Hoi An Ancient Town
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Hoi An Ancient Town demonstrates strong market appeal and sustainable tourism potential according to the Hilary du Cros model. The study evaluated its cultural value and robustness using surveys from 88 tourism managers and 220 tourists, placing it in cell M (1.3) of the model's matrix—indicating high cultural significance and sustainability. This positioning suggests that Hoi An Ancient Town is well-suited for sustainable tourism development, balancing market demand with preservation efforts.
Maya Site of Copan
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2021 —
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Research at the UNESCO World Heritage Site of Copán, Honduras, reveals critical insights into the stability of archaeological tunnels under varying soil saturation levels. The study found that unlined tunnels become unsafe when soil saturation exceeds 70%, while lined tunnels maintain stability even at full saturation, provided proper drainage is ensured. This assessment provides actionable recommendations for preserving the site, including potential back-filling of tunnels and adding masonry linings to mitigate risks. The study categorized a 4 km network of tunnels—excavated over the past century—into sections based on lining presence or absence, then analyzed their stability in relation to soil saturation increases. These findings offer practical guidance for managing buried archaeological structures, balancing access with structural integrity.
<i>Aflaj</i> Irrigation Systems of Oman
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2021 —
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Aflaj irrigation systems, vital to Oman's water supply with 92% used for irrigation and the rest for domestic purposes, face significant contamination risks due to continuous human interventions. A study assessing water quality in Samail, Oman, found that biological contaminants pose substantial health hazards, necessitating proper disinfection measures. The research evaluated physical, chemical, and biological parameters, revealing alarming levels of contamination that could lead to adverse health effects if left unaddressed.
Central Highlands of Sri Lanka
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2021 —
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A significant portion, 82%, of houses in landslide-prone areas of Sri Lanka's Central Highlands exhibit moderate vulnerability to rainfall-induced cut slope failures. This study reveals that the choice to reside in such high-risk zones is influenced by diverse community priorities and highlights a strong correlation between household per capita income and education level of the household head with increased vulnerability. The research employs a novel semi-quantitative methodology combining landslide intensity and building resistance capacity, assessed through extensive fieldwork and questionnaire surveys involving 322 households in Ambagamuwa. Regression analysis further explores this relationship, providing critical insights for disaster risk reduction strategies that consider both structural resilience and socio-economic factors to mitigate risks effectively.
Belize Barrier Reef Reserve System
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Belize's implementation of Territorial User Rights for Fishing (TURFs), known as Managed Access (MA), has shown promise in addressing overfishing and promoting sustainable fisheries management. A study applying Ostrom’s social-ecological systems framework found that Belize's marine resource management is institutionally robust, with nested and decentralized enterprises that could overcome collective action problems often seen in common-pool resource systems. The research also revealed significant declines in coral cover and increases in macroalgae over 20 years, attributed to ocean warming and local human impacts. Interviews with fishers indicated a strong understanding of MA license requirements but highlighted enforcement as a key challenge. This comprehensive study provides science-based recommendations for balancing fisheries livelihoods with coral reef conservation in a changing world.
Bikini Atoll Nuclear Test Site
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2021 —
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Residual levels of artificial radionuclides, including plutonium isotopes (239Pu, 240Pu), americium-241 (241Am), cesium-137 (137Cs), and strontium-90 (90Sr), were measured in marine and terrestrial samples from Bikar and Bokak Atolls in the northern Marshall Islands. The study found significantly higher radioactivity levels in Bikar compared to Majuro, with contamination primarily attributed to fallout from the 1954 Castle Bravo nuclear test. Isotope ratio analysis and dating estimates confirmed this source. While Bikar's levels were lower than those in more severely affected atolls like Rongerik or Enewetak, they remained comparable to other nearby regions impacted by global nuclear testing.
Kenya Lake System in the Great Rift Valley
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2021 —
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Recent studies reveal that rising water levels in Kenya's Rift Valley lakes, particularly between 2016 and 2020, are strongly linked to increased seasonal rainfall—a finding with significant implications for climate science. The research, using statistical models like Generalized Linear Models (GLMs), demonstrates a clear correlation between meteorological factors such as rainfall and temperature and the observed lake level surges in Naivasha and Baringo. Forecasts suggest substantial increases in lake levels, particularly in Lake Baringo, which could pose challenges for local communities and ecosystems. This study provides empirical evidence to support climate-driven explanations for these phenomena, offering potential tools for predicting future water levels based on surface observations.
