Manas Wildlife Sanctuary
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2023 —
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Jerdon's Babbler, a critically endangered grassland-dwelling bird endemic to South Asia, is experiencing rapid population decline in north-eastern India due to habitat loss and degradation. Key habitats include Manas Wildlife Sanctuary, Dibru-Saikhowa, Kaziranga, and Maguri Beel in Assam, as well as D’Ering Memorial Wildlife Sanctuary in Arunachal Pradesh. The species thrives in tall wet savanna grasslands dominated by Arundo donax, Phragmites spp., and Saccharum spp., typically between 50–250 meters altitude, with no recent records from northern West Bengal or Manipur valley. Surveys indicate severe threats from agricultural conversion, high grazing pressure, and annual grass burning, though no precise population estimates were derived. This study synthesizes survey data and literature to highlight the species' precarious status, emphasizing urgent conservation action.
Palace of Westminster and Westminster Abbey including Saint Margaret’s Church
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2023 —
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The concept of custodianship at the Palace of Westminster, a UNESCO World Heritage Site and home to the UK Parliament, is complex and multifaceted. Research reveals that decisions regarding its preservation are not solely focused on maintaining historical integrity but also aim to improve current working conditions and ensure the building's future sustainability. This study draws from two research projects to analyze differing interpretations of custodianship, questioning whether the restoration efforts prioritize the past, present, or future. The findings highlight the tension between preserving heritage and adapting to modern needs, offering insights into the challenges faced in managing such iconic institutions.
Kahuzi-Biega National Park
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2023 —
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Kahuzi-Biega National Park (PNKB) faces significant challenges in balancing conservation with the customary rights of indigenous Batwa communities, particularly amid ongoing conflict. Research reveals that 54.5% of the Batwa's former camps and cultural spaces within the park show traces of occupation, indicating their continued connection to ancestral lands despite displacement. The study highlights the need for a comprehensive development plan that integrates cultural, environmental, and educational strategies to reconcile conservation goals with indigenous rights. This approach is essential in addressing the complex socio-ecological dynamics at play, ensuring sustainable coexistence between conservation efforts and the livelihoods of local communities.
Royal Palaces of Abomey
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2023 —
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The Royal Palace of Abomey, spanning over 108 acres and encircled by a two-mile wall, serves as a historic record demonstrating how architecture can be manipulated to serve political, religious, or cultural agendas across nearly four centuries. Originally destroyed in 1892 to prevent capture by French colonial forces, portions of the palace were later restored for colonial administration before being transformed into a museum in 1945 and inscribed as a UNESCO World Heritage Site in 1985. The study documents the palace's physical transformations, revealing its enduring religious significance despite shifting purposes—from royal residence to colonial outpost to cultural institution. This research highlights the intersection of architecture, history, and identity in West Africa, offering insights into post-colonial studies, religious practices, and the preservation of heritage.
El Pinacate and Gran Desierto de Altar Biosphere Reserve
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2023 —
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A first-of-its-kind study reveals widespread damage to saguaro cacti (<em>Carnegiea gigantea</em>) populations within the El Pinacate and Gran Desierto de Altar Biosphere Reserve, Mexico. The research identified seven types of damage, with 'shell' being the most prevalent (91% of individuals) followed by 'cactus cortical scaling' (CCS), or epidermal browning (73%). Notably, CCS was linked to significant tissue composition changes and stomata distribution alterations, compromising photosynthetic function. While 89.2% of saguaros were moderately damaged and 7.5% highly damaged, only 3.3% remained undamaged. The study highlights the urgent need for long-term conservation strategies due to the species' prolonged life cycle, exacerbated by climate change and increased UV exposure.
Cliff of Bandiagara (Land of the Dogons)
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2023 —
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Armed self-defense movements in the Dogon territory of Mali, such as Dan Nan Ambassagou, emerge as responses to both social and political transformations. This study reveals that these mobilizations are driven by factors including the emancipation of younger generations from established elites, competition for agricultural and pastoral land, and the redefinition of historical landscapes into political entities. The research analyzes the 2017 statement by Y. Toloba, highlighting a resistance to jihadist interpretations of Islam while advocating for the preservation of ancestral religious practices. By integrating social and political dynamics, the study provides insight into the complex drivers of insecurity in central Mali's Dogon region.
