Gochang, Hwasun and Ganghwa Dolmen Sites
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A quantitative analysis of dolmen volume distributions in southeastern Gochang, South Korea, reveals moderate social stratification and inequality during the Late Bronze Age and Early Iron Age. The study found that dolmen sizes follow a power-law distribution with a scaling exponent (α) of approximately 3.26, indicating a relatively egalitarian structure where few large dolmens dominate without overwhelming disparity. Complementary measures—the Gini coefficient (~0.537) and the 20/80 rule (~57.9%)—support this finding. Spatial analysis further shows that while the southeastern cluster is internally cohesive, it remains loosely connected to the broader Gochang dolmen network, suggesting a peripheral social organization within a larger system.
Summer Palace, an Imperial Garden in Beijing
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A quantitative evaluation framework reveals significant disparities in cultural depth and service provision along the Beijing Central Axis. Imperial palace segments exhibit high historical value but lack adequate facilities, while traditional commercial areas thrive but risk losing their authentic atmosphere. The study applies entropy weight method (EWM) and TOPSIS model to assess 19 indicators across six dimensions, offering a data-driven approach for refining management strategies. This methodology provides a transferable paradigm for preserving linear cultural heritage sites globally.
Birthplace of Jesus: Church of the Nativity and the Pilgrimage Route, Bethlehem
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A re-evaluation of the Church of the Nativity’s mosaics challenges conventional views, revealing that local Arabic-speaking mosaicists played an active role in their design. Contrary to the typical interpretation as mere 'Crusader' art reflecting Mediterranean exchange, this study demonstrates that the conciliar representations in the nave were deeply rooted in a Palestinian epigraphic tradition. The Greek texts on the walls functioned as signs of identity and history for a multilingual audience, suggesting a more complex local context than previously understood.
Bikini Atoll Nuclear Test Site
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A comprehensive handbook reveals the enduring ecological consequences of oceanic nuclear weapons testing, highlighting long-term radionuclide contamination and bioaccumulation pathways in marine organisms. It integrates three key domains: the historical legacy of tests at Bikini Atoll (Marshall Islands), Mururoa Atoll (French Polynesia), Chernaya Bay (Novaya Zemlya), and Montebello Islands (Australia); autonomous underwater vehicle (AUV) technologies for radiation detection; and strategic frameworks for global marine protection. The study documents immediate ecological destruction, persistent sediment contamination, and the paradoxical resilience of coral reef ecosystems, offering a systematic approach to monitoring and mitigating nuclear test legacies in marine environments.
Jodrell Bank Observatory
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Radio astronomy surveys since the 1950s have significantly advanced our understanding of celestial objects and cosmic phenomena. These surveys, conducted by observatories worldwide—including Jodrell Bank, Green Bank, Parkes, Arecibo, VLA, Molonglo, GMRT, LOFAR, and SKA—have cataloged vast numbers of radio sources, pulsars, and neutral hydrogen regions across the electromagnetic spectrum. Key contributions include the 3C survey from Cambridge, the Drift-Scan Survey for pulsars at Green Bank, and the extensive HI Parkes All-Sky Survey. Advanced projects like LOFAR's LoTSS, LOTAAS, and MSSS programs, along with SKA precursors (ASKAP, MWA, MeerKAT, HERA), have pushed boundaries in low-frequency radio observations, revealing new insights into radio galaxies, pulsars, and the structure of the universe. These surveys utilize cutting-edge telescopes and synthesis techniques to map the sky with unprecedented sensitivity and resolution.
Late Baroque Towns of the Val di Noto (South-Eastern Sicily)
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A study assessing radon exhalation from Modica stone, a material used in UNESCO-listed Late Baroque Towns of the Val di Noto, revealed that aging through salt crystallization does not significantly alter its radon release. Researchers employed the Closed Chamber Method (CCM) with Durridge Rad7 equipment to measure exhalation rates and applied the Markkanen room model to estimate indoor radon concentrations. Findings suggest potential for developing a systematic strategy to assess radon content in building materials, aiding decision-makers in identifying structures requiring protection measures.
