Cerrado Protected Areas: Chapada dos Veadeiros and Emas National Parks
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Research on the striped skunk (<em>Conepatus semistriatus</em>) in Emas National Park, Brazil, reveals that this elusive carnivore is predominantly nocturnal and highly active during foraging. The study, using radio-collaring data from three individuals over 157 observations, found that temperature significantly influenced activity patterns, while light had no apparent effect. Home range estimates averaged 1.39 ± 0.87 km² (Minimum Convex Polygon method) and 0.69 ± 0.25 km² (Local Convex Hull method), with substantial overlap (0.27 km²) between individuals in resource-rich areas. This suggests that <em>C. semistriatus</em> may be more abundant or active than previously assumed, particularly in regions with accessible food sources.
Rio de Janeiro: Carioca Landscapes between the Mountain and the Sea
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2014 —
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Homicide risk in Rio de Janeiro's favelas is paradoxically lower within the communities themselves compared to surrounding areas, particularly where territorial disputes between armed gangs are intense. This counterintuitive finding emerges from a study analyzing mortality data from 2006 to 2009, combining geographic and ethnographic methods, including participant observation and interviews. Researchers found that while favelas themselves have homicide rates comparable to or lower than the rest of the city, areas adjacent to these communities—especially those caught in turf wars—experience significantly higher violence. The study highlights how drug trafficking and gang conflicts create an 'ecology of danger' in strategic urban zones, underscoring the complex interplay between territorial control and public safety in Rio's Carioca Landscapes.
Cambodian Memorial Sites: From centres of repression to places of peace and reflection
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This study reveals that volunteer tourism in Cambodia, particularly at memorial sites of past violence, fosters hope for a better future by contesting the 'monstrous' legacies of deprivation and atrocities. Volunteers, who engage in medical or community development work, express hopeful beliefs in eradicating poverty through education and healthcare, yet their experiences are shaped by encounters with sites like Khmer Rouge memorials and impoverished communities. The research combines interviews with returned volunteers and auto-ethnographic observations to demonstrate how material experiences at these sites can generate hope, offering a post-phenomenological perspective on the geographies of hope.
Complex of Hué Monuments
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Hue, once a symbol of stagnation and victimhood in Vietnamese political discourse, has undergone a critical reappraisal that challenges its negative portrayals. This study reveals Hue's dynamic history as the imperial center of Vietnam, showing how its decline facilitated radicalization during the Vietnam War and left a lasting legacy on modern Vietnamese leadership. By examining the spiritual significance of Hue's monumental architecture and its enduring cultural impact, the research argues for a balanced understanding of its heritage status. The study employs a critical analysis of political discourse, scholarly literature, and material culture to reassess Hue's multifaceted role in Vietnam's past and present.
Selous Game Reserve
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2014 —
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A study on the Selous Game Reserve's buffer zone reveals that population growth, driven by immigration seeking available land, is not directly linked to the protected area but poses risks to wildlife. Using ecological and socio-economic surveys, researchers found that immigrants made up one-third of the local population, with pastoralism reducing signs of large grazing mammals and elephants, while agriculture decreased elephant and buffalo sightings but increased other ungulates. Poor management of the Wildlife Management Area led to low awareness and limited benefits for residents, undermining conservation efforts. If unchecked, human activity could negatively impact the Selous Game Reserve, but proper resource management could benefit local communities.
Settlement and Artificial Mummification of the Chinchorro Culture in the Arica and Parinacota Region
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A groundbreaking review reveals that the Chinchorro culture of northern Chile, dating back over 5000 years, pioneered sophisticated artificial mummification techniques, predating those of ancient Egypt. Unlike other pre-Columbian cultures, Chinchorros employed a method involving layering of clay and ochre, combined with internal organ removal and body manipulation, achieving remarkable preservation akin to modern anatomical embalming. The study contrasts these ancient practices with later developments, including 19th-century anatomical techniques and contemporary chemical embalming methods, while analyzing their biomechanical properties, antimicrobial efficacy, and histological outcomes. It also evaluates the compliance of modern embalming chemicals with the European Biocidal Products Directive (98/8/EC).
