Mantua and Sabbioneta
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2024 —
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Research on the Fognatura, Sabbioneta's 16th-century urban drainage system, reveals it as a groundbreaking engineering achievement. Originally dismissed for its age, the system is now recognized as an integral part of the city's design, reflecting Vespasiano Gonzaga's visionary approach to urban planning and water management. The study, led by Jan Pieper's team from Aachen, employed historical analysis to demonstrate that the Fognatura was not merely a functional addition but a foundational element in Sabbioneta's creation, showcasing advanced ingenuity in hydraulic infrastructure for its time.
Hebron/Al-Khalil Old Town
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2024 —
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Research on the feudal formation in Hebron reveals that the so-called 'Lords of Hebron' were, in fact, royal castellans who played a crucial role in the emergence of true baronies within the Kingdom of Jerusalem. Contrary to previous assumptions by Gustav Beyer, this study clarifies that Hebron's separation from the royal domain and its elevation to an independent barony occurred around 1161, coinciding with a significant land exchange involving Philipp von Nablus. The study challenges the notion that the absence of documentation in RRH n° 366 is problematic, arguing instead that Hebron should logically have been included in the same record due to its importance. It also explores the potential survival and transmission pathways of any lost documents related to this transaction, considering the legal implications for Philipp's family and the subsequent acquisition by the Teutonic Order.
Mantua and Sabbioneta
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2024 —
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Historical building research on Mantua and Sabbioneta, particularly focusing on the 'Hochkorridore' of Sabbioneta, has uncovered new insights into the layout and connections of elevated passageways within the city. The study revealed previously unknown details about the route of the Hochkorridor near the Chiesa della SS. Maria Incoronata and the adjacent Servite Monastery, leading to a reinterpretation of this architectural ensemble's significance in the ideal city design. These findings have sparked innovative ideas for repurposing the former monastery and its surrounding areas, which were further developed through student designs in collaboration with chairs in building history, preservation, and landscape architecture at RWTH Aachen. This demonstrates how historically grounded research can serve as a catalyst for urban planning, architecture, and heritage conservation.
Roman Monuments, Cathedral of St Peter and Church of Our Lady in Trier
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2024 —
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A dual perception of Roman ruins persisted in Trier until the 19th century, with the Porta Nigra simultaneously viewed as both a Roman structure and a church. This dichotomy only resolved after the church's demolition. Meanwhile, the Barbara Baths, whose ruins had vanished by the 17th century, led to contradictory contemporary descriptions due to reliance on older representations. The study analyzes early pictorial and textual records from the 16th and 17th centuries, highlighting the scarcity of such sources compared to the 19th-century abundance. It reveals how shifting perceptions and physical disappearance of monuments influenced their documentation and interpretation over time.
Brasilia
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2024 —
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Bearded capuchin monkeys (Sapajus libidinosus) play a crucial role as seed dispersers for the endangered Cerrado biome, significantly contributing to its conservation. Research in Brasília National Park revealed that these primates primarily consume fruits, with their diet comprising 33 plant species from 21 families, including 20% anthropic food. Seeds passed through their digestive system and deposited with feces exhibited enhanced germination rates compared to other treatments, highlighting the importance of primate-mediated seed dispersal. Additionally, they disperse medium- and large-sized seeds that smaller frugivores may overlook, underscoring their vital ecological function in maintaining biodiversity within this threatened ecosystem.
Yungang Grottoes
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2024 —
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Digital conservation techniques, including high-precision scanning and three-dimensional reconstruction, offer a non-destructive solution for preserving the Yungang Grottoes—a 1,500-year-old UNESCO World Heritage Site. This study demonstrates that digitization can accurately record and restore the physical form of the grottoes while enabling detailed analyses without damaging the original structures. By leveraging virtual reality technology, researchers not only safeguard this significant Buddhist art complex but also make it more accessible to the public. The findings highlight the potential of digital conservation to address threats like natural erosion and human damage, ensuring long-term protection for cultural heritage sites.