Caves of Aggtelek Karst and Slovak Karst
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A study monitoring radon levels in Harmanecká Cave, Slovakia, revealed that annual average radon activity concentration inside the cave ranged from 930 to 2240 Bq/m³, significantly higher than the outdoor cavity measurement of 222.5 Bq/m³. Seasonal variations in radon levels were observed but showed no clear correlation with microclimate or meteorological parameters, suggesting that continuous measurements are necessary for a comprehensive assessment. The estimated annual effective dose for cave guides remained below the safety limit of 20 mSv. The research utilized Ramarn track detectors placed at multiple stations inside and outside the cave, with data collected over a year from December 2023 to November 2024.
Tubbataha Reefs Natural Park
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Climate change threatens to reduce suitable habitat for six ecologically vital surgeonfish species (Acanthurus spp.) in Philippine coral reefs by 25.4–36.1% by 2100, with thermal-induced coral cover loss as the primary driver. Using a Random Forest machine learning model trained on over 700 geo-referenced occurrence records per species and ten environmental predictors—including coral cover, depth, and rugosity—researchers identified Verde Island Passage, Tubbataha Reef, and Apo Island as critical conservation nodes. The study also pinpointed three unprotected high-overlap zones for potential new marine protected areas (MPAs), providing a spatial foundation for climate-adaptive reef fisheries management in the Indo-Pacific.
Melka Kunture and Balchit: Archaeological and Palaeontological Sites in the Highland Area of Ethiopia
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2026 —
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Acheulean handaxe production before 1.2 million years ago at Melka Kunture (Ethiopia) did not follow a linear path of standardisation, contrary to long-standing assumptions. Analysis of three geographically and chronologically proximate assemblages revealed significant variability in morphology, shaping strategies, and raw material selection, indicating hominins' adaptability to immediate constraints and needs. This flexibility challenges the notion of evolutionary trends in handaxe manufacture, suggesting instead a dynamic response to varying conditions over short timeframes.
Tongariro National Park
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Cushion plants like Raoulia albosericea can significantly facilitate the growth and survival of other plant species by mitigating harsh environmental conditions, but this phenomenon has been largely unexplored outside Northern Hemisphere contexts. A study in Tongariro National Park, New Zealand, found that R. albosericea lowered soil temperature and increased compaction under its canopy, leading to higher overall plant density and cover within its canopies compared to open areas. These effects were more pronounced at high elevations. Ten of the 14 species surveyed showed a significant spatial association with R. albosericea, suggesting it plays a key role in facilitating plant diversity in this unique alpine environment. The research provides new insights into how cushion plants influence biodiversity patterns under varying abiotic conditions.
Dazu Rock Carvings
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2026 —
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Heritage conservation of China’s rock carvings, such as the Thousand-Hand Guanyin at Dazu and grassroots repainting efforts at Anyue, actively reshapes social values tied to these sites. The study reveals that conservation practices—whether state-led or community-driven—are not neutral but dynamically redefine cultural meanings, blending religious devotion, aesthetic judgment, and institutional intervention. By analyzing fieldwork data, policy frameworks, and heritage theory, the research demonstrates how carved stone monuments retain 'living' significance, reflecting ongoing contestations over their ontological status and role in contemporary heritage regimes.
City of Safranbolu
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Micro-toponyms in the cultural landscapes of three villages around Safranbolu reveal a multi-layered heritage that intertwines natural components, tangible and intangible values, and historical processes. The analysis of 210 place names shows that approximately 45% relate to geographical and biological features such as water resources, landforms, vegetation, and wildlife; 21% pertain to archaeological and tangible cultural heritage; and 22% reflect intangible values like production methods, ethnic origins, and beliefs. These toponyms serve as essential cultural heritage elements, carrying traditional land-use practices, historical processes, socio-economic values, and collective memory. The study underscores the importance of integrating micro-toponyms into holistic heritage management strategies to address conservation challenges driven by depopulation, human intervention, and natural disasters.
Ilulissat Icefjord
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Ringed seals (Pusa hispida) in Greenland exhibit diving patterns strongly influenced by daylight, with adult females showing distinct diurnal behavior. High-resolution depth data from satellite relay loggers revealed that one seal's dives closely mirrored those of capelin, a key prey species, suggesting behavioral adaptations for foraging efficiency. The study also highlighted limitations in satellite-based data transmission, missing nuanced dive patterns detectable only through high-frequency (4-second interval) recordings. This insight underscores the importance of fine-scale data in understanding marine predator behavior and its ecological implications.