Ephesus
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Ancient Ephesus was sustained by four extensive water conveyance systems, each with distinct hydraulic capacities. The Şirince system, spanning 8 km and composed of baked clay pipes, delivered approximately 10 liters per second (l/s). Similarly, the 7 km Derbentdere system, also using baked clay pipes, had a capacity of around 20 l/s. In contrast, the Değirmendere system, a masonry conduit stretching 36 km, boasted a significantly higher capacity of 200 l/s, while the 42 km Kayapınar system, another masonry conduit, delivered about 100 l/s. Notably, the Şirince system was extended in the 6th century AD by the 650 m long Selcuk aqueduct, which served as an inverted siphon, further enhancing its functionality.
Curonian Spit
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2014 —
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Research reveals that the accumulation of hazardous hydrocarbons, particularly polycyclic aromatic hydrocarbons (PAHs), in sediments offshore of the Curonian Spit is strongly linked to organic carbon content and sediment grain size. Elevated PAH concentrations were notably detected near Pionersky port, suggesting localized sources or higher exposure levels. The study compared aliphatic hydrocarbons (AHCs) and PAHs with total organic carbon (Corg) in coastal sediments of the eastern Gdansk Basin, providing insights into the environmental factors influencing hydrocarbon distribution. This finding underscores the importance of sediment characteristics in assessing pollution risks in this UNESCO World Heritage Site.
Badain Jaran Desert - Towers of Sand and Lakes
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2014 —
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Lake Nuoertu, one of the largest and deepest lakes in the Badain Jaran Desert, exhibits significant annual and seasonal variations in its physical and chemical characteristics, unlike groundwater. The lake's hydrochemical composition is consistently Na-Cl-CO3-(SO4), indicating strong evaporation in the region. Stable isotope analysis reveals that groundwater serves as the primary recharge source for Lake Nuoertu, with evidence suggesting a mixed origin of modern and older water (pre-1952). Tritium dating of tufa springs around the lake estimates their age at 75–80 years, highlighting the complex recharge dynamics. The study utilized ion concentrations, total dissolved solids, stable isotopes, and tritium analysis to unravel these processes.
Timgad
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2014 —
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Surface water quality in the Timgad watershed, Algeria, exhibits distinct hydrochemical facies influenced by anthropogenic sources and water–rock interactions. Two primary facies were identified: MgHCO₃ and MgSO₄, with significant spatio-temporal variations confirmed through ANOVA. Cluster analysis revealed two main groups at each of three sampling stations, indicating complex chemical dynamics driven by major ions (Mg, Ca, HCO₃, SO₄). The study underscores the impact of human activities on water chemistry in this UNESCO World Heritage Site, offering insights for conservation and management strategies.
Okavango Delta
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A groundbreaking hydrogeophysical study of the Okavango Delta, Botswana, reveals the subsurface structure beneath two critical regions—its western margin and north-central area. Using helicopter-based transient electromagnetic (HTEM) data alongside ground-based electrical resistance tomography (ERT) and transient electromagnetic (TEM) surveys, researchers uncovered a consistent three-layer resistivity model: a conductive middle layer flanked by resistive upper and lower layers. This model, validated across multiple datasets, suggests the presence of freshwater-saturated sediments from a Paleo Okavango Megafan, saline-water-saturated sands linked to ancient Lake Makgadikgadi, and modern megafan and fluvial deposits. The study bridges gaps in understanding the delta's sedimentary history, offering crucial insights for conservation and water resource management in this UNESCO World Heritage Site.
Olympic National Park
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2014 —
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A notable discovery of 14 hydroid species, including two anthoathecates and 12 leptothecates, was made on tsunami debris from Japan that washed ashore along the northwestern United States. Eight species were identified as amphi-Pacific, while five others (S. stylactaria sp.; Eutima japonica; Orthopyxis platycarpa; Sertularella sp.; Plumularia sp.) represented new records for the region. Obelia griffini emerged as the most frequently encountered species, found on three of the four derelict substrates. The study also clarified taxonomic relationships among Obelia species, assigning precedence to O. griffini under zoological nomenclature principles. These findings highlight the impact of marine debris on biodiversity and provide new insights into hydroid distribution and taxonomy.
