World Heritage Research: Search

Publications

Showing 61 – 80 of 4230 publications

Cultural exchange and decorative motifs in Polonnaruwa, Sarnath, and Angkor Wat: 12th-century regional traditions and bilateral relations

Ancient City of Polonnaruwa — 2025 — WHE5FC01DF4AB

A pivotal role of the Ancient City of Polonnaruwa as a cultural and artistic bridge between South and Southeast Asia during the 12th century is revealed, demonstrating its significance in fostering shared decorative motifs across Polonnaruwa, Sarnath, and Angkor Wat. The study identifies advanced carving techniques in Polonnaruwa that link the artistic traditions of these regions, despite challenges posed by foreign invasions and environmental changes. Through analysis of historical sources, architectural remnants, and artistic styles, the research highlights how diplomatic interactions and cultural exchange shaped a unified visual language across these ancient centers.

Cultural landscape implications and sustainable development at Phu Phra Bat historical park

Phu Phrabat, a testimony to the Sīma stone tradition of the Dvaravati period — 2025 — WHECEBE386F15

A significant discovery in heritage tourism reveals that the physical environment of Phu Phra Bat Historical Park, Thailand, plays a crucial role in shaping visitor perceptions and revisit intentions. The study found that tangible elements like heritage structures and interpretive signage amplify the relationship between product/service quality and perceived price fairness, indirectly boosting the likelihood of repeat visits. Using advanced statistical analysis (Hayes 2013 PROCESS macro) on data from 423 visitors, researchers demonstrated that these physical features moderate the indirect path linking service quality to revisit potential via price perceptions. This insight underscores the importance of environmental and structural design in enhancing visitor experience and sustainability at culturally significant sites.

De – form to Re – form. Architectural Preservation as Safekeeping of the Performative Structure of Space

Temple of Apollo Epicurius at Bassae — 2025 — WHEDCDA27C279

Classical Greek architecture, particularly the Temple of Apollo Epicurius at Bassae, is revealed as a 'performative' structure that articulates cultural narratives through bodily experience, resonating with dramatic scenes. Traditional preservation methods like anastylosis often reduce monuments to static objects, obscuring their dynamic, scenographic character. The study identifies traces of this performative conception in 18th- and 19th-century architectural discourse, notably in English garden design principles and the notion of picturesque. It proposes an experimental approach that prioritizes preserving articulated scenes experienced by visitors over mere material form restoration, aiming to reintegrate monuments into contemporary culture as vibrant storytelling entities rather than passive tourist attractions.

Decoding the "Divine Consciousness" of the Temple of Heaven: The "Mandala" Writing of Daoist Alchemy

Temple of Heaven: an Imperial Sacrificial Altar in Beijing — 2025 — WHEE279813DC4

The Temple of Heaven in Beijing is decoded as a monumental Daoist alchemical 'mandala,' embodying the stages of Internal Alchemy—refining essence, transforming breath into spirit, and sublimating to merge with the divine. Architectural elements like the Hall of Prayer for Good Harvests (with triple eaves symbolizing elixir fields), celestial blue tiles, and numerical symbolism (12 pillars for earthly cycles, 4 for cosmic order) encode consciousness ascension. The Temple's layout mirrors a nested cosmological model, integrating mortal and divine realms to achieve 'Heaven-Human Unity.' This study reveals the Temple as a ritual space and catalyst for spiritual transformation through architectural symbolism.

Detection and characterization of meteorological drought and its impacts in the UNESCO designated world heritage site of Konso Cultural Landscape, southern Ethiopia

Konso Cultural Landscape — 2025 — WHE1BB20A62B6

Recent droughts, particularly severe in 1999, 2000, 2009, 2011, and 2022, are threatening the UNESCO World Heritage Site of Konso Cultural Landscape in southern Ethiopia. These droughts have significantly reduced agricultural productivity, disrupting traditional harvest rituals critical for intergenerational knowledge transfer. Additionally, they have altered architectural designs and pushed communities toward nonfarm livelihoods due to worsening conditions. The study used Climate Hazards Group InfraRed Precipitation Stations data (1981–2022) alongside qualitative methods to analyze drought patterns via the Standard Precipitation Index across wet seasons and annual scales, revealing higher frequency and severity in seasonal timescales. These findings underscore urgent policy needs for adaptation strategies to sustain the landscape's cultural integrity.