Melaka and George Town, Historic Cities of the Straits of Malacca
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2021 —
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A seismic vulnerability assessment of 500 buildings in Northern and Eastern George Town, Malaysia, revealed that 90% require further detailed analysis due to predicted moderate-to-substantial damage. The study employed a modified FEMA-154 (2002) method tailored to Malaysian conditions, utilizing web-based data collection from Google Maps and Google Earth instead of traditional surveys. This approach generated performance scores based on parameters like structural system, height, irregularities, building age, and soil type. Findings highlight the urgent need for seismic mitigation strategies in this UNESCO World Heritage Site, with 220 buildings classified as damage states D2 or D3. A GIS map was developed to share critical insights for further research.
Birthplace of Jesus: Church of the Nativity and the Pilgrimage Route, Bethlehem
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2021 —
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Seismic vulnerability analysis of the Church of the Nativity, a UNESCO World Heritage Site and one of the oldest surviving Christian churches, reveals significant structural weaknesses. The study found that the church's transversal (Y) direction is particularly vulnerable to seismic forces, with crack widths exceeding international building code limits—up to 13.7 mm in some areas. Damage concentrations were identified in the main lateral walls, vaults, and their connections to the apse, highlighting critical failure points. The research employed advanced finite element modeling (using DIANA FEA and SAP2000) combined with pushover analysis to simulate seismic behavior under monotonically increasing horizontal loads. While the church exhibits a 'low modal period' characteristic of masonry structures, the findings underscore the need for urgent structural reinforcement and more sophisticated nonlinear dynamic analysis to account for material nonlinearity in future assessments.
Venice and its Lagoon
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2021 —
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A significant shift in the spatial distribution of halophytic vegetation and sediment types occurred in the Lido basin, Venice Lagoon, between 2001 and 2009, marking a period of major ecological transition. This finding was derived from a multi-temporal analysis using Landsat satellite imagery (1990–2011), which revealed fluctuations in the coverage of Sarcocornia-Limonium, a key species promoting sediment deposition, ranging from 13% to 50%. The study introduces a scalable methodology leveraging Earth Observation (EO) techniques to monitor coastal wetland dynamics at various scales, supporting sustainable habitat management and evidence-based policy-making. By identifying ecosystem-level indicators of surface biophysical properties, the research provides insights into the stability and evolution of intertidal flats, with implications for nature-based solutions and morphological restoration efforts.
Osun-Osogbo Sacred Grove
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2021 —
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Osun-Osogbo Sacred Grove, a UNESCO World Heritage Site in Nigeria, exhibits significant biodiversity and cultural value. The study identifies 40 tree species with notable diversity indices (Margalef: 19.20; Shannon-Weiner: 2.30), highlighting Celtis zenkeri and Colla hispida as dominant species. Among fauna, Cercopithecus mona was the most frequently observed. The grove's cultural significance includes both use and non-use values attached to its resources. Conservation efforts involve collaboration among government officials, community guards, and traditionalists. Recommendations emphasize assessing high conservation value based on species diversity, ecosystem functions, and services.
Aranjuez Cultural Landscape
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2021 —
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Mobile laser scanning (MLS) with simultaneous localization and mapping (SLAM) technology demonstrates high efficiency and accuracy for tree diameter at breast height (DBH) estimation in historic gardens, offering a promising tool for cultural heritage management. A study conducted in the UNESCO-listed Island Garden of Aranjuez, Spain, found that the Monte Carlo fitting algorithm outperformed RANSAC and Optimal Circle methods, achieving 77% accurate DBH estimates with a root mean squared error (RMSE) of 5.31 cm and minimal bias (1.23 cm). The methodology enabled rapid data acquisition (27 minutes for 2.38 hectares), combining supervised tree detection with automated diameter estimation. This approach significantly advances the use of MLS in forest inventories and conservation efforts, providing a robust framework for managing complex historic landscapes.