Danube Delta
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2014 —
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A hydrological risk map for the Danube Delta reveals that the apex of the fluvial delta is the most vulnerable to flooding, while areas with secondary channels and polders are better protected. This finding stems from an analysis using cartographic materials and LiDAR techniques, which identified extreme water levels recorded between 2003 (minimum) and 2006 (maximum). The study highlights that flood risk is mitigated in enclosed areas like the Pardina and Sireasa polders due to dam protection, though these structures remain susceptible to failure if poorly maintained. This research provides critical insights for managing hydrological risks in one of the world's unique morphohydrographical units.
Mogao Caves
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2014 —
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An innovative multitouch tabletop system, i-m-Cave, revolutionizes virtual exploration of the Mogao Caves by integrating tangible interaction and artifact restoration. The system enables users to navigate intricate cave corners using a unique figurine with human-like neck movements, enhancing immersive exploration. Additionally, it allows for the visualization of artifact aging and restoration through midair gestures and mobile devices, providing insights into the evolution of artifacts over time—an experience unattainable in physical tours. Expert evaluations confirmed the system's effectiveness, highlighting its potential to enrich cultural heritage engagement.
Pergamon and its Multi-Layered Cultural Landscape
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A chronicled analysis of I. Pharnakes' conflict with the Pergamon Kingdom reveals how his strategic expansion and alliances reshaped Anatolian politics post-Magnesia Battle (190 BCE). The study traces his conquests—from Sinope's capture to Paphlagonia's invasion—and his prolonged war with Pergamon, demonstrating its far-reaching impact on regional states. By integrating antique texts, archaeological artifacts, numismatic finds, and epigraphic evidence, the research reconstructs a timeline of this pivotal conflict, offering insights into Hellenistic-era power dynamics.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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Ice cores from the St. Elias Mountains, Yukon, Canada, reveal unique climate and atmospheric records spanning over 100 years, offering unprecedented insights into North Pacific dynamics. These cores, recovered between 2001–02, provide detailed reconstructions of stable water isotopes, snow accumulation, pollen, biomass burning aerosols, desert dust, long-range air pollutants (sulphate and lead), and paleo-volcanism. Unlike Greenland or other Arctic ice cores, the St. Elias records exhibit distinct characteristics, linking vertical atmospheric structure with climate variations across the Holocene. The study combines data from multiple altitudes—ranging from 3017 m to 5340 m—to trace aerosols from diverse sources, enhancing understanding of past environmental changes in the North Pacific region.
Historic Centre of Naples
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A novel ICT framework, developed under the OR.C.HE.S.T.R.A. Project, enhances cultural heritage engagement for tourists and residents in Naples by leveraging personalized data-driven recommendations and real-time accessibility solutions. This approach integrates smart tourism with social innovation, creating an ecosystem that involves stakeholders from companies to researchers. The system improves both the fruition of cultural knowledge—tailoring experiences based on user preferences—and its preservation through interactive and enjoyable learning pathways. By addressing challenges in heritage conservation and visitor experience simultaneously, this project demonstrates a scalable model for integrating technology into cultural heritage management.
Camino Real de Tierra Adentro
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A novel approach to identifying road networks using high-resolution satellite imagery has been developed, leveraging the fusion of multi-spectral and panchromatic images (pansharpening) combined with spatial classification algorithms. This method effectively discriminates linear features such as roads from other land uses like cities or water bodies by integrating spectral and edge information. Applied to the branches of the Camino Real de Tierra Adentro in San Juan Del Río, Mexico, this technique demonstrates potential for precise historical road network reconstruction, offering insights into the spatial organization of this UNESCO World Heritage Site.
Caves of Aggtelek Karst and Slovak Karst
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A study of Domica Cave, part of the UNESCO-listed Aggtelek Karst and Slovak Karst, reveals that Enterobacter cloacae, a bacterium typically associated with fecal contamination, is likely an autochthonous component of the cave's microbiota. Researchers analyzed 36 isolates of E. cloacae from the cave's water samples, finding widespread resistance to β-lactam antibiotics, including multi-drug resistance in some cases. The study suggests that long-term agricultural activities near the cave may have contributed to this resistance, raising concerns about the impact on the cave's conserved microbial ecosystem. The research employed molecular techniques to identify resistance genes (blaTEM, blaSHV, and blaCTX-M), correlating them with antibiotic resistance patterns.