Bauhaus and its Sites in Weimar, Dessau and Bernau
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2023 —
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The Bauhaus movement's influence on architecture and urban planning was significantly shaped by its materialized buildings, particularly the Törten settlement and the Master Houses in Dessau. This study reveals that the political, social, and economic conditions of 1920s Dessau provided an ideal environment for the Bauhaus to thrive from 1925 to 1932, leading to lasting architectural innovations. The research explores how Bauhaus pedagogy was translated into tangible structures, highlighting their development and significance. It also examines the movement's decline in Dessau and its post-1945 legacy in both East and West Germany, offering insights into the enduring impact of Bauhaus principles on modern architecture.
Saryarka – Steppe and Lakes of Northern Kazakhstan
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2023 —
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Research in the Saryarka Steppe and Irtysh River regions of northern Kazakhstan reveals a significant ancient burial tradition where individuals were interred within settlement areas, dating back to the Chalcolithic period. This practice, termed 'the land of no return,' mirrors themes found in ancient Sumerian poetry and suggests a deep cultural significance tied to ancestor worship, spiritual connections with the deceased, and landscape choice for burials. The study analyzed inhumation graves from settlements such as Botai, Shiterdy 3, and Ust-Narym, highlighting factors like death circumstances, seasonal timing, and the impossibility of separate burial that influenced this tradition's establishment.
Baalbek
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2023 —
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A newly discovered Greek manuscript of the Sibylline Oracles, dated to Emperor Theodosius I's reign and later revised at Baalbek (502–506 AD), reveals significant Eastern variations from Western texts. This manuscript suggests possible Monophysite influence and traces of an unknown work, 'Theosophy,' challenging traditional interpretations of these ancient prophecies. The study analyzed textual discrepancies to uncover their historical and theological implications.
Borobudur Temple Compounds
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2023 —
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A data-driven analysis of public sentiment toward the proposed increase in Borobudur Temple entrance fees reveals that the Naive Bayes algorithm outperformed the Decision Tree method, achieving a test accuracy of 100% compared to 35.97%. This study leveraged Twitter data to classify sentiments using these algorithms, which are renowned for their efficiency and effectiveness in text classification tasks. The findings highlight the potential of Naive Bayes for sentiment analysis, offering valuable insights into public opinion on significant cultural and economic issues.
West Norwegian Fjords – Geirangerfjord and Nærøyfjord
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2023 —
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Long-term air quality monitoring in the UNESCO World Heritage Site Geirangerfjord, Western Norway, reveals critical insights into atmospheric conditions within one of Norway's most pristine natural landscapes. The dataset, part of an ongoing program, captures observational air quality and meteorological data, providing a baseline for understanding environmental factors affecting this unique fjord system. By integrating continuous monitoring with advanced analytical techniques, researchers aim to assess the impacts of natural and anthropogenic influences on air quality, contributing valuable data for conservation efforts and climate studies. This dataset is designed to be updated with future observations, ensuring its relevance for both scientific research and heritage management.
Isole Eolie (Aeolian Islands)
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2023 —
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Historical and recent evidence suggests the Aeolian Islands (Isole Eolie) may still harbor one of the Mediterranean's most endangered seals, the Mediterranean monk seal (<em>Monachus monachus</em>). Though extirpated from much of its range, accounts from 18th- and 19th-century travel literature and local reports from the early 20th century indicate these islands were part of its former central Mediterranean habitat. Documented sightings in the past two decades reinforce the need for systematic monitoring of potential seal habitats across the archipelago to assess possible residual populations or recolonization opportunities.