Tchogha Zanbil
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2021 —
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Tchogha Zanbil, a UNESCO World Heritage earthen site in Iran, faces significant vulnerability to climate change due to its exposure to extreme climatic events. A novel framework was developed to assess this vulnerability and the potential adaptive capacity of traditional knowledge and ancient systems at such sites. The study found that while Tchogha Zanbil is highly susceptible to adverse effects from climate variability and temperature extremes, there exists a capacity for adaptation rooted in historical practices. This research contributes to global efforts in climate change adaptation planning for cultural heritage, particularly for earthen sites in regions with rising climate risks. Limitations included restricted data access due to COVID-19, but the methodology remains valuable for similar studies.
Kasbah of Algiers
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2021 —
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A novel approach to delimiting the historic urban landscape of Algiers, using the Analytic Hierarchy Process (AHP) combined with GIS, reveals that spatial boundaries are crucial for preserving the landscape's beauty and connectivity. The study highlights how fragmentation threatens the integrity of this UNESCO World Heritage Site, emphasizing the need to integrate landscape considerations into urban planning decisions. By assessing multiple delimitation alternatives, researchers identified distinctive landscapes that diverge from the original historic context, particularly around the Kasbah. This method offers a practical framework for managing landscape values and ensuring their interaction across boundaries, thereby informing conservation strategies.
Chhatrapati Shivaji Terminus (formerly Victoria Terminus)
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2021 —
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A detailed analysis of the 2008 Mumbai terror attacks, which included coordinated bombings at Chhatrapati Shivaji Terminus (formerly Victoria Terminus) and other high-profile locations, reveals the complex interplay between discourse, power, and societal impact. The study employs Foucault's concepts of archaeology and genealogy to dissect how discourses on terrorism shape perceptions, legitimize actions, and influence institutional responses. It identifies four dominant historical discursive fields—anarchist, anticolonialist, new left, and religious—that have evolved since the late 19th century, each with distinct trajectories and impacts on global conflicts. The research highlights the role of power in constructing truth, emphasizing that even 'true' discourses are embedded in hegemonic structures, thereby influencing societal behavior and policy responses. The Mumbai attacks serve as a case study to illustrate these dynamics, demonstrating how terroristic rhetoric and action intersect with broader geopolitical tensions.
Gros Morne National Park
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Moose browsing significantly alters forest composition in Gros Morne National Park, reducing balsam fir growing stock by 38% and increasing spruce dominance by 32% over a century under heavy browsing pressure. The study used a forest estate model to project these impacts and evaluate restoration strategies, revealing that moose population management could boost annual allowable cut (AAC) by 21%. Planting 7,194 hectares of disturbed areas in the Park could further increase total growing stock by 22% and AAC by 12%, with combined planting and moose control offering the most efficient restoration path under high browsing conditions.
Agra Fort
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2021 —
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Astronomers have decoded the operation of a long-mysterious Islamic-style sundial within Moti Masjid, Agra Fort, India. The study determines its gnomon length and validates its function through on-site measurements and computational analysis, resolving centuries-old uncertainty about this historical instrument's design and purpose.
Lines and Geoglyphs of Nasca and Palpa
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2021 —
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A comprehensive astronomical investigation of the Nasca Lines and Palpa geoglyphs reveals that while individual straight lines align with the Sun and bright stars, the findings do not support the theory that these lines form an astronomical calendar system. The study systematically examined all documented astronomically oriented geoglyphs and straight lines using digital terrain models (DTM) to calculate azimuths and elevation angles, accounting for factors like atmospheric refraction and Earth's curvature. Custom software developed for this project facilitated precise calculations of celestial body positions during the Nasca period, which were then compared with the lines' orientations. Despite identifying alignments, the number of matches was insufficient to validate a calendar-based interpretation.
Astronomical Observatories of Kazan Federal University
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2021 —
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The Astronomical Observatory of Kazan Federal University, constructed between 1833 and 1837, serves as a defining element within the architectural ensemble of the former Kazan Imperial University. This study identifies the observatory's unique spatial planning, strategic urban placement, and pivotal role in advancing astronomical science in Kazan as key factors that establish its significance as an identifier of the university's ensemble. By applying the theory of identity in architecture and conducting a systematic analysis, the research demonstrates how one component can symbolically represent the broader architectural and academic identity of an institution. This finding contributes to the theoretical framework of architectural identity, highlighting the observatory's enduring cultural and scientific value within the UNESCO-listed site.
Heard and McDonald Islands
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Volcanic emissions from Heard Island on the Kerguelen plateau significantly increase atmospheric iron (Fe) loading and solubility, highlighting volcanoes as crucial sources of aeolian Fe for remote oceanic regions. This discovery challenges conventional models that often overlook volcanic contributions to marine ecosystems. The study analyzed atmospheric samples around Heard and McDonald Islands in the Southern Ocean, revealing elevated Fe concentrations linked to volcanic activity. These findings underscore the importance of incorporating volcanic inputs into biogeochemical models to better understand nutrient cycling in the remote Southern Ocean.
Bikini Atoll Nuclear Test Site
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2021 —
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Atomic Doctors: Conscience and Complicity at the Dawn of the Nuclear Age by James L. Nolan Jr. explores the ethical dilemmas faced by U.S. physicians during the Manhattan Project, particularly their involvement in radiation risk assessment and atomic bomb testing, including the Trinity test and the bombing of Hiroshima and Nagasaki. The book highlights the complex moral challenges these doctors encountered, such as determining radiation hazards while ignoring or hiding findings from the public, and their role in transporting nuclear weapons. It also delves into the broader philosophical implications of technological determinism and its impact on society, using historical accounts to illustrate the consequences of unchecked scientific advancements.
Borobudur Temple Compounds
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A significant factor influencing local visitor support for sustainable tourism at Borobudur Temple is their attitudes toward economic, social, and environmental aspects. This finding emerges from a study analyzing responses of 267 local visitors to the site, revealing that these attitudinal factors play a crucial role in shaping their perspectives on sustainable tourism development. The research employed PLS-SEM analysis to test hypotheses, providing new insights into how visitor attitudes can drive more sustainable practices at UNESCO World Heritage Sites like Borobudur.
Astronomical Observatories of Kazan Federal University
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2021 —
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Kazan Federal University's astronomical observatories, including the 19th-century Kazan Imperial University Observatory and the V.P. Engelhardt Country Observatory (1901), are proposed as candidates for UNESCO World Heritage recognition under its Astronomical Heritage Initiative. The study evaluates their outstanding universal value by examining historical significance, architectural integrity, and scientific contributions. It assesses criteria such as authenticity, integrity, and uniqueness, demonstrating how these observatories represent pivotal advancements in astronomy and educational heritage. The research employs a detailed analysis of archival records, architectural documentation, and UNESCO nomination guidelines to justify their potential inclusion on the World Heritage List.
Humayun's Tomb, Delhi
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Humayun's Tomb embodies a complex authenticity shaped by hybrid conservation techniques that blend colonial-era practices with indigenous traditions. The study reveals that modern conservation efforts often overlook the adaptability and durability of traditional Indian building methods, which prioritize breathability, thermal mass, and flexibility over impermeability. This disconnect stems from the 19th-century establishment of the Archaeological Survey of India (ASI), which imposed Western standards while marginalizing local knowledge. The tomb's significance lies not only in its architectural innovation but also in its role as a symbol of Mughal heritage, with historical records indicating continuous upkeep by skilled workers. Today, its conservation presents an opportunity to reconcile these divergent approaches—balancing scientific preservation with cultural continuity—to ensure the authenticity and longevity of India's built heritage.
Jiuzhaigou Valley Scenic and Historic Interest Area
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2021 —
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A novel method combining high-resolution UAV imagery and machine learning achieved near-perfect accuracy (99.89%) in mapping landslides triggered by the 2017 Ms 7.0 Jiuzhaigou earthquake in China, surpassing traditional manual interpretation. The approach used a support vector machine (SVM) classification model integrated with pre-seismic road and village data to automatically identify landslide distribution with high precision (Kappa coefficient > 0.9). This advancement significantly improves post-disaster response capabilities by enabling rapid and accurate landslide mapping, critical for emergency rescue operations. The study also revealed spatial patterns of earthquake-triggered landslides, influenced by factors such as altitude, slope gradient, aspect, and proximity to faults, providing valuable insights for future risk assessment and susceptibility prediction in UNESCO World Heritage Sites.