Archaeological Site of Philippi
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2024 —
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A novel digital storytelling approach has been successfully applied to the UNESCO-listed Archaeological Site of Philippi, Greece, demonstrating its potential to elicit cognitive-emotional experiences and communicate cultural values effectively. The study introduces a multimedia eBook, 'Birthplace of the Empire,' which leverages socio-historical content, unexpected art momentum, and cognitive load management to create an engaging digital artwork. This approach inspires critical thinking and participatory practices among audiences, fostering a deeper connection with the site's multicultural and multigenerational significance. The research is part of the EU-funded project BSB/831/HERiPRENEURSHIP, aiming to upgrade heritage-based offers and create new investment opportunities in tourism and cultural industries.
Ajanta Caves
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2024 —
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A novel approach combining cultural computing and artificial intelligence (AI) has been developed to preserve, restore, and digitally experience the rich heritage of Ajanta Caves, a UNESCO World Heritage Site renowned for its Buddhist religious art. The study successfully created a 3D reconstructed model of Cave 1 and restored a damaged image of Bodhisattva Padmapani, demonstrating the potential of these technologies in safeguarding cultural heritage. This method leverages scientific techniques to represent and analyze cultural elements such as emotion and narrative, offering a more immersive and accessible way to engage with historical artifacts without physical interaction.
Hiroshima Peace Memorial (Genbaku Dome)
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2024 —
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A comparison of global recognition trends between the May 18 Uprising (Gwangju Uprising) and the Hiroshima Peace Memorial reveals distinct patterns in overseas visibility. While the Gwangju Uprising saw a steady rise in international awareness from the 1990s to the mid-2010s, its prominence has since declined. Conversely, the Hiroshima Peace Memorial, through sustained international peace and human rights activities, has maintained a consistent upward trajectory in global recognition. This study leverages Google Ngram data—analyzing the frequency of terms in published works from 16th century to 2019—to quantify these trends without attributing causality to specific institutional efforts. The findings suggest that collaborative international engagement, as exemplified by the Hiroshima Peace Memorial's participation in networks like the East Asian Democratic Human Rights and Peace Network, may serve as a model for enhancing global visibility of historical events like the Gwangju Uprising.
Medici Villas and Gardens in Tuscany
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2024 —
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Low-cost digital technologies, including drones, short-range photogrammetry (SfM), and GIS integration, have been successfully applied to create accurate 3D models of the Medici Villas in Tuscany, a UNESCO World Heritage site. These models not only advance digital preservation efforts but also promote sustainable tourism through immersive virtual experiences and cycling routes. The project demonstrates how integrating affordable digital tools can enhance cultural heritage management while aligning with contemporary sustainability goals. By making historical assets accessible both physically and digitally, this initiative offers a replicable model for preserving and promoting Italy's rich cultural legacy.
Medina of Fez
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2024 —
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Digital technologies significantly enhance sustainable tourism and cultural heritage preservation in the historic Medina of Fez. A mixed-methods study combining literature review, stakeholder interviews, and online review analysis reveals that platforms like augmented reality (AR) and AI-powered guides deepen visitor engagement while fostering responsible tourism practices. These tools provide immersive, personalized experiences that strengthen connections to Fez's rich history, supporting both conservation efforts and the tourism sector. The findings underscore the potential of digital interventions to balance heritage preservation with modern tourism demands.
Archaeological Site of Volubilis
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2024 —
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A low seismic acceleration of just 0.168 g was sufficient to trigger the collapse of the Triumphal Arch of Caracalla in Volubilis during the 1755 Lisbon earthquake, aligning with current Moroccan seismic code estimates for the region. This finding highlights the arch's vulnerability, as its structural capacity matches the expected seismic demand, leaving it at risk from unexpected events. The study combined historical investigations and digital surveys conducted in 2017 with rigorous finite element (FE) modeling—both rigid-block and continuous—to retrace the timeline of collapses caused by subsequent earthquakes. By analyzing these models, researchers determined that the arch's current state reflects a 1930 reconstruction rather than its original condition post-earthquake, underscoring the need for further seismic risk assessment to ensure heritage preservation.
Archaeological Site of Delphi
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2024 —
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A virtual reconstruction of the Tholos at Delphi offers unprecedented insight into archaeological decision-making, revealing the often-overlooked processes behind ancient temple reconstructions. By integrating on-site images, original renderings, and conflicting theories, this 3D model enables side-by-side comparisons that educate both academic and general audiences about the complexities of reconstructing missing or fragmented structures. Unlike previous static representations, this dynamic tool bridges the gap between professional analysis and public engagement, transforming the reconstruction process into an interactive experience. The study highlights how modern technology can demystify historical interpretation while advancing digital archaeology.