Neolithic Site of Çatalhöyük
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Researchers have identified the volcanic eruption depicted in a Neolithic mural at Çatalhöyük, Turkey, as the oldest known representation of such an event. The study uses (U-Th)/He zircon geochronology to date andesitic pumice veneer on Hasan Dağı volcano, revealing an eruption age of 8.97±0.64 ka (or 6960±640 BCE), which closely overlaps with the radiocarbon dating of cultural strata at Çatalhöyük, including the level containing the mural. This finding provides the first radiometric evidence for a Holocene explosive eruption witnessed by humans in the region, supporting the interpretation that Neolithic residents artistically represented the volcanic event. The study also highlights Hasan Dağı's magmatic longevity and potential as a volcanic hazard.
Gebel Barkal and the Sites of the Napatan Region
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A new understanding of the Kushite enthronement ritual emerges, revealing its role in reinforcing political cohesion within the Dongola-Napata Reach. The study suggests that this ritual differentiated the region from Lower Nubia to the north, with potential implications for the inclusion of sites like Pnubs and Kawa in a coronation circuit. Macadam's 1949 analysis introduced Taharqo's visit to Kawa, highlighting his significant renovations there, comparable only to those at Sanam. The temples' iconographic programs and architectural layouts hint at sequential construction, while post-Twenty-Fifth Dynasty inscriptions emphasize hereditary succession, linking the administration across dynasties.
The <I>Trulli</I> of Alberobello
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UNESCO World Heritage inscription can significantly boost economic growth for cultural sites, but its success hinges on the active engagement of local communities. A comparative study of Alberobello (Trulli) and Matera (Sassi), both inscribed in 1996 and 1993 respectively, reveals stark differences in their development trajectories despite similar tourist arrivals. While Alberobello, with its smaller population, has seen consistent positive representation, Matera faced historical perceptions of backwardness that shaped its tourism evolution. The research, based on surveys conducted between 2007 and 2012—targeting residents, tourists, and industry operators—and an analysis of newspaper archives from 'La Stampa,' underscores the critical role of local communities in leveraging cultural heritage as a resource for sustainable growth.
Historic Town of Ouro Preto
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Otto Maria Karpfen / Carpeaux, an Austrian-Brazilian essayist and political activist, is often depicted in static contexts that oversimplify his complex life. This study challenges such narratives by presenting new, dynamic images of Karpfen / Carpeaux through his relationship with Ouro Preto, a UNESCO World Heritage Site in Minas Gerais, Brazil. Analyzing three literary essays written before and after the 1964 civil-military coup, the research reveals how Karpfen / Carpeaux's experiences in Brazil—marked by both novelty and déjà vu—reflect his broader life of ruptures and continuities. The study argues that these essays are essential for understanding his multifaceted identity and contribution to Brazilian culture.
Vredefort Dome
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A critical analysis of impact recognition criteria reveals that many proposed impact structures lack unambiguous evidence, such as planar deformation features (PDFs) or shatter cones, leading to widespread misinterpretations. The study emphasizes the importance of adhering to established criteria for shock metamorphism and cautions against accepting nonplanar fluid inclusion trails or irregular microstructures as diagnostic proof of impact events. It highlights the need for rigorous peer review and proper documentation to prevent erroneous reports from entering mainstream science, using cases like Maniitsoq (Greenland) and Vredefort Dome (South Africa) to illustrate the distinction between true and false impact evidence.
Mount Qingcheng and the Dujiangyan Irrigation System
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A comparative analysis of Mount Qingcheng and the Dujiangyan Irrigation System (a UNESCO World Heritage Site) and Jiuzhaigou National Park in Sichuan Province reveals that cultural heritage and natural disaster awareness significantly influence residents' pro-environmental behaviors. The study, using multi-group structural equation modeling on 642 valid questionnaires, found that altruistic values and eco-environmental beliefs strongly predict conservation actions, with no significant differences between the two sites despite variations in personal norms and daily habits. These insights underscore the importance of cultural education and disaster preparedness in sustaining ecological conservation efforts at tourist destinations.
