World Heritage Research: Search

Publications

Showing 2241 – 2260 of 15962 publications

How Do Natural Environmental Factors Influence the Spatial Patterns and Site Selection of Famous Mountain Temple Complexes in China? Quantitative Research on Wudang Mountain in the Ming Dynasty

Ancient Building Complex in the Wudang Mountains — 2025 — WHECF241010DC

Ancient temple complexes in China's mountainous landscapes, such as the UNESCO-listed Wudang Mountain site, were strategically planned to align with environmental factors like terrain, hydrology, climate, and soil conditions. Research using geospatial analysis reveals that temples were deliberately positioned along ridge-aligned belts with a southwest-northeast orientation, avoiding geotechnical extremes while prioritizing zones of moderate thermal, hydrological, and vegetative stability. Cliffside temples, in particular, showed strong correlations with soil pH, porosity, and bulk density. These findings indicate that temple planning was an active process integrating environmental adaptation and cultural symbolism, offering new insights for the conservation of mountain cultural heritage sites.

How does the tourist experience affect the conservation of World Heritage Sites via the stimulus‒organism‒response model? Mount Sanqingshan National Park, China

Mount Sanqingshan National Park — 2025 — WHE4472DFC0BB

Tourist experiences significantly influence the conservation of World Heritage Sites (WHSs) through positive impacts on perceived value, satisfaction, and protection intentions. A study using Mount Sanqingshan National Park as a case study found that tourism involvement, service quality, and Outstanding Universal Value (OUV) attractiveness enhance tourists' perceptions and emotional attachments, which in turn support heritage conservation efforts. However, OUV attractiveness did not directly correlate with tourist satisfaction, and place attachment was not a strong predictor of protection intentions. The research employs the stimulus-organism-response (S-O-R) model and structural equation modeling to analyze 565 visitor responses, providing actionable insights for sustainable tourism management and WHS conservation strategies.

Human and Nature Effects Detection on the Environmental Properties of Archaeological Historic Cairo City in Egypt Based on Space and Ground Remote Sensing Data

Historic Cairo — 2025 — WHE68F214D90D

A significant increase in groundwater levels beneath archaeological sites in Historic Cairo, driven by land subsidence and flash floods, threatens the structural integrity of these heritage sites. The study found that urban expansion from 1965 to 2015 led to substantial land subsidence (16.84 km²) and a flood event in October 2019 further exacerbated groundwater risks. Additionally, rapid urbanization raised surface temperatures, increasing evaporation rates and inducing salinity on damp archaeological walls. The research integrated space-based remote sensing data (optical satellite images, radar SRTM, and Sentinel-1 GRD/SLC) with ground measurements using Syscal PRO geophysical equipment to monitor land use changes, flooding impacts, and groundwater elevation. This approach demonstrated the potential of advanced remote sensing tools in detecting and mitigating environmental risks to irreplaceable heritage sites.

Human Food in Royle’s Pika (Ochotona roylei) Diets: A Side Effect of Tourism in the Nanda Devi Biosphere Reserve, Uttarakhand, India

Nanda Devi and Valley of Flowers National Parks — 2025 — WHE596209926D

A shift in the dietary habits of Royle’s pika (Ochotona roylei) due to tourism-related human food availability has been observed in the Nanda Devi Biosphere Reserve, Uttarakhand, India. This small herbivorous mammal was found incorporating processed foods such as instant noodles, cooked rice, and chips into its diet, deviating from natural foraging patterns. The study highlights how increasing ecotourism, while economically beneficial, introduces unintended ecological consequences, including altered nutritional balance for the pika and habitat degradation. Research involved field observations to document dietary changes and assess their implications for wildlife and ecosystem health. These findings emphasize the need for sustainable tourism practices that mitigate negative impacts on biodiversity.

