Rietveld Schröderhuis (Rietveld Schröder House)
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Historic avant-garde works, including Gerrit Rietveld’s model for the Rietveld Schröder House, function as aesthetic technologies or 'time machines' that condition audiences to perceive the future differently. This study shifts focus from Western scholars to underrepresented Cold War theorists—Andrzej Turowski, Aleksandar Flaker, and Juri Lotman—to analyze how avant-garde artifacts shape phenomenological encounters with time. By modeling alternative futures, these works challenge conventional temporal narratives, while Rietveld’s design underscores the need for historical contextualization to understand both projected and realized futures. The research bridges theoretical speculation with material history, revealing the avant-garde's enduring influence on futurity.
Manú National Park
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Conservation efforts in the UNESCO-listed Manu National Park, Peru, have historically relied on Western ontologies that separate humans from nature, sidelining social sciences. This study reveals how conservation practitioners and organizations often instrumentalize social science tools to reinforce wilderness narratives and portray Indigenous communities as environmental threats. Conversely, critical social science research challenging these colonial notions faces hostility and exclusion from decision-making processes. Despite the potential for reflexive conservation practices that could reshape conservation approaches, their influence remains limited within dominant paradigms.
Ancient Maya City and Protected Tropical Forests of Calakmul, Campeche
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A recent study identifies the medium to large mammals inhabiting Balam Kú, a critical component of the UNESCO-listed Ancient Maya City and Protected Tropical Forests of Calakmul. These species play vital roles in maintaining ecological balance within one of Mesoamerica's largest tropical forest mosaics, the Selva Maya. The research highlights the biodiversity significance of this protected area, emphasizing its importance as a refuge for wildlife amid extensive natural reserves in Campeche, Mexico. The study employs field observations and data analysis to document the presence and distribution of these key mammalian species.
Saloum Delta
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A management effectiveness evaluation of the Saloum Delta National Park (PNDS), Senegal, reveals progress but persistent challenges. Using the Integrated Management Effectiveness Tool (IMET) over three cycles (2020–2025), PNDS achieved an overall index of 55.65% in 2025, showing improvement in Planning (64.6%) and Outcomes and Impacts (63.0%), while Inputs (46.7%) and Outputs (44.7%) remained weakest. The study highlights a U-shaped trajectory, masking continuous deterioration in Context despite progress in other areas. Comparative analysis with Niokolo-Koba National Park (PNNK) and Langue de Barbarie National Park (PNLB) placed PNDS within a satisfactory range but underscored common weaknesses in Inputs across all three parks. This research emphasizes the need for resource security, program strengthening, and adaptive management to address ecosystem pressures effectively.
Land of Frankincense
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A sustainable model for managing archaeological heritage has been successfully demonstrated through the Al Baleed Archaeological Park in Oman, part of the UNESCO Land of Frankincense site. This approach integrates stratigraphic excavation, digital recording, 3D modeling, and augmented reality to enhance public accessibility while preserving scientific documentation. The study highlights how combining these methodologies fosters community engagement, promotes sustainable territorial development, and balances preservation with social use of heritage. This holistic strategy offers a scalable template for other UNESCO World Heritage Sites seeking to valorize archaeological assets responsibly.
Cultural Sites of Al Ain (Hafit, Hili, Bidaa Bint Saud and Oases Areas)
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Archaeological site management effectiveness is significantly shaped by cultural context, governance structures, and local stakeholder involvement. A comparative study across the Giza Necropolis (Egypt), Madain Saleh (Saudi Arabia), and Al-Ain's archaeological sites (United Arab Emirates) reveals that regions with strong community participation, such as Al-Ain, achieve more sustainable preservation outcomes by integrating local knowledge. In contrast, state-dominated systems face bureaucratic constraints and limited local engagement. The research employs mixed-methods—field observations, interviews, and archival analysis—to identify cross-cultural patterns and best practices. Findings underscore the critical role of governance, funding mechanisms, and cultural attitudes in heritage management, offering actionable insights for Arab countries aiming to enhance community-driven preservation strategies.
Old Town of Ghadamès
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Ghadames, Libya faces significant long-term threats to its cultural heritage due to systemic neglect and fragmented governance. Research reveals that cumulative human risks—such as weak conservation policies, centralized management, and reactive measures like temporary restorations—gradually erode the city's tangible heritage, including Roman ruins, an Ottoman fortress, and traditional mud villages. Unlike direct damage, these threats stem from indirect factors, leading to irreversible harm if unaddressed. The study proposes a sustainable model for heritage protection in Libya, emphasizing community-based governance, long-term policy reform, and participatory risk management. By analyzing official documents and interviews with local stakeholders, the research highlights the need to treat human risks as ongoing processes rather than isolated events to ensure the preservation of Libyan cultural landscapes for future generations.
The Cosmological Axis of Yogyakarta and its Historic Landmarks
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A study on the Cosmological Axis of Yogyakarta (CAY) reveals that visual integrity, crucial for Outstanding Universal Value (OUV), is not solely dependent on geometric alignment but also on visual clarity and legibility. The research identifies 32 priority viewpoints from an initial 42 GIS-mapped points, proposing a three-tier classification system to guide heritage management amid urban development pressures. This approach combines spatial analysis, field observations, and expert validation, addressing the lack of standardized technical parameters for viewpoint prioritization in World Heritage Sites.
Palace and Gardens of Schönbrunn
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A novel approach to augmented storytelling for contested historical events and sites has been explored through the development of site-specific design probes, extending digital-cartography platforms into physical spaces. The research demonstrates how multi-perspective on-screen mediation can be translated into situated, in-place narratives, while navigating risks and benefits. Using the 'Mapping Austrofascism' platform as a reference, three augmented-reality prototypes were designed to mediate the Austrofascist 'Turks Deliverance Celebration' of 1933 in Vienna's Schönbrunn Palace gardens, focusing on historically significant media such as public-address systems, sound-film newsreels, and information visualization. The findings are framed as a design exploration rather than a validated model, emphasizing the partial trajectory of experiments and the questions they leave open. These prototypes, though not yet deployed or evaluated, propose potential effects on visitor experience.
Great Zimbabwe National Monument
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Zimbabwe is emerging as a significant destination for wellness tourism, leveraging its rich cultural heritage and natural beauty. The Great Zimbabwe University Medical School (GZU), established in 2023, plays a pivotal role by integrating traditional medicine with modern healthcare, attracting both local and international patients. This systematic review highlights the intersection of medical tourism with rural development strategies, including infrastructure improvements, sustainable practices, and stakeholder interventions. The study identifies key factors such as demographic changes, economic structures, and gastronomy that enhance the competitiveness of rural medical tourism. By establishing supply chains within rural communities and addressing natural disasters, Zimbabwe can position itself as a holistic destination for health and wellness seekers, aligning with its Education 5.0 philosophy and Vision 2030.
Lumbini, the Birthplace of the Lord Buddha
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A study identifies areas highly susceptible to gully erosion in the Babai Basin, Lumbini Province, Nepal, using optimized machine learning models. The research leverages high-resolution satellite imagery and multi-source geospatial data, including 14 key predictors like geomorphological, topographical, and hydrological variables. Among the models tested—Random Forest (RF), Extreme Gradient Boost, and Support Vector Machine—the RF model demonstrated superior performance with an AUC of 0.82, effectively detecting complex spatial patterns. The resulting susceptibility map provides actionable insights for targeted land-use planning and erosion mitigation strategies, enhancing the precision of conservation efforts in this UNESCO World Heritage Site.
Budj Bim Cultural Landscape
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A novel self-supervised learning framework, DINO-CV, achieves high accuracy (68.6% mIoU) in mapping hidden archaeological stone walls using high-resolution LiDAR DEM derivatives, even with limited labeled data (63.8% mIoU at 10%). This approach addresses vegetation occlusion and data scarcity challenges by learning invariant geometric features from multi-directional hillshade and topographic visualization. Applied to the UNESCO-listed Budj Bim Cultural Landscape in Australia, it demonstrates potential for scalable, automated heritage mapping in complex environments, with implications for environmental monitoring and preservation.
Via Appia. Regina Viarum
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A novel approach integrating Geographic Information Systems (GIS) and Remote Sensing (RS) reveals the hidden potential of the inner Bradano Valley, southeastern Italy, for sustainable tourism. The study demonstrates how seasonal landscape phenomena—such as cropland color contrasts—transform this otherwise uniform hilly region into a visually dynamic and culturally rich destination. By mapping static heritage elements alongside dynamic seasonal changes using multispectral satellite imagery, the research identifies key infrastructure like the UNESCO-listed Via Appia Regina Viarum and historical routes that enhance accessibility and slow tourism opportunities. This method supports interactive map-based strategies to promote knowledge, conservation, and development in inner areas, offering a model for balancing heritage preservation with economic growth.
Rani-ki-Vav (the Queen’s Stepwell) at Patan, Gujarat
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A designed print and digital interpretive brochure for Rani-ki-Vav significantly enhances visitor engagement with the stepwell's sculptures. The brochure employs a numbered mapping system linking sculptures to precise locations, walking distances, cardinal orientations, and viewing sides, supported by iconographic explanations and QR codes for additional information. This approach fosters longer stops, more focused questions, and improved interpretive confidence among visitors. The study identifies gaps in pre-visit information, site signage, and narrative consistency while offering a scalable model that integrates traditional knowledge with contemporary graphic communication, aligning with UNESCO's guidelines for heritage information design.
Historic Centre of Oporto, Luiz I Bridge and Monastery of Serra do Pilar
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A multidimensional index successfully quantifies transnational gentrification in the Porto Metropolitan Area, revealing spatial clustering centered on Porto's historic core. The index, built from 16 variables including tertiary education levels, white-collar employment, foreign residents, short-term rentals, and housing rents, shows strong associations with neighbourhood deprivation, property values, tourism, and rising costs. Validated against census data, property tax records, and resident perceptions, it offers a reproducible tool for monitoring gentrification's social, environmental, and health impacts, addressing a gap in metropolitan-scale analysis.
Nan Madol: Ceremonial Centre of Eastern Micronesia
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Rising sea levels pose significant threats to both tangible and intangible maritime cultural heritage, particularly in small island states. A comprehensive analysis reveals that the intersection of cultural heritage law and international maritime law is critical for effective protection of sites like Nan Madol, a UNESCO World Heritage Site in the Federated States of Micronesia. The study emphasizes the need for a holistic evaluation of these legal regimes to mitigate risks to cultural practices and heritage sites amid accelerating sea level rise.
Gaya Tumuli
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A significant reexamination of the 'Rebellion of the Eight Port Polities' reveals it was not an internal Gaya conflict but a large-scale, multi-polity struggle spanning the southern Korean Peninsula's coast. This finding challenges prior assumptions and draws parallels with Southeast Asian maritime interactions, emphasizing the need for comparative historical and archaeological approaches. The study identifies Sogaya as a central player in diplomatic and military engagements along this coast during the 4th–6th centuries CE, with its influence radiating outward through concentric spheres of political, cultural, and material exchange. Evidence from Japan—including Korean-origin artifacts and Sueki ware—alongside Japanese-style tombs on the peninsula, underscores extensive maritime networks linking southern Korea to Kyushu and Kinai regions during this period.
Arab-Norman Palermo and the Cathedral Churches of Cefalú and Monreale
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The Martorana Church (Santa Maria dell’Ammiraglio) in Palermo, Sicily, stands as a testament to the island’s complex religious and cultural history. Originally an Orthodox church founded by Georgios d’Antiochia in the 12th century, it was later forcibly converted to Roman Catholicism during the Norman conquest of Sicily. This transition reflects the broader historical process of Latinization imposed on Sicily between the 12th and 16th centuries, a period marked by violent religious and political shifts. The church’s significance extends beyond its architectural heritage; it also serves as a symbol of the enduring Greek-Sicilian identity that predates both Arab and Norman influences. Additionally, Georgios d’Antiochia’s contributions include the Admiral’s Bridge (Ponte dell’Ammiraglio), a UNESCO-listed structure that played a pivotal role in Sicily’s Risorgimento movement during Garibaldi’s 1860 campaign for Italian unification.
National Archeological Park of Tierradentro
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Archaeological research in the Tierradentro region, Cauca, has been predominantly focused on the San Andrés creek basin, leaving significant gaps in knowledge about other areas such as the upper Páez River basin. This review highlights the need for expanded investigations to better understand the region's archaeological landscape, integrate Nasal perspectives on territory and material culture, and analyze post-16th-century social transformations and interactions. The study emphasizes the importance of broadening research beyond the established archaeological park to encompass a more comprehensive understanding of Tierradentro's historical significance.
Gobustan Rock Art Cultural Landscape
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A groundbreaking archaeometric study of the Boyukdash monument in Gobustan reveals its palimpsestic nature, with deposits spanning from the Late Pleistocene to the late prehistoric or early historic period. The research employed a multi-proxy approach, combining radiocarbon dating, thermoluminescence (TL), electron spin resonance (ESR), X-ray diffraction (XRD), and Fourier-transform infrared spectroscopy (FTIR) for the first time at this site. This integrated method confirmed distinct phases of occupation: an early Late Pleistocene presence (~14.4 ka BP) in the Anazaga shelter, a terminal Pleistocene to earliest Holocene hearth use (~12.6 ka BP), and a later Holocene settlement phase (~6.8 ka BP). Additionally, mineralogical and spectroscopic analyses revealed a consistent manufacturing process in ceramic samples, providing new insights into the site's complex stratigraphy and material culture.
Mountain Resort and its Outlying Temples, Chengde
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A groundbreaking analysis reveals the sophisticated materials and construction techniques used in the brick-and-stone imitation timber components of the Yongyou Temple Sarira Pagoda, a historic structure within China's UNESCO-listed Mountain Resort and its Outlying Temples. The study identifies crystal- and glass-rich volcaniclastic tuff for monolithic carvings like Chuanwang and dougong, while high-fired bricks with amorphous phases and mullite/cristobalite were used for e-fang and bawangquan components, suggesting a firing temperature of 900–1000 °C. Joint mortars, rich in calcium lime with intentional sand additions, also show traces of organic starch, hinting at advanced craftsmanship during the Qianlong emperor's reign (1751–1771). The research employs a multi-disciplinary approach, including X-ray diffraction, petrographic microscopy, thermomechanical analysis, and micro-Fourier transform infrared spectroscopy, to unravel the material composition and assembly logic of these architectural elements.
Mount Athos
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Archival materials from the Russian St. Panteleimon Monastery on Mount Athos reveal key insights into the life and conversion of Archimandrite Lazarus (Moore), an Englishman who became the first clergyman of the Church of England to join the Russian Orthodox Church outside Russia. The documents, unearthed during Moore's visits to Yugoslavia and Mount Athos in preparation for a 1935 Council of Bishops' discussion on his conversion, provide valuable historical context about his journey, including his interactions with notable figures like future Archbishop Basil (Krivoshein). These materials also shed light on Moore's subsequent life in Palestine, where he served at the Russian Ecclesiastical Mission in Jerusalem. The findings contribute to understanding the complexities of interchurch relations and the significance of Mount Athos as a spiritual and historical site during this period.
Beijing Central Axis: A Building Ensemble Exhibiting the Ideal Order of the Chinese Capital
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A novel diagnostic framework reveals complex spatial-semantic coupling in Beijing's South Central Axis, challenging assumptions of uniform 'decoupling' and identifying areas where high spatial integration fails to translate into visual or historical significance. The study combines Space Syntax analysis with the CLIP model's zero-shot semantic extraction, mapping 550 fine-grained sampling points across 6.6 km² to pinpoint 'idle spatial potential,' synergistic heritage cores, and hidden gems in hutongs. It also exposes a severe green island effect and structural contradictions between spaciousness and historical perception, offering scalable, data-driven insights for targeted micro-renewal in historic districts globally.
Prambanan Temple Compounds
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Research at Prambanan Temple, one of Indonesia's most visited UNESCO World Heritage Sites, reveals a substantial economic multiplier effect. The study found that every 965,630 IDR spent by an average tourist generates approximately 6.52 million IDR in total economic impact for the local tourism sector—a Keynesian income multiplier of 6.75. This indicates significant economic benefits for surrounding communities, with each tourist creating four job opportunities. The findings were derived from a mixed-methods approach, analyzing data from 100 tourists and 10 informants representing local businesses and workers. The study highlights Prambanan's role as a driver of economic welfare in Yogyakarta, addressing a gap in heritage tourism impact research.
Gough and Inaccessible Islands
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A comprehensive redescription of the amphipod species Melita tristanensis, first documented by K.H. Barnard in 1965, reveals key morphological distinctions that differentiate it from related species. This study provides detailed illustrations and descriptions of both male and female specimens, addressing gaps left by Barnard's original work. Notably, M. tristanensis is distinguished by unique features such as the presence of a small acute spine on epimeron 3, differences in mandibular palp structure, and specific antenna and uropod characteristics. The species is confirmed to inhabit marine environments among kelp holdfasts, with a distribution limited to Tristan Da Cunha, including Gough Island, Inaccessible Island, and Nightingale Island. This redescription enhances taxonomic clarity and contributes to the understanding of biodiversity in this remote UNESCO World Heritage Site.
Hiroshima Peace Memorial (Genbaku Dome)
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A comparative analysis reveals a striking disparity between war and peace memorials, with the United States hosting 15,758 war-related sites compared to just 1,221 dedicated to peace. This study highlights how many peace memorials often serve dual purposes, commemorating victims of wars such as Hiroshima, Nagasaki, or the Holocaust while advocating for peace. The research draws from the National Monument Audit (Monument Lab 2025), which documents these sites across federal, state, local, and private spheres. By examining the overlap between war and peace memorialization, this work sheds light on the complex interplay between remembrance and advocacy in public monuments.
Cathedral, Alcázar and Archivo de Indias in Seville
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A new methodological protocol for identifying heritage attributes in World Heritage Sites, exemplified by the Alcázar of Seville, reveals that effective heritage management requires a transdisciplinary approach integrating physical, artistic, symbolic, social, and environmental dimensions. The study demonstrates that a structured process—encompassing information collection, team formation, analysis, and attribute selection—can capture a broader spectrum of heritage values beyond traditional cultural significance. This protocol emphasizes the expansion of transdisciplinary teams and a more socially engaged approach to heritage conservation, offering a practical tool for professionals and public administrations.
Messel Pit Fossil Site
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A re-evaluation of <em>Eurotamandua joresi</em>, a 47-million-year-old fossil from the Messel Pit in Germany, reveals it is not an ancient anteater but instead closely related to pangolins and their extinct relatives. Using micro-computed tomography (μCT) on the original skeleton—previously obscured by matrix compression and fiberglass resin—the study identified unique anatomical features, particularly in the forelimb, that indicate <em>Eurotamandua</em> was a specialized digger. Phylogenetic analysis confirms its affiliation with Holarctic palaeanodonts (Pholidotamorpha), not Xenarthra, challenging long-held assumptions about Old World xenarthrans. This finding resolves decades of debate and provides new insights into the evolutionary history of mammals during the Eocene.
Mount Wuyi
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Research at Mount Wuyi's subtropical forests reveals distinct microbial community assembly patterns during downed log decomposition, influenced by both intraspecific trait variation (ITV) and microclimate. The study found that ITV and microclimate explained similar proportions of variation in fungal-bacterial interactions, with notable differences between the evergreen broadleaved forest at 1200 m elevation (Castanopsis eyrei) and the temperate coniferous forest at 1600 m elevation (Pinus taiwanensis). While temperature, moisture, and wood density shaped microbial dynamics in PT-1600, cellulose content, nitrogen content, and C/N ratio were key factors in CE-1200. This work provides new insights into the interplay between ITV, microclimate, and microbial metabolic pathways during log decomposition, advancing our understanding of forest carbon cycling.
Kahuzi-Biega National Park
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Grauer’s gorillas (Gorilla beringei graueri) in Kahuzi-Biega National Park create a consistent 2.0 °C thermal refuge within their night nests across a 650 m Afro-alpine gradient, mitigating the harsh nighttime temperatures that often drop below 5 °C at elevations above 2050 m. This study provides the first quantitative evidence that canopy density significantly reduces the elevation penalty for thermoregulation in African great apes, with thermal buffering decreasing by approximately 30% near the summit due to greater canopy openness and higher altitudes. Researchers analyzed 66 night nests using calibrated mercury thermometers and sky-facing photographs, revealing a mean temperature difference of 2.03 ± 0.37 °C between nest interiors and ambient air. The findings underscore the critical role of canopy retention in counteracting accelerated warming at high altitudes (+0.45 °C per decade), highlighting its importance for conservation strategies in the Democratic Republic of Congo.
Fujian Tulou
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Research reveals that the durability of rammed-earth walls in Fujian Tulou is significantly influenced by microclimatic conditions, with solar radiation and wind speed correlating to particle size variation. The study found that southeast and north-facing walls exhibit severe degradation, including soil loss and quartz enrichment (79.9%), while traditional organic additives like bamboo strips and rice husks mitigate deterioration. Moisture-related moss growth on the east wall and slight salt crystallization on the north wall were also observed. Soil color diversity, linked to hematite and iron oxide, serves as a simple indicator of wall condition. The findings propose differentiated protection schemes for orientation-specific conservation, offering scientific guidance for preserving Tulou heritage and modifying modern rammed-earth materials.
Getbol, Korean Tidal Flats
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Korean tidal flats exhibit moderate microphytobenthic (MPB) biomass but comparatively high primary productivity, particularly in estuarine systems and during spring. A 40-year review of MPB research in Korea revealed notable spatiotemporal variability in biomass and production, with seasonal decoupling observed despite limited mechanistic understanding. The study synthesized data from published studies to examine regional and tidal zone patterns, while also highlighting gaps in standardized, process-oriented research. Pigment-based community composition analyses showed broad-scale spatial coherence, independent of geographic proximity, suggesting complex underlying ecological dynamics.
Ningaloo Coast
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Microplastic pollution is present at all beaches along the Ningaloo Coast World Heritage Area (NCWHA), despite its remote and protected status. This study, the first quantitative assessment of microplastics (MPs) in this region, found concentrations ranging from 0 to 8.5 MPs per liter of sediment, with significant spatial variability influenced by proximity to boat ramps, distance to townships, and beach aspect—higher concentrations were observed on north-west facing beaches. Polyethylene terephthalate (PET) and polypropylene (PP) dominated the polymer composition, while manufactured fibers accounted for 72.4% of MP shapes. The findings suggest that local human activities contribute to MP inputs, with natural processes potentially dispersing them. This baseline data is critical for future monitoring and targeted management interventions, particularly at high-use access points.
Durmitor National Park
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High-altitude glacial lakes in Durmitor National Park, Montenegro, exhibit moderate to high levels of microplastic (MP) pollution, with polyethylene being the dominant polymer. The study, conducted across three seasons, found MP abundance averaging 5.1 ± 1.4 items per 100 g in Black Lake and 3.8 ± 0.5 items per 100 g in Devil Lake, primarily consisting of fibers and fragments sized 1-3 mm. Polymer hazard and ecological risk indices indicated high to very high environmental risk, suggesting these pristine environments are vulnerable to diffuse pollution sources, including tourism and long-range transport. The research provides baseline data for alpine freshwater ecosystems and underscores the need for integrated waste management strategies to mitigate MP contamination in protected areas.
Melka Kunture and Balchit: Archaeological and Palaeontological Sites in the Highland Area of Ethiopia
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A shift from wetter, mixed C3-C4 environments to more open, seasonally dry high-elevation landscapes occurred during the mid-Holocene (∼5 ka) in the Ethiopian highlands, as revealed by stable carbon and oxygen isotope analysis of bovid tooth enamel from Beefa Cave. This study provides evidence for pronounced seasonal hydroclimatic variability and a strong reliance on C4 grasses among Later Stone Age occupants. Intra-tooth oxygen values oscillations document marked water availability changes during enamel mineralization, while comparisons with earlier Pleistocene records highlight long-term ecological reorganization. These findings offer new insights into the environmental context of hunter-gatherer occupations in the region.
Caves of Aggtelek Karst and Slovak Karst
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Researchers have uncovered direct evidence of Middle Pleistocene glaciation (>350,000 years ago) in the Western Carpathians, specifically within the UNESCO-listed Caves of Aggtelek Karst and Slovak Karst. By analyzing quartz grain microtextures from dated cave sediments in the Demänová Cave System (Low Tatra Mountains, Slovakia), the study provides the first conclusive proof of Chibanian glaciation in this region. Using scanning electron microscopy, the team identified glacigenic grains preserved in allochthonous cave clastic sediments that predate Marine Isotope Stage 10. Additionally, well-rounded quartz grains from Triassic rocks suggest glacial activity during MIS 6. This innovative approach is uniquely sensitive to early glacial imprints in karst terrains, where conventional geomorphic evidence may have been erased by subsequent ice advances. The method offers a novel way to detect otherwise missing records of glaciations, advancing our understanding of past climate dynamics in this region.
Tugendhat Villa in Brno
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A significant evolution in Mies van der Rohe's architectural principles is documented through the comparison of his designs for the Lange and Esters Houses (Krefeld, 1927-1930) and the Tugendhat Villa (Brno, 1928-1931). The study reveals that within a brief temporal and geographical span, Mies and Lilly Reich's collaboration transitioned from a brick-based structure to a metal-framed design, marking a pivotal shift in European architecture. This transformation is characterized by the emancipation of structural elements, spatial integration, and the elevation of architecture as an art form. The analysis focuses on urban context, spatial organization, and construction technology, highlighting the innovative approach that redefined architectural practice during this period.
Bisotun
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A comprehensive analysis of Central Asia's cultural life from the 6th to 4th centuries BCE reveals significant cultural synthesis processes that shaped the region's identity and its role in global civilization. The study, leveraging archaeological excavations (including sites like Afrosiyob, Qiziltepa, and Takhti Sangin), ancient texts (such as Doro I’s Bisotun inscriptions, Herodotus’ 'Histories,' and Avestan texts), and modern research (by scholars like P. Briant, V. Sarianidi, B. Marshak, and archaeologists from Uzbekistan and Tajikistan), examines distinct regions like Sogdiana, Bactria, Khorezm, and Margiana. It highlights the interconnected cultural developments that positioned Central Asia as a pivotal bridge between Eastern and Western civilizations during this transformative period.
Ichkeul National Park
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A new taxonomic insight reveals that the land snail species Amalia cabiliana, previously described from Algeria and Morocco, is indistinguishable from Milax gagates based on anatomical features. This finding, supported by detailed examination of specimens including those from Ichkeul National Park in Tunisia, suggests A. cabiliana should be considered a junior synonym of M. gagates. The study analyzed genitalia morphology and external characteristics across multiple locations, confirming their genetic and morphological equivalence. Milax gagates, widespread in southwestern Europe and northwestern Africa, exhibits adaptability to diverse habitats, including grasslands, forests, and damp environments up to 1000 meters altitude. Its broad distribution includes introductions to regions such as Tasmania, New Zealand, and the Americas.
Villa Adriana (Tivoli)
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Roman concrete's millennial durability is significantly enhanced by carbonation, not just the pozzolanic reaction. A study of Hadrian's Villa in Tivoli, Italy, reveals that calcite cementation and radiaxial fibrous calcite formation from atmospheric CO2 and moisture reinforce structural strength and occlude porosity, offering potential for modern concrete resilience. The research used multiscale spectroscopic and tomographic approaches to analyze the concrete's microstructure, uncovering its self-healing properties and sustainable construction implications.
Beijing Central Axis: A Building Ensemble Exhibiting the Ideal Order of the Chinese Capital
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A new method for determining the minimum intervention level for historical buildings, applied to 14 structures along Beijing's Central Axis, reveals that all require minimal interventions to preserve their heritage value. Using the Analytic Hierarchy Process and Fuzzy Comprehensive Evaluation, researchers categorized these buildings into four groups (2:1:10:1) based on evaluation indicators' weights. This approach provides a scientific framework for balancing preservation and reuse, ensuring historical integrity while supporting sustainable urban development. The findings validate minimal intervention as the optimal strategy for this UNESCO World Heritage Site, offering a model for similar contexts globally.
Las Médulas
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A comparative analysis of mining heritage sites reveals key similarities and potential for adaptive reuse, offering valuable insights for preservation and community integration. The study identifies invariants linking underground and aboveground features across different raw materials, while also highlighting unique patterns specific to each extraction type. Drawing on international examples—such as Las Médulas in Spain, Sardinia’s metal mines, and Belgium’s Genk region—the research proposes strategies for transforming abandoned sites into cultural or tourist attractions. Romanian mining sites, including the Bucium gold galleries and Anina coal mine, serve as case studies, demonstrating parallels with European counterparts. The paper advocates for a shared database to support sustainable preservation and landscape integration.
Sacred Mijikenda Kaya Forests
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Structural power, manifested through land dispossession and extractive practices by mining companies and the state, significantly constrains the agency of local communities in Kenya's Sacred Mijikenda Kaya Forests. This constraint negatively impacts collective action norms, resource access, and the capacity to resist extractivism and state interference. The study identifies six interconnected domains—historical, social, cultural, economic, political, and psychological—that shape these constraints, ultimately influencing community motivation and ability to achieve desirable outcomes. Using a case study approach, the research highlights the complex interplay between culture, society, and nature in the face of extractive pressures.
Levoča, Spišský Hrad and the Associated Cultural Monuments
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The Missale Strigoniense, a 16th-century liturgical manuscript from the Levoča Lutheran Music Collection, emerges as a significant yet understudied source for Gregorian chant in Slovakia and Central Europe. Printed in Venice in 1512 by Urban Keym of Buda and Peter Liechtenstein, this missal preserves a rare repertoire of medieval chants within the Mass tradition. A comprehensive musicological analysis reveals its formal characteristics and contextualizes it within broader liturgical practices, offering new insights into the musical heritage of the region. This study fills a gap in scholarly attention to the manuscript, providing a detailed examination of its contents and significance.
Archipiélago de Revillagigedo
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Green sea turtles (Chelonia mydas) foraging populations in the Baja California peninsula, Mexico, primarily originate from nesting sites in the Eastern Pacific, specifically the Revillagigedo Islands and Michoacán coast. A two-year study analyzed mitochondrial DNA from turtles at Bahía de Los Ángeles (BLA) and Complejo Lagunar Ojo de Liebre (CLOL), revealing that both source populations contribute equally to these foraging grounds (Bayes Factor <1.9). This finding highlights the importance of protecting critical nesting areas in Revillagigedo to safeguard these endangered turtles' migratory pathways.
Historic Centre of the Town of Olinda
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2026 —
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Portuguese mobility in 17th-century America was driven by strategic movements for land acquisition, trade, and conflict, with key hubs like Salvador da Bahia, Olinda, Recife, and Belém serving as both arrival points and launchpads for inland expansion. Using inquisitorial trials, the study reveals how the sugar industry, religion, and armed conflicts shaped population displacement between captaincies, illustrating the complex interplay of economic and social factors during this period.
My Son Sanctuary
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2026 —
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My Son Sanctuary, an ancient Champa temple complex and UNESCO World Cultural Heritage site, faces significant deterioration due to environmental factors and human activity. This study highlights the effectiveness of international collaboration in addressing its conservation challenges. By analyzing projects involving partnerships between Vietnam and countries like Poland, Italy, India, as well as the World Heritage Fund under UNESCO, researchers demonstrate how such cooperation can mobilize critical resources for heritage preservation. The findings underscore the importance of these initiatives in safeguarding My Son Sanctuary, contributing to global efforts in protecting humanity's shared cultural legacy. This work serves as a valuable resource for both domestic and international stakeholders invested in preserving this significant site.
Historic Centre of Sheki with the Khan’s Palace
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2026 —
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A novel saturation coefficient, representing the ratio of actual to maximum theoretically attainable humus content based on cation exchange capacity (CEC) or clay content, was introduced to assess soil organic carbon capacity. This coefficient revealed significant variability linked to soil type, forest composition, and land-use history, averaging 0.33-0.34 across all soils studied in the Sheki-Zagatala region of Azerbaijan. The study also demonstrated that humus content decreases exponentially with depth, accurately described by a specific mathematical model (Y = α × e-ß×10⁻²×(X -3)). Humus reserves in the 0-20cm layer averaged 95.1±2.7t/ha, with notable differences among soil types such as leached kastanozems and sodpodzolic soils. The integration of empirical models, the saturation coefficient, and GIS mapping provides a robust toolset for evaluating humus dynamics, guiding reforestation efforts, and improving regional carbon inventories.
Monarch Butterfly Biosphere Reserve
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2026 —
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A novel application of fuzzy logic reveals that tourist loyalty in the Monarch Butterfly Biosphere Reserve is indirectly shaped by affinity-based visitor structures, with significant forgotten effects (up to 0.30) acting as mediating mechanisms between satisfaction, entertainment, relaxation, learning, perceived value, and revisit intention. The study identifies Generation X and postgraduate education levels as key factors polarizing visitor perceptions, challenging conventional models that assume direct loyalty construction. This research underscores the potential of fuzzy logic for strategic management in high-value ecological destinations, advocating for environmental edutainment models and diversified marketing tailored to differentiated visitor profiles.
Nanda Devi and Valley of Flowers National Parks
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2026 —
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A groundbreaking methodology for creating 3D models of the Valley of Flowers National Park (VOFNP) has been developed using additive manufacturing. This innovative approach converts DEM data into 3D STL files, enabling the creation of detailed and accurate scaled-down models. These models serve as powerful tools for communication among stakeholders and facilitate long-term conservation monitoring. The study highlights the potential of additive manufacturing in preserving and studying this globally significant natural heritage site, which faces threats from religious tourism and population pressure.
