Pantanal Conservation Area
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2014 —
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A comprehensive inventory of medium to large-sized mammals in the southern Serra do Amolar, a critical biodiversity hotspot within Brazil's Pantanal biome, reveals 33 species from 18 families. This study, conducted non-invasively between 2009 and 2013 at Engenheiro Eliezer Batista Private Natural Heritage Reserve and Santa Tereza ranch, highlights the presence of endangered species like the giant otter (Pteronura brasiliensis), vulnerable species such as the lowland tapir (Tapirus terrestris), and near-threatened species including the jaguar (Panthera onca). The findings underscore the region's significance for mammal conservation in a broader ecological context, addressing a critical gap in biodiversity data for this understudied area.
Jesuit Block and Estancias of Córdoba
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2014 —
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The 'Memoriales de los provinciales a los domicilios de Córdoba' provide critical insights into the administrative practices of Jesuit institutions during the colonial era. These documents, authored by provincial leaders and directed at various domestic entities such as colleges, novitiates, and estancias, offer detailed instructions aimed at improving spiritual and material governance. The Memoriales reveal a highly critical approach to addressing deviations from institutional norms, often highlighting issues that required immediate correction. This study sheds light on the periodic inspections conducted by provincial leaders, which served as the basis for these corrective guidelines. By analyzing these documents, researchers gain a nuanced understanding of the internal dynamics and challenges faced by Jesuit institutions in Córdoba during this period.
Jesuit Block and Estancias of Córdoba
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2014 —
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This study delves into the historical and cultural significance of the Jesuit Block and Estancias of Córdoba, focusing on the 'Memoriales de los provinciales a los domicilios de Córdoba'—a collection of letters and documents left by Jesuit provincials. The research highlights the intricate network of estates, including Alta Gracia, Caroya, Jesús María, Candelaria, San Ignacio de Calamuchita, and Santa Catalina, alongside notable institutions like the Convictorio de Nuestra Señora de Monserrat. By analyzing these memorials, the study reveals insights into the Jesuit mission's administrative practices, spiritual guidance, and the socio-economic dynamics of 18th-century Córdoba. The approach combines archival analysis with historical interpretation, offering a nuanced understanding of the Jesuits' role in shaping the region's heritage.
Port, Fortresses and Group of Monuments, Cartagena
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2014 —
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Colonial maps and plans of Cartagena de Indias from the 17th and 18th centuries reveal that representations of the port were shaped by the 'topology of war,' blending factual descriptions with strategic exaggerations. This study demonstrates how these cartographies, despite their inaccuracies, provided a framework to dissolve dichotomies between nature and culture, as well as land and sea, by depicting a heterogeneous landscape populated by human and non-human actors. By analyzing overlapping and polysemic elements in the maps, researchers have developed a methodology to reconstruct maritime battles, such as those of 1697 and 1741, and track the evolution of warfare landscapes in Bocachica's canal. The approach highlights how colonial cartography served both descriptive and strategic purposes, offering new insights into historical conflicts and spatial narratives.
Historic Centre of the Town of Diamantina
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2014 —
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Diamantina, Brazil, exhibits significant potential for ecotourism development, with diverse market opportunities and a distinct profile of ecoturists. This introductory study, conducted through bibliographic and documentary research, identifies key characteristics of visitors to the Historic Centre of Diamantina, providing foundational insights for deeper market analysis. The findings highlight the city's capacity to attract ecotourists while suggesting avenues for further exploration to better understand this growing demographic.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2014 —
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A comprehensive study of mercury (Hg) contamination in freshwater fish across 21 national parks in the Western United States reveals significant ecological and human health risks. The research found that while only 5% of fish exceeded Hg levels linked to toxic responses within the fish themselves, a substantial 68% surpassed exposure thresholds recommended for safe human consumption. Notably, parks like Zion, Capital Reef, Wrangell-St. Elias, and Lake Clark exhibited high Hg concentrations even in small, invertebrate-feeding species such as speckled dace, indicating widespread contamination. The study analyzed over 1,400 fish from 86 sites spanning 4,000 kilometers, highlighting substantial variation in Hg levels both among and within parks. This suggests that localized processes significantly influence Hg distribution, necessitating more intensive monitoring to assess risks accurately.
Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2014 —
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A study on mercury (Hg) concentrations in fishes from Wrangell-St. Elias National Park and Preserve, Alaska, revealed significant variability across sites and species, with Hg levels ranging from 17.9 to 616.4 ng/g wet weight. Site characteristics were found to play a crucial role in determining fish Hg concentrations, with inter-site variation reaching up to 13.2 times within a single species. The research also identified potential ecological risks, as Hg concentrations in Copper Lake and Tanada Lake exceeded conservative benchmarks for bird and human consumption. Notably, smaller-sized fishes from Tanada Lake were suggested as a means to reduce Hg exposure for human consumers.
State Historical and Cultural Park “Ancient Merv”
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2014 —
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Archaeological evidence from Merv, a UNESCO World Heritage Site on the northeastern frontier of the Sasanian Empire, reveals how the empire effectively managed its resources across regions. By analyzing the oasis, city, and urban economy of Merv, researchers demonstrate that cross-regional comparisons with other Sasanian territories—such as Gorgan and Mesopotamia—shed new light on state-level resource management strategies. The study leverages recent archaeological findings to challenge or refine existing narratives about the empire's administrative and economic organization.
Memorial sites of the Genocide: Nyamata, Murambi, Gisozi and Bisesero
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2014 —
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A groundbreaking initiative, 'Messages of Hope,' demonstrates that positive storytelling by genocide survivors can significantly aid recovery and foster hope. The program encourages Rwandan survivors to share their stories of survival, growth, and healing, countering the pervasive narrative of trauma. By focusing on future-oriented narratives, it aims to increase feelings of efficacy and connectedness, leveraging research showing the benefits of hopefulness and social support for vulnerable populations. This study outlines the development and early implementation of the initiative, highlighting its potential as a model for other contexts of vulnerability.
Huanglong Scenic and Historic Interest Area
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2014 —
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Psychrophilic diatoms of the genus Cymbella, thriving in extremely cold conditions at Huanglong's travertine deposits, significantly influence mineralization processes. These diatoms form biofilms with extracellular polysaccharide substances (EPS), which protect travertine from etching and serve as templates for its formation during water re-flowing seasons. Research using near-edge X-ray absorption fine structure spectroscopy (NEXAFS) revealed biogenic distortions in the crystal lattice of travertine calcite, indicating metabolic mediation by these diatoms. This study highlights the crucial role of psychrophilic diatoms in promoting both the formation and dissolution of travertine in cold environments, offering insights into the ecological and geological dynamics of this UNESCO World Heritage Site.
Sagarmatha National Park
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2014 —
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A recent study reveals significant water quality degradation in Sagarmatha National Park (SNP) and its buffer zone, driven by rising tourism pressures. Analysis of 39 water samples from rivers and springs showed elevated levels of heavy metals, notably sodium (Na) and magnesium (Mg), surpassing previous reports. Iron concentrations exceeded WHO and Nepalese drinking water standards in 46% of samples, indicating accelerated pollution despite overall compliance with safety guidelines. The research highlights the urgent need to address anthropogenic sources like solid waste and poor sanitation infrastructure to mitigate environmental and health risks.
Archaeological Areas of Pompei, Herculaneum and Torre Annunziata
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2014 —
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A combined analytical approach reveals the technological sophistication and raw material diversity of thin-walled pottery from Herculaneum and Pompeii, dating from the 2nd century BC to the 3rd century AD. This study identifies distinct compositional and structural characteristics in ceramic bodies and surfaces, providing insights into ancient manufacturing techniques. By integrating multiple analytical methods—including X-ray diffraction, scanning electron microscopy, and energy-dispersive spectroscopy—the research elucidates the use of locally sourced clays and additives, as well as firing practices that influenced pottery properties. These findings contribute to a deeper understanding of ceramic production in the Vesuvian area during this period.
San Millán Yuso and Suso Monasteries
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2014 —
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Research reveals that San Millán de la Cogolla offers unique evidence of resistance to the Roman rite following its adoption at the Council of Burgos (1080). Unlike Santo Domingo de Silos, where Meyer Schapiro previously identified visual markers of this resistance, San Millán preserves both written and material evidence. The study focuses on the Arca of San Felices and its Romanesque ivories (c. 1090), contextualizing them within broader political and religious shifts that threatened the cult of Emilian, the monastery’s patron saint. It argues that efforts to promote Felix, a local hermit linked to Emilian, constituted a form of resistance against the imposition of the Roman rite. This challenges Schapiro’s original thesis by demonstrating San Millán de la Cogolla as a more comprehensive case study for understanding this historical phenomenon.