Teide National Park
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Massive introduction of honeybees (Apis mellifera) in Teide National Park significantly disrupts native pollination networks, reducing floral visitor diversity and impairing reproductive success of key plant species. The study found that up to 3000 beehives, housing around 100 million bees, compete with native fauna for nectar and pollen, leading to decreased fruit and seed production due to inbreeding depression. While honeybees are not effective pollinators, their dominance alters the park's ecological balance, threatening its endemic flora and fauna. Researchers recommend banning introduced beehives to protect the park's biodiversity.
Sichuan Giant Panda Sanctuaries - Wolong, Mt Siguniang and Jiajin Mountains
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The Wenchuan earthquake (M=8.0) in 2008 caused significant damage to the Wolong National Nature Reserve, China, a critical habitat for giant pandas, reducing forest area by approximately 10% and decreasing weighted usable area (WUA). The study used Landsat images classified with support vector machines to assess land cover changes, revealing that forests east of Wolong town, home to numerous pandas, were most severely affected. Habitat suitability between 1200 and 1300 meters above sea level showed vulnerability and slow recovery by 2013, though it had not fully rebounded to pre-earthquake levels. These findings underscore the urgent need for effective management strategies to restore and protect panda habitats in earthquake-affected regions.
Paraty and Ilha Grande – Culture and Biodiversity
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Both residents and tourists in Paraty, Brazil, recognize the significant environmental damage caused by tourism, though locals exhibit greater pessimism. The study highlights the need for improved tourism planning and coordinated policies to prioritize environmental conservation and sustainable practices. Researchers used random questionnaires to assess perceptions of natural, transformed, and sociocultural environments, revealing a shared but differing awareness among stakeholders.
Gunung Mulu National Park
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A poignant tribute to Geoff Wong, highlighting his contributions to the study of carnivorous plants in Gunung Mulu National Park, Sarawak. The article features a striking image of Ch'ien Lee posing on a rock face above Deer Cave, approximately 200 meters above ground level, without a safety helmet—a testament to Wong's adventurous spirit and dedication to fieldwork. While the publication does not delve deeply into specific scientific findings, it serves as an homage to Wong's legacy in exploring and documenting the unique flora of this UNESCO-listed site, particularly focusing on Nepenthes campanulata. The piece reflects on his pioneering work and its impact on botanical research.
Cathedral, Torre Civica and Piazza Grande, Modena
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A minimal and preservative investigation revealed that the mechanical strength of mortars in the 12th-century Modena Cathedral's vaults varies significantly, correlating with crack patterns and damage severity. The study used on-site visual inspections and micro-destructive testing to differentiate between repair mortars from different historic periods, finding low resistance values that differed for lime mortar and gypsum. These findings were crucial in designing a minimal and reversible strengthening intervention for the cathedral following seismic damage in 2012.
Bryggen
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2014 —
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A year-long study at Bryggen, a UNESCO World Heritage Site in Bergen, reveals significant spatial and temporal variations in oxygen concentrations within unsaturated archaeological deposits. Oxygen levels are primarily driven by soil air content exceeding 10–15% volume, with dissolved oxygen in rainwater playing a minor role. The findings, based on continuous monitoring using optical sensors, correlate oxygen dynamics with soil characteristics, precipitation, water content, and organic material degradation. This research advances the understanding of oxygen's role in archaeological material preservation, offering critical insights for conservation strategies.
