World Heritage Research: Search

Publications

Showing 1601 – 1620 of 15962 publications

Architectural concept for the Khoja Ahmed Yasawi Mausoleum in Turkestan

Mausoleum of Khoja Ahmed Yasawi — 2025 — WHEAB9DA9CBE0

Research on the Mausoleum of Khoja Ahmed Yasawi in Turkestan reveals its pivotal role as both a historical and scientific landmark, shaping the development of architectural studies in Kazakhstan. The study highlights the mausoleum's significance beyond religious and cultural heritage, positioning it as a central hub for theoretical-scientific exploration in Central Asia. Analyzing restoration efforts from the early 20th century to the present, the research evaluates contributions from key scholars like A.A. Semenov, S.K. Orlov, and B.T. Tuyaqbaeva, comparing the strengths and weaknesses of Soviet-era scientific expeditions and post-independence policies for cultural preservation. Using methods such as historical-comparative, structural-architectural, archaeological, and documentary analysis, the study provides actionable insights for preserving and restoring heritage sites, with applications in tourism, urban planning, digital documentation, and restoration science.

Architectural Design Restoration for the Reconstruction of Heritage Buildings: Case Study of the Chieu Kinh Dien Temple, Hue Imperial City, Vietnam

Complex of Hué Monuments — 2025 — WHEB6212E357F

A multidisciplinary approach successfully restored the original architectural design of the Chieu Kinh Dien Temple, a lost heritage building within Hue Imperial City. Using historical documents, archaeology, and proportion analysis—with reference to the Long Duc Dien Temple—the study reconstructed critical elements such as floor plans, roof designs, and facades. This methodology offers a blueprint for authentic heritage reconstruction, aligning with the Nara Convention's principles for preserving cultural integrity. The findings provide actionable guidance for restoring Hue Imperial City and similar sites in Vietnam, ensuring fidelity to early Nguyen Dynasty architectural intent.

Architectural Heritage Preservation: An Application of Historic Building Quality Assessment Criteria for World Heritage Sites in Ghana

Asante Traditional Buildings — 2025 — WHE9ED4696A41

Ghana's Asante Traditional Buildings (ATBs) lack standardized evaluation criteria for their preservation. This study proposes the use of Historic Building Quality Assessment Criteria (HBQAC) to address this gap, ensuring timely and efficient restoration. The research employs an interpretivist methodology, reviewing existing literature to identify current standards for evaluating heritage structures in Ghana. Findings highlight a dearth of information on such standards, underscoring the need for HBQAC to guide preservation efforts effectively.

Architectural Legacy of the Mughal Empire: Akbar to Shah Jahan (1556–1658)

Agra Fort — 2025 — WHE52932B79F0

Mughal architecture under emperors Akbar, Jahangir, and Shah Jahan (1556–1658) reached its zenith with a harmonious blend of Indian, Persian, and Islamic influences, marked by flawless proportions, intricate inlays, and innovative material use. The study analyzes key monuments—such as the Taj Mahal, Red Forts, and Shalimar Gardens—revealing their architectural evolution from red sandstone grandeur (Akbar) to white marble perfection (Shah Jahan). By examining historical significance, cultural impact, and stylistic development, this research underscores the Mughals' enduring legacy in shaping India's architectural identity. The approach combines historical analysis with material study, offering insights into the emperors' patronage and artistic vision.

Architecture of the Future?

Tashkent Modernist Architecture. Modernity and Tradition in Central Asia — 2025 — WHE41FE45B0C2

A critical reassessment of Soviet-era modernist architecture reveals that its aesthetic appeal, from brutalist concrete to 'socmod chic,' often obscures its socialist roots. Hatherley's analysis challenges the prevailing narrative by asking whether these structures retain any ideological significance beyond their visual charm. The study examines works across Central Asia and Eastern Europe, employing a comparative approach to dissect the interplay between modernity and tradition in socialist architecture. This research underscores the need for deeper contextual understanding beyond superficial trends, highlighting how architectural legacies are reinterpreted in contemporary discourse.