Developing a cultural heritage taxonomy for an Indonesian world heritage site

Ombilin Coal Mining Heritage of Sawahlunto — 2025 — WHE458AAB0272

A novel taxonomy, 'Pusako Ombilin,' bridges institutional silos by integrating 445 unique Indonesian terms from diverse sources to unify cultural heritage resources at the UNESCO World Heritage Site, Ombilin Coal Mining Heritage of Sawahlunto (OCMHS). This framework demonstrates that cross-domain resource discovery is achievable through aspectual classification and ontology mapping, offering a standardized system for memory institutions. The study highlights its effectiveness in providing a cohesive overview of heritage materials regardless of origin, addressing gaps in existing knowledge organization systems.

Developing a Multi-Criteria Decision Model to Unlock Sustainable Heritage Tourism Potential

The Persian Caravanserai — 2025 — WHE84C17AB53D

A significant portion (34%) of Isfahan Province's Persian caravanserais, newly inscribed UNESCO World Heritage Sites, exhibits very high potential for sustainable heritage tourism development. This finding emerges from a multi-criteria decision-making model, the BMW-WLC framework, which evaluated 39 criteria across eight sites—including network connectivity, tourist attractions, facilities, climate, geomorphology, and hazards. The analysis revealed that while Gaz and Gaba Abad rank highest overall, they require tailored climate adaptation strategies to mitigate risks. This study demonstrates a data-driven approach to assessing tourism potential in heritage contexts, offering actionable insights for balancing preservation with development.

Development of a Cultural Heritage Digital Repository for the Ombilin Coal Mining Heritage of Sawahlunto

Ombilin Coal Mining Heritage of Sawahlunto — 2025 — WHE87FB3E1BD1

Researchers have developed 'Pusako Ombilin,' a digital repository prototype for the UNESCO World Heritage Site, Ombilin Coal Mining Heritage of Sawahlunto (OCMHS). This open-source tool aims to modernize cultural heritage management by integrating data from libraries, archives, and museums (LAMs) into an accessible format. The study employed qualitative methods, including observations, interviews, document analysis, and focus groups, to assess the prototype's potential. While promising, significant challenges remain in optimizing data integration and creating standardized guidebooks. The researchers recommend further development of 'Pusako Ombilin' with a clear implementation guideline to enhance its usability and effectiveness.

Di sản Vịnh Hạ Long trong tầm nhìn liên giá trị

Ha Long Bay - Cat Ba Archipelago — 2025 — WHEC9B7117A86

Ha Long Bay, recognized for its outstanding natural landscape and geological significance since 1994, has expanded its global heritage status to include the Cat Ba Archipelago in 2023. This study proposes a developmental orientation for Ha Long Bay by examining its inter-value relationships within the broader cultural context of Quang Ninh Province. Through an integrated approach, it explores the potential additional values beyond tourism, offering insights into sustainable socio-economic development and heritage conservation. The research employs an inter-value perspective to assess Ha Long Bay's multifaceted contributions to global heritage systems.

Digital Tool Supporting the Documentation and Analysis of Cultural Heritage – The Case of the Analytical 3D Model of the Zamość Fortress

Old City of Zamość — 2025 — WHE97738B6685

A city-scale digital twin of Zamość UNESCO Old Town, integrating advanced technologies such as LiDAR/TLS, UAV photogrammetry, and terrestrial photogrammetry with BIM/IFC standards, has been developed. This innovative tool enables comprehensive documentation, conservation planning, and energy analysis at an unprecedented scale. By combining high-resolution 3D data acquisition methods with Building Information Modeling (BIM) workflows, the model provides a robust framework for preserving cultural heritage while supporting sustainable urban development strategies.