Historic Centre of Kraków
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Kraków, as the historic capital of Poland, emerged as a pivotal spiritual and cultural center during the Galician autonomy period (1860–1914). Despite being under foreign rule, its deep-rooted traditions, suburban folklore, and symbolic significance fostered its role as the heart of Polish national identity. This study highlights Kraków's enduring influence on Polish culture, even amid political fragmentation, by analyzing historical records and cultural artifacts from the 19th century to the eve of World War I.
City of Quito
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2021 —
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Indigenous communal activists in Quito challenge conventional urban planning by advocating for communal self-management and the authority of local assemblies over urbanization, aligning with but also critiquing Lefebvrian 'right to the city' theory. The study reveals tensions between collective power to reshape urban processes and fixed city structures, as well as debates on achieving 'centrality'—whether through concentrated urban centers or decentralized alternatives. Ethnographic research with active comuna supporters highlights the limits of constitutional rights in practice, emphasizing the need for a nuanced theory that accounts for diverse political responses to urbanization. This work contributes to understanding indigenous-led urban struggles and their implications for democratic space production.
Paraty and Ilha Grande – Culture and Biodiversity
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A recent study on the Rio Pequeno watershed in Paraty, Brazil, reveals that while soils in the region exhibit low erodibility, human activities and land management practices are accelerating soil degradation. The research highlights how changes in vegetation cover and improper land use reduce organic matter input, potentially increasing soil erodibility over time. Despite the natural resilience of the terrain, these findings underscore the need for sustainable management to protect the ecological integrity of this UNESCO World Heritage Site. The study employed a combination of fieldwork, soil attribute analysis, and thematic mapping to assess environmental conditions, providing critical insights into the long-term impacts of human interference on biodiversity and landscape stability.
K’gari (Fraser Island)
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2021 —
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Aversive conditioning (AC) shows mixed but promising potential as a non-lethal tool for mitigating human–wildlife conflicts, though its effectiveness varies by species and context. Research across diverse settings—from urban hyenas in Israel to dingoes on K'gari (Fraser Island), coyotes in Edmonton, and bears in Jasper National Park—demonstrates that AC can train animals to associate specific behaviors or locations with negative stimuli, such as noise or pain, thereby reducing conflicts. However, success depends on factors like stimulus intensity, consistency of application, and the animal's learning capacity. For instance, while shock collars proved effective for dingoes in a pilot study, younger lions responded better to AC than older, chronic stock killers. Conditioned taste aversion (CTA), which induces nausea to deter problematic food habits, also shows potential but faces challenges in field application. Despite these limitations, AC remains a valuable addition to conflict management strategies, offering alternatives to lethal control when applied thoughtfully.
Monarch Butterfly Biosphere Reserve
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A total of 958 hectares within the Monarch Butterfly Biosphere Reserve (MBBR) are now covered by avocado plantations, with the southern zone hosting the largest area (570 ha) and the northern zone showing the highest expansion rate (422%) between 2006 and 2018. This study identified avocado orchards through photo interpretation, analyzing topographic attributes such as elevation, soil type, slope, and aspect. Most plantations have replaced traditional agricultural lands, but deforestation accounted for 40 hectares, particularly in the central zone. The expansion threatens the overwintering habitat of monarch butterflies, potentially impacting their migratory phenomenon.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2021 —
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A comprehensive analysis of backcountry visitor experiences in Glacier Bay National Park (GBNP) reveals that the park's unique coastal geography and diverse activities, such as sea kayaking, hiking, and wildlife viewing, significantly enhance visitor satisfaction and engagement. The study identifies key social science indicators that measure the impact of these experiences on visitors' perceptions, learning outcomes, and overall enjoyment. By combining quantitative surveys with qualitative interviews, researchers captured a nuanced understanding of how GBNP's backcountry offerings contribute to conservation awareness and recreational fulfillment. This research provides actionable insights for park management to optimize visitor experiences while preserving ecological integrity.