Dholavira: a Harappan City
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Recent archaeological findings at UNESCO World Heritage Site Dholavira and other Indus Valley Civilization sites (c. 2600–1900 BCE) challenge long-standing assumptions about the civilization's political structure and decline, revealing instead a decentralized socio-political organization with indigenous cultural development. Using advanced techniques such as radiocarbon dating, ancient DNA analysis, satellite imagery, and paleo-environmental studies, researchers have redefined the civilization's trajectory, emphasizing gradual transformation influenced by environmental factors rather than sudden collapse due to external invasions. This interdisciplinary approach provides new insights into one of the world's earliest urban civilizations.
Hallstatt-Dachstein / Salzkammergut Cultural Landscape
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Peripheral European regions gain symbolic revaluation through the European Capital of Culture (ECoC) programme, but structural change remains limited. The study reveals that peripheral attributes—such as frontier, bridge, or cultural landscape—are institutionally recognized and rescaled into broader territorial platforms only when paired with programmatic materialization. Analysis of six ECoC sites (Matera/Basilicata 2019, Pafos 2017, Leeuwarden–Friesland 2018, Veszprém–Balaton 2023, Bad Ischl–Salzkammergut 2024, and Bodø/Nordland 2024) using bid documents, surveys, and evaluations shows that while symbolic de-peripheralization occurs, governance constraints and mobility issues persist. The findings highlight the programme's role in redistributing visibility without erasing peripherality.
Stone Town of Zanzibar
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A study on Darajani Creek in Stone Town, Zanzibarreveals that its reclamation, driven by colonial sanitation narratives, led to social exclusion and cultural erasure while shaping the town's memory. The research advocates for the Historic Urban Landscape (HUL) approach to balance heritage conservation with urban growth, preserving both tangible and intangible values. Practical strategies, such as exhibitions and interpretive markers, are proposed to enhance public awareness, education, and economic benefits. By aligning environmental, social, and cultural objectives with sustainable development, this study aims to safeguard Darajani Creek's historical significance and reinforce Stone Town’s Outstanding Universal Value (OUV).
Lower Valley of the Omo
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New hominin cranial remains from the Shungura Formation in Ethiopia's Lower Omo Valley have been identified, offering significant insights into early human evolution. These fossils, analyzed through a combination of morphological and stratigraphic studies, provide evidence of diverse hominin species coexisting during the Pleistocene epoch. The research, led by Amélie Beaudet and colleagues, contributes to understanding the evolutionary dynamics of this critical region, known for its rich paleontological deposits. The findings are published in Peer Community in Paleontology and represent a pivotal addition to the scientific knowledge base on hominin evolution.
Cultural and Historic Ensemble of the Solovetsky Islands
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A reconnaissance hydrological study of the Pityevoy Canal on Bolshoy Solovetsky Island, a vital watercourse supplying drinking water to residents and pilgrims, reveals significant variability in its hydrochemical and microbiological parameters. The research identifies natural factors—such as organic carbon content, color variations (including iron), and marsh water influx—as primary contributors to water quality changes from the canal’s source to its mouth. However, anthropogenic influences are linked to shifts in ion ratios and increased microbiological activity near the canal's outlet. Notably, ambient temperature was found to affect microbial dynamics. Prior to treatment, drinking water samples showed discrepancies only in color, organic matter, and iron content, underscoring the need for continuous monitoring due to the canal’s fluctuating conditions.
Gaya Tumuli
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A reassessment of the inscribed ring-pommel sword from Tomb No. 11 at Gyodong, Changnyeong (Gaya Tumuli), reveals that its inscription is not an auspicious formula but a marker of status and identity, suggesting the sword was produced in Daegaya under strong Baekje influence. The tomb occupant is identified as a high-ranking regional ruler who governed the Changnyeong area, maintaining connections with Goguryeo, and deliberately appropriated symbols of authority from the Three Kingdoms. This study advances understanding of inscribed sword culture by tracing its transmission from China to Korea and Japan, highlighting Baekje's role in distributing swords as symbols of royal authority. The research employs comparative analysis of East Asian inscribed swords and epigraphic evidence, offering new interpretations that challenge previous readings.
Gobustan Rock Art Cultural Landscape
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Azerbaijani rock art, including the Gobustan Rock Art Cultural Landscape, reveals strong stylistic and thematic affinities with broader Eurasian prehistoric traditions. This suggests significant transregional cultural exchange, migration dynamics, and diffusion of symbolic systems from the Upper Paleolithic to the Bronze Age. The study employs a multidisciplinary approach, integrating archaeology, iconographic analysis, and advanced digital documentation techniques like photogrammetry and 3D scanning. These methods enhance both analytical precision and preservation strategies, addressing environmental and anthropogenic threats. The research underscores Azerbaijan's rock art as a foundational element of national cultural identity and an integral component of global heritage discourse.
Historic City of Ayutthaya
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Researchers have reconstructed the traditional waterway network of Ayutthaya City Island during the Ayutthaya Kingdom, revealing its historical significance and sustainable preservation potential. The study identified key waterways by analyzing paintings and maps from the era, comparing them with historical documents and early archaeological surveys. By overlaying these findings onto a base map using cross-referenced landmarks, the research highlights how Ayutthaya's water culture, including annual flood management, was ingeniously integrated into daily life. This reconstruction offers valuable insights for modern preservation efforts, contrasting traditional techniques with current practices. The work underscores the importance of understanding historical water systems in relation to broader urban and civilizational heritage.
Baekje Historic Areas
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Reconstruction of the historic terrain of the Buyeo Royal Tombs, part of the UNESCO-listed Baekje Historic Areas, reveals that these royal funerary sites were strategically positioned on south-facing slopes outside the Sabi capital. This deliberate spatial planning reflects the funerary ideology and urban organization of the Baekje kingdom during the Sabi period (A.D. 538–660). The study employed multi-temporal spatial data, including historical maps, aerial photographs, archaeological excavation records, and contemporary datasets like LiDAR and UAV-based photogrammetry, to overcome methodological challenges in terrain reconstruction. A rigorous three-stage backward georeferencing procedure using Helmert and Thin-Plate Spline (TPS) transformations ensured accurate mapping of the pre-intervention landscape, providing insights into the original topographic context obscured by modern maintenance works conducted in 1966.
Ancient Villages of Northern Syria
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Agricultural suitability modeling and spatial analysis reveal that the Late Bronze Age kingdom of Ugarit, located at Ras Shamra on Syria's northern coast, relied on a network of 200 hamlets to sustain its economy. The study quantifies the kingdom’s agricultural capacity for cereals, olives, and vines using suitability maps, while point pattern analysis integrates these findings with archaeological data to identify likely village locations. This approach provides new insights into Ugarit’s hinterland organization, highlighting economic differentiation among settlements and challenging previous estimates of its territorial extent.
Ancient City of Aleppo
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A context-specific and adaptive approach to reconstruction, balancing authenticity, sustainability, and cultural heritage preservation while addressing urban needs, is essential for maintaining Aleppo’s cultural identity post-war. The study reviews international best practices and criteria to provide recommendations for informed decision-making in the Ancient City of Aleppo's reconstruction efforts.
Lamu Old Town
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A new framework for heritage authenticity, rooted in African living traditions and community agency, challenges Eurocentric conservation paradigms. The study of Lamu Old Town, Kenyareveals how Swahili practices like Maulidi rituals, dhow-building, and lime-plaster renewal are marginalized in favor of static architectural preservation. Using post-colonial analysis of policies and management plans, the research critiques tourism pressures, mega-infrastructure (e.g., LAPSSET corridor), and climate change impacts while advocating for a 'Living Authenticity Framework' that prioritizes dynamic, justice-oriented conservation. This approach centers community knowledge sovereignty and climate-responsive care, offering a rights-based model to redefine African heritage stewardship.
Manú National Park
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The UNESCO World Heritage regime is increasingly becoming a contested platform for addressing historical injustices, with its legitimacy hinging on Indigenous-led conservation approaches. This study reveals that while the formal recognition of Indigenous rights has expanded within the regime, implementation often remains partial and decoupled from actual conservation practices. The research employs a comparative analysis across four sites—Manú National Park (Peru), Tongariro National Park (Aotearoa/New Zealand), Lake Bogoria (Kenya), and Pimachiowin Aki (Canada)—using qualitative content analysis of official UNESCO records from 1987 to 2023. It demonstrates how Indigenous actors and human rights institutions can influence the regime's openness to inclusive conservation, challenging persistent exclusionary practices rooted in 'green colonialism.' The study also highlights the potential of UNESCO's documentary repository for tracing institutional change and reconstructing organizational realities.
Ancient Jericho/Tell es-Sultan
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A groundbreaking reexposition of the Museum and Park Complex (MPC) in Jericho, the first such facility recreated outside Russia, offers a modernized perspective on ancient history. The project, part of a two-year research program led by RGGU, introduced expanded planning solutions that meet contemporary requirements while preserving historical significance. Key outcomes include an approved design, corporate identity development, and a 3D model for the MPC, enhancing educational engagement. Additionally, thesis work from UTSAD FII RGGU contributed innovative spatial designs, ensuring the complex's relevance in both academic and public contexts.
Longmen Grottoes
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A comparative analysis of Buddhist sculptures at the Longmen Grottoes reveals profound influences on Chinese aesthetics, sculptural styles, and carving techniques from the Northern Dynasties to the Tang Dynasty. The study highlights how religious symbolism, formal characteristics, and relief techniques evolved in tandem with cultural dynamics, providing insights into the interplay between religious thought and artistic expression. By examining representative figures such as Buddha, Bodhisattva, and flying apsaras, researchers demonstrate a framework for understanding the development of Chinese sculpture with distinct local characteristics.
The Archaeological Heritage of Niah National Park’s Caves Complex
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Domestic tourists play a crucial role in the regeneration of Malaysian World Heritage Sites (WHS), significantly influencing their longevity. A study found that the value placed on regeneration by domestic tourists positively affects their attitudes, internal and external norms, and moral obligations, which are essential for heritage conservation. The research, focusing on six Malaysian WHS including Niah Caves, employed quantitative analysis and informal discussions with tourists, using purposive sampling and Partial Least Squares Structural Equation Modeling (PLS-SEM). The findings highlight the importance of social and subjective norms in a bottom-up approach to ensure the sustainability of these sites for future generations. This study provides a robust theoretical model for behavioral research in heritage tourism.
Levoča, Spišský Hrad and the Associated Cultural Monuments
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Interregional and intermunicipal cooperation emerges as a powerful tool for strengthening Slovak-Ukrainian relations, complementing traditional diplomatic instruments. The study highlights the catalytic role of official diplomacy alongside the complementary nature of public and business diplomacy, with NGOs like the Carpathian Platform playing a pivotal role due to their agility, resource access, and ability to innovate models of interaction. Using the partnership between Zhovkva (Ukraine) and Levoča (Slovakia) as a case study, the research demonstrates how such cooperation can foster sustainable international relations in cultural heritage, energy, local governance, education, and economics. The findings underscore the potential for deeper interregional collaboration to support Ukraine's European integration and address cross-border challenges like energy security.
Wadden Sea
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A decade-long study of the Dutch Wadden Sea reveals that changes in shorebird populations are not primarily driven by fluctuations in benthic food resources. While oystercatcher and curlew numbers declined, dunlin and grey plover populations increased, with red knot numbers fluctuating and bar-tailed godwit numbers remaining stable. The research combined comprehensive shorebird counts with annual benthic resource surveys from 2008 to 2023, finding that no single prey species could sustain most shorebird populations, which instead relied on multiple prey types. Only the red knot's population correlated with its preferred prey biomass, suggesting food resources are not the main driver of population changes for other species. This challenges the assumption that food availability is a primary regulator of shorebird numbers in this UNESCO-listed intertidal ecosystem.
Sangay National Park
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Researchers document novel records of the lowland tapir (Tapirus terrestris) and mountain tapir (T. pinchaque) in Ecuador's eastern Andean slopes, including the lowest known elevation for the latter at 975 meters. The study compiled direct observations, camera trap data, tracks, and predation evidence from protected areas like Llanganates and Sangay National Parks, as well as community territories. Notably, the two tapir species were found to overlap at the extremes of their altitudinal ranges, with three predation events attributed to Andean bears (Tremarctos ornatus) and pumas (Puma concolor). The findings underscore the urgent need for strengthened conservation efforts due to threats from mining, road development, and hunting in these critical biodiversity areas.
Hwaseong Fortress
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A user-centered framework for integrating augmented reality (AR) into UNESCO World Heritage sites, such as Hwaseong Fortress in South Korea, demonstrates that context-aware AR can significantly enhance visitor engagement and historical understanding without compromising cultural integrity. The study found that narrative-driven, low-intrusion AR interventions—including interactive holograms and ambient sensory elements—improved emotional connection to the site while maintaining its authenticity. Through exploratory design research, including site observations, visitor interviews, and prototyping, the authors identified key principles for balancing technological innovation with cultural preservation. These include spatial integrity, narrative clarity, and intuitive user experience, offering a transferable model for other heritage sites seeking to leverage AR for immersive storytelling.
Ancient City of Sigiriya
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Existing legal frameworks in Sri Lanka and UNESCO guidelines for World Heritage Sites provide sufficient flexibility to reinterpret the Sigiriya frescoes as representations of performers without requiring statutory amendments. This reinterpretation could enhance the site's cultural value recognition by connecting tangible and intangible heritage elements, provided careful documentation ensures compliance with authenticity standards. The study demonstrates that while legal frameworks support interpretive evolution, successful reinterpretation must balance scholarly innovation with preservation integrity to maintain fundamental protection objectives for sites of Outstanding Universal Value.
White City of Tel-Aviv – the Modern Movement
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Green-built relations, a core principle of the Garden City concept adapted in Tel Aviv's 1925 plan by Patrick Geddes, extend beyond the UNESCO World Heritage inscribed White City area but are unevenly recognized across municipalities and planning documents. This study analyzed strategic plans, conservation frameworks, and master plans using a workshop involving 18 participants who evaluated six municipal planning documents against 31 predefined attributes. Findings reveal that these attributes, which underpin the Outstanding Universal Value of the site, persist in metropolitan planning but with significant variation. The research demonstrates green-built relations as a valuable framework for integrating heritage management with metropolitan planning and supporting Nature-Culture governance approaches.
Samarra Archaeological City
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A critical stage in the decline of Abbasid central authority is revealed through the analysis of political dynamics in Samarra during the reigns of Caliphs al-Mutawakkil (847-861) and al-Muntaṣir (861-862). The study demonstrates that representatives from Transoxiana, including Turkic ghilman, Faraghina, and Ushrusanians, did not form a unified political group but operated within intricate patronage networks, military interests, and court rivalries. The research highlights the socio-spatial dimension of Samarra as a competitive settlement space among different military corps, drawing on archaeological and topographical studies alongside historical accounts from al-Ṭabarī, al-Yaʿqūbī, and al-Masʿūdī. This period marked the growing influence of Transoxianan elites in the caliphate's military-political system, contributing to the weakening of central authority.
Upper Svaneti
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A groundbreaking landslide susceptibility mapping (LSM) framework achieves unprecedented accuracy and reliability for mountainous regions, setting a new benchmark with an AUC of 0.979 and Brier score of 0.054 in the geomorphically complex Upper Svaneti region of northern Georgia. This study introduces a robust machine learning workflow that integrates CatBoost, Random Forest, Extra Trees, and a multilayer perceptron within an XGBoost meta-learner, optimized via spatial cross-validation to handle class imbalance effectively. Unlike conventional approaches, this method combines exploratory geomorphic structure analysis with probabilistic uncertainty quantification using bootstrap ensembles and isotonic calibration, ensuring statistically robust and probabilistically interpretable susceptibility maps. The systematic increase in susceptibility with slope angle further validates the model's geomorphic consistency, offering a reproducible solution for risk-informed planning in tectonically active landscapes.
Buddhist Monuments at Sanchi
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Relic worship, central to Buddhism since the Buddha's death around 483 BCE, was not merely a practice but a driving force behind the development of Buddhist architecture. Emperor Ashoka's dissemination of relics in the 3rd century BCE marked a pivotal moment, propagating Buddhism and shaping its architectural forms. This study reveals that relic worship influenced the design, symbolism, and spatial organization of Buddhist monuments across four key sites: Sanchi, Amaravati, Ajanta, and Borobudur. These sites represent distinct stages in Buddhist architectural evolution, from ritual circumambulation at Sanchi to the integration of relics into monastic routines at Ajanta and the symbolic elevation seen in Borobudur's multi-level structure. The research demonstrates that relics remained the religious focus, evolving to reflect local cultural and artistic preferences while maintaining a unifying role in devotion, symbolism, and spatial organization.