Historic Centre of Rome, the Properties of the Holy See in that City Enjoying Extraterritorial Rights and San Paolo Fuori le Mura
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2014 —
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Epigraphic walls, particularly those installed by Michelangelo at the Capitoline Museums in Rome, played a pivotal role in establishing a European trend that blended archival inscriptions with visual storytelling. While not directly linked to Michelangelo's other works, these walls—comprising plaques like the fasti (annual lists)—became foundational in how language and history were visually represented in public spaces. The study highlights their dual function as both historical records and artistic expressions, influencing contemporary art practices that similarly use quotational structures. By analyzing these walls, researchers reveal a unique intersection of archival preservation, epigraphic culture, and audience engagement, demonstrating how such installations define cultural narratives across time.
Plantin-Moretus House-Workshops-Museum Complex
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2014 —
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Corrosion of lead (Pb)-based alloys, particularly those containing antimony (Sb) and tin (Sn), can pose significant challenges for the conservation of historical artefacts. A study investigating replicas of letters from the Plantin-Moretus House-Workshops-Museum Complex in Antwerp revealed that exposure to acetic and formic acid vapours leads to the formation of hydrated Pb and Sn acetates and formates, with Sb-rich specimens exhibiting increased volume and brittleness. Micro Raman Spectroscopy (μRS) also detected metallic Sb peaks, suggesting that Sb influences corrosion behaviour. This finding underscores the need for careful conservation strategies when dealing with Pb-based artefacts containing Sb, as their restoration can be complicated by these corrosion products.
Historic Villages of Shirakawa-go and Gokayama
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2014 —
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Relict niter-beds, preserved under the floors of gassho-style houses in Japan's UNESCO World Heritage Sites—Shirakawa-go and Gokayama—retain their nitrate-producing capacity. A study revealed that soil chemistry, particularly nitrate (NO₃⁻), chloride (Cl⁻), potassium (K⁺), and sodium (Na⁺) levels, shapes the microbial community structure in these ancient ecosystems. Proteobacteria, Actinobacteria, Bacteroidetes, Chloroflexi, Firmicutes, Gemmatimonadetes, and Planctomycetes dominated the microbial composition, while Nitrosospira-type ammonia-oxidizing bacteria (AOB) and 'Ca. Nitrososphaera'-type ammonia-oxidizing archaea (AOA) were the primary nitrifying microbes. Soil pH and organic carbon content further influenced the ecological niches of AOB and AOA, providing insights into the microbial dynamics sustaining nitrate production in these historically significant sites.
Cave of Altamira and Paleolithic Cave Art of Northern Spain
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2014 —
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A study reveals that microbial communities, particularly Proteobacteria and Actinobacteria, are significant contributors to the deterioration of ancient cave and wall paintings. These microbes, including Pseudonocadia which dominates bacterial populations, cause corrosion through acid metabolism and thrive under specific environmental conditions like light, humidity, and CO₂ levels. Fungal communities, often entomogenous, show a strong link with insects inhabiting caves. The research highlights the importance of ecological perspectives and cross-disciplinary approaches for conservation, emphasizing long-term monitoring, ecosystem balance, and measures to reduce exogenous microbial transmission from tourists.
Joggins Fossil Cliffs
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2014 —
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A meandering fluvial channel at Coal Mine Point, Joggins Fossil Cliffs, Nova Scotia, preserves an exceptional fossil assemblage that includes microbial mats and diverse ichnofauna. The wrinkled surface of the microbial mats was traversed by large arthropleurid trackways (Diplichnites cuithensis), alongside smaller Diplichnites gouldi trackways, tetrapod tracks (Pseudobradypus?, Dromillopus, Hylopus), and invertebrate traces (Cochlichnus, Gordia). These features collectively represent the Scoyenia ichnofacies. The mats likely stabilized the sediment surface, facilitating excellent trackway preservation, and may have served as a food source, though no feeding traces were identified. Overlying strata exhibit Protichnites followed by paired mud drapes and an impoverished Skolithos ichnofacies, suggesting brackish influence.
Cave of Altamira and Paleolithic Cave Art of Northern Spain
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2014 —
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The Altamira Cave, renowned for its exceptional Upper Paleolithic art, has been the subject of extensive microclimatic monitoring over two decades to ensure its conservation. This study highlights the critical role of preventive conservation strategies in preserving this UNESCO World Heritage Site. The research emphasizes the need to balance access with preservation, as evidenced by the trial reopening that allowed limited public entry under strict conditions. The cave's unique diversity of themes, styles, and chronology underscores its scientific and cultural significance. By integrating historical conservation efforts with modern management criteria, the study provides a comprehensive approach to safeguarding Altamira for future generations.