Arid and Semi-Arid Zones of Mexico: A Comprehensive Exploration of Biodiversity, Ecology, and Conservation

Tehuacán-Cuicatlán Valley: originary habitat of Mesoamerica — 2025 — WHE82CD7B8B51

Mexico's arid and semi-arid zones, including the Tehuacán-Cuicatlán Valley, are revealed as ecologically distinctive and biologically rich landscapes through a multidisciplinary examination. This comprehensive study highlights the unique climatic, physical, and biological characteristics of these regions, focusing on emblematic plant and animal species, ecological processes, and human impacts. The research emphasizes conservation priorities, particularly in protected natural areas and germplasm resources, with cacti serving as umbrella taxa. Additionally, it documents the medicinal and biologically active products derived from arid-zone flora, underscoring their ecological and cultural significance. By integrating case studies across four major arid regions—Baja California Peninsula, Chihuahuan Desert, Sonoran Desert, and Tehuacán-Cuicatlán Valley—the study provides integrative analyses of biodiversity trends and conservation strategies.

Arqueología del agua en la minería aurífera romana: los canales de abastecimiento

Las Médulas — 2025 — WHE6D1B70EC67

Roman gold mining in NW Iberia, marking the first major 'gold rush' in history, relied on extensive canal networks spanning over 1,500 km to supply essential water for extraction. Recent research at Las Médulas and Sierra del Teleno, using advanced cartographic techniques like Digital Terrain Models (DTM), has revealed the scale and evolution of these hydraulic systems. The study highlights the ingenuity of Roman engineering in overcoming geographical challenges to sustain large-scale mining operations.

Art and Architecture

Rietveld Schröderhuis (Rietveld Schröder House) — 2025 — WHE8A55E0F250

A comparative analysis of art and architecture reveals three distinct creative methods—Chiaroscuro, Analytique Drawing Method, and Palimpsest Collage—that can enhance the representation and design of built environments. The study examines artistic characteristics such as layers, space, balance, and hierarchy through case studies, including the Rietveld Schröder House (Utrecht, Netherlands), the Glass House (New Canaan, Connecticut), the Guggenheim Museum (Bilbao, Spain), and an unbuilt mausoleum by Philip Johnson. By identifying common features between art and architecture, this research provides actionable strategies for architectural design and offers self-guided exercises to stimulate imaginative and representational skills.

Art and Postmemory in a Cambodian Village—The Making of a Local Memorial Site

Cambodian Memorial Sites: From centres of repression to places of peace and reflection — 2025 — WHE205D4ADE4D

A local memorial site in Cambodia emerged as a space where art facilitated transgenerational remembering of Khmer Rouge violence, blending international memory work with national narratives and local postmemories. Youth participants acted as artistic intermediaries, translating fragmented survivor narratives into visual forms, creating new memoryscapes that intertwine old and new memories. However, the national political framework of collective suffering constrained this process, preventing a nuanced exploration of blurred victim-perpetrator subjectivities in the village's past and present.

Art festivals as tourism magnets: Exploring the success of konark festival in promoting destination appeal

Sun Temple, Konârak — 2025 — WHEE021A40D35

The Konark Festival, held annually at the UNESCO World Heritage-listed Sun Temple in Odisha, India, significantly boosts cultural tourism and regional economic growth. The study reveals a marked increase in tourism-related revenue during the festival period, benefiting the hospitality sector, local artisans, and micro-enterprises. By showcasing classical Indian dance forms like Odissi, Bharatanatyam, and Kathak, the festival enhances Odisha's global appeal as a cultural destination through strategic branding and public-private partnerships. However, challenges such as visitor management, environmental degradation, and seasonal tourism concentration are identified, emphasizing the need for sustainable practices to ensure long-term benefits. The Konark Festival serves as a replicable model for leveraging art festivals to promote cultural tourism while balancing preservation with economic development.