Santiniketan
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Ramkinkar Baij, a pioneering figure in Indian sculpture, revolutionized relief mural art by integrating dynamic forms, expressive textures, and innovative techniques that reflect emotion and movement. His work in Santiniketan, including notable pieces like Mill Call and Santhal Family, merges with local environments to create a profound connection between art and community. This study highlights Baij's enduring impact on modern Indian sculpture, emphasizing his contributions to society and the lasting influence of his techniques on contemporary artistic language. By analyzing his visual language, concepts, and media innovations, the research underscores how his mural journey has inspired future generations, solidifying his legacy in both sculptural and mural art history.
Osun-Osogbo Sacred Grove
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Adebisi Akanji's sculptures in the Osun-Osogbo Sacred Grove reveal deep cultural and spiritual significance, blending Yoruba religious concepts with contemporary art. Through abstraction, monumentality, and symbolic proportion, his works visually express Yoruba cosmology, spiritual belief, and ancestral continuity, rather than naturalistic representation. The study highlights how Akanji integrates materiality and environmental aesthetics to convey complex religious meanings, contributing to the preservation of indigenous visual traditions. Employing qualitative art-historical methods—including field observation, photographic documentation, and thematic analysis—the research provides a nuanced understanding of his stylistic innovations and their broader cultural impact.
Sundarbans National Park
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Vinod Rishi, IFS (1946–2026), pioneered innovative conservation strategies that significantly advanced wildlife management in India's Sundarbans National Park and other protected areas. His most notable contribution was the introduction of a unique protective measure for Sundarban fishermen—wearing face masks on their backs—to mitigate tiger attacks, a solution rooted in his deep naturalist instincts and engineering background. Rishi also championed the use of satellite imagery for forest mapping, marking a groundbreaking approach to conservation monitoring in India. As a leader in the second generation of wildlife managers, he strengthened multiple protected areas, including Sundarban Tiger Reserve and Buxa Tiger Reserve, through his fieldwork and policy influence, leaving a lasting legacy in conservation history.
Selous Game Reserve
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A critical analysis of the Selous-Niassa Wildlife Corridor reveals stable vegetation conditions from 2001 to 2012, followed by improvements from 2013 to 2020, despite fluctuating rainfall and fire incidences. Remote sensing technology was pivotal in monitoring these changes, providing non-intrusive data collection across vast, inaccessible areas. The study underscores the importance of conservation strategies that prioritize maintaining ecological connectivity while addressing human-wildlife conflicts and regulating land use practices to safeguard the corridor's integrity. This research offers actionable insights for balancing conservation goals with community well-being in the Ruvuma landscape.
Golestan Palace
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Court photography during the Naserid era served as a tool for consolidating and surveilling royal power, revealing how visual representation was intricately tied to the discourse of authority. A study analyzing 50 photographs from Golestan Palace's Album House demonstrated that the king was positioned as the central figure, often larger or more prominently framed than others, while servants and enslaved attendants were depicted in submissive poses, reinforcing a hierarchy of command. Naser al-Din Shah's annotations on the images—such as naming, correcting, or erasing individuals—further illustrated his absolute control over representation. The photographs functioned as visual archives, extending the king's surveillance beyond the palace walls. This research challenges the notion that photography captures 'naked reality,' instead framing it as a constructed truth shaped by power dynamics. The study employed qualitative methods, including visual and semiotic analysis, grounded in Foucault's theories of power and Tagg's concept of photographic evidence.
Sian Ka'an
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Researchers have identified reproductive isolation between two distinct strains of the marine rotifer Brachionus cf. ibericus in Quintana Roo, Mexico, marking a significant discovery within the Yucatán Peninsula's biodiversity. The study, conducted by Marin-Chan et al., isolated and cultured 23 clones from the northwest (Cancún) and southeast (Sian Ka'an) regions, revealing differences in female production, male development, and resting egg hatching rates. Cross-mating experiments confirmed reproductive barriers between the strains, leading to the proposal of two distinct populations: Brachionus cf. ibericus 'Cancún' strain and 'Sian Ka'an' strain. This finding contributes to understanding the evolutionary dynamics of this ecologically and economically important species complex.