Budj Bim Cultural Landscape
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Despite significant legal and policy advancements, such as the recognition of native title and the UN Declaration on Indigenous Rights, there has been minimal integration of Indigenous Australian knowledge into contemporary planning practices. This study highlights the persistent gap between reconciliation policies and practical implementation, emphasizing the need for a paradigm shift in planning that values Indigenous place-making. Through a case study of Lake Condah in South West Victoria, the research documents the Gunditjmara and Budj Bim peoples' historical and ongoing planning practices, contrasting them with Western models to illustrate ontological, epistemological, and axiological differences. The paper advocates for a future where Indigenous perspectives are not just acknowledged but actively incorporated into urban and regional planning, moving beyond superficial tokenism.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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A new approach to assessing water resource consumption, using extended (EWF) and occupied water footprint (OWF) indices, reveals critical insights into the sustainability of agricultural practices. Unlike conventional methods that rely on fixed timeframes like months or years, EWF and OWF analyze water use based on the concept of 'acceptable delay,' enabling more precise temporal analysis. Applied to sugarcane production for biofuel on Tokunoshima Island, this study found that while blue water (BW) consumption peaked during high evapotranspiration periods—sometimes exceeding actual cultivation areas by eight times—the total annual OWF remained sustainable with proper management. The findings highlight the potential of EWFs and OWFs as robust indicators for life cycle assessment (LCA), particularly in fine-grained water stress analysis, though challenges remain in database preparation and methodology refinement.
City of Cuzco
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This edited volume reveals the significant but often overlooked contributions of Indigenous intellectuals during the colonial era, demonstrating their pivotal role in shaping knowledge, law, and history across Andean cities like Cuzco. It challenges traditional narratives by highlighting how Indigenous scholars, trained in both European and native traditions, mediated between colonial institutions and Indigenous communities through genealogy, cartography, and archival practices. The research employs a multidisciplinary approach, analyzing primary sources such as genealogical records, legal texts, and manuscripts to uncover the complex networks of Indigenous intellectuals who preserved and adapted their cultural heritage while navigating colonial structures.
Jesuit Missions of the Chiquitos
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The performance practices of the Ensamble Moxos, an Indigenous ensemble from Bolivia's Jesuit missions, defy conventional categorization as either 'traditional' or 'modern.' This study reveals how their interpretations of 17th-century Baroque mission music—preserved in Chiquitos and Moxos archives since the Jesuits' expulsion in 1767—reflect Indigenous experiences of modernity and cultural identity. By analyzing repertoire performed by Ensamble Moxos, the research demonstrates that these practices embody a unique 'Indigenous modernity,' blending historical continuity with contemporary globalization. The study highlights the resilience of mission music as both a tool for evangelization and a living tradition, offering insight into the complexities of Indigenous engagement with globalized modernity.
Ancient Thebes with its Necropolis
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A critical analysis of evidence suggests that while direct proof remains elusive, ancient Egypt likely performed cataract surgery. The study highlights indirect clues, including the discovery of a 4000-year-old tomb containing surgical tools and medical texts describing eye procedures. Notably, the tomb of Skar, chief physician to a fifth-dynasty ruler, contained instruments resembling those used in modern ophthalmology, hinting at early surgical practices. Additionally, historical accounts describe Nebenchari's successful treatment of Persian royalty through an unspecified eye procedure, while medieval illustrations mirror ancient depictions of ocular surgery. Despite the lack of definitive evidence, these findings imply that cataract surgery may have been practiced in ancient Egypt.
Bale Mountains National Park
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Mountain nyala (Tragelaphus buxtoni) in Bale Mountains National Park, Ethiopia, strategically use human settlements as protective shields against nocturnal predation by spotted hyenas (Crocuta crocuta), demonstrating a nuanced, scale-dependent response to human presence. While nearly all individuals occasionally move closer to human settlements at night—when they are most vulnerable to hyena attacks—the frequency of these excursions varies significantly among individuals, ranging from 0% to 71%. This behavior persists year-round and is not tied to seasonal crop availability, suggesting a deliberate adaptation rather than opportunistic foraging. The study, which radio-marked 15 nyala (seven females and eight males) over two years, also confirmed that hyena activity decreases near human settlements, validating the existence of a lower-risk zone. This finding contrasts with previous research showing negative large-scale impacts of humans on nyala distribution, highlighting how wildlife may exploit localized human presence for survival benefits.