Art rupestre, territorialités et paysages des chasseurs-collecteurs du Late Stone Age au Zimbabwe (Matobo Hills, 13000 - 2000 BP)

Matobo Hills — 2025 — WHEC4960F170C

Rock art from the Matobo Hills, Zimbabwe, reveals complex social and cultural dynamics among Late Stone Age hunter-gatherers (13000–2000 BP). This study demonstrates that the 'fine-lines' iconographic tradition played a pivotal role in shaping territorial identities, social structures, and spiritual landscapes over millennia. By analyzing thousands of decorated sites within this granitic massif, researchers identified significant variability in placement, density, themes, styles, and techniques—suggesting diverse functions and chronologies. The findings challenge simplistic models of occupation, such as Nick Walker's, by integrating rock art into broader socio-economic and mobility networks. This interdisciplinary approach combines archaeological evidence with stylistic analysis to reconstruct how hunter-gatherers renegotiated their relationship with the landscape through persistent symbolic practices.

Artificial Intelligence and Sustainable Practices in Coastal Marinas: A Comparative Study of Monaco and Ibiza

Ibiza, Biodiversity and Culture — 2025 — WHE533C0C427C

Artificial intelligence (AI) can significantly reduce the ecological impact of coastal marinas while maintaining economic viability, as demonstrated by a comparative study of Monaco and Ibiza. In Monaco, AI-driven initiatives like the SEA Index® and predictive maintenance led to a 28% drop in CO2 emissions between 2020 and 2025. Meanwhile, Ibiza achieved an 85% landfill diversion rate through AI-assisted waste systems, solar power, and biodiversity conservation efforts. The study categorizes AI tools into supervised learning, anomaly detection, and rule-based systems, assessing their effectiveness using statistical techniques like t-tests and regression R² values. While AI shows promise in reconciling economic imperatives with ecological conservation, challenges such as ethical oversight, regulatory coherence, and replication across regions persist. Practical steps forward include promoting AI-as-a-Service models, piloting regulatory sandboxes, improving access to open-source platforms, and establishing common standards for marine environmental data stewardship.

Aspiolucius esocinus

Tugay forests of the Tigrovaya Balka Nature Reserve — 2025 — WHE366959988A

A critically endangered fish species, Aspiolucius esocinus, has been documented in the Tugay forests of the Tigrovaya Balka Nature Reserve, Tajikistan. This discovery highlights its restricted distribution within the Syr Darya and Amu Darya river basins, including the lower reaches of the Vakhsh River. The study confirms its presence outside the Kairakkum Reservoir and suggests potential occurrences in other large rivers of the Amu Darya basin, such as the Panj, Kafirnigan, and Kyzyl-Su. Conservation assessments classify it as Critically Endangered (Saidov, 2017) or Endangered (Karimov, 2020), emphasizing urgent protection needs. Specimens were observed between 2003–2018 in the Vakhsh River bed, underscoring its vulnerability and the importance of targeted conservation efforts in this UNESCO-recognized region.

Assessing Ancient Inequalities: Hellenistic Delos

Delos — 2025 — WHEF2BB5AB327

A new analysis reveals that wealth inequality on the ancient island of Delos decreased by approximately 20% between its early and late periods of independence (314–167 BCE). The study, which relies on inscriptions detailing property ownership and artisanal wages, introduces a probabilistic approach to quantify ancient economic disparities while accounting for uncertainties. Researchers attribute this shift to the island's new autonomous political status in 314 BCE, suggesting that middle-class wealth accumulation played a significant role in reducing inequality. This finding challenges traditional narratives about economic stability during the Hellenistic period and provides a data-driven perspective on socio-economic dynamics in ancient Mediterranean societies.

Assessing and updating the environmental and conservation status of three endangered endemic plants in light of potential climate change in Saint Catherine Protectorate, Egypt

Saint Catherine Area — 2025 — WHE3F23BDC380

Climate change is reshaping the distribution of three critically endangered endemic plants in Egypt’s Saint Catherine Protectorate, with projections indicating potential range contractions for Origanum syriacum subsp. sinaicum and expansions for Anarrhinum forskaohlii subsp. pubescens and Polygala sinaica var. sinaica under future scenarios. Using species distribution models (SDMs) incorporating bioclimatic and soil variables, researchers identified wind, temperature, moisture, and elevation as key determinants of their habitats. The study highlights the urgent need for conservation measures—such as reintroduction programs and habitat protection—to mitigate threats from drought and rising temperatures, emphasizing the vulnerability of these plants to climate-driven ecosystem shifts.