Medina of Essaouira (formerly Mogador)
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2024 —
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Portuguese castles in North Africa, built between the 15th and mid-16th centuries, served as key tools for territorial appropriation. This study reveals that, except for Azamor, all Portuguese settlements on Muslim medinas involved at least one independent castle. The research analyzes these structures as integral parts of new urban landscapes or autonomous entities, examining their evolution across three phases: medieval, early modernization, and Manueline maturity. By revisiting sites like Alcácer Ceguer, Arzila, Tânger, Safim, and Mogador (Essaouira), the study highlights how these castles adapted to emerging pyrotechnic challenges, marking a turning point in North African fortification history by mid-16th century. The approach combines historical analysis with architectural investigation, focusing on visible vestiges and their significance.
Rila Monastery
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2024 —
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A detailed analysis of proofreading copies of Dimitriy Rostovskyi’s <em>Reading Menologion Lives of the Saints</em> from Rila Monastery reveals these texts represent the final stage of the editorial and publishing process for the first Moscow edition (1756–9). This finding sheds light on the collaborative publishing history between Kyiv, Moscow, and Rila, highlighting the role of the Most Holy Governing Synod in overseeing the work. The study examines proofreading marks and annotations, offering a rare glimpse into the comprehensive publishing process of Eastern European religious texts during the 18th-century Russian Empire.
Salonga National Park
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2024 —
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Researchers have discovered three new species of jumping spiders, Thiratoscirtus iyomii, T. kalisia, and T. khonvoum, within Salonga National Park, the largest tropical rainforest reserve in Africa. These findings represent the second documented report of spider collections from this UNESCO World Heritage Site, highlighting its rich biodiversity. The species were identified during a rapid biodiversity inventory conducted on the forest floor, emphasizing the importance of such surveys in uncovering hidden diversity in protected areas.
Historic Jeddah, the Gate to Makkah
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2024 —
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A study in the central Red Sea reveals that man-made environments, such as ports and marinas, serve as significant gateways for marine non-indigenous species (mNIS), with Jeddah port hosting 28 mNIS, including 16 newly reported in the region. Using DNA metabarcoding, researchers analyzed spatio-temporal trends of biological pioneer communities across a port, marina, and coral reefs over one-week colonization periods, employing two matrices: PVC panels and water samples. The findings indicate that coral reef communities exhibit greater similarity to each other than to those in artificial habitats, underscoring the distinct biodiversity patterns between natural and man-made environments. This research establishes a standardized baseline for monitoring introduced species, particularly in data-poor regions like the Red Sea, a critical shipping corridor. It also highlights the potential for early detection of non-indigenous species, providing foundational data for biosecurity programs.
Pitons Management Area
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2024 —
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A recent study identifies <em>Carex pilulifera</em> L., a European sedge, as an invasive species in Reunion Island's subalpine vegetation, with significant presence (16.6% cover) only on Piton de la Fournaise but potential for spread to Piton des Neiges. The species thrives near grazing and fodder areas, suggesting these as likely introduction pathways. Using generalized linear models (GLMs) and species distribution models (SDM), researchers found <em>C. pilulifera</em> to be the fourth most observed alien plant, predominantly in subalpine grasslands. The study highlights its invasive potential in high-biodiversity regions and recommends targeted management, including surveys in Piton des Neiges and control measures in Piton de la Fournaise to prevent further spread.
Talamanca Range-La Amistad Reserves / La Amistad National Park
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2024 —
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Central American clouded oncillas (Leopardus pardinoides oncilla) primarily inhabit high-elevation, dense cloud forests near permanent water sources, likely due to the abundance of prey and favorable structural conditions. A study using camera traps and occupancy modeling in Costa Rica's Talamanca Range-La Amistad Reserves identified environmental factors—such as tree density and proximity to water—as key drivers of their habitat selection. Spatial predictions highlighted two critical conservation areas: the Caribbean slope of the Talamanca Mountains and the Arenal-Monteverde forest complex, where threat mitigation and monitoring are urgently needed. The research underscores the species' vulnerability to climate change and mesopredator pressure, emphasizing the need for targeted conservation efforts.
Qinghai Hoh Xil
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2024 —
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A study on the northern Hoh Xil region reveals that rubidium (Rb) and cesium (Cs), critical for national resource security, exhibit distinct distribution patterns in lake waters. Rb concentrations range from 2.32 to 2467.7 µg/L, while Cs ranges from 0.65 to 945.53 µg/L, with spatial variations linked to total dissolved solids (TDS) levels—higher in the western lakes than the eastern ones, particularly in Lake Leixudong. However, an observed freshening trend poses challenges for future resource exploitation. The study attributes Rb and Cs enrichment primarily to high-content thermal spring inputs, water evaporation, and water-rock interactions, with Rb typically exceeding Cs (Rb/Cs > 1) except in specific lakes like Yima Lake and parts of Qingshai Lake. Hydrogen-oxygen isotopes indicate mixed sources, including atmospheric precipitation, magmatic water, and river/groundwater inputs. This research advances the understanding of Rb and Cs enrichment mechanisms in Hoh Xil salt lakes and provides a scientific foundation for sustainable resource management.
Socotra Archipelago
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2024 —
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A comprehensive assessment of 11 endemic frankincense tree taxa (Boswellia) in the Socotra Archipelago reveals that these culturally and economically significant species are under severe threat due to habitat fragmentation, overgrazing, and increasing climate extremes. The study, combining field surveys with unmanned aerial vehicle (UAV) remote sensing, identified 17,253 trees across all taxa, with some species like Boswellia scopulorum facing critical endangerment, surviving in populations of fewer than a hundred individuals. While resin collection poses less immediate risk, natural regeneration is hindered by overgrazing and extreme weather events such as cyclones and droughts. The research updates the conservation status of these taxa, designating seven as endangered and four as critically endangered, while providing actionable recommendations to mitigate threats and guide future protection strategies for both local communities and global biodiversity efforts.
Gunung Mulu National Park
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2024 —
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Researchers have documented extensive diurnal activity of Horsfield’s bat (<em>Myotis horsfieldii</em>) in Gunung Mulu National Park, Malaysian Borneo, challenging the conventional understanding that bats are predominantly nocturnal. Over six years (2015–2020), repeated observations at 14 sites revealed these bats foraging along streams and rivers during daylight hours, confirmed by bioacoustics showing feeding buzzes. This behavior persists despite the presence of diurnal avian predators like bat hawks (<em>Macheiramphus alcinus</em>) and competitors such as cave swiftlets (<em>Aerodramus</em> spp.). The findings suggest that this trawling insectivorous species may exploit daytime foraging to avoid night-time competition with other bats, potentially indicating a broader ecological strategy in the region.
Dja Faunal Reserve
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2024 —
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Research in the Dja Faunal Reserve, Cameroon, reveals that duikers—African forest antelopes—differentially disperse seeds based on size and toughness, with smaller seeds (<3 mm) primarily dispersed via defecation and larger, tougher seeds (>10 mm) regurgitated. This process, particularly regurgitation at nesting sites, significantly influences seed deposition in dense understory habitats dominated by lianas, palms, and fallen trees. The study found that nocturnal bay duikers (Cephalophus dorsalis) deposit larger seeds 3-4 times more frequently than other species due to their nesting habits. These findings underscore the critical yet understudied role of regurgitation in seed dispersal, with potential implications for forest succession and structure worldwide.
Comoé National Park
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2024 —
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A comprehensive ornithological survey of Comoé National Park, Côte d’Ivoire, identified 47 waterbird species across 18 families, with non-Passeriformes dominating (89.36% of species richness). The study, conducted from September 2017 to August 2019 using count points and slow walks along the Comoé River and its tributaries, revealed that Ardeidae (herons) were the most diverse family (23.81%), while the Cattle Egret (<em>Bubulcus ibis</em>) and Hamerkop (<em>Scopus umbretta</em>) were the most abundant species. Waterbird abundance peaked during the dry season (December–March), with a marked preference for gallery forests. Only one species, the Woolly-Necked Stork (<em>Ciconia episcopus</em>), was noted as near-threatened by the IUCN. This research provides critical baseline data for the conservation and management of waterbirds in this UNESCO-listed site.