Aalto Works
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Alvar Aalto's industrial works, particularly his Sunila pulp mill and associated projects, were central to his creative oeuvre and reflected a sustained approach to modernisation. Contrary to prevailing scholarship, these projects were not secondary but represented a coherent response to the urban challenges of the time. Aalto's exposure to Sigfried Giedion's ideas and his international profile allowed him to frame industrial development within broader European historical issues. His work at Sunila served as a model for balancing the interests of bourgeois industrialists with those of a migratory proletariat, offering an expanded social and cultural context for modernism. This paper investigates how industry shaped Aalto's architectural approach and its significance in architectural history.
Lagoons of New Caledonia: Reef Diversity and Associated Ecosystems
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The ocean color of the Eastern New Caledonia Lagoon, a UNESCO World Heritage Site renowned for its marine biodiversity, is significantly influenced by chromophoric dissolved organic matter (CDOM) and particle composition. High rainfall events can introduce substantial CDOM and particulate loads, impacting ecosystem functioning and potentially causing localized effects from river runoff and sewage effluents. The study, conducted during two oceanographic cruises (CALIOPE 1 in 2011 and CALIOPE 2 in 2014), employed multi- and hyper-spectral radiometers alongside inherent optical property measurements to assess these influences. Findings highlight the importance of spatial variations in flushing times on trophic states, while also evaluating the performance of ocean color algorithms using a Linear Matrix Inversion method. This research provides critical tools for remote sensing in this under-sampled coastal region, offering insights into the complex interactions between optical properties and ecosystem dynamics.
Vlkolínec
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Extensive grassland management significantly enhances butterfly biodiversity, particularly for specialized and protected species, while intensive practices like mulching and overgrazing lead to habitat degradation. A two-year study (2011–2012) in Vlkolínec, Slovakia, found that late-successional grasslands and extensively managed pastures hosted the highest diversity of diurnal butterflies, including rare species like <em>Phengaris arion</em> and <em>Melitaea aurelia</em>. Researchers used transect surveys and multivariate analysis (RDA) to assess how abandonment, mulching, and grazing affected butterfly communities. Results revealed that intensive management disrupted vegetation structure, negatively impacting stenotopic species, whereas extensive practices correlated with increased diversity and abundance of indicator butterflies. The study underscores the critical role of traditional land management in sustaining biodiversity within UNESCO-recognized landscapes.
Hyrcanian Forests
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Farm tractors, commonly used for timber forwarding in the Hyrcanian forests of northern Iran, significantly increase soil bulk density and penetration resistance while decreasing total porosity with repeated passes. The study found that uphill forwarding on gentle slopes (0-10%) causes the most severe soil disturbance, with large increases in compaction even after 10 machine passes. While changes in bulk density and porosity occur primarily within the first few passes, penetration resistance continues to rise with increased traffic. These findings underscore the need to limit tractor operations to downhill or flat terrain to minimize soil damage in this UNESCO-listed forest ecosystem.
City of Cuzco
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Archaeological evidence from the site of Choquepujio, Cusco, Peru, reveals a probable Inca 'capacocha' ritual involving child sacrifices. The study identifies two monumental temple complexes (A and B) from the Late Intermediate Period, with Group A containing burials of children accompanied by extensive offerings. These findings align with historical accounts of capacocha rituals and share striking parallels with high-altitude Andean sacrificial practices. Radiocarbon dating and artifact analysis support the conclusion that these sacrifices occurred during Inca control over the Lucre basin, suggesting continued sacred significance despite shifts in political power.
Old and New Towns of Edinburgh
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Henry Littlejohn's groundbreaking 1865 report on Edinburgh's sanitary conditions marked the first comprehensive analysis of urban health challenges, spanning from densely packed slums to more spacious suburbs. His meticulous work, compiled amidst multiple professional roles and a growing family, revealed critical insights into the city's public health landscape. The report, totaling over 190 pages, laid foundational knowledge for urban sanitation policies, addressing issues across Edinburgh's diverse neighborhoods, including Old Town, New Town, Canongate, Tron, Morningside, and Grange. Littlejohn's dual role as Medical Officer of Health and Police Surgeon, combined with his academic and advisory positions, underscored the urgency and complexity of tackling sanitary issues in a rapidly growing city.