Assessing blue carbon in mangrove ecosystems of Seychelles

Aldabra Atoll — 2025 — WHEFA6E1DE79A

Seychelles' mangrove ecosystems store approximately 2.5 million tonnes of carbon dioxide equivalent (CO₂e), with Aldabra Atoll, a UNESCO World Heritage and Ramsar site, holding the highest carbon stocks at 67% of the country's total. This first blue carbon assessment for Seychelles reveals that soils account for 70% of these stocks, despite a shallow organic layer due to limestone dominance. The study highlights the critical role of mangroves in climate mitigation and adaptation, particularly for Small Island Developing States vulnerable to climate change impacts like sea level rise and cyclones. Field data underscores their potential to support Seychelles' Nationally Determined Contributions (NDCs) commitments, with 85% of its 2195 hectares of mangroves already protected.

Assessing Coastal Vulnerability to Sea Level Rise in Qatar: An Index-Based Approach Using Analytic Hierarchy Process

Al Zubarah Archaeological Site — 2025 — WHEB969AF9811

Qatar's coastline is predominantly highly vulnerable to sea level rise (SLR), with the exception of Doha, which exhibits low risk due to extensive coastal modifications and protective infrastructure. This finding emerges from a study that employs an index-based approach using the Analytic Hierarchy Process (AHP) to assess vulnerability. The research integrates both physical and socio-economic parameters, calculating separate Physical Vulnerability Index (PVI) and Socio-Economic Vulnerability Index (SVI) scores, which are then combined into a final Coastal Vulnerability Index (CVI). Areas such as Al Khor, Ras Laffan, Dukhan, and Al Zubarah show significantly higher vulnerability, underscoring the urgent need for targeted adaptation and resilience strategies to mitigate SLR impacts in Qatar.

Assessing how Water Quality and Quantity Impact the Rideau Canal Skateway in the Face of Climate Change

Rideau Canal — 2025 — WHE274D30AD4D

Stormwater discharge significantly impacts the water quality of the Rideau Canal Skateway (RCS), potentially affecting ice formation and resilience, according to recent research. The study found that stormwater events degrade water quality for 1-7 days, particularly during the skating season, with worse conditions observed in urban sections like Downtown Ottawa. To assess these effects, researchers collected data on temperature, specific conductivity, and stormwater discharge from 2021 to 2023 along the RCS. The findings highlight the need for better stormwater management to protect this UNESCO-listed site—Canada’s longest natural ice rink—against climate change impacts.

Assessing Hyrcanian forest fire vulnerability: socioeconomic and environmental perspectives

Hyrcanian Forests — 2025 — WHECBFF673C85

A comprehensive analysis of the Hyrcanian Forests reveals critical vulnerabilities to forest fires due to climate change and human activities. The study identifies key indicators such as precipitation, elevation, biodiversity, and socioeconomic factors that significantly influence fire susceptibility in this region. Using advanced techniques like geographic information systems (GIS), remote sensing, and machine learning, researchers developed a forest fire vulnerability index that maps areas with high exposure and sensitivity but low adaptive capacity. These findings highlight urgent intervention points for policy-making, community engagement, and environmental management to mitigate the impacts of forest fires on this vital ecosystem.

Assessing spatial and seasonal variability in soil organic carbon fractions of teal carbon in semi-arid Ramsar wetlands of India as a natural climate solution

Keoladeo National Park — 2025 — WHEA4F636792F

Shallow inland wetlands, such as Sambhar Lake and Keoladeo National Park, play a crucial role in carbon storage, serving as potential natural climate solutions. This study quantified soil organic carbon (SOC) stocks in these Ramsar sites, revealing significant spatial and seasonal variability. SOC stocks were found to be 143 t C/ha at Sambhar Lake and 251 t C/ha at Keoladeo National Park during the post-monsoon season, with notable reductions during pre-monsoon periods. The research used ground-based observations and remote sensing data, analyzing factors like bulk density, pH, and vegetation indices through Principal Component Analysis (PCA). The study highlights the importance of these wetlands in mitigating climate change and contributing to Sustainable Development Goals (SDGs) 2030, particularly SDG-13 on climate action.