Manas Wildlife Sanctuary
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2024 —
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Manas National Park (MNP) in Assam, India, harbors a rich diversity of spider fauna, with 73 species recorded across 47 genera and 16 families. Family Araneidae was the most abundant, representing 28.77% of the total species. The study, conducted from September 2018 to August 2021, used semi-quantitative sampling in woodland, grassland, and riparian habitats, revealing that woodland areas hosted the highest diversity (54.17%). Orb-weaver spiders dominated (45.21%), with leaf surfaces being the most common microhabitat (42.47%). These findings underscore MNP's significance as a conservation priority area due to its high spider diversity, which serves as an indicator of ecosystem health.
Phong Nha-Ke Bang National Park and Hin Nam No National Park
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2024 —
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A comprehensive survey of Commelinaceae diversity in Laos identifies 23 species, including two new records: <em>Amischotolype glabrata</em> and <em>Commelina maculata</em>. Conducted across four national parks—Nam Et–Phou Louey, Nakai-Nam Theun, Hin Namnor, and Dong Houa Sao—the study maps distribution, ecology, and phenology of the family. Notably, 10 species shared between Nakai-Nam Theun and Dong Houa Sao exhibit the highest similarity index (0.2857), while marshy habitats host the majority (11 species). Flowering peaks in August, with all 23 species blooming between May and November. Conservation assessments reveal five IUCN Least Concern species (<em>Commelina benghalensis</em>, <em>C. diffusa</em>, <em>Cyanotis axillaris</em>, <em>Cy. cristata</em>, <em>Floscopa scandens</em>) and nine rare species warranting further protection. The research underscores the family's ecological adaptability while highlighting gaps in conservation data.
Ujung Kulon National Park
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2024 —
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A study on gastropod diversity in Ujung Kulon National Park's mangrove forests revealed 20 species from seven families, with medium diversity levels. Station 1 exhibited the highest diversity index (2.03), while Station 3 had the lowest (1.56). The average gastropod abundance was 273 individuals per square meter. Sampling employed line transect and purposive methods under low tide conditions across three stations, each with five 1x1 m² plots spaced 10 meters apart. Conducted in May-June 2021, the research analyzed diversity, dominance, evenness, and abundance indices to assess gastropod distribution and richness in this coastal ecosystem.
Khajuraho Group of Monuments
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2024 —
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The Khajuraho Group of Monuments, renowned for their cultural and historical significance, faces significant biodeterioration due to microbial activity. A study identified 6 bacterial genera, 12 fungal species, 7 algal species, and 3 lichens on the temple surfaces, highlighting their role in the decay process. This deterioration is driven by a combination of physical and chemical reactions, exacerbated by environmental factors such as seasonal variations, rain, wind, and sunlight. The study, conducted at the western group of temples, underscores the urgent need for preservation efforts to mitigate biological degradation, which threatens these UNESCO World Heritage Sites.
Taï National Park
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2024 —
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A study in Taï National Park, Côte d'Ivoire, reveals that elephants consume at least 335 plant species, with leafy twigs (53%) and fruits (31%) being the most favored. Parinari excelsa, Sacoglottis gabonensis, and Tieghemella heckelii emerged as the top fruit species consumed. The research used transect surveys, poop excavations, and roving surveys to document this dietary diversity, highlighting seasonal variations in elephant feeding behavior tied to plant phenology. This insight underscores the critical role of food resource availability in shaping elephant movements and distribution, offering key implications for their sustainable conservation.
Comoé National Park
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2024 —
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A study of the riparian forest galleries in Comoé National Park, Ivory Coast, identified 78 tree species across four ponds, with the buffalo pond exhibiting the highest diversity. Key dominant species included Diospyros mespiliformis (25.89%), Mitragyna inermis (17.11%), and Khaya senegalensis (12.27%). The Fabaceae and Rubiaceae families were most represented, highlighting the ecological significance of these microhabitats. The research used surface survey and roving inventory methods to assess species richness, contributing valuable data for the conservation and management of these unique biomes.
Sanganeb Marine National Park and Dungonab Bay – Mukkawar Island Marine National Park
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2024 —
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Dungonab Bay, part of the UNESCO-listed Sanganeb Marine National Park and Dungonab Bay – Mukkawar Island Marine National Park in Sudan's Red Sea, supports a rich and diverse community of epibenthic echinoderms. A study recorded 986 individuals across 16 species, with Holothuriidae being the dominant family (5 species, 342 individuals). Pearsonothuria graeffei was the most abundant species (77 individuals, ~7.81%). Spatial variations in abundance were insignificant, and diversity indices indicated high richness, evenness, and diversity (H' = 2.738, J' = 0.9875, d = 2.791). Distribution patterns varied between clumped and uniform, except for Asthenosoma varium, which consistently showed clumped distribution. The study highlights the ecological significance of Dungonab Bay as a biodiversity hotspot, contributing to conservation efforts in this UNESCO-protected region.