Historic Centre of Puebla
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2023 —
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Children from the historic district El Refugio in Puebla, Mexico, demonstrate remarkable autonomy and spatial appropriation by transforming streets into their own safe spaces. This study reveals that they navigate neighborhoods like San Antonio and Santa Anita with deep local knowledge, creating informal safety networks independent of adult supervision. The research combines ethnographic observation with participatory activities led by Re Genera Espacio (RGE) and BUAP, focusing on how children's daily routines—both day and night—reflect cultural practices and environmental interactions. Findings highlight the importance of understanding these dynamics to foster autonomous attitudes in urban settings.
Historic Centre of Warsaw
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2023 —
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Despite frequent crises such as epidemics, fires, and economic downturns—occurring every two to five years in late medieval Warsaw—the city experienced sustained economic growth. This resilience stemmed from its strategic position as a major trade hub, long-distance commerce (including timber and grain rafting), and its role as the ducal capital of Mazovia. While crises slowed development, they did not prevent population or economic expansion when recovery factors were strong enough. The study highlights how post-crisis rebounds, often within months to a year, sustained Warsaw's growth trajectory, contrasting with periods of stagnation where such prospects were absent.
Megaliths of Carnac and of the shores of Morbihan
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2023 —
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A groundbreaking study reveals strong links between megalithic constructions at Carnac and the worship of celestial objects, particularly Venus, the sun, and specific moon phases. The research identifies an 8-year cycle where these celestial configurations align with the site's bearings, suggesting a sophisticated understanding of astronomy by ancient builders. Additionally, bands of lower earth magnetic intensity were detected, likely marking sacred locations used by shamans for ceremonies. The study deciphers common beliefs embedded in alignments and cairns, classifying them as ceremonial, observatory, and calendar sites. This challenges previous interpretations of these structures solely as tombs or temples.
Historic Town of Ouro Preto
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2023 —
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A previously overlooked chapter of German-Brazilian geoscientific collaboration comes to light through documentation of Emil Grosse's work at the Fábrica mine (later Ferteco) in Ouro Preto, Brazil. This study reveals that Grosse, a German geologist, conducted significant fieldwork on banded iron formations (BIFs) in the Quadrilátero Ferrífero between 1936 and 1949, including during World War II, yet his contributions remained largely unknown until now. The research reconstructs his trajectory from Colombia to Brazil, highlighting his role in validating iron deposits for a German-owned subsidiary while living between Peine (Germany) and Belo Horizonte (Brazil). Key findings include the first recorded evidence of Grosse's work in Brazil, his 1946 publication on the Fábrica mine, and his eventual permanent residency in Germany. The study bridges historical gaps using archival records, offering new insights into transatlantic geoscientific exchanges during a pivotal period.
Kasbah of Algiers
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2023 —
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The irregular urban fabric of Algiers' Casbah emerged from the interplay between natural terrain factors and Islamic legal practices. The study reveals that preemption, inheritance, right of precedence, and endowments (waqf) shaped street morphology, plot layouts, and block structures, creating a unique spatial pattern. Using historical maps and topography, researchers demonstrated how these legal mechanisms evolved into social practices, interacting with natural elements like terrain orientation and waterways to form the Casbah's distinctive urban fabric. This finding offers valuable insights for architecture and urban planning students seeking to understand the construction of such complex urban environments.
Grand Canyon National Park
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2023 —
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A multi-year analysis of five springs in Grand Canyon National Park reveals no significant differences in snowmelt response timing or recession coefficients, indicating consistent flow regimes across a 50 km horizontal and 1,000 m vertical distance within the Redwall-Muav aquifer system. However, mean water volumes during snowmelt and annual discharges vary significantly among the springs, with Tapeats Spring showing more stable baseflow between recessions. Linear regression analyses detected no annual trends in most aquifer characteristics, except for the aforementioned stability at Tapeats Spring. Water budgets for Roaring Springs suggest missing outflow components or inaccuracies in precipitation/evapotranspiration data, highlighting the need for refined modeling and dye trace studies to improve groundwater understanding. This research provides critical insights for managing water supply and forecasting climate change impacts on spring-dependent species.