Western Ghats
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2014 —
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Shallow clouds over the Western Ghats produce heavy rainfall due to rapid condensational growth of cloud droplets, driven by orographic updrafts. Research reveals that collision-coalescence processes dominate rain formation, with distinct raindrop size distribution (DSD) patterns observed on both windward and leeward sides of the mountains. At Pune (lee side), DSD shapes transition from concave upward to downward during stratiform rain, indicating breakup processes at lower altitudes. Conversely, Mahabaleshwar (windward side) shows bimodal and monomodal DSDs for light and heavy rainfall, respectively, with small drops contributing significantly. Aircraft measurements confirm that ambient updraft speeds foster rapid droplet growth, leading to precipitation within a few hundred meters of cloud depth. These findings highlight the dynamic interplay between cloud microphysics and orographic forcing in shaping rainfall over this UNESCO-listed region.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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2014 —
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Researchers successfully developed 20 new microsatellite markers for the endangered Ryukyu tip-nosed frog (<em>Odorrana narina</em>) complex using Ion Torrent PGM™ sequencing, demonstrating its efficiency and cost-effectiveness for genetic studies. These markers showed high cross-amplification success across related species (<em>O. amamiensis</em>, <em>O. supranarina</em>, and <em>O. utsunomiyaorum</em>), with 17, 16, and 13 loci amplifying respectively, reflecting their close genetic relationships. The study also revealed that allele diversity and heterozygosity varied by island size, suggesting potential implications for speciation and adaptation. These markers will aid in conservation genetics and molecular ecological research, providing valuable tools for studying these threatened amphibians across their fragmented habitats.
Lagoons of New Caledonia: Reef Diversity and Associated Ecosystems
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2014 —
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A significant discovery in the study of green turtle migrations reveals that turtles foraging in New Caledonia's lagoons nest along the Great Barrier Reef (Australia) and vice versa, despite the availability of local foraging grounds. This long-distance migration pattern, spanning 1200 to 2680 kilometers, challenges conventional understanding of energetically efficient movement behaviors. Analysis of 50 years of tagging data from Queensland and New Caledonia identified 97 migrations, with most recovered turtles in New Caledonia originating from the southern Great Barrier Reef genetic stock. Notably, two females exhibited fidelity to distant foraging sites, highlighting previously unknown migration pathways within the Coral Sea. This research sheds light on the complex movement patterns of endangered marine megafauna and their implications for conservation management.
Bwindi Impenetrable National Park
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2014 —
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Mountain gorillas (Gorilla beringei beringei) in Bwindi Impenetrable National Park, Uganda, primarily obtain minerals from herbaceous leaves, which form the bulk of their diet. However, less commonly eaten foods were found to be higher in specific minerals, suggesting these items may play a crucial role in meeting gorillas' mineral requirements. A principal component analysis revealed little correlation among minerals in different food items, indicating that mountain gorillas likely increase dietary diversity to ensure they acquire a full range of essential minerals. The study highlights the importance of understanding mineral bioavailability and its implications for gorilla health, emphasizing the need for further research to assess whether suboptimal mineral balance in their diet could have adverse consequences.
Archaeological Site of Atapuerca
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2014 —
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A new analysis of mitochondrial DNA (mtDNA) from El Mirador Cave, Spain, challenges the notion that the Bell Beaker culture's expansion shaped the genetic landscape of Chalcolithic Europe. The study reveals that this Iberian population, dated to 4,760-4,200 years BP, shares affinities with Near Eastern groups and clusters genetically with Middle and Late Neolithic populations from Germany, rather than contemporaneous Bell Beakers. This suggests a heterogeneous genetic landscape among Chalcolithic groups in Europe, contradicting the assumption that haplogroup H's distribution was solely driven by the Bell Beaker culture's expansion. The research analyzed mtDNA sequences from 19 individuals, comparing them with modern and ancient populations to uncover these genetic connections.
Mount Athos
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2014 —
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Three previously unknown manuscripts of classical authors, including the oldest extant fragments of Sextus Empiricus and Cleomedes from the 10th century, have been discovered in Mount Athos' libraries. Additionally, a hitherto overlooked 13th-century manuscript of Homer's Iliad was identified in the Lavra library. These findings significantly expand the known corpus of ancient texts preserved on Mount Athos, with two fragments from Vatopedi dating back to the 10th century and representing the earliest witnesses for their respective authors. The study highlights the importance of Mount Athos as a repository of classical manuscripts, contributing valuable insights into the transmission of ancient literature.