Mount Wuyi
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2024 —
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Protected areas and conservation policies in Wuyi Mountain, China, have shown mixed but promising effects on forest Net Primary Productivity (NPP) between 1985 and 2021. The study found that 62.5% of protected areas positively influenced NPP, with nature reserves demonstrating the highest effectiveness at a 72% conservation rate. However, only 16.67% of policy scenarios showed concurrent positive effects from both protected areas and policies, indicating variability in outcomes depending on the type of protected area. The research used Propensity Score Matching (PSM) and Difference-in-Difference (DID) models to assess these impacts, revealing that while some protected areas maintained stable NPP, others exhibited significant upward trends. These findings provide critical insights for policymakers aiming to enhance forest conservation in mountain regions.
Península Valdés
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2024 —
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Southern right whales (Eubalaena australis) in Península Valdés, Argentina, showed significant shifts in their distribution during the COVID-19 lockdown, suggesting that whale-watching vessel activity may influence their behavior. The study analyzed data from 2019 (pre-pandemic), 2020 (during lockdown with minimal vessel traffic), and 2021 (post-lockdown) to compare core and home ranges of whales, including mother-calf pairs. Results indicated that the absence of whale-watching vessels in 2020 led to increased overlap in core areas, particularly for mother-calf pairs, implying that human activity may alter their spatial patterns. The research highlights the potential ecological impact of tourism on marine mammals and underscores the importance of monitoring such interactions.
Durham Castle and Cathedral
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2024 —
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Durham Cathedral, renowned as England's premier Romanesque church, offers a wealth of documentary evidence that sheds light on its architectural evolution and the development of its monastic buildings. Unlike other medieval sites, Durham's extensive records, particularly those held by the Dean and Chapter, provide unique insights into post-Romanesque additions and specific monastic structures. While these documents primarily focus on later periods rather than the cathedral's foundational Romanesque phase, they remain invaluable for understanding medieval architecture. This study highlights the significance of these historical materials, offering scholars a comprehensive survey of Durham's built environment and its broader implications for the study of similar sites.
Sundarbans National Park
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2024 —
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Rural tourism's potential to boost local economies is significantly enhanced when combined with strong community support, according to a study focusing on the Sundarbans National Park. The research reveals that both hard services (like infrastructure) and soft services (such as hospitality) are critical drivers of destination competitiveness, but their positive effects are amplified when communities actively engage in tourism development. Using structural equation modeling (SEM) with PLS-4 path analysis, the study analyzed survey data from domestic tourists to quantify how community support—through cooperation and hospitality—influences tourism outcomes. The findings underscore that fostering community involvement can mitigate shortcomings in rural tourism, offering actionable insights for policymakers and stakeholders aiming to enhance destination attractiveness.
Blue and John Crow Mountains
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2024 —
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Research reveals that conservation of the endangered Jamaican hutia (Geocapromys brownii) in the Blue and John Crow Mountains, Jamaica, can coexist with Maroon cultural practices without significant conflict. While hunting is a traditional activity, few respondents prioritize coney consumption culturally or economically, and most support conservation efforts. However, crop damage by coneys poses a notable challenge to local conservation enthusiasm. Despite an estimated 530 coneys killed annually by surveyed hunters, perceptions suggest minimal population impact, offering hope for inclusive, equitable conservation strategies that respect both ecological and biocultural heritage.
Bwindi Impenetrable National Park
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2024 —
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Revenue sharing policies at Bwindi Impenetrable National Park, Uganda, often fail to equitably distribute benefits, leaving those who bear the highest conservation costs—such as resource users and communities near park boundaries—underrepresented. A study analyzing project distribution across ethnicity, gender, proximity, and infrastructure access found significant disparities, with key variables like homestead distance to roads or village centers failing to align with livelihood improvements or conservation support. The research recommends an equitable framework and community-based monitoring to address these gaps, highlighting the need for targeted policy implementation to balance conservation goals with social equity.