Dja Faunal Reserve
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2023 —
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Tropical forests, particularly those with less partitioned ecological niches, may exhibit resilience to defaunation pressures contrary to common assumptions. A study in the Dja Faunal Reserve, Cameroon, revealed that stem density remained unchanged across defaunation gradients, while woody plant diversity was highest in the most defaunated site. Surprisingly, the abundance of animal-dispersed species and other dispersal modes showed negligible differences, suggesting functional compensation by extant taxa, such as small animals and humans, who may play a role in fruit dispersal. The research used rectangular plots along transects and wedge-shaped plots under focal trees to compare sites representing varying levels of defaunation. These findings challenge traditional conceptual models that exclude human impacts and highlight the potential for less iconic species to sustain ecological services in defaunated forests.
Modernist Kaunas: Architecture of Optimism, 1919-1939
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2023 —
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Modernist Kaunas (1919–1939) emerges as a significant candidate for the UNESCO World Heritage List, representing Eastern European modern urbanity and bridging gaps in global heritage recognition. The study defines attributes of modern urban heritage by analyzing tangible built structures alongside intangible values, using comparative analysis to highlight its unique metropolitan aspirations. This approach underscores Kaunas' role in reflecting broader European modernism while addressing underrepresentation of 20th-century urban transformations in heritage listings.
Canadian Rocky Mountain Parks
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2023 —
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Banff National Park, Canada's oldest national park, exemplifies how wilderness is deeply embedded in Canadian cultural identity and history. This study reveals that park boundaries serve as spatial tools to project legal frameworks and cultural values, shaping landscapes rather than merely preserving them. Through an architectural analysis of Banff's evolving boundaries, the research dissects their interactions with industrial interests, cultural landmarks, and historical narratives, exposing dynamics of power, exclusion, exploitation, and commercialization. It highlights how romanticized notions of wilderness have influenced Canadian attitudes toward landscape conservation versus industrialization.
Kahuzi-Biega National Park
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2023 —
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Deforestation around the Kahuzi-Biega National Park (KBNP) in South Kivu, Democratic Republic of the Congo, has been linked to increased temperatures and altered rainfall patterns, though the latter effect is not statistically significant. The study highlights a positive correlation between deforestation and CO2 emissions, emphasizing that these changes are likely to disrupt local agricultural practices and threaten the region's unique biodiversity. By analyzing the landscape of KBNP, researchers underscored the critical role of forests in climate regulation, advocating for conservation strategies that go beyond carbon sequestration to address biodiversity loss and food security.
Western Tien-Shan
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2023 —
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Research on the Western Tien-Shan reveals alternating phases of compression and extension, providing critical insights into its Mesozoic–Cenozoic geodynamic evolution. By analyzing fracture systems in rocks of varying ages, scientists reconstructed paleostress fields for distinct time intervals: Permian-Triassic to Middle Jurassic, Middle-Late Jurassic, Late Jurassic–Early Cretaceous, Late Cretaceous–Paleocene–Eocene, and Oligocene–Quaternary. This approach leverages the superimposition of fracture systems, where later fractures influence older rocks, enabling accurate stress field reconstruction even in younger Quaternary deposits. The study addresses long-standing debates on the region's tectonic development and offers a foundation for refining its tectodynamic model.
Humayun's Tomb, Delhi
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2023 —
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Delhi's architectural identity is shaped by its layered political and cultural history, with iconic structures like Humayun's Tomb, Qutub Minar, and Rashtrapati Bhawan defining the city's image in global consciousness. This study reveals how each era has left an indelible mark on Delhi, creating a complex visual narrative that transcends mere aesthetics. By analyzing these landmarks through postcard imagery, the research uncovers the deeper historical and cultural significance embedded in Delhi's urban landscape. The approach combines architectural analysis with historical context, offering insights into how cities are perceived and remembered beyond their physical appearance.