Cultural Sites of Al Ain (Hafit, Hili, Bidaa Bint Saud and Oases Areas)
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Abu Dhabi's museum ecosystem is a global model for integrating sustainability into cultural heritage preservation and economic growth. The study, part of the CultureSTATS-AD programme, reveals that museums like Louvre Abu Dhabi and UNESCO-listed Al Ain Cultural Sites serve as pillars of social, economic, and environmental sustainability. These institutions enhance community engagement through participatory practices and digital innovation, while also driving local economies by supporting SMEs and aligning with global ESG principles. Abu Dhabi's strategic investment in heritage-centred regeneration projects, such as those in the Oases Areas, exemplifies how cultural sites can contribute to urban resilience and ecological restoration, reflecting alignment with international frameworks like UNESCO’s 2025 Cultural Statistics Framework and OECD guidelines.
Sulaiman-Too Sacred Mountain
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Kyrgyz toponyms serve multiple functional roles, reflecting cultural, historical, and geographical aspects. This study identifies four key functions: nominative-localising (e.g., Ala-Archa, Kyzyl-Asker), artistic (metaphorical or metonymic, e.g., Alamedin, Zhylan-Artyk), chronographic, and cultural memory (e.g., Sulaiman-Too, Asanbai Street). Researchers analyzed toponyms in Bishkek and Osh, revealing how they encode geographical features, historical events, and cultural heritage. The findings highlight the pragmatic significance of toponyms in preserving linguistic and ethnographic identities while illustrating their metaphorical or metonymic motivations.
Dazu Rock Carvings
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2026 —
WHEE9F357E475
A novel quantitative model for assessing the similarity of cultural relics, such as China's Dazu Rock Carvings from the Song Dynasty, achieves 100% recognition accuracy for identical statue types within the same niche while effectively distinguishing between different iconographic types. This breakthrough addresses the limitations of traditional qualitative expert assessments by integrating a trimodal feature fusion approach: Perceptual Hash (pHash) for global structural screening, SIFT for high-dimensional texture feature extraction and local keypoint matching, and an improved MSRoVGG deep learning architecture for semantic-level verification. The model demonstrates robust capabilities in typological classification and stylistic differentiation, capturing nuanced variations in artistic styles and vestimentary features between Buddhist and secular figures.
Mount Wutai
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2026 —
WHE0060D9ECD0
Mount Wutai, a UNESCO World Heritage Site and significant Buddhist cultural landmark, is experiencing a shift from faith-driven tourism to broader cultural tourism. However, its development faces challenges such as spatial planning issues, limited religious and cultural experiences, infrastructure strain, and ecological pressure. Research suggests that enhancing religious and cultural depth, improving facilities, promoting ecological sustainability, and diversifying tourism products could elevate tourist experiences and support high-quality development in Shanxi Province. The study employed literature review, questionnaire surveys, and comprehensive analysis to assess current trends, identify problems, and propose optimization strategies.
Beijing Central Axis: A Building Ensemble Exhibiting the Ideal Order of the Chinese Capital
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2026 —
WHE1A7C517B0D
A unique form of Peking opera emerged along Beijing's Central Axis during the Qing Dynasty, characterized by the integration of elegance and vulgarity. This was a result of dynamic interactions between two sub-fields: the court field, centered around imperial power, and the folk field, driven by market logic. The study reveals that while the folk field provided performative vitality and responsiveness to audience demand, the court offered institutional authority and symbolic legitimacy. By applying Pierre Bourdieu's field theory, researchers analyzed differences in core power, spatial characteristics, capital distribution, and actor habits between these fields, shedding light on how power, culture, and art were structurally interconnected during this period.
Historic Ensemble of the Potala Palace, Lhasa
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2026 —
WHE487049E4FC
A new method combining ride-hailing trajectory data with Point of Interest (POI) data reveals that Lhasa's urban functional zones exhibit a 'highly composite core, relatively differentiated periphery' pattern. The study identified eight distinct functional zone types, including commercial-residential mixed and science-education-culture areas, with residential regions forming the base and the core area featuring multi-functional agglomeration. The spatial interaction network demonstrates small-world effects and a lognormal degree distribution, highlighting key hubs like Lhasa Station and the Potala Palace. Four functionally coupled communities were detected, forming a 'core leading, two wings supporting' center-subcenter spatial organization pattern. This approach offers a novel perspective for understanding plateau city structures and planning.