Historic Centre of Oporto, Luiz I Bridge and Monastery of Serra do Pilar
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2014 —
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A recent modal analysis of the Luiz I Bridge, a historic steel-arch bridge in Porto, Portugal, revealed significant changes in its dynamic properties following rehabilitation and strengthening. The study compared ambient vibration data collected before and after construction works, highlighting variations in stiffness and modal parameters. These findings challenge the necessity for mandatory static field testing by demonstrating that dynamic testing alone can effectively assess structural behavior post-rehabilitation. Researchers used experimentally validated 3D finite-element models to simulate both phases, providing insights into how support conditions and deck structures influence bridge dynamics. This dual-testing approach offers a valuable method for verifying predicted behavior during design stages.
Swiss Tectonic Arena Sardona
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2014 —
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Research on the Swiss Tectonic Arena Sardona reveals that episodic fluid-release events, driven by carbonate decomposition and shear heating, are key to the movement of the Glarus thrust. This midcrustal deformation structure, characterized by tens of kilometers of displacement on an ultrathin layer (the principal slip zone), exhibits periodic stick-slip behavior due to overpressured fluids. The study demonstrates that slow ductile creep deformation raises temperatures through shear heating, triggering carbonate decomposition and the subsequent release of highly pressurized fluids. These fluids lubricate the principal slip zone, enabling significant movement along millimeter-thick bands. This model identifies carbonate decomposition as a critical process for thrust motion and explains the source of overpressured fluids accessing the slip zone.
Hyrcanian Forests
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2014 —
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Surface fires in the Hyrcanian Forests of Iran exhibit distinct behaviors depending on litter type and environmental factors. Beech (Fagus orientalis L.) litter results in the largest burned area, while maple (Acer velutinum L.) and hornbeam (Carpinus betulus L.) litters influence fire spread parallelly and perpendicularly to contour lines, respectively. Fire behavior also varies with slope gradient, showing irregular increases in burned area as slopes steepen. Litter thickness significantly affects fire direction, particularly with hornbeam litter. The study used mathematical models in Microsoft Visual Basic 6.0 to simulate surface fires over 30 minutes, analyzing parameters like wind velocity, slope, and litter characteristics associated with four tree species: beech, Persian ironwood (Parrotia persica C.A.M), maple, and hornbeam.
Galápagos Islands
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2014 —
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An agent-based model (ABM) successfully replicates real-world tourism dynamics in the Galápagos Islands, offering insights into how environmental changes could reshape the archipelago's touristic market. The model simulates tourist behavior and accommodation offers, aligning closely with field survey data. Preliminary simulations revealed emergent patterns that could guide policy decisions, demonstrating the ABM's potential as a tool for predicting tourism impacts on social-ecological systems.
Tiwanaku: Spiritual and Political Centre of the Tiwanaku Culture
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2014 —
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A prolonged drought from 900 to 1400 AD significantly disrupted food production in the central Andes, contributing to the collapse of Tiwanaku and Wari cultures. The subsequent rise of the Inca Empire was likely facilitated by their advanced precision farming techniques, which enabled them to thrive in variable climates. This study highlights the resilience of Andean technology, demonstrating its effectiveness in modern landscape management despite adverse environmental conditions.
Neolithic Site of Çatalhöyük
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2014 —
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Research at Çatalhöyük suggests that religious routinization played a pivotal role in the emergence of complex Neolithic societies. The study proposes that as rituals became more frequent, they transitioned from binding small tribal groups to fostering larger, more diffuse identities, coinciding with agricultural intensification. This shift in religion's vitality—from esoteric mystery cults to more ideologically uniform practices—facilitated the evolution of social complexity, though elite exploitation of this religious structure occurred later. The findings reconcile the dual roles of religion as both a source of social cohesion and a tool for legitimizing hierarchical structures.
Archaeological Ruins at Moenjodaro
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Recent archaeological research at Mohenjo-Daro, the probable capital of the Indus Valley Civilization, reveals that the city's true extent was significantly larger than previously thought. Drillings and deep soundings indicate that over 3 million square meters—three times the currently visible area—were buried under alluvial silts deposited by the Indus River over 4,500 years. This suggests that the ancient city was much lower in elevation than today's landscape, with the river having silted up its valley by more than 7 meters near Mohenjo-Daro. The study also highlights the uniformity of the city's material culture and architecture, built primarily from bricks of standardized proportions (1:2:4), with notable exceptions like cylindrical structures formed using conically shaped bricks.
Lord Howe Island Group
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2014 —
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A molecular dating analysis of Winteraceae reveals a complex biogeographical history shaped by both ancient Gondwanan vicariance and long-distance dispersal. The study estimates the crown-group age of Winteraceae at 91.2 million years ago (Ma), with a confidence interval ranging from 118 to 67 Ma, providing robust evidence for the origin of Takhtajania perrieri in Madagascar through Gondwanan vicariance—the only angiosperm for which this has been confidently demonstrated. The analysis also identifies sister clades within the Bubbia/Zygogynum group, one from New Caledonia and another including Australian species, including those from Lord Howe Island. This suggests a dynamic interplay of continental rifting, submergence, exhumation, dispersal, and extinctions in shaping the family's distribution.
Ogasawara Islands
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2014 —
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A rare parrotfish, <i>Scarus obishime</i>, endemic to the Ogasawara Islands, shares close phylogenetic affinities with <i>Scarus ovifrons</i>, a species found along Japan's southern coasts. This is the first formal molecular analysis confirming their relationship using nuclear and mitochondrial DNA sequences from two specimens of <i>S. obishime</i>. The study analyzed partial sequences of one nuclear gene (S7 ribosomal protein intron 1) and two mitochondrial regions (control region and 16S rRNA), comparing them with published data from related species. Phylogenetic analyses revealed a robust affinity between the two species, while also suggesting a partially shared evolutionary history involving an Arabian lineage, <i>Scarus arabicus</i>. This insight sheds light on the complex evolutionary pathways of parrotfish in the Pacific and adjacent regions.
Tehuacán-Cuicatlán Valley: originary habitat of Mesoamerica
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2014 —
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A new analysis of Handleyomys chapmani, a Mexican endemic rodent, reveals that the species is paraphyletic, comprising two distinct evolutionary lineages that diverged during late Pleistocene climatic shifts. Using mitochondrial and nuclear gene sequences, researchers mapped these clades to the Sierra Madre Oriental-Oaxacan Highlands and Sierra Madre del Sur mountain ranges, with H. saturatior emerging as a sister lineage to one clade. The study suggests that geographic barriers like the Isthmus of Tehuantepec and the Tehuacán-Cuicatlán Valley reinforced their isolation, necessitating a reevaluation of H. chapmani's conservation status due to its reduced distributional range.
Monticello and the University of Virginia in Charlottesville
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2014 —
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The restoration of Monticello's landscape, while grounded in Jefferson's extensive archives and archaeological research, ultimately represents an 'evocation' rather than a complete reconstruction. This approach lays the foundation for future preservation efforts by blending historical documentation with innovative interpretations. The study combines written records, Jefferson's personal notes, and archaeological findings to create a plausible representation of his visionary garden, acknowledging the inherent challenges in fully recovering the original design.
Taj Mahal
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2014 —
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A comparative analysis of the Taj Mahal reveals enduring parallels between maternal death 382 years ago and contemporary India, highlighting persistent issues in reproductive health despite progress. The study underscores gender disparities in decision-making power, drawing inspiration from historical solutions like Queen Ulrika Eleonora's initiatives to propose actionable strategies for improving maternal health outcomes today. By juxtaposing the symbolism of the Taj Mahal with modern challenges, this research advocates for visionary policy interventions to reduce maternal mortality rates and address systemic barriers in healthcare access.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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2014 —
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Roadkill occurrence in the endangered Amami Woodcock (Scolopax mira) is strongly influenced by lunar conditions, with mortality peaking during the waxing moon phase, particularly between dusk and midnight. This pattern aligns with the species' nighttime road activity and matches historical roadkill records, especially during its breeding season (February to May). The study also found that 90% of nighttime traffic at hotspots occurs before midnight. These insights suggest that reducing vehicle speed on moonlit nights, particularly several days before a full moon in March, could significantly mitigate roadkill risks for this species. The interplay of woodcock behavior, lunar conditions, and traffic trends provides critical evidence for targeted conservation strategies, highlighting the broader potential impact of moonlight on nocturnal animal-vehicle collisions.
The English Lake District
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Rural tourism in the English Lake District induces strong emotional and spiritual responses, independent of individuals' openness to spirituality or sense of place. The study found that engaging physically with the landscape—becoming part of it—was fundamental to these experiences. All respondents reported highly emotive encounters, with interpretations shaped by personal beliefs rather than a pre-existing attachment to rurality. This challenges the notion that sense of place is a prerequisite for emotional fulfillment in tourism, highlighting the profound impact of immersive, physical engagement with nature.
Ancient Thebes with its Necropolis
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A detailed morphologic-anthropological study of tomb K93.12 at Dra' Abu el-Naga, part of the UNESCO World Heritage Site Ancient Thebes with its Necropolis, reveals significant insights into the health and demographic structure of individuals buried in this ancient Egyptian necropolis from the 18th to the 26th dynasties. The analysis of 79 partly reconstructed skeletal remains indicates a male predominance, with a high percentage of young children (< 6 years) and adults aged 20-40 years. Paleopathological examination uncovered a high prevalence of stress markers like cribra orbitalia in younger individuals, along with dental diseases, degenerative conditions, and a possible case of ankylosing spondylitis. Additionally, 13 mummies from an intrusive waste pit were attributed to three distinct earlier time periods based on mummification styles and materials, providing further context to the tomb's reuse history.
Qinghai Hoh Xil
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2014 —
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Thermokarst lakes along the Qinghai-Tibet Engineering Corridor exhibit significant morphometric differences across three subregions: Chumaerhe High Plain (CHP), Hoh Xil Hill region (HXR), and Beiluhe Basin region (BBR). Lakes in CHP tend to have regular outlines and smooth lake bottoms, while those in HXR are characterized by greater depths and more complex shorelines. BBR typically features the most elongated and largest lakes. The study used SPOT-5 satellite imagery and ground-penetrating radar to analyze 2163 water bodies, revealing that prevailing summer wind direction and solar insolation are dominant factors controlling lake orientation. These differences are linked to variations in ground-ice content, local relief, and topography.
Mont-Saint-Michel and its Bay
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Researchers have discovered mössbauerite, a fully oxidized 'green rust' mineral (Fe63+O4(OH)8[CO3]·3H2O), in the intertidal gleys of Mont-Saint-Michel Bay, France. This new mineral, part of the fougèrite group within the hydrotalcite supergroup, represents the highest oxidation state analogue of its group and is characterized by a layered double hydroxide structure with brucite-like layers intercalated with carbonate anions and water molecules. The study utilized electrochemical analysis of synthetic analogues and Mössbauer spectroscopy to identify and characterize mössbauerite, which forms as micrometer-scale platelets under restricted oxygen conditions and rapidly decomposes upon air exposure. Unlike its predecessors, fougèrite and trébeurdenite, pure synthetic mössbauerite is orange in color. The research also revealed that mössbauerite exhibits gradual magnetic ordering below 70-80 K, suggesting short-range coupling of interlayer carbonate anions with octahedral layers while maintaining long-range order.
Saint Catherine Area
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2014 —
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Two moss species, Anoectangium handelii and Hymenostylium crassinervium, are newly recorded from Egypt's Saint Catherine Protected Area, marking the first documentation of these Pottiaceae species in the country. Additionally, Anoectangium Schwagr is identified as a new genus to Egypt. The study provides detailed descriptions, illustrations, and distribution insights for both species, contributing to the understanding of Egypt's bryophyte diversity within its UNESCO-listed conservation areas.
Virunga National Park
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2014 —
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Mountain gorilla tourism has been credited with saving the critically endangered mountain gorilla (Gorilla beringei beringei) from potential extinction by shifting local attitudes and incentivizing conservation efforts. Launched in 1979 as part of the International Gorilla Conservation Program, this approach converted poachers into rangers and demonstrated that living gorillas held greater value than their body parts. However, recent research highlights both short- and long-term consequences of gorilla tourism, challenging its effectiveness as a sole conservation tool. The study examines the historical decline of the species—from an estimated 400–500 individuals in 1960 to just 252–285 by 1978—and evaluates the trade-offs between economic benefits and ecological risks, including habitat disruption and human-wildlife conflict. While tourism has achieved notable success in protecting gorilla populations within Virunga National Park, its sustainability remains a subject of ongoing debate.
Brasilia
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2014 —
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A 27-year study of the strict <em>cerrado</em> vegetation at Fazenda Água Limpa, Brasília, reveals that periodic fires maintain floristic and structural stability rather than disrupting plant communities. Despite four fire events during the study period (1985–2012), no significant changes in species richness or diversity were observed, suggesting fire acts as a stabilizing force for this ecosystem. However, prolonged fire suppression could lead to substantial shifts in flora and structure, indicating the delicate balance between disturbance and conservation in <em>cerrado</em> environments. The research employed continuous inventories across 19 permanent plots (1,000 m² each), providing long-term data on tree community dynamics.
Ningaloo Coast
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2014 —
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More than half of the spangled emperor (Lethrinus nebulosus) population moves beyond the average sanctuary zone size within the Ningaloo Reef Marine Park, despite exhibiting stable and small home ranges over one to two years. This finding challenges the assumption that current no-take zones adequately protect this species. Researchers tagged 84 fish with internal acoustic tags across lagoon and reef slope habitats, both inside and adjacent to the Mangrove Bay Sanctuary zone, tracking their movements for over a year. Kernel Utilization Distribution (KUD) analysis revealed that while resident fish had an average home range of 8.5±0.5 km²—smaller than the sanctuary zones—they often moved outside these protected areas over time. Long-term monitoring also identified spawning-related movements, highlighting the need for larger or more strategically placed sanctuaries to effectively conserve this species.
Volcanoes of Kamchatka
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2014 —
WHEDEBD9923E9
Research on the Gorely Eruptive Center in Kamchatka reveals that large-volume, isotopically distinct silicic magma can be generated rapidly through a combination of fractional crystallization and assimilation of older crustal material. The study identifies two distinct magmatic trends—silicic and mafic—and demonstrates that low δ¹⁸O values, elevated ⁸⁷Sr/⁸⁶Sr ratios, and low ¹⁴³Nd/¹⁴⁴Nd ratios suggest contamination by older, hydrothermally altered country rocks. Additionally, the presence of glomerocrysts and mafic enclaves indicates episodic magmatic activity, while elevated Nb concentrations hint at an enriched component possibly linked to lower crustal delamination. The findings challenge traditional views of magma generation in long-term eruptive centers, suggesting a dynamic interplay between magmatic processes and glacial cycles.
Yellowstone National Park
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2014 —
WHE56A8E71D9D
Abiotic sulfur transformations in Yellowstone National Park's geothermal springs exhibit complex multiple sulfur isotope fractionations, with variations in sulfate isotopic composition and differences in ∆(33)S among species. These findings suggest a network of redox reactions involving intermediate sulfur species, rather than bacterial processes. The study quantified main (hydrogen sulfide, sulfate) and intermediate sulfur species (zero-valent sulfur, thiosulfate, sulfite, thiocyanate) across six springs, combining these with quadruple sulfur isotope measurements. Key insights include the near-zero fractionation between zero-valent sulfur and hydrogen sulfide at low pH, and slight enrichment of zero-valent sulfur at higher pH due to equilibration in the rhombic sulfur-polysulfide - hydrogen sulfide system.
The Loire Valley between Sully-sur-Loire and Chalonnes
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2014 —
WHEB3EFBDAB6F
A multiproxy analysis of sediments and microorganisms reveals the Holocene infilling process of the Loire estuary near Nantes, France. The study found that the valley's sediment deposition began with gravels on a Hercynian substratum, followed by laminated clay-sand deposits influenced by increased input from the Sèvre Nantaise River. Estuarine fauna transitioned to marine as sea levels rose, slowing after 5850 cal. yr BP and leading to channel migration and erosion. Post-2100 cal. yr BP, testate amoebae dominance indicated continentalization, with recent sediments reflecting human activity. The research integrates foraminifera, testate amoebae, sediment size, and mineralogy to reconstruct environmental changes over millennia.
St Kilda
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2014 —
WHE980CB2F6B8
Research on St Kilda's unmanaged Soay sheep population reveals that helminth-specific immunity, specifically anti-nematode immunoglobulin (Ig) G antibodies measured during summer, is strongly linked to over-winter survival, offering rare evidence of a fitness benefit under natural conditions. The study analyzed 11 different antibody types in adult female sheep, finding weak but generally positive correlations among them. Eight antibody measures independently predicted body mass, strongyle parasite egg count, or survival, highlighting the complex and multivariate nature of immune responses in wild systems. This work underscores the ecological and evolutionary significance of immune phenotypes, challenging simplistic views of immunity and emphasizing its multifaceted role in organismal health and fitness.