South China Karst
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2023 —
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A DEM-based analysis reveals that tectonic activity in the Dabanghe River Basin, South China Karst, is most intense midstream and decreases eastward, aligning with seismic intensity patterns. The study used geomorphic parameters like Hypsometric Integral, Asymmetry Factor, and Stream-Gradient to assess tectonic influence on landforms, including Huangguoshu Waterfall. Findings confirm that fault systems, particularly the Yadu–Ziyun Fault, control differential tectonic activity, offering a method to evaluate crustal stability in the region.
Town of Luang Prabang
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2023 —
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A dental survey in Luang Prabang Province, Laos, revealed alarmingly high rates of tooth decay among children, with permanent tooth decay affecting 75% to 85% and primary tooth decay reaching nearly 90%. The study, involving 301 students aged 6 to 12 years, found that 40.2% had experienced caries in permanent teeth, while the fatality rate due to caries exceeded 30%. These findings underscore the urgent need for preventive measures and treatment programs to curb the progression of dental caries in Laos. The research employed comprehensive oral examinations to assess decay experience, surface index, decay rates, and treatment outcomes, providing critical data for public health interventions.
Citadel, Ancient City and Fortress Buildings of Derbent
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2023 —
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Derbent emerged as a pivotal multi-ethnic city and fortress in the 6th century AD, playing a crucial role in the geopolitical struggles between Rome and Sasanian Iran. This study reveals that Derbent's rulers, who controlled the strategic Derbent Passage, significantly influenced the region's religious and political landscape. While the local population was predominantly Christian, aligned with Byzantine influences, Persian nobility, garrison, and administration adhered to Zoroastrianism. The research, based on interdisciplinary methods and analysis of ancient texts, epigraphy, and archaeological data from Derbent (1970–1995), highlights how anti-Iranian uprisings in the Caucasus were closely tied to Derbent's political orientation, demonstrating its central role in the spread and resistance against Zoroastrianism.
Historic Centre of Mexico City and Xochimilco
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2023 —
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A novel approach to sustainable water hyacinth (Eichhornia crassipes) management has been developed, offering scalable solutions for Xochimilco's canals. The research successfully designed and implemented a biorrefinery system capable of processing 500–1,000 kg/week locally or scaling up to 5–50+ tons/week regionally, converting the invasive plant into compost, vermicompost, absorbent materials, and biogas. This strategy significantly mitigates ecological disruptions while addressing tourism, fishing, and energy generation challenges. The biorrefinery model, tested from November 2019 to July 2022, serves as a replicable template for adjacent regions, demonstrating the feasibility of integrating circular economy principles in UNESCO-listed sites.
Valongo Wharf Archaeological Site
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2023 —
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Investing in memory sites of slavery, such as Valongo Wharf in Rio de Janeiro, serves as a strategy for decolonizing knowledge and providing reparation for the historical injustices faced by the Black population. This study demonstrates that these sites not only increase visibility of African and Afro-Brazilian history but also offer new perspectives on knowledge, celebrating the resilience and struggle of Africans and their descendants in the diaspora. The research employed a thematic bibliographic review on slavery memory in Brazil alongside an analysis of inventory data related to the Atlantic Slave Trade, focusing specifically on Valongo Wharf's significance within 'Little Africa' as a key site for memory and reparative justice.
Incense Route - Desert Cities in the Negev
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2023 —
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A critical architectural approach to the Negev/Naqab Desert challenges Eurocentric and settler colonial narratives of emptiness, revealing complex, layered histories and ecologies. The study employs hybrid mapping techniques to spatialize conditions of migration, erasure, and power, creating deep cartographies that expose interdependent cultural and climatic worlds. By centering marginalized perspectives and confronting the Western gaze, the research offers a more inclusive and empathetic understanding of desert landscapes, countering dominant perceptions through student-led, open-ended design exercises.