Tchogha Zanbil
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Archaeological evidence from Tchogha Zanbil, a late second-millennium BC city in southwestern Iran, challenges the long-held assumption that it was uninhabited and served solely for religious pilgrimages. Instead, the site reveals extensive residential and commercial areas, indicating a dynamic urban space with complex social organization. This study analyzes diverse datasets to explore how inscribed and uninscribed spaces interacted within the city and its surrounding region, shedding light on the development of a newly founded capital under the Elamite ruler Al Untash Napirisha.
Historic Centre of Macao
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A novel environmental monitoring system was successfully installed in the Chapel of Our Lady Guia, Macao, to assess and mitigate the impacts of indoor climate conditions on its historic fabric. The system, designed to track parameters such as temperature, humidity, and air quality, provides real-time data crucial for preserving this 17th-century heritage site. By integrating sensor technology with conservation science, researchers demonstrated a proactive approach to safeguarding cultural assets in challenging urban environments. This study highlights the importance of adaptive monitoring solutions in protecting small yet significant World Heritage Sites from environmental degradation.
Historic Centre of Évora
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Two Portuguese universities, Coimbra and Évora, played pivotal roles in shaping the intellectual and professional landscape of the 16th-century Lusitanian Empire. This study reveals their function as key institutions for training civil and ecclesiastical professionals, including those destined for colonial service in Brazil. By analyzing historical sources, the research sheds light on the educational needs and societal demands that influenced their curricula and operations during this formative period. The findings underscore the universities' enduring impact on the cultural, religious, and scientific foundations of the Empire, offering insights into the origins of Brazilian educational history.
Temple of Preah Vihear
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ASEAN played a crucial but limited role in managing the Temple of Preah Vihear dispute, successfully preventing escalation through negotiation while facing institutional constraints that hindered deeper conflict resolution. The study highlights ASEAN's effectiveness in crisis mediation, particularly during its renewed efforts to address the conflict, yet underscores structural weaknesses in its institutional design that restrict its ability to settle disputes and maintain long-term peace. By analyzing ASEAN's responses—from initial inaction to later intervention—the research identifies key challenges, including institutional rigidities, and proposes reforms to enhance regional security governance.
Historic Areas of Istanbul
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Heritage management in Turkey, particularly in Istanbul's UNESCO World Heritage Sites, is not merely about conservation but also serves as a tool for urban transformation. While international organizations and preservationists often criticize the Turkish system for its structural deficits, this study argues that these practices can be seen as an integral part of a flexible management approach. This duality allows for both heritage preservation and rapid urban development, appealing to investors while simultaneously hindering effective opposition to transformation projects in historic neighborhoods.
Caves of Aggtelek Karst and Slovak Karst
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2014 —
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Integrated geophysical and geological investigations in Komberek, Slovakia, have revealed subsurface cavities at depths of approximately 50 to 60 meters below the surface. The study utilized a combination of dipole electromagnetic profiling, radiometric mapping, high-definition magnetometry, microgravity, and electrical-resistivity tomography (ERT) to create a detailed near-surface geological model. These methods distinguished between natural sinkholes and man-made lime-kilns, while ERT and gravity modeling identified cavities characterized by contrasting geophysical properties—ranging from highly resistive air-filled voids to low-resistivity loamy water-filled fractures. The research demonstrates the effectiveness of multi-method geophysical approaches in accurately mapping karst structures, providing critical insights for geological studies in protected areas like UNESCO World Heritage Sites.
Borobudur Temple Compounds
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2014 —
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Current management of the Borobudur World Heritage Site, focusing solely on the temple compounds while neglecting its hinterland and surrounding communities, is identified as inefficient, ineffective, and conflict-inducing. The study proposes an integrated, unified management model that includes central and local governments, businesses, and local communities through shared responsibility. This approach aims to resolve conflicts and ensure fair benefit redistribution among stakeholders. Data were collected via observation, surveys, brainstorming, expert meetings, and focus group discussions. The proposed governing body for Borobudur should prioritize a public service agency (PSA) status with financial application patterns, avoiding regular working unit or state company statuses, aligning with global best practices in cultural heritage management.