Digital Twin for Heritage Structural Health Monitoring: First Experimental Tests.

Cultural Landscape of Sintra — 2025 — WHE7EE32C07C8

A digital twin approach integrated with structural health monitoring (SHM) shows promise for real-time conservation of heritage buildings, such as the Palace of Monserrate in Sintra. The study compared low-cost MEMS sensors with a reference sensor to assess data accuracy, finding that while cost-effective solutions can capture meaningful kinematic data, their confidence levels must be carefully evaluated. This research highlights the potential of IoT-enabled wireless sensor networks (WSNs) for continuous SHM, offering a scalable and efficient method to monitor cultural landscapes without compromising structural integrity.

Disease Infestation and Insect Damage of Pygmy Trees inMount Hamiguitan Range Wildlife Sanctuary

Mount Hamiguitan Range Wildlife Sanctuary — 2025 — WHE0B3CDBF887

A study of pygmy trees in Mount Hamiguitan Range Wildlife Sanctuary revealed that fungal diseases were the dominant cause of internal infections, significantly impacting plant health. The research found severe damage at four stations, primarily due to insect infestations and bacterial contamination, with leaves being the most commonly affected part. Symptoms included leaf scratches, black spots, red lesions, and wilting. The study employed a transect walking method across 10 stations, examining three replicates of tree species per station for detailed analysis in the laboratory.

Divriği’s architectural plasticity: Study in Seljuk innovation and cross-cultural analogy

Great Mosque and Hospital of Divriği — 2025 — WHEBABA148C50

The Great Mosque and Hospital of Divriği, constructed in the early 1220s under the joint patronage of Ahmed Şah and Turan Melek, stands as a groundbreaking fusion of Seljuk architectural innovation and sculptural artistry. This study reveals how the complex, attributed to master builder Hürremşah of Ahlat and his cosmopolitan workshop, defies conventional Anatolian Seljuk design by integrating high-relief stone carving, vegetal motifs, and rigorous structural techniques into a courtyard-less, multi-aisled mosque plan. The ensemble’s portals, particularly the North Portal and Darüşşifa entrance, exhibit unprecedented plastic dynamism, drawing heuristic parallels with later European Gothic and Baroque styles without implying direct influence. The research highlights Divriği’s unique programmatic complexity, including a modified four-iwan scheme, lanterned dome, and integrated mausoleum, positioning it as a monumental example where architecture transcends into sculpture through local craftsmanship.

Dual-Path Framework Analysis of Crack Detection Algorithm and Scenario Simulation on Fujian Tulou Surface

Fujian Tulou — 2025 — WHEE6F05B891D

A dual-path framework combining advanced crack detection and physical simulation has been developed to address the vulnerability of Fujian Tulou to environmental and human-induced stresses. The study introduces an improved YOLOv12 model for lightweight, accurate crack recognition across complex wall textures, while a two-layer RFPA3D model simulates crack evolution under varying conditions, aligning with field observations. Quantitative validation demonstrates superior consistency in morphology, geometry, and topology compared to baseline models. This framework offers a practical solution for standardized crack documentation and mechanistic interpretation, advancing preventive conservation efforts and sustainable management of Fujian Tulou.

Dünya Modern Mİmarlik Mİrasi ve Modernİzm Etkİlerİ: Mathİldenhöhe Darmstadt Örneğİ

Mathildenhöhe Darmstadt — 2025 — WHEC2629A15AE

Modern architectural heritage preservation requires balancing original context and function to ensure both structural and cultural sustainability. A study of Mathildenhöhe Darmstadt, a key example of early 20th-century modernism, reveals that retaining its unique historical framework—rather than generic conservation—safeguards its enduring value as a UNESCO-listed site. The research, combining literature review and fieldwork, analyzed the site's protection strategies to assess their impact on long-term preservation. Findings underscore that modernist landmarks thrive when conservation respects their specific social, architectural, and technological dimensions.