Mount Taishan
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2024 —
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Research at Mount Taishan reveals that the quality of host-guest interactions significantly enhances tourist citizenship behavior (TCB), while the quantity does not. The study, combining social exchange and cognitive appraisal theories, found that high-quality interactions boost experiential value, which in turn fosters TCB. Additionally, positive evaluations of these experiences deepen tourists' place attachment to the destination, further encouraging TCB. Data from 499 visitors were analyzed using SPSS and AMOS software, offering practical insights for destinations aiming to improve competitiveness and sustainability through optimized host-guest interactions.
Prambanan Temple Compounds
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Visitors perceive the Prambanan Temple’s cultural heritage value significantly higher than its current ticket price. A study using the Individual Travel Cost Method (ITCM) found that the total willingness to pay for 186 respondents amounts to Rp 10,747,976 ($688.57), with an average of Rp 57,753 ($3.70) per visit— substantially above the existing entrance fee of Rp 50,000 ($3.22). The analysis, employing Ordinary Least Squares (OLS) regression, also revealed a consumer surplus of Rp 1,399,358 ($89.65), or Rp 7,492 ($0.48) per individual, indicating strong economic value beyond the ticket price. This suggests that the temple’s heritage value is underrepresented in its pricing model.
Archaeological Site of Atapuerca
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2024 —
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Research reveals continuity in size and morphology of dogs from Chalcolithic and Bronze Age sites in Iberia, particularly in the M1 region, while fragmentary mandibles show slight differences behind it. The study used 3D geometric morphometrics to analyze nine dog hemimandibles, comparing them with modern Iberian wolves, dogs, and red foxes. It found that these ancient dogs retained diagnostic wolf traits in the carnassial zone, suggesting limited morphological change over time in inland regions, contrasting with coastal sites influenced by higher commercial activity.
Mount Wuyi
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2024 —
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Forest carbon storage in Wuyi Mountain National Park (WMNP) reached 4.851 million tons of carbon in 2020, with dominant tree species and age groups playing the most significant roles in driving this storage. The study, using biomass expansion factors and remote sensing data from 2017 to 2020, found positive correlations between carbon storage and elevation while noting negative impacts from slope length and aspect. Dominant tree species emerged as the primary factor influencing carbon storage, followed by age groups, providing critical insights for implementing forest carbon storage initiatives in WMNP. These findings underscore the importance of species composition and forest age in achieving carbon neutrality goals.
Ciudad Universitaria de Caracas
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2024 —
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A pioneering figure in Venezuelan heritage conservation, Dra. Ileana Vásquez De la Torre has significantly advanced the preservation of cultural and architectural landmarks, particularly those of religious and earth-based significance. Her expertise spans restoration projects such as the Iglesia San Lorenzo Mártir (estado Sucre) and the Basílica Nuestra Señora del Valle, alongside her leadership in developing inventories like the Inventario de Bienes Inmuebles and diagnostic studies for sites like Casa de la Hacienda La Trinidad. As a key member of ICOMOS and ICOFORT, she has contributed to international discourse on heritage conservation while serving as an academic leader, training future professionals through programs in Venezuela and Ecuador. Her ongoing work at the UNESCO World Heritage Site, Ciudad Universitaria de Caracas, underscores her commitment to integrating modern conservation practices with historical integrity.
Barberton Makhonjwa Mountains
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2024 —
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Ancient sedimentary rocks in the Barberton Makhonjwa Mountains, dating back 3.2 billion years, offer rare insights into Earth's early conditions, including temperature, climate, and volcanic activity that shaped life's emergence. These rocks, typically buried under younger layers or obscured by vegetation, are often tilted or flipped, complicating access. Researchers employed innovative sideways drilling to traverse multiple vertical layers, revealing critical data about Earth's distant past. This approach allows scientists to reconstruct ancient environments, including beaches, rivers, and meteorite impacts, providing a window into the planet's formative era.
Yungang Grottoes
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2024 —
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Salt-induced weathering significantly contributes to the deterioration of sandstone in grotto relics, with calcium sulphate and magnesium sulphate accumulation playing a crucial role. This study reveals that the Ca/Mg molar ratio varies between 0.27 at ambient relative humidity (RHam) and 4.13–18.15 under constant RH conditions, indicating distinct hydro-chemical processes influencing salt weathering. Field observations and laboratory experiments on Yungang Grottoes' sandstone showed that partial immersion led to a notable increase in Na+ and Mg2+ concentrations in groundwater (165 mg/L and 120.7 mg/L, respectively), while SO42− concentration decreased by 322.5 mg/L due to capillary-driven migration. Salt efflorescence formation was linked to wetting–drying and dissolution–crystallization cycles driven by fluctuating environmental conditions, providing critical insights for conservation strategies to mitigate salt damage in heritage sites.