Human presence in the Salapunku area (Machu Picchu, Cusco, Peru) based on recent radiocarbon evidence

Historic Sanctuary of Machu Picchu — 2025 — WHE276864A946

Recent radiocarbon analysis at Salapunku, the gateway to Machu Picchu's Cordillera of Vilcabamba, reveals a layered cultural history spanning from early human presence to complex pre-Hispanic societies and the colonial period. Unlike previous chronological studies relying on artifact typology, this first-ever radiocarbon dating for the site provides precise temporal markers, clarifying the sequence of occupations and their transitions. The findings challenge assumptions about the site's sole association with Inca settlements, underscoring its significance as a crossroads of diverse cultural periods in the Cusco region.

Human remains from Saqqara West, Egypt, 2023–2025

Memphis and its Necropolis – the Pyramid Fields from Giza to Dahshur — 2025 — WHEC75A869BB5

A comprehensive analysis of human remains from Saqqara West, Egypt, reveals distinct funerary practices and social hierarchies spanning the Old Kingdom to the Graeco-Roman Period. The study identified 768 inhumations, with 75% dating to the later period, characterized by uncoffined burials in shallow pits. Exceptional preservation of remains, except where affected by resin mummification, provides unique insights into ancient burial traditions and social stratification. The research employs a comparative approach, contrasting the elaborate mastaba tombs of the Old Kingdom elite with simpler Graeco-Roman burials, highlighting the evolution of funerary customs in the Memphite necropolis over two millennia.

Human Security, UN Sustainable Development Goals, and Smart Cities—Dubrovnik, Valletta, and Limassol in Comparative Perspective

City of Valletta — 2025 — WHEF6747BBE87

A comparative analysis of Dubrovnik, Valletta, and Limassol reveals that smart city solutions can effectively enhance human security and quality of life while advancing the UN Sustainable Development Goals (SDGs), particularly Goal 11 on sustainable cities. The study highlights how these Mediterranean cities integrate sustainability, inclusiveness, resilience, and safety into their urban policies, demonstrating diverse yet aligned approaches to smart urban development. By examining public policy implementations, the research underscores the practical implications of global SDG frameworks at a local level, offering insights for Croatia, Malta, Cyprus, and broader European Union sustainable development agendas.

Human seroprevalence of rift valley fever in the Timbuktu region, Mali, 2021

Timbuktu — 2025 — WHEC11B5C0F3A

A population-based study in the Timbuktu region, Mali, revealed a human seroprevalence of Rift Valley fever (RVF) at 10.7%, mirroring the 10% prevalence observed in cattle. This finding underscores the circulation of Rift Valley fever virus (RVFV) among humans across five districts, despite no prior reported epidemics. Using competitive ELISA techniques on 983 volunteers, researchers demonstrated significant exposure risks due to close human-animal contact. The study highlights the urgent need for strengthened public health strategies to mitigate potential future outbreaks in this UNESCO World Heritage Site.

Human-Centric Planning of Traditional Islamic Settlements: A Space Syntax Study of Itchan Kala, Khiva

Itchan Kala — 2025 — WHEA2C645215C

Itchan Kala, a UNESCO World Heritage Site in Uzbekistan, exemplifies the enduring effectiveness of Islamic urban planning principles. The study reveals that its spatial organization harmoniously balances communal interaction and seclusion through a compact yet hierarchically layered structure. Key findings include a highly integrated main market street anchored by the Juma Masjid, promoting commerce and worship, while residential quarters offer low visibility and high controllability for privacy. Madrasas, now museums, serve as transitional zones between public and private realms. The research employed axial and visibility graph analysis (VGA) at global and local scales to assess visibility, integration, and controllability, demonstrating the city's resilience across generations and socio-political transitions. Itchan Kala serves as a timeless model for human-centered, sustainable urban development.

Human-turtle interactions during freshwater recreational activities: Understanding risks and mitigation strategies

Rideau Canal — 2025 — WHEA6B0AB1D31

Human-turtle interactions during water-based recreational activities, particularly boating, pose significant risks to at-risk turtle species in the Rideau Canal Waterway, Ontario. Research reveals that northern map turtles (Graptemys geographica) are most vulnerable to powerboat collisions during nesting season (May-June), despite peak boat traffic occurring later (July-August). The study also identifies subjective norms—social expectations around pro-conservation behaviors—as the strongest predictor for adopting turtle-friendly practices. An interdisciplinary approach, combining ecological surveys and sociopsychological theories, underscores the need for conservation strategies that integrate community engagement and behavioral science to mitigate human impacts on freshwater turtles.