Villa d'Este, Tivoli
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2023 —
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A multidisciplinary research team has developed a novel method for studying and disseminating ancient architectural design, combining advanced technological surveying with philological analysis. This approach integrates laser scanning, photogrammetry, and the interpretation of ancient texts to create 2D/3D synthesis models that visually represent the design process of Imperial Roman architecture. The study focuses on buildings at Hadrian's Villa near Tivoli, Italy, offering new insights into how ancient designers translated theoretical knowledge from Alexandrian manuals into monumental structures like those at Villa d'Este.
Memorial sites of the Genocide: Nyamata, Murambi, Gisozi and Bisesero
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2023 —
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Design elements at memorial sites can significantly enhance visitor emotional engagement with historical atrocities, fostering deeper empathy and connection. A visual essay examines three genocide or apartheid memorials—Bisesero (Rwanda), Apartheid Museum, and Prestwich Memorial (South Africa)—revealing how architectural details and object placement encourage physical and emotional interaction. These strategies move visitors beyond intellectual understanding toward embodied experiences that promote healing, reconciliation, and a more profound response to humanitarian tragedy.
Mount Taishan
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2023 —
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A stable and efficient air environmental monitoring system for Mount Taishan, leveraging Internet of Things (IoT) and embedded technologies, has been successfully implemented. The system, comprising a master station, substations, and a robust communication module using CAN bus technology, ensures reliable data acquisition, transmission, and processing of key air quality parameters such as PM2.5, temperature, humidity, atmospheric pressure, and carbon monoxide concentration. Extensive testing demonstrated the system's accuracy and timeliness in providing actionable data for environmental management, addressing critical concerns about air quality in scenic areas like Mount Taishan.
Mogao Caves
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2023 —
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Combining traditional caisson motifs from the Mogao Caves with modern interior design enhances aesthetic and humanistic value while enriching emotional expression. This study demonstrates that such integration is feasible, breaking conventional design constraints and revitalizing contemporary design. Researchers used observational and case study methods to analyze the application of these ancient patterns in modern contexts, revealing their potential to elevate both artistic quality and cultural significance.
Hiroshima Peace Memorial (Genbaku Dome)
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2023 —
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Research reveals that the design of Xavier Hall, a timber-structured building by Togo Murano’s office, significantly influenced the layout and composition of Hiroshima’s Memorial Cathedral for World Peace. Through morphological analysis of chronological sketches and drawings, the study uncovers Murano’s strategic approach to problem-solving in architectural design. This hall, built in 1949 within Nobori-cho Catholic Church, serves as a critical case study for understanding the evolution of the cathedral complex, offering insights into formal manipulations that shaped its final form.
Hiroshima Peace Memorial (Genbaku Dome)
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2023 —
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A comprehensive analysis of the design process for Hiroshima's Memorial Cathedral for World Peace reveals strategic formal manipulations by architect Togo Murano, transforming an initial 6000 m² property into a 10,000 m² structure. Through chronological examination of original sketches and drawings from Kyoto Institute of Technology, researchers identified four key phases in the cathedral's evolution, focusing on early design schemes. The study highlights how successive studies influenced the building's formal attributes, offering new insights into Murano's adaptive design thinking during post-war reconstruction.
Hiroshima Peace Memorial (Genbaku Dome)
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2023 —
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A study reveals that Xavier Hall, designed by Togo Murano Architect Office in 1949, significantly influenced the planning of Hiroshima's Memorial Cathedral for World Peace. Through morphological analysis of chronological sketches and drawings, researchers identified three problem-solving strategies that underscore Murano's design thinking. This analysis provides insight into the architect's approach to formal manipulations, offering a deeper understanding of his creative process and its impact on subsequent religious architecture in Hiroshima.
Tiwanaku: Spiritual and Political Centre of the Tiwanaku Culture
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2023 —
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Researchers identified significant differences in entheseal changes (EC) between sexes and age groups within the Tiwanaku culture, revealing distinct patterns of physical activity and labor. To address challenges in analyzing such data—including issues of statistical independence and overwhelming complexity—the study introduced a robust database design strategy and employed generalized estimating equations (GEE). This approach allowed for both population-level comparisons and specific analyses of individual muscle attachment areas using over 1200 adult skeletal remains from Bolivia and Peru (AD 500–1100). The findings highlight how consistent data collection methods and advanced statistical techniques can uncover nuanced insights into past bodily movements, offering a scalable model for future osteoarcheological research.