East of Knossos, West of Malia. Changing Settlement Patterns Between Two Major Minoan Polities

Minoan Palatial Centres — 2025 — WHE4967D67A19

A shift in power and settlement patterns between the Minoan palatial centres of Knossos and Malia is evident from the second millennium BCE, with Malia dominating during the Protopalatial period before Knossos expanded its influence. This study reveals a centralization trend in habitation models during the late Neopalatial period, likely due to Knossos's expansionist policies, supported by new archaeological data from rescue excavations and existing knowledge. The research highlights continuous habitation from Late Minoan IB to IIIB near Gournes and sparse settlements in MM IIIB–LM IA, contrasting with dense Protopalatial installations. The findings underscore the dynamic balance of power between these two major Minoan polities over time.

Ecosystem Restoration as a Nature-Based Solution: A Case Study of Wadi Rum

Wadi Rum Protected Area — 2025 — WHE7A40689FA4

Ecosystem restoration, when integrated as a nature-based solution (NbS), significantly enhances ecosystem resilience and community well-being, particularly in arid and semi-arid regions like Wadi Rum Protected Area (WRPA) in southern Jordan. The study highlights that passive and active restoration techniques—such as habitat protection and community engagement—have led to measurable improvements in biodiversity distribution, soil stability, and local participation rates despite threats from tourism, aquifer depletion, overgrazing, and climate change. Geographical analysis further identified zones where restoration efforts yielded the greatest environmental impact. These findings underscore the importance of adaptive management, interdisciplinary approaches, and inclusive practices for scalable, sustainable outcomes globally.

Educational Strategies for Digital Documentation in Southeast Asian World Heritage Cities: Implementing the HUL Approach

Historic City of Vigan — 2025 — WHEDC573ECDC0

Southeast Asian World Heritage cities face significant challenges in integrating digital documentation due to inadequate local educational and institutional frameworks, often relying on short-term external expertise. A study analyzing case studies from Huế, Ayutthaya, George Town, and Vigan reveals that sustainable heritage management requires structured educational curricula, robust institutional support, certification systems, and regional training institutions. The research advocates for a comprehensive approach combining UNESCO’s Historic Urban Landscape (HUL) Recommendations with digital technologies to empower local communities, ensuring resilience and long-term preservation aligned with HUL principles.

Effects of Light on the Transition From Sapling to Adult Prunus cerasus : Implications for Managing Invasion in Los Alerces National Park, Argentina

Los Alerces National Park — 2025 — WHE18C974670A

Invasive Prunus cerasus, known for its long-distance seed dispersal via frugivory, shows significant variation in the transition from sapling to adult phase based on light availability. Research in Los Alerces National Park, Argentina, reveals that 80% of individuals with a basal diameter of 2 cm flower under low canopy cover, while those under high cover require a 4 cm diameter—corresponding to ages of 10 and 20 years, respectively. Dendrochronology and light measurements confirmed that canopy cover influences daily light intensity and photoperiod, critical for flowering. These findings underscore the importance of prioritizing the removal of P. cerasus in low-canopy areas before saplings reach a 2 cm basal diameter to effectively manage invasions.

El Camino Real de Tierra Adentro en Querétaro

Camino Real de Tierra Adentro — 2025 — WHE5C7835DE76

The Camino Real de Tierra Adentro, a UNESCO World Heritage Site spanning 2,900 km from Mexico City to Santa Fe, New Mexico, serves as a vital cultural and historical link, witnessing pivotal events of conquest, resistance, and liberation. A multidisciplinary study focuses on the Querétaro segment, dubbed the 'gateway' or 'throat' of Tierra Adentro due to its strategic significance in the 16th century. This research integrates material and intangible heritage preservation efforts, employing a comprehensive approach akin to historical traversal methods used by ancestors. The findings underscore the site's enduring legacy as both a Mexican and global heritage, emphasizing the need for continued exploration, conservation, and dissemination of its diverse manifestations.