Maloti-Drakensberg Park
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National parks, despite their widespread appeal and proliferation, have historically failed to meet ecological and social conservation goals. A critical analysis of three scholarly works reveals that the national park ideal is malleable and fluid, shaped by diverse visions and adaptable to local contexts, rather than a unified concept. While some conservation models like UNESCO World Heritage Sites impose strict criteria, national parks lack such governance, leading to conflicts among competing interests. The study highlights how neoliberal conservation practices, exemplified by transfrontier conservation areas (TFCAs) in the Maloti-Drakensberg Park, often prioritize economic and political agendas over ecological restoration or local community benefits, resulting in dispossession and environmental degradation. To address these challenges, the authors advocate for redefining the national park idea, integrating science into management policies, adopting transnational perspectives, and exploring indigenous epistemologies to foster more sustainable and just conservation practices.
Great Smoky Mountains National Park
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Visitors with physical disabilities to the Great Smoky Mountains National Park commonly report significant accessibility challenges, particularly narrow restroom doorways and the lack of accessible trails. The study, sponsored by the National Center on Accessibility, is notable for being the first to focus solely on the perceptions and expectations of individuals with physical disabilities in a single national park. It highlights critical gaps in infrastructure, such as insufficient grab bars and curb cuts, which hinder accessibility. Future research should expand this approach to include diverse disabilities—such as hearing or visual impairments—and compare experiences across different types of US National Park Service units (national parks, historical sites, parkways, and monuments) at multiple levels (state, regional, national). This would provide a broader understanding of accessibility needs and improve management strategies.
Megalithic Temples of Malta
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2013 —
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A groundbreaking virtual reconstruction of the Borg in-Nadur megalithic temple reveals unprecedented insights into Maltese prehistoric architecture. This 3D modeling approach, developed by the Archeomatica Project at the University of Catania, demonstrates how digital replicas can serve as both interpretative tools for archaeologists and accessible mediums for public dissemination. The methodology effectively addresses the challenges posed by poorly preserved or destroyed sites, offering a virtual environment that enhances archaeological hypotheses while providing a vivid visual representation of cultural heritage.
Historic Site of Lyon
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A comprehensive bibliography of Lyon's urban history and growth, focusing on the evolution of its neighborhoods, particularly the Vieux-Lyon. The compilation includes key works from the 19th century, such as studies by Authier J.-Y., Bailleux de Marisy A., Barillon, and Beroujon C., which shed light on Lyon's financial history, public works, and architectural transformations. Notably, Barillon's work details the regeneration of the Boucherie des Terreaux district and the construction of significant edifices, providing valuable insights into urban development strategies of the era. The bibliography serves as a foundational resource for understanding Lyon's historical growth and its enduring impact on the city's landscape.
Pre-Hispanic City and National Park of Palenque
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A bioarchaeological analysis of the oldest Maya tomb in Palenque, Mexico, reveals that a royal burial (PAL-44) dates to 250–420 cal AD, predating the first recorded ruler by nearly a century. The tomb contained two skeletons: PAL-44, a young adult male with severe scoliosis and red cinnabar pigmentation, likely indicating his high status, while PAL-45, an adult female with signs of childhood malnutrition and multiple traumas, suggests a lower social rank. Radiocarbon dating, X-ray fluorescence, and skeletal analysis were used to uncover these insights, providing new evidence for early Maya political organization and health conditions.
Yakushima
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Yakushima Island, recognized as both a Biosphere Reserve and World Heritage Site, showcases remarkable biocultural diversity due to its unique biogeographic position. The island's inhabitants maintain deep cultural ties with local ecosystems, particularly through interactions with deer (Cervus nippon), sea turtles (Caretta caretta), and spotted mackerel (Scomberomorus niphonius). However, the influx of tourists post-heritage designation has largely bypassed lowland villages, neglecting traditional practices and contributing to economic disparities. The study underscores the need for an integrated conservation plan to sustain biocultural diversity while addressing challenges like declining agricultural and fishery production. It advocates for preserving this heritage through the Biosphere Reserve framework, ensuring its transmission to future generations with pride.
Belize Barrier Reef Reserve System
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A significant shift in the benthic community structure at the barrier fore reef of Carrie Bow Cay, Belize, has been observed between 1978 and 2009. Coral cover has decreased by over 90%, while sponge and octocoral communities have expanded, with six dominant sponge species accounting for 42.6% of the total assemblage. The study analyzed four geomorphological zones—spur-and-groove, inner reef slope, outer ridge, and fore-reef slope—to assess biodiversity, density, diversity, and evenness indexes. Despite statistical similarities across zones, some species exhibit dominance in specific areas, indicating a transition from coral-dominated ecosystems to sponge and octocoral recovery.
The Sundarbans
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Mangrove species from the Sundarbans, spanning India and Bangladesh, exhibit significant medicinal potential with diverse biological activities. This review highlights seven key species—Ceriops decandra, Xylocarpus granatum, Xylocarpus moluccensis, Excoecaria agallocha, Sarcolobus globosus, Sonneratia caseolaris, and Acanthus ilicifolius—as rich sources of bioactive compounds used in traditional medicine. While these plants are integral to local livelihoods and folk remedies for various ailments, systematic studies on their chemical constituents and activity-structure relationships remain limited. The review synthesizes existing research to underscore the need for further exploration of these species as novel sources of medicinal agents while advocating for their conservation and sustainable utilization.
Stone Town of Zanzibar
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Marine sponges and pearl oysters demonstrate significant potential for bioremediation of highly polluted waters in the Zanzibar Channel, effectively reducing phosphate concentrations by up to 66% (from 3.93 µg/L to 1.33–1.73 µg/L) and converting dissolved nitrates into ammonium, increasing it from 4.01 µg/L to 21.5 µg/L. The study also found that sponges rapidly reduced water turbidity within 36 hours. Conducted in Stone Town, Unguja, this research builds on global bioremediation models while assessing the feasibility of implementing mariculture techniques tailored to Zanzibar’s pollution distribution and local water circulation patterns. Collaboration with private and governmental organizations, along with further scientific research, is deemed essential for successful implementation.
Manú National Park
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A study on bamboo die-offs in Manu National Park, Peru, reveals that the transformation of bamboo patches into second-growth forest does not significantly impact overall bird diversity. Despite the disappearance of 12 bamboo-specialist species post-die-off, few new species colonized the area, suggesting that spatial heterogeneity from bamboo loss is not crucial for maintaining avian biodiversity in western Amazonian forests. However, some bamboo specialists, like the Brown-rumped Foliage-Gleaner and Goeldi's Antbird, persisted by adapting to vegetation structure rather than plant composition. The research compared bird census data from 1984–1985 with post-die-off observations in 2009, highlighting the resilience of certain species to habitat changes.
Great Himalayan National Park Conservation Area
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A new variety of Bistorta tenuifolia, named B. tenuifolia var. gidarensis (Polygonaceae), has been identified from the Great Himalayan National Park Conservation Area and alpine meadows in Uttarakhand, India. This discovery was made during a botanical excursion where researchers noted its viviparous nature and distinct morphological traits, such as acute perianth lobes, minute stamens included within the perianth, and reniform anthers. These features differentiate it from the typical B. tenuifolia and related species like B. vivipara. The study highlights the importance of detailed morphological analysis in identifying new plant varieties, contributing to the botanical diversity documentation of this UNESCO World Heritage Site.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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Between 1992 and 2010, black bear harvest over bait in Alaska increased annually by 4.3%, with no significant population-level impacts observed on National Park Service (NPS) lands, where fewer than 37 bears were harvested using this method. While statewide harvests rose steadily, NPS units saw minimal bait-related harvests, primarily concentrated in Wrangell-St. Elias National Park and Preserve. The study highlights that bear baiting's complexity lies in balancing management goals—such as minimizing food-conditioning, ensuring public safety, and preventing defensive kills—rather than population control. Researchers recommend applying conservation ethics to assess policies on bear baiting, emphasizing that its characterization as a conservation issue is misleading.
Brazilian Atlantic Islands: Fernando de Noronha and Atol das Rocas Reserves
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A molecular screening of blood parasites in seabirds from Brazil's Atlantic Ocean islands revealed distinct infection patterns between noddy and booby species, with Haemoproteus infecting brown noddies at low prevalence and Babesia primarily affecting juvenile masked boobies. Ground-nesting species exhibited higher parasite exposure compared to tree-nesting counterparts, suggesting nesting habitat influences vector exposure. The study highlights the need for broader datasets to understand blood parasite prevalence in seabirds.
Chhatrapati Shivaji Terminus (formerly Victoria Terminus)
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A flash mob dance performance at Chhatrapati Shivaji Terminus (CST) in Mumbai, India, on November 27, 2011, revealed the implicit political dimensions of Bollywood dance when set to popular culture and new media. This event sparked online debates, highlighting how such performances can serve as a form of political participation. The study situates this CST flash mob within broader Bollywood dance scholarship, examining its global proliferation and digital circulation as fandom in performance. It explores the intersection of live performance, popular culture, and new media to assess democratic potential, offering insights into how grassroots cultural expressions can engage with local and online contexts.
The Porticoes of Bologna
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A high-quality, uniform 3D digital repository of Bologna's porticoes system—spanning over 40 km—was developed to support UNESCO World Heritage Site nomination. This innovative platform integrates historical, architectural, and management data through a controlled, low-cost photo-modeling process, enabling spatial and temporal navigation for citizens, tourists, and scholars. The system facilitates cross-media applications like mobile apps and augmented reality while fostering public engagement via social media. By centralizing diverse datasets into an interactive 3D interface, the project not only preserves Bologna's architectural heritage but also underscores its cultural and social significance as a communal space.
Hyrcanian Forests
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Species diversity in the Hyrcanian forests of northern Iran increases with elevation, particularly above 1000 meters, where hemicryptophytes and geophytes dominate. The study, conducted in the Kheyrud protected area—a lowland mountain forest reserve—analyzed floristic data across three elevational belts (lowland, submountain, and mountain) over two years. Researchers identified 295 plant taxa, including 10% endemic to Iran and 5.5% unique to the Hyrcanian region. Euro-Siberian elements constituted nearly a quarter of the flora. The findings highlight the importance of elevation in shaping botanical diversity and provide insights into life form variations compared to other regions.
Pont du Gard (Roman Aqueduct)
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Aqueducts, such as the Pont du Gard in southern France, exemplify the Romans' advanced engineering prowess. Built around 18 BC, this three-tiered structure stands at 49 meters tall and spans 273 meters, showcasing their ability to conquer hostile terrains and symbolize civilization's progress. The study highlights the historical significance of Roman bridge construction, emphasizing its role in human development, trade, and warfare. While the focus is on Russian bridge engineering, the Pont du Gard serves as a benchmark for comparing ancient techniques with modern advancements.
Isole Eolie (Aeolian Islands)
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Researchers have identified four distinct Temper Compositional Reference Units (TCRUs) for Bronze Age pottery from the Aeolian Islands, enabling precise provenance discrimination. By analyzing a statistically significant sample of 186 volcanic temper-bearing potteries, the study integrated mineralogical and microchemical approaches, including multivariate analysis, Electron Microprobe, and Laser Ablation—Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS). Two TCRUs (AI and AX) were distinctly characterized by unique trace element enrichment and petrographic composition, primarily associated with Lipari and Stromboli, respectively. The other two units (AIV and AVIII), linked to Filicudi and Stromboli, exhibited distinct petrographic features but overlapping geochemical profiles. This method enhances understanding of pottery dispersion during the Capo Graziano culture (2300–1430 BC) and provides a robust framework for archaeological provenance studies.
Galápagos Islands
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Community-Based Tourism (CBT) in Floreana, Galápagos Islands, emerges as a quasi-experimental model for reconciling tourism development with social and environmental goals. The study reveals that CBT's effectiveness hinges on multi-level governance coherence, the interdependence of regional and local dynamics, and the alignment of diverse actor worldviews with intended outcomes. Using ethnographic fieldwork and discourse analysis within the Institutional Analysis and Development (IAD) framework, researchers identified key elements critical to implementing CBT successfully. This approach offers a blueprint for participatory tourism management that balances economic, social, and ecological objectives in protected areas like UNESCO World Heritage Sites.
Old City of Salamanca
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A unique granite, 'Piedra Pajarilla,' has been identified as the primary building material for many of Salamanca's monuments, now part of a UNESCO World Heritage Site. This study highlights the importance of preserving and using the original building stone for restoration to maintain architectural integrity, avoiding the pitfalls seen with alternative materials. The research emphasizes the durability and historical significance of local granites, drawing parallels with ancient Roman engineering practices that prioritized longevity and local sourcing. By analyzing the properties and historical use of 'Piedra Pajarilla,' the study advocates for its preservation to ensure the authenticity and resilience of Salamanca's heritage structures.
Chaco Culture
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International cooperation in Paraguay's Chaco region often reinforces a narrow definition of 'the political,' sidelining indigenous practices by labeling them as religious or ignoring them altogether. This study critiques how such cooperation, rooted in the nature-culture divide, undermines diverse indigenous political expressions. Through qualitative analysis, it examines the implications of this dynamic on indigenous organizations, highlighting the need for more inclusive frameworks that recognize and integrate indigenous political agency beyond conventional Western constructs.
Komodo National Park
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Camera trapping proves effective for monitoring Komodo dragon populations, offering a logistically feasible alternative to cage traps. The study found that detection probabilities varied by site and survey number but remained consistent between camera and cage traps, with similar occupancy estimates across methods. This suggests that camera traps can reliably assess long-term occupancy patterns in this large ectothermic predator, aiding conservation efforts for the species.
Talamanca Range-La Amistad Reserves / La Amistad National Park
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A preliminary study reveals significant variations in peat deposits across three sites within Costa Rica's Talamanca Range-La Amistad Reserves. Peat in the Talamanca range, covering about 150 km², is characterized by its high ash content (21%), low water content (84%), and extensive bioturbation, with a notable bulk density of 0.22 g/cm³ and caloric value averaging 7700 BTU/lb, dry. In contrast, peat in Medio Queso de Upala exhibits the highest caloric values (8000 BTU/lb, dry), fixed carbon (30%), and ash content (22%) among sampled sites, interbedded with alluvial layers within a 70 km² flood plain. Meanwhile, El Silencio near Siquirres features peat exceeding 3.5 m in thickness, with lower bulk density (0.13 g/cm³), higher fiber content (53%), and a pH of 5.8. The study highlights the diverse geological characteristics of these peat deposits, providing insights into their potential uses and environmental significance.
Sian Ka'an
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Coastal wetlands within the Sian Ka'an Biosphere Reserve (SKBR) in Mexico's Yucatan Peninsula store significant amounts of carbon, with tall mangroves holding the highest stocks at 987±338 Mg ha⁻¹. Soil carbon constitutes 78-99% of these stocks, indicating its critical role in ecosystem carbon storage. The study found that lower salinity and higher phosphorus levels in soils correlate with greater carbon sequestration potential, suggesting phosphorus limitation. Across the 172,176-ha reserve, coastal wetlands may store between 43.2 to 58.0 million Mg of carbon, underscoring their importance as a climate mitigation strategy. Researchers quantified ecosystem carbon stocks by measuring above and belowground biomass, downed wood, soil carbon, nitrogen, phosphorus, and interstitial salinity at nine sites within SKBR.
Great Zimbabwe National Monument
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A re-examination of Carl Mauch's 1871–1872 records reveals that his accounts of Karanga society and politics around Great Zimbabwe were compromised by faulty geographic readings, inconsistent orthography, and subjective narrative shifts. This challenges the reliability of his observations as a primary historical source, necessitating a contextual reassessment of his role in shaping interpretations of late 19th-century African political dynamics.
Koutammakou, the Land of the Batammariba
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Field notebooks from Koutammakou, Togo, reveal significant insights into the cultural and environmental dynamics of the UNESCO-listed Batammariba lands. The study documents traditional practices, architectural techniques, and ecological adaptations, providing a detailed account of how the Batammariba people have sustained their way of life in this arid region. By analyzing these field notes, researchers uncover the resilience of local communities in preserving their heritage amid environmental challenges. The approach combines ethnographic observations with archival analysis, offering a unique blend of historical and contemporary perspectives on this World Heritage Site.
Białowieża Forest
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Research identifies a diverse array of carotenoids in lichens from Białowieża Forest, with concentrations varying significantly across species and environmental conditions. The study detected 15 distinct carotenoids, including α-carotene, β-carotene, and astaxanthin, with total content ranging from 16.83 to 92.98 µg per gram of dry weight. Notably, differences in carotenoid composition and concentration were observed among species collected from niches with varying insolation levels. The findings were obtained using column- and thin-layer chromatography techniques, providing insights into the biochemical adaptations of lichens in this UNESCO-listed biodiversity hotspot.
Ellora Caves
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Ellora's Jain caves, part of the UNESCO World Heritage Site, reveal intricate carvings that encapsulate deep spiritual devotion and artistic mastery. Lisa N. Owen's work meticulously analyzes these caves, uncovering their significance as both religious symbols and architectural marvels. The study employs a multidisciplinary approach, integrating art history, archaeology, and iconography to decode the narrative behind the carvings. By examining the interplay of light, shadow, and space within the caves, Owen highlights how these elements enhance the devotional experience for visitors. This research not only advances our understanding of Jain cave architecture but also underscores its enduring cultural and spiritual impact.
Archaeological Areas of Pompei, Herculaneum and Torre Annunziata
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Five exceptionally preserved luxury villas along the Bay of Naples, dating from the late 2nd century BCE to the 1st century CE, offer unparalleled insights into Roman villa architecture and culture. These include the Villa of the Papyri in Herculaneum, Villa Oplontis A at Torre Annunziata, Villa Arianna A and B, and Villa San Marco at Stabiae. The villas represent the best-documented examples of early imperial luxury villas, providing exceptional evidence for architectural styles, artistic expression, and cultural practices of the period. Their preservation allows for detailed study of Roman elite living spaces, contributing significantly to our understanding of this era's material culture.
Decorated Cave of Pont d’Arc, known as Grotte Chauvet-Pont d’Arc, Ardèche
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Prehistoric cave art, particularly in the Decorated Cave of Pont d'Arc (Grotte Chauvet-Pont d'Arc), suggests that ritual performances and hallucinatory experiences were integral to human cognitive evolution. The study proposes that these caves served as both physical and mental 'theatres,' where shared emotions, neural simulations, and altered states of consciousness—possibly induced by sensory deprivation or shamanic practices—shaped early human subjectivity. Analyzing Chauvet Cave's art alongside lesser-known sites in France and Spain, the research connects geometric patterns, animal figures, and hybrid creatures to modern hallucinatory experiences, hinting at a dual function: recording visionary states and facilitating communal rituals. The findings imply that cave environments, with their acoustic and spatial properties, were deliberately selected for performances that bridged primate playfulness and complex human self-awareness.
Medina of Fez
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Fungi isolated from ancient manuscripts in the Medina of Fez exhibit significant cellulolytic activity, posing a threat to historical paper. Nine out of 31 filamentous fungi demonstrated the ability to degrade carboxymethylcellulose (CMC) and produce filter paper activity (FPUase), with varying effectiveness depending on temperature and pH. The most prevalent species included Penicillium chrysogenum, Aspergillus niger, Aspergillus oryzae, and Mucor racemosus, while others like Hypocrea lixii, Aspergillus melleus, and Schizophyllum commune were less common. Long-term experiments showed these fungi could degrade filter paper at 25°C, highlighting their destructive potential on cultural heritage materials.
The English Lake District
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Fell running in the English Lake District fosters a unique form of social bonding through 'existential capital,' a concept that captures the visceral pleasures and shared passions derived from mastering physically demanding, topographically challenging landscapes. This study challenges conventional field analysis by focusing on what is shared rather than contested within sporting communities, revealing how embodied techniques—requiring sustained effort, vigilance, and environmental knowledge—create intense sociality among runners. Ethnographic research highlights the aesthetic and physical rewards of fell running as a means of defining collective identity, offering a nuanced perspective on how sports fields develop passionate, passionately defined identities.
Pre-Hispanic City of Teotihuacan
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A reanalysis of Cerro Portezuelo's artifacts and excavation data reveals critical insights into the transition from Teotihuacan's Early Classic state system to Postclassic city-state organization, addressing long-standing questions posed by George Brainerd in the 1950s. This strategic site, occupied from the Late/Terminal Formative period through the Spanish Conquest, offers a unique lens for studying state formation, centralization, and fragmentation over millennia. The study combines survey and excavation data to reconstruct the dynamics of Teotihuacan's political and economic relations with its hinterlands, highlighting shifts in power structures that reshaped Mesoamerican societies.
Chaco Culture
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Between 900 and 1115 CE, the Anasazi—a term derived from Navajo meaning 'ancient ones'—constructed nine monumental multistory structures within Chaco Canyon, New Mexico, known as the Great Houses. These architectural marvels, including Pueblo Bonito with over 650 rooms spanning three acres, exhibited unprecedented scale and complexity in ancient North American civilizations. Unlike other Pueblo dwellings, the Great Houses featured high ceilings, intricate masonry patterns, and sheer size, reflecting an advanced society of farmers, potters, and sun worshipers. This study highlights their uniqueness among regional ruins, offering insights into the sophisticated organizational and engineering capabilities of the Anasazi civilization that thrived in a harsh desert environment.
Cliff of Bandiagara (Land of the Dogons)
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Contrary to the long-standing belief that the Sahel region has undergone irreversible desertification, high-resolution satellite imagery reveals significant vegetation recovery since the 1980s. This study, focusing on the Dogon Plateau and Seno Plains in Mali, used panchromatic Corona images from 1967 and multispectral RapidEye images from 2011 to analyze woody vegetation and land cover changes over a 3600 km² area. The research identified a notable increase in sparsely vegetated areas and primary fields with trees, while dense bushland decreased, particularly in the Seno Plains. Degraded areas accounted for only 9.9% of the Dogon Plateau in 2011. These findings challenge both the desertification and 'greening' paradigms, highlighting complex spatial variations in land cover transformation.
Nan Madol: Ceremonial Centre of Eastern Micronesia
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This edited volume, 'Changing Contexts, Shifting Meanings: Transformations of Cultural Traditions in Oceania,' challenges the notion of tradition as a static and unified concept by demonstrating its dynamic and often contentious nature. Through a collection of 20 contributions, the book explores how traditions in Oceania are constructed, contested, and transformed through early encounters, memories, and global processes. A key insight is that traditions are actively 'made' rather than inherited passively, as seen in analyses of Nan Madol's monumental sites, Tahitian dance for tourism, and Banaban dance performances. The research employs a combination of anthropological and historical perspectives, drawing on archival materials, ethnographic studies, and theoretical frameworks to illustrate the fluidity and adaptability of cultural traditions across time and space.
Frontiers of the Roman Empire – Dacia
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A groundbreaking study establishes a direct link between the symbolism of Roman architecture and the geography of empire, revealing how territorial expansion shaped identity constructs. By applying the Greek concept of 'oecumene' (known world), the research demonstrates that Roman identity was fluid and influenced by conquest, as exemplified in Trajan’s Forum and the Pantheon. The study uniquely bridges ancient and contemporary perspectives, questioning how globalization's expectations of boundless communication zones affect spatial/geographical identity understanding. This work synthesizes insights from architecture, geography, and ritual, drawing on extensive research, including a Rome Scholar project and a Paul Mellon Rome Fellowship.
Borobudur Temple Compounds
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The Borobudur Temple Compound, inscribed as a UNESCO World Heritage Site, stands as a testament to human ingenuity and cultural significance. This monumental complex, spanning approximately three kilometers with an east-west orientation, encompasses not only the iconic Borobudur but also the smaller temples of Pawon and Mendut. It fulfills multiple criteria for heritage recognition, including representing architectural brilliance, showcasing cross-cultural exchanges, and being intricately linked to historical traditions and beliefs. The site is particularly meaningful to local communities in Indonesia, who trace their lineage back to its builders, reinforcing its status as a symbol of national pride and universal cultural value.
Isole Eolie (Aeolian Islands)
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Stromboli volcano, located in the Aeolian Islands, Italy, is renowned for its persistent volcanic activity and characteristic gas plume. A recent study reassesses volcanic hazards using data from a new monitoring system and analyses of past crises (2002–2003 and 2007). The research highlights that while normal Strombolian explosions are common, they can be interrupted by violent paroxysmal events and lava flows, posing occasional risks to the island's two settled areas—Stromboli village (c. 500 inhabitants) and Ginostra (c. 40 inhabitants), with summer populations reaching up to 5,000. Hazards include ballistic and tephra fallout, pyroclastic flows, wildfires, minor lahars, and landslides in the Sciara del Fuoco depression, which can generate tsunamis. The study provides critical insights into the volcanic risks facing this UNESCO World Heritage Site.
Papahānaumokuākea
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A symbiotic relationship between Native Hawaiians and the Northwestern Hawaiian Islands (NWHI) is central to the preservation of Papahānaumokuākea Marine National Monument, one of the last nearly pristine marine ecosystems in the Hawaiian Archipelago. This study highlights how integrating Native Hawaiian traditions, values, and resource management practices into monument governance not only protects the ecosystem but also perpetuates living Hawaiian culture. By involving Native Hawaiians in stewardship, the research demonstrates a pathway to maintain ancestral connections and sustain traditional skills that thrived before Western contact.
Isole Eolie (Aeolian Islands)
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Recent multibeam swath bathymetry has revealed that the submarine extension of the Aeolian Islands is significantly larger than previously understood, extending far beyond their visible landmasses. This discovery provides critical insights into the evolution of volcanism in the region, the influence of structural lineaments, and the location of large-scale flank instability events, as well as evidence of recent submarine eruptive activity. The study presents updated bathymetric maps for the western, central, and eastern sectors of the archipelago, offering a more comprehensive understanding of the submarine landscape. These findings are accessible online or on a DVD included with the printed book.
Sado Island Gold Mines
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Picture scrolls, renowned for their literary and visual significance in Japan, offer valuable historical insights into mining practices. This study evaluates the reliability of Sado scrolls as historical sources by analyzing their illustrations in relation to Japan's mining history, particularly gold and silver mines on Sado Island. The research establishes that these scrolls provide a culturally rich and factually grounded account of early modern Japanese mining, bridging visual art with historical documentation. By contextualizing the scrolls within broader cultural frameworks, the study underscores their potential as both artistic and scholarly resources.
Sacred City of Anuradhapura
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Ancient Sri Lankan tank cascade systems, such as the Rota Wewa near Anuradhapura, demonstrate sophisticated watershed management strategies from 5th century BC to 11th century AD. These systems, designed for flood prevention, soil erosion control, and water storage, reveal challenges in reconstructing sediment and water fluxes due to shallow tank structures prone to redeposition during wet seasons and agricultural use in dry periods. Sedimentological analyses distinguish between weathered bedrock and overlying sediments but struggle to differentiate between wewa deposits and underlying fluvial deposits, highlighting the complexity of human-environment interactions in these ancient systems.
Volcanoes of Kamchatka
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Research at Karymsky Volcano, Kamchatka, reveals distinct infrasound signals associated with four types of volcanic activity: ash explosions, pulsatory degassing, gas jetting, and explosive eruptions. These findings suggest that infrasound can be a reliable tool for remotely monitoring volcanic behavior. The study also indicates that sulfur dioxide (SO2) emissions are continuous but variable, while ash emissions occur intermittently during specific activities. Changes in conduit permeability, potentially linked to magma supply from shallow-crustal storage regions, appear to trigger ash explosions and explosive eruptions. This work advances the understanding of volcanic processes and their monitoring using multiparameter data, including infrasound, thermal imagery, and gas emissions.
Santiniketan
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Cyanobacterial biofilms on stone monuments at Santiniketan, India, exhibit unique characteristics distinct from temperate regions. Dominated by Scytonema and Tolypothrix, these biofilms also harbor 14 genera upon prolonged culture. The organisms produce high levels of scytonemin, mycosporine-like amino acids, and carotenoids, enhancing their survival in desiccated states with rapid revival upon rehydration. Heterocystous cyanobacteria demonstrate nitrogenase activity reactivation within 24 hours post-wetting, highlighting their resilience and ecological adaptability in tropical environments.
Shark Bay, Western Australia
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A study reveals that bottlenose dolphins (Tursiops sp.) in the western gulf of Shark Bay, Western Australia, employ a socially transmitted foraging tactic called 'sponging,' distinct from observations in the eastern gulf. This behavior, primarily exhibited by females in deep channel habitats, shows no significant difference in group associate numbers between spongers and non-spongers, unlike previous findings. Spongers were found to forage more frequently and rest less compared to deep-water non-spongers, suggesting variations in activity budgets. The research, conducted through 9 months of boat-based surveys over three field seasons, identified 40 individual spongers and provides insights into within-population foraging variations in bottlenose dolphins.
Chartres Cathedral
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Charles Péguy's poetic pilgrimage from Paris to Chartres Cathedral, documented in his work 'Tapisserie de Notre Dame,' offers a unique literary and spiritual exploration of the Gothic era sculpture at Notre Dame Cathedral. This poem, inspired by his gratitude for his son's recovery from typhoid fever, blends medieval artistry with personal narrative, inviting readers to experience the journey poetically rather than as a straightforward recounting. The study examines how Péguy's pilgrimage and subsequent poetic work reflect both the historical significance of Chartres Cathedral and the enduring influence of Gothic sculpture on literary expression.
Chartres Cathedral
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2013 —
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Archaeological research during the restoration of Chartres Cathedral's western façade and nave (2010–2012) revealed critical insights into its construction chronology. The study established that the northern bell tower was likely built to the northwest of the 11th-century cathedral façade, possibly adjacent to a southern structure, clarifying long-standing questions about the site's evolution. By analyzing successive building phases, researchers reconstructed the sequence of architectural developments, providing a clearer understanding of medieval construction practices and the cathedral's structural history.
Samarra Archaeological City
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2013 —
WHE529337F02D
Checkpoints in urban landscapes serve as gendered spaces, reflecting the complexities of war, cities, and national heritage. This study challenges traditional archaeological methods by using memory and personal experiences as data, offering a new approach that transcends the limitations of conventional archival research. Focusing on Samarra Archaeological City alongside Baghdad, Najaf, and Karbala, the research documents ethnographic experiences from 2009 onward, revealing how checkpoints symbolize fractured heritage in conflict-affected regions. The findings highlight the intersection of materiality, space, and lived experiences, providing a critical lens to understand the impact of war on urban landscapes and cultural identity.
Isole Eolie (Aeolian Islands)
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2013 —
WHEEA2DC1FB43
CheckStation is a novel software tool designed to streamline the monitoring of the Aeolian Islands' Seismic Network (RSP), managed by the National Institute of Geophysics and Volcanology (INGV) in Catania. The software addresses critical inefficiencies in existing proprietary tools like Nanometrics®, which lack real-time anomaly detection and prioritization. CheckStation provides an intuitive graphical interface that instantly identifies severe operational anomalies across all stations, including seismic sensors, radio bridges, and VSAT centers, significantly reducing manual oversight time. By automating daily health checks and prioritizing alerts, the tool mitigates human error and delays in detecting malfunctions, thereby enhancing the network's overall efficiency. This innovation supports INGV's efforts to maintain a robust seismic monitoring system across active volcanic and seismic regions, including Sicily and the Aeolian Islands.