Human-Wildlife Interactions in the Selous: Causes, Impacts, and Management Approaches in Rufiji District

Selous Game Reserve — 2025 — WHEB84F58B313

A surge in wildlife within the Selous Game Reserve (now Nyerere National Park) has led to significant agricultural damage, injuries, and insecurity for local communities due to conservation regulations, infrastructure development, population growth, and wildlife conservation efforts. The study highlights that decision-making regarding conflict management is primarily driven by governmental agencies and investors, with limited influence from Wildlife Management Area actors. It also identifies adverse effects such as reduced access to natural resources, lack of compensating mechanisms, and changes in regulations. The research recommends more inclusive conservation strategies that address the needs of both local communities and wildlife.

Humanity is What States Make of It?

Bikini Atoll Nuclear Test Site — 2025 — WHE818D651D26

This study reveals that the concept of humanity within the UNESCO World Heritage regime (2010–2022) is shaped by state assertions and contestations, reflecting a multipolar world order. It identifies a third iteration of humanity—one defined as a diverse community represented by states—while acknowledging persistent liberal visions. The research argues that this iteration endures due to institutional infrastructures sustaining the List of World Heritage sites, which adjudicate global political visions. Focusing on nominations like Bikini Atoll and the Silk Roads, it explores how interpretive practices and debates on universal value influence peace and solidarity. The analysis combines political theory with empirical examination of regime dynamics.

Hverdagslivet i vikingetidens Vorbasse

Jelling Mounds, Runic Stones and Church — 2025 — WHEA51DC64315

Vorbasse, an Early Viking Age village in Jutland, stands out for its exceptional preservation and the extensive excavation of its six farms in the 1970s and 80s. Unlike typical Danish villages, Vorbasse was a significant 'adelby' (noble town) with continuous settlement, housing the largest local ejerlav (cadastral district). Six wells associated with the village yielded rare, well-preserved wooden objects, including unique artefacts like troughs, baking peels, and hayforks, which have no parallels at other Viking Age sites in Denmark. Dendrochronological dating of these objects provides precise chronological context, offering unprecedented insights into daily life during this period. The study highlights the prevalence of wooden household items over pottery and soapstone, a trend also observed at Hedeby but more extensively documented here.

Hybrid Financing for Marine Conservation: The Case of Tubbataha Reefs Natural Park, Palawan, Philippines

Tubbataha Reefs Natural Park — 2025 — WHE13EF771A16

A hybrid financing model emerges as a promising solution for sustainable marine conservation, particularly for UNESCO World Heritage Sites facing complex funding challenges. The study on Tubbataha Reefs Natural Park (TRNP) in the Philippines highlights how combining traditional and digital finance mechanisms can address critical gaps in long-term protection of ecologically vital marine areas. By analyzing existing financing strategies, this research provides actionable recommendations to ensure TRNP's continued ecological health and resilience, offering a scalable approach for other marine protected areas globally.

Hydrodynamics of the Indus Valley Civilization: Ingenious Water Management through Physics

Dholavira: a Harappan City — 2025 — WHE8FA305CEDA

The Indus Valley Civilization (IVC) demonstrated remarkable engineering prowess by applying fundamental principles of physics to create advanced water management systems. Excavations at Mohenjo-Daro, Harappa, and Dholavira reveal sophisticated hydraulic structures such as reservoirs, step-wells, underground drains, and public baths, designed to optimize water flow and storage. The IVC's engineers leveraged concepts like Bernoulli's equation, Pascal's law, gravitational potential energy, capillary action, and hydraulic gradients to control water pressure, minimize stagnation, and prevent contamination. These systems were not only technologically advanced but also environmentally sustainable, balancing urbanization with natural resource conservation. The study highlights the IVC's intuitive mastery of hydrostatics and fluid mechanics, offering timeless insights that remain relevant for modern water management challenges.