University of Coimbra – Alta and Sofia
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2021 —
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A study of the Old Cathedral of Coimbra reveals that bacterial and archaeal communities contributing to biodeterioration are highly diverse and adaptable to harsh conditions. While these microbes form complex biofilms, their distribution is more strongly influenced by abiotic factors such as water availability and salinity rather than specific deterioration patterns. The research used Next-Generation Sequencing (NGS) to analyze samples from deteriorated limestone walls in three chapels, identifying dominant phylogenetic groups but finding no clear link between microbial communities and distinct biodeterioration types. These findings suggest that microbial populations interact dynamically with algal and fungal species, offering critical insights for the preservation of historic stone monuments.
Castle of the Teutonic Order in Malbork
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2021 —
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Ongoing research at the Malbork Castle Museum has uncovered significant wartime losses to art collections, with findings indicating substantial dispersal and looting of heritage assets during World War II. The study, part of a larger project funded by Poland's Ministry of Culture and National Heritage, focuses on archival analysis to trace the fate of lost items and assess the extent of damage. By consolidating and inspecting historical records, researchers aim to reconstruct the scope of losses and identify looted artworks, offering critical insights into the preservation challenges faced by UNESCO World Heritage Sites during conflict.
Ancient Maya City and Protected Tropical Forests of Calakmul, Campeche
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A study reveals that Baird's tapirs, despite causing minimal crop damage overall, significantly impact bean crops in rural communities surrounding the Calakmul Biosphere Reserve. The research found that 14% of crops across four communities were damaged by tapirs, with the number of farmers cultivating beans being the strongest predictor of damage. The study analyzed ecological and agricultural variables, including habitat characteristics and crop protection measures, using transects and questionnaires. Findings highlight the interaction between farmers and tapirs, offering insights that could mitigate human-wildlife conflict in this UNESCO World Heritage Site.
Ban Chiang Archaeological Site
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A comprehensive analysis of metal remains from Ban Chiang, Northeast Thailand, reveals that regional economic networks during the late second to first millennia BCE were community-based and nonhierarchical. The study, which includes contributions from multiple scholars, challenges previous assumptions about the Phu Lon production signature by demonstrating that prehistoric sites sourced metals from diverse networks, including Sepon in Laos, which was likely a primary copper source for Ban Chiang as early as 1000 BCE. Using geochemical characterization and lead isotopic analyses, researchers found that while metal production techniques varied regionally—with Central Thailand focusing on copper and Northeast Thailand on tin bronze—the casting traditions shared similarities, such as the use of lagged spouted crucibles and metalworking hearths. This synthesis contextualizes metal production within broader social growth and interaction patterns in Southeast Asia.
Ban Chiang Archaeological Site
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Excavations at Ban Chiang, Northeast Thailand, revealed groundbreaking evidence of early metallurgy in Southeast Asia, with copper or bronze artifacts dating to the fourth millennium BCE (possibly as early as 3600 BCE) and iron artifacts from the second millennium BCE. These findings suggest an independent development of metallurgy in the region, challenging previous assumptions about technological diffusion. Conducted by the Thailand Fine Arts Department and the University of Pennsylvania between 1974 and 1975, this large-scale excavation aimed to study prehistoric pottery and metal artifacts in their original context amid significant looting pressures. The site's archaeological significance later led to its inclusion on the UNESCO World Heritage List.
Surtsey
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Research on Surtsey, a volcanic island formed between 1963 and 1967, reveals diverse and distinct microbial communities thriving in its subsurface basaltic crust, including thermophilic species such as <em>Thermaerobacter</em>, <em>BRH-c8a</em> (Desulfallas-Sporotomaculum), <em>Thioalkalimicrobium</em>, and <em>Sulfurospirillum</em>. These findings, derived from 16S rRNA gene amplicon sequencing and scanning electron microscopy, highlight the island's potential as a model for studying microbial colonization in newly formed oceanic crust. The study also identifies uncharacterized taxonomic lineages, suggesting rich metabolic diversity. To distinguish endemic microbes from contaminants, rigorous methodological and computational strategies were employed during the International Continental Scientific Drilling Program expedition.