Bursa and Cumalıkızık: the Birth of the Ottoman Empire
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2024 —
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Local communities in Cumalıkızık, a UNESCO World Heritage Site marking the birthplace of the Ottoman Empire, generally hold positive attitudes toward tourism. This study reveals that while economic benefits are strongly appreciated, concerns about environmental pollution and cultural degradation also emerge as significant issues. The research employed a qualitative approach using semi-structured interviews with 12 residents, analyzing data through content analysis to identify key themes. Findings underscore the importance of integrating local perspectives into future tourism planning to balance economic gains with socio-cultural and environmental sustainability.
Cilento and Vallo di Diano National Park with the Archeological Sites of Paestum and Velia, and the Certosa di Padula
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2024 —
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An innovative seismometric monitoring system installed at the Temple of Neptune in Paestum, Italy, demonstrates high accuracy and stability in assessing the structure's static and dynamic response. Preliminary results reveal correlations between the temple’s daily behavior and weather changes, such as temperature fluctuations. Developed collaboratively by the University of Salerno and the Archaeological Park of Paestum and Velia (PAEVE), this system combines mechanical and electronic components to enable proactive maintenance strategies. The findings underscore the potential of advanced monitoring technologies to enhance preservation efforts for UNESCO World Heritage Sites.
Rabat, Modern Capital and Historic City: a Shared Heritage
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2024 —
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Rabat, Morocco's capital, faces significant challenges despite its advantages as a post-Protectorate city. A study by Elhamdouni et al. (2024) reveals that while Rabat has experienced urban evolution with historical and political importance, it grapples with issues such as rural exodus, insecurity, and urban pockets. The research employs a cartographic approach using time sequences to visualize Rabat's urban dynamics, aiming to answer critical questions about its evolutionary stages and future trajectory. This method highlights the complex interplay of spatial, social, economic, political, and environmental factors shaping the city's sustainable transition.
Saloum Delta
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2024 —
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The Saloum Delta mangrove, a critical socio-economic and ecological asset, has shown remarkable stability despite gradual regression over 14 years (2008–2022), losing -7.47% of its area to tidal flats (<em>tannes</em>) and urban expansion. While anthropogenic activities—such as wood extraction, shrimp harvesting, and fishing—were identified as minor drivers, natural factors were deemed more influential in ecosystem degradation. The study, combining Landsat 7/8 satellite imagery analysis with supervised classification (QGIS) and socio-economic surveys, revealed three key actor groups and highlighted community-led mangrove restoration efforts. These findings underscore the need for further research on natural influences shaping the mangrove's trajectory.
W-Arly-Pendjari Complex
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2024 —
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Terrorist occupation of the W-Arly-Pendjari (WAP) Complex—spanning Benin, Burkina Faso, and Niger—has significantly altered environmental dynamics. Satellite analysis from 2002 to 2022 reveals increased degradation in areas controlled by armed groups, while neighboring villages experienced vegetation recovery due to population displacement. This study quantifies these changes, correlating them with the location and evolution of terrorist attacks using the Normalized Difference Vegetation Index (NDVI). The findings underscore the dual impact of terrorism on biodiversity conservation and local livelihoods, highlighting how strategic control over transboundary forest reserves disrupts both ecological stability and socio-economic mobility.
Muskauer Park / Park Mużakowski
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2024 —
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Historical mining activities in the Muskauer Park, particularly the early extraction of alum and brown coal dating back to the 16th century, have been significantly underappreciated despite their foundational role in shaping regional geology and industry. This study reveals that the park's geological significance, once documented by notable geologists like Leske, Werner, and Glocker, has been obscured by 19th-century landscaping efforts. Through a guided excursion, researchers uncovered remnants of mining operations—including shafts, waste heaps, coal seams, and tunnels—that illustrate the intertwined history of spa culture and mining in Bad Muskau. The findings highlight the park's dual heritage as both a natural landscape and an industrial site, challenging conventional perceptions of its geological and historical importance.