Borobudur Temple Compounds
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2023 —
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A positive and attractive image of Borobudur Temple significantly boosts tourist satisfaction and revisit intention, with visitor experience playing a pivotal role. The study found that both destination perception and visitor experience have a substantial impact on satisfaction and the likelihood of tourists returning to Central Java Province's iconic site. Conducted through surveys of 1,200 tourists over two months in 2021, the research used linear regression analysis to validate these relationships, emphasizing the importance of enhancing visitor experiences to drive long-term tourism growth at Borobudur.
Mountain Resort and its Outlying Temples, Chengde
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2023 —
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A significant majority of visitors, accounting for 75% of participants, expressed satisfaction with virtual reality (VR) integrated museum displays at Chengde Mountain Resort, highlighting the potential of VR technology to enhance cultural engagement. The study proposed and tested a VR-based 3D modeling technology and human-computer interaction algorithm, demonstrating their effectiveness in creating immersive, two-dimensional, and three-dimensional museum experiences. This approach addresses the growing disinterest in traditional museum displays by leveraging modern media technologies to meet aesthetic and experiential demands. The findings underscore the importance of integrating VR into dynamic image displays to improve visitor satisfaction and cultural engagement.
Fort and Shalamar Gardens in Lahore
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2023 —
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Brand loyalty significantly enhances the overall brand equity of UNESCO World Heritage Sites, particularly in emerging economies. A study on Lahore Fort and Shalamar Gardens revealed that brand association and image are key drivers of tourist loyalty, which in turn strengthens destination brand performance. The research applied the Customer-Based Brand Equity (CBBE) model using a cross-sectional survey of 366 domestic tourists, testing hypotheses through Partial Least Squares structural equation modeling (PLS-SEM). Findings suggest that fostering brand loyalty could be a strategic approach for policymakers to boost tourist attraction and economic value at heritage destinations.
Ancient City of Aleppo
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2023 —
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Conflict in Syria between 2011 and 2021 led to widespread destruction of cultural heritage, with distinct patterns observed across three phases: pre-IS (March 2011–May 2014), under IS control (June 2014–March 2017), and post-IS (April 2017–April 2021). The study highlights the targeting of iconic sites like the Ancient City of Aleppo, Palmyra, and archaeological sites in the Syrian Golan Heights, revealing deliberate and systematic damage during armed conflict. Methodologically, the research categorizes destruction by phase, emphasizing media-reported cases to illustrate broader trends in heritage loss.
Prehistoric Pile Dwellings around the Alps
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2023 —
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Modern genetic analysis reveals that while present-day Triticum compactum (Binkel) shares significant similarities with Neolithic pile-dwelling wheat (Triticum antiquorum), it is not genetically identical. This historic study synthesizes archaeological evidence and past records to challenge the long-held assumption that Binkel represents a direct predecessor of European wheat. By critically examining tetraploid and hexaploid wheat findings from Alpine prehistoric settlements, the research highlights the complexity of wheat's evolutionary history in these regions. Despite genetic distinctions, Binkel remains nutritionally valuable today.
Iguazu National Park
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2023 —
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A novel method using Sentinel-1 C-band backscattering data reveals that deforestation events can be accurately detected and dated in tropical forests, such as Iguazu National Park, with an F1-score of 0.93. This approach models temporal variability in backscatter intensity using a logistic function, identifying the inflection point as the deforestation date. While effective for tropical biomes, accuracy may drop by up to 20 percentage points in temperate forests due to environmental factors like rainfall and snow. The study demonstrates the potential of Sentinel C-band data for large-scale deforestation monitoring, with a slight delay of two months in estimating event dates.
Mount Etna
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2023 —
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A groundbreaking study successfully detected permanent strain at the seafloor for the first time using a 6-km-long fiber optic cable deployed offshore Mount Etna, Sicily. Over a 21-month period (October 2020 to July 2022), the cable experienced a total elongation of 2.5 cm, with significant strain (+25 to +40 microstrain) observed at two locations where it crossed an active strike-slip fault. The most pronounced changes occurred between November 19 and 21, 2020, suggesting potential fault slip or seabottom currents as causes. Brillouin Optical Time Domain Reflectometry (BOTDR) laser reflectometry demonstrated the cable's ability to detect strain in near real time, with strain amplitude increasing to +45 to +55 microstrain over subsequent months, affecting a longer portion of the cable. A sandbag experiment further validated the technique by showing how the cable deforms under applied load and how deformation signals partially dissipate due to elastic properties. These findings highlight the potential of fiber optic cables for seismological monitoring in deep-sea environments.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2023 —
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Researchers identified distinct dust plumes originating from Kluane Lake (Lhù'ààn Mân') in the Canadian Yukon, revealing two dominant particle size modes linked to local and Asian dust sources. The study leveraged ground-based passive (AERONET) and active (Doppler lidar) remote sensing, alongside surface measurements, to correlate aerosol optical depth with particle-volume concentrations. A key finding was the potential for remote sensing to monitor fine-mode dust, a better indicator of long-distance transport. Additionally, the analysis suggested adjusting the prescribed lidar ratio to account for optically significant dust particles, enhancing the accuracy of dust detection methods.
Borobudur Temple Compounds
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2023 —
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A study on Borobudur Temple, a renowned Buddhist heritage site in Indonesia, identifies key determinants of inclusive tourism that enhance accessibility and enriching experiences for diverse visitors. Using a mixed-methods approach, the research combines qualitative interviews with stakeholders and quantitative surveys involving 305 respondents. The findings reveal critical factors influencing inclusive tourism, validated through rigorous statistical analyses including confirmatory factor analysis (CFA) and exploratory factor analysis (EFA). These insights provide actionable recommendations for improving visitor experiences at UNESCO World Heritage Sites by addressing accessibility and inclusivity challenges.
Comoé National Park
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2023 —
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Research identifies critical centers of diversity for Poaceae (grasses) in West Africa, pinpointing regions such as northern Burkina Faso and areas between the Gulf of Guinea and latitude 10°N as hotspots for species richness. The study analyzed over 134,000 specimens from 116 genera and 402 species, revealing uneven sampling efforts across the region, with some areas like northeastern Mali underrepresented. Spatial distribution maps highlight variability in diversity patterns, emphasizing the need for targeted conservation strategies to protect these biodiversity-rich zones. The findings underscore the importance of prioritizing regions with high grassland diversity for preservation efforts.
Dazu Rock Carvings
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2023 —
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A groundbreaking analysis of ancient Chinese paintings, including those at the Dazu Rock Carvings and the Forbidden City, reveals diverse binder materials with high sensitivity. Peach gum, a widely used exudate gum in ancient China, was detected alongside collagen, ovalbumin, casein, and lacquer using a biotin–streptavidin-enzyme-linked immunosorbent assay (BA-ELISA). This method demonstrated exceptional specificity for identifying peach gum, a key finding that underscores its prevalence in historical artworks. The study highlights the efficiency of ELISA in analyzing binders, providing valuable insights into the composition and conservation of ancient paintings.
M'Zab Valley
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2023 —
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A potential catastrophic flood risk has been identified in the M'Zab Valley, Algeria, due to the vulnerability of the El Abiod Ghardaia Dam. The study highlights that a dam break could release a massive flood wave, posing significant danger to the population and the UNESCO World Heritage Site. Researchers developed a hydraulic model using ARCGIS and HECRAS (HEC-GEORAS) to simulate the propagation of flood waves along the studied sections, employing both 1D and 2D HEC-RAS digital models. This approach allowed for the spatial mapping of flood zones, providing critical data to support risk mitigation and sustainable development in the valley.