Historic Centre of Camagüey
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A new methodological framework for designing culturally rich tourist routes in UNESCO World Heritage cities, exemplified by Camagüey's historic center, reveals that prioritizing and mapping key cultural landmarks can effectively enhance sustainable tourism development. The study identifies five dominant cultural sites in Camagüey, demonstrating how their strategic integration into touristic narratives preserves heritage while boosting local economies. By leveraging expert criteria for landmark selection and Autocad-based spatial analysis, researchers propose a scalable approach to route design that balances historical authenticity with visitor engagement. This work offers a practical toolkit for cities seeking to transform cultural assets into drivers of sustainable growth.
Kahuzi-Biega National Park
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Indigenous Batwa communities' violent reoccupation of Kahuzi-Biega National Park, a UNESCO World Heritage Site in eastern DRCongo, stems from the failure of peaceful resistance strategies, escalating threats, and new alliances. The study reveals how slow violence can transition into overt resistance, highlighting the complex interplay between conservation efforts and indigenous rights. Researchers analyzed these dynamics through qualitative methods, focusing on three key factors: the inefficacy of non-violent resistance, increasing external pressures on the Batwa, and emerging opportunities for collaboration with other stakeholders. This work contributes to broader debates on territorialization in conservation, emphasizing the need for inclusive approaches that address both ecological goals and human rights.
Bwindi Impenetrable National Park
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A vibrant Batwa community, often marginalized in conservation narratives, emerges as a key player in tourism and development at Bwindi Impenetrable National Park. Contrary to dominant discourses portraying them as victims of progress, ethnographic research reveals their active agency through forest ecology expertise, entrepreneurship, organizational capacity, and political activism. This relational perspective challenges reductionist views, advocating for recognition of the Batwa's situational influence in conservation efforts.
Sceilg Mhichíl
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Skellig Michael, an offshore Irish monastery from the early medieval period, challenges traditional narratives of human-animal demarcation and civilization. This study argues that the site, a liminal space, disrupted the rigid separation between 'human' and 'animal' during a pivotal transition in Irish society from animist paganism to anthropocentric Christianity. By applying theories of liminality and Critical Animal Studies, the research reinterprets Skellig Michael as a boundary land where monks tested their endurance through ascetic practices, offering a critical perspective on the construction of species identity and the march towards 'civilization.' The study suggests that this outpost, surviving into the 1300s, served as a point of permeability, inviting a rethinking of early Irish customs and the establishment of anthroparchy.
State Historical and Cultural Park “Ancient Merv”
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Archaeological research has identified the location and structure of the first mosque in Central Asia, dating back to the second half of the 7th century in ancient Merv (Gyaur-kala), Turkmenistan. This discovery was made through analysis of medieval sources and topographical works from the 1950s, followed by excavations led by M. Masson and later T. Khodjaniyazov in the 1960s. The mosque, known as Beni Makhan Mosque, was built of clay bricks but has been largely destroyed over time. Remnants of its original structure, including a corner minaret and parts of the eastern and southern walls, survive from this early Islamic period. The mosque underwent significant rebuilding in the 11th-12th centuries during the Seljuk era, resulting in an irregular rectangular plan with three minarets.
Palace of Westminster and Westminster Abbey including Saint Margaret’s Church
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A mid-fifteenth-century French lyric anthology, Westminster Abbey Library MS 21, reveals the pivotal but often overlooked role of women in late medieval literary culture. Despite bearing names of two male figures—Thomas Scales and Wyllam Courtnay—the manuscript's provenance traces a hidden network of female ownership across generations. These women, though absent from historical records, shaped the manuscript's circulation through marriages into influential male networks and their own literary engagements. By analyzing marginalia and textual evidence, researchers demonstrate that vertical female reading networks underpinned the visible horizontal networks of men, challenging the narrative that separates women's contributions from broader medieval literary culture.
Bisotun
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A striking parallel emerges between the religious themes of the Behistun Inscription, dating back 2500 years to the reign of Emperor Darius I (522–486 BCE), and core Islamic principles. The inscription's focus on concepts such as truth, justice, preservation of scripture, prayer, and invocations aligns almost identically with Islamic values, suggesting a shared intent despite its pre-Islamic origin. This study reveals that the inscription's dindar (pious) approach to governance and devotion to Ahura Mazda’s rules mirrors Islamic teachings, further supported by comparisons drawn from the Quran, Bible, Torah, and Avesta. Such an analysis not only highlights the inscription's continuity with Islamic traditions but also proposes its relevance in modern Islamic practices, such as charitable endowments (waqf), where similar invocations are used to ensure longevity. This perspective offers a novel lens through which to view the Behistun Inscription, bridging ancient Persian and Islamic thought.
