Kluane / Wrangell-St. Elias / Glacier Bay / Tatshenshini-Alsek
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2010 —
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A stable population of approximately 200 Dall sheep (Ovis dalli dalli) on Sheep Mountain, Kluane National Park, Yukon Territory, Canada, was observed from 1969 to 1973. The study revealed detailed population dynamics, including natality and mortality rates, sex ratios, and productivity, while also analyzing the sheep's range use patterns and forage selection across different biogeoclimatic zones. Environmental variables such as temperature, wind, and snow depth were found to influence sheep behavior. A population structure model was developed, providing valuable insights for sustainable management practices, including calculating allowable harvests. The research combined geographical, geological, glaciological, and phytosociological data with detailed demographic analysis.
iSimangaliso Wetland Park – Maputo National Park
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2010 —
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The Mfolozi–Msunduzi estuarine system, part of the iSimangaliso Wetland Parkhas undergone significant anthropogenic changes that separated it from the St Lucia Estuary. This study reveals the current ecological status of key faunal groups (zooplankton, benthos, and fish) in this system, which has faced severe stress due to decreased rainfall and prolonged closure of the St Lucia mouth. The research highlights potential management strategies for reconnecting the systems, including re-establishing sediment-filtering swamps and constructing levees, while expressing concerns about potential adverse effects. This is one of the first comprehensive studies on this estuarine system, providing critical insights for its conservation and management.
Canadian Rocky Mountain Parks
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2010 —
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The Canadian Rocky Mountain Parks World Heritage Site is celebrated for its ecological diversity and natural wonders, with notable features such as Cave and Basin, Chaba Imne (lake), and the region's unique climate. This study highlights the intricate relationships between geological formations, aquatic ecosystems, and climatic conditions that define the area's biodiversity. The research approach integrates field observations, ecological mapping, and climate analysis to provide a comprehensive understanding of the site's environmental dynamics. Emphasis is placed on the interplay between physical landscapes—such as cave systems—and their biological significance, offering insights into the conservation of this globally significant region.
Angkor
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2010 —
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Contemporary economic development in Siem Reap, Cambodia, remains influenced by external perspectives on the meaning of Angkor Wat, despite its historical significance spanning ancient Khmer, colonial, and postcolonial eras. The study introduces a framework rooted in Roland Barthes' and Jean Baudrillard's theories to analyze four sources of value—use, exchange, symbol, and myth—that shape the site's valuation. It reveals how these values have evolved over time but persistently impact local development strategies. The research argues for a shift toward locally informed perspectives to redefine Angkor's role in economic planning, moving beyond legacy narratives.
Alto Douro Wine Region
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2010 —
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A museum's cultural value within the UNESCO World Heritage Site of Alto Douro Wine Region is positively influenced by visitors' educational level and gender, while negatively affected by travel costs. This insight emerged from applying the travel cost method—a non-market valuation technique—to analyze demand for the Museum of Lamego. Researchers used a Poisson model to quantify these relationships, revealing that higher education and female visitors are more likely to engage with cultural heritage, whereas travel expenses deter participation. The study underscores the importance of indirect economic valuation methods in assessing intangible assets like museums, which lack market transactions but drive territorial development through spillover effects.
The Causses and the Cévennes, Mediterranean agro-pastoral Cultural Landscape
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2010 —
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A hidden economy thrived beneath the karst landscapes of the Grands Causses during the late Neolithic, revealing sophisticated underground resource exploitation. This study identifies a network of subterranean activities—water sourcing, clay and calcite extraction—that sustained human populations despite geographical constraints. Geomorphological analysis demonstrates how these practices were adapted to local conditions, yet their cultural significance remