the preservation challenges faced by this UNESCO World Heritage Site. The study highlights significant uncertainties in material properties and structural details, complicating accurate modeling and analysis. Notably, the palace's North-East side, which collapsed during World War II, required substantial post-war restoration efforts. The research also uncovered remnants of a monastery that predated the villa, adding historical depth to the site's significance. This assessment underscores the importance of advanced techniques in safeguarding architectural heritage in seismically active regions.
The Porticoes of Bologna
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2016 —
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A critical analysis of the Portico of Santa Maria Dei Servi in Bologna reveals that traffic-induced vibrations significantly contribute to its structural deterioration, necessitating urgent strengthening interventions. The study identifies key vulnerabilities and prioritizes conservation strategies while emphasizing the importance of compatibility with historical structures. To quantify this impact, researchers from the Italian National Institute of Geophysics and Volcanology (INGV) conducted noise measurements to assess stress levels on the portico's columns. This approach underscores the need for targeted interventions that balance preservation integrity with modern engineering solutions, ensuring the long-term stability of one of Bologna's most culturally significant architectural elements.
Old Town of Lijiang
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2016 —
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Linguistic landscape research reveals significant differences between the language use patterns on Fuhui Street and Xinhua Street in Lijiang Old Town. The study highlights variations in bilingual and multilingual signage, particularly involving Chinese, Dongba scripts, and English, alongside differing attitudes among local stakeholders and tourists towards these languages. Employing both quantitative and qualitative methods—digital photography for data collection, supplemented by questionnaires and interviews—the research provides insights into the complex interplay of language use in a culturally rich urban setting.
City of Safranbolu
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2016 —
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Safranbolu, a UNESCO-listed Ottoman city renowned for its classical wooden architecture and streets, holds significant untapped potential to enhance its tourism sector. A SWOT analysis reveals that while Safranbolu attracts visitors, it does not fully leverage its strengths—such as its unique heritage—to compete effectively with rivals. The study, based on surveys of touristic enterprise owners and administrators, identifies key opportunities for growth, including better utilization of its cultural assets to attract more tourists and generate higher revenue. Addressing weaknesses and threats, such as underdeveloped infrastructure or seasonal tourism fluctuations, could further boost Safranbolu's economic benefits from tourism.
Historic Mosque City of Bagerhat
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2016 —
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A novel approach to enhancing tourist engagement with UNESCO World Heritage Sites is demonstrated through the development of the SMART framework, which integrates synchronous location-aware media and augmented visualization. This study presents a four-step conceptual model designed to provide real-time, contextually relevant information about Khalifatabad in Bagerhat, Bangladesh, addressing gaps in accessibility and understanding for visitors. By leveraging location-based services (LBS) and interactive data structures, the framework aims to create an immersive and memorable experience that deepens appreciation of the site's cultural significance. The prototype application, tailored specifically for handheld devices, offers seamless access to authentic historical details, setting a precedent for future heritage preservation efforts in Bangladesh.
Skogskyrkogården
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2016 —
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Skogskyrkogården, designed by Sigurd Lewerentz and Erik Gunnar Asplund, exemplifies how syncretic topography can bridge the living and the dead. This study reveals that the cemetery's design, rooted in a profound preoccupation with the site's actual ground, was not merely stylistic but a deliberate attempt to re-establish meaningful linkages between life and death within a modern socio-cultural context. By examining the architects' alignment of the site's topography with contemporary efforts to create more authentic realities, this research sheds light on how physical spaces can facilitate existential renewal. The approach involved analyzing the site's ground as a dynamic element rather than a static backdrop, offering insights into its role in shaping human experience and memory.
Komodo National Park
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2016 —
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A 12-year study on Komodo National Park revealed that the population dynamics of Rusa deer and wild pigs are strongly influenced by density-dependent factors, with island-specific patterns and spatial synchrony. While Rusa deer populations declined slightly on two larger islands (Nusa Kode and Rinca) but increased on Gili Motang, wild pig populations showed contrasting trends, declining on Komodo Island and increasing on Rinca. These findings highlight the critical role of density dependence in tropical large herbivore populations, which are vital prey for the endangered Komodo dragon. The study used dung counts along transects to estimate abundance, confirming the need for continued monitoring to ensure the conservation of both ungulate species and their apex predator.
Pre-Hispanic City of Teotihuacan
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2016 —
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Teotihuacan, a sprawling pre-industrial city founded around 150 BCE in highland Central Mexico, rose rapidly to become the dominant political and economic power of its time. Its influence extended beyond its urban core, absorbing and controlling neighboring regions, possibly even distant ones. The city's decline was marked by a catastrophic fire around 600 CE, which destroyed its core and signaled the end of Teotihuacan's prominence as a major pre-Hispanic urban center. This summary synthesizes key findings from Robertson (2016), highlighting Teotihuacan's significance as an early complex society and the abrupt nature of its collapse.
Socotra Archipelago
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2016 —
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Island colonization does not universally trigger extreme phenotypic diversification, as demonstrated by the Hemidactylus geckos of Socotra. While insular species exhibit more pronounced body size variation and accelerated evolutionary rates compared to continental groups, head proportions show consistent evolution across both environments. This study challenges the assumption that islands always promote higher morphological disparity, revealing complex patterns where different traits evolve differently even within the same mainland-island system.
Cultural Landscape of Maymand
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2016 —
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Ethnographic research over 13 years reveals that the vernacular architecture of animal enclosures (āqolhā) in Maymand, Iran, embodies the pastoral lifestyle and social structure of its transhumant community. These enclosures reflect seasonal migration patterns, cultural calendar, and communal organization, offering insights into how architectural design integrates with ecological and social rhythms. The study employs participant observation and informal interviews to decode the spatial and symbolic significance of these structures within their broader cultural context.
Monastery of Alcobaça
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2016 —
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A rare medieval color palette was identified in the glazed tiles of Alcobaça Monastery, representing some of the earliest examples of tin-opacified glazes in Christian Portugal. The study found that the variety of colors—white, turquoise, brown, and shades of green—arose from different proportions of CuO, Fe2O3, and SnO2 within a lead-glazed matrix, combined with a K-feldspar-rich slip layer. This technology reflects a fusion of Cistercian traditions and Islamic tin-glazing techniques introduced to the Iberian Peninsula in the 10th century. Analytical methods including µ-PIXE, µ-Raman spectroscopy, and optical microscopy were used to characterize the tiles' chemical composition, providing insights into their historical significance.
Archaeological Site of Olympia
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2016 —
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A groundbreaking re-evaluation of the Temple of Hera at Olympia challenges long-held assumptions about Doric architecture. Contrary to the traditional belief that its columns were initially wooden and later replaced with stone, archaeological evidence, historical testimony from Pausanias, and recent fieldwork suggest the peristyle was likely constructed with stone from the outset. This finding undermines the 'tectonic theory' of Doric origins, which posits a progression from wood to stone in temple construction. The study integrates comparative site analysis and textual sources to reshape our understanding of early Doric architectural development.
Lut Desert
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2016 —
WHE62EF7AE2B6
Efficient utilization of just 10% of the Lut Desert's area, one of Iran's largest salt deserts and among the world's driest regions, could generate significant solar energy to meet the electrical demands of Kerman province and Iran. This study demonstrates that harnessing solar power in this underutilized landscape offers substantial potential for energy supply, cost reduction, and socio-economic benefits, including job creation and improved living standards for local residents. Additionally, the region shows promise for wind and geothermal energy, though further research is needed to quantify these resources. The findings underscore the strategic importance of renewable energy development in Iran, particularly as a means to mitigate international sanctions on traditional fossil fuel-based industries.