Ensemble of the Ferapontov Monastery
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During the crisis years of the late 16th and early 17th centuries, including the Great Famine of 1601–1603, Belozersk monasteries in Russia remained resilient economic centers, sustaining local populations through grain loans and other resources. Unlike other monasteries, the Kirillov Monastery, under Abbot Matthew's leadership, successfully defended against Polish-Cossack plunder from 1612 to 1618, preserving its heritage. This study reveals that while the broader crisis did not disrupt regional life, monastic destruction began in 1612 and persisted until 1618. Researchers analyzed historical documents, including property inventories and business records, using methods of historical analysis such as synthesis and document criticism to draw these conclusions.
Bergpark Wilhelmshöhe
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Bergpark Wilhelmshöhe stands as Europe's largest artificial landscape garden, exemplifying the grandeur of Baroque architecture and engineering. Its monumental fountains, the iconic Hercules statue, and the artificial ruins of Lowenburg showcase a unique fusion of garden design, art, and technical innovation from the era of European absolutism. Positioned on the Habichtswald Mountains, the park's octagonal foundation, pyramid, and copper Hercules figure serve as a landmark above Kassel, while the Lowenburg complex—comprising a tournament site, castle garden, and vineyard—mimics romantic medieval architecture. Constructed between 1793 and 1801 under Landgrave Wilhelm IX of Hessen-Kassel, this UNESCO World Heritage Site remains a testament to the integration of diverse architectural movements and historical craftsmanship.
Via Appia. Regina Viarum
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Despite its architectural significance, the Berretta del Prete—a late antique domed rotunda located along the Via Appia Antica near Rome—has been overlooked in scholarly discussions on Roman funerary architecture. This study addresses this gap by compiling and analyzing existing literary and visual records of the mausoleum, including archaeological excavation reports from the 1980s and personal observations. The research reconstructs the structure's documented history, from its original use to later modifications and decay, revealing patterns of reuse and restoration that have shaped its current form. By synthesizing fragmented sources, the study provides a comprehensive narrative of this understudied monument, offering new insights into its role within broader Roman sepulchral traditions.
K’gari (Fraser Island)
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2021 —
WHEE827ED96A7
Successful dingo management on K’gari (Fraser Island) offers six key lessons for mitigating human-dingo conflicts, derived from over 20 years of adaptive strategies. The approach prioritizes people's safety and interests while targeting specific dingo behaviors and individuals. Central to this strategy is a deep understanding of local dingo ecology, clear pathways for intervention, and collaboration with stakeholders. This best-practice framework, encapsulated in the Fraser Island Dingo Conservation and Risk Management Strategy, provides a model for managing similar conflicts involving canids globally.
Pythagoreion and Heraion of Samos
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2021 —
WHEDFB2B46691
A comprehensive analysis of Panathenaic prize amphorae and red-figured pottery from the Heraion of Samos reveals significant insights into the craftsmanship, symbolism, and historical context of these artifacts. The study, conducted by Bettina Kreuzer, identifies distinct stylistic evolution and iconographic patterns in the pottery, linking them to specific athletic competitions and cultural practices during ancient times. By employing detailed typological and stylistic analysis, the research provides a nuanced understanding of the artistic and functional aspects of these vessels, contributing valuable data to the broader study of Greek ceramic traditions.
Byblos
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2021 —
WHE1BC80F4842
The 'Lady of Byblos,' a goddess central to the political and religious landscape of Late Bronze Age Byblos, is not merely defined by her proper name but by her role as a unifying figure within the city's complex social-political system. This study shifts focus from identifying her true name to understanding her significance in mediating interactions between centralized imperial governance and decentralized collective structures. Through this lens, the goddess emerges as both an integral part of Byblos’s order and a symbol of how deities shaped ancient political realities, offering new insights into the interplay of power dynamics in ancient societies.