Hydrogeologic Heterogeneity Impacts on Fresh–Saltwater Interaction in Jeju Volcanic Island, Korea

Jeju Volcanic Island and Lava Tubes — 2025 — WHE222B5CBF0A

Hydrogeological heterogeneity significantly influences fresh-saltwater interactions in coastal aquifers, particularly in volcanic regions like Jeju Island. Research reveals that the shape of the fresh-saltwater transition zone (FSTZ) varies distinctly between hyaloclastite and lava layers, with a sharp interface forming in hyaloclastite due to conduit flow through highly permeable layers. This flow acts as a preferential pathway for rapid groundwater discharge, disrupting tidal signals on specific conductance (SC). Conversely, lava layers exhibit a step-like FSTZ, where boundary flows create more complex interactions, showing stronger associations between tides and SC. The study employed geological logs, geophysical logging, and time series analysis of groundwater levels and multi-depth SC to propose a conceptual hydrogeological model that integrates these volcanic structures. This work underscores the critical role of geological heterogeneity in shaping coastal aquifer dynamics in volcanic environments.

Hydrogeological Monitoring for Landslide Hazard Mitigation: Case Study of the Near Caves Hill Slope of Kyiv-Pechersk Lavra

Kyiv: Saint-Sophia Cathedral and Related Monastic Buildings, Kyiv-Pechersk Lavra — 2025 — WHE92826DF3D8

A comprehensive hydrogeological monitoring system revealed that groundwater fluctuations and soil oversaturation, driven by urbanization and retaining walls, are key triggers for landslide activation on the Near Caves Hill of Kyiv-Pechersk Lavra. Over 35 years of data showed groundwater levels ranging from 0.9 to 3.2 meters, with recharge primarily from precipitation (59%), lateral inflow (22%), and water supply leaks (19%). The study identified high-risk zones and demonstrated that engineering measures like relief holes and radial drains significantly improved slope stability, mitigating landslide hazards in this UNESCO World Heritage Site.

Hydrography as a guide to reading the urban form of the Medina of Fez

Medina of Fez — 2025 — WHEBC4106E8FD

Hydrography has been a pivotal factor in shaping the urban form and evolution of Fez’s Medina, demonstrating its profound influence on spatial organization, socio-economic structures, and cultural practices from the Idrisid period to contemporary times. This study reveals that water management systems have not only facilitated but also constrained urban development, illustrating a dynamic interplay between environmental adaptation and resilience. By analyzing hydrological transformations over centuries, the research underscores how Fez’s urban landscape has responded to environmental and sociopolitical changes, offering insights into the adaptability of historic cities.

Hydrological impacts of recharge dams on Aflaj systems in Oman: A long-term analysis

Aflaj Irrigation Systems of Oman — 2025 — WHECDF50378C4

Recharge dams significantly enhance the sustainability of traditional Aflaj irrigation systems, increasing annual discharge volumes by 65% and improving flow stability by 25%, even during low rainfall events. This long-term analysis, spanning 24 years in Oman's North Sharqiyah Governorate, compared two catchments—one with a recharge dam and one without—to assess hydrological impacts. Findings reveal that dams mitigate groundwater depletion trends, stabilize discharge flows, and buffer climate-induced fluctuations, providing quantitative evidence for integrating modern infrastructure with ancient water management practices to ensure long-term resilience in arid regions.

Hydrothermally Altered Rocks and Their Implications for Debris Flow Generation in the Monarch Butterfly Biosphere Reserve, Mexico

Monarch Butterfly Biosphere Reserve — 2025 — WHE786F84838C

Hydrothermally altered andesitic breccia with significantly weakened geomechanical properties—exhibiting a compressive strength of just 0.47 ± 0.05 MPa—was identified as the critical factor triggering debris flows in the Canoas microbasin within Mexico's Monarch Butterfly Biosphere Reserve. Unlike unaltered andesite (36.26 ± 18.62 MPa), the altered rock displays soil-like characteristics, high clay and silt content, and susceptibility to saturation collapse during heavy rainfall. Fieldwork and petrographic analysis revealed extensive replacement of phenocrysts by sericite, kaolin, iron oxides, and clays, underscoring hydrothermal alteration as a key control for slope instability in volcanic regions. These findings provide critical insights for geological risk management in mountainous areas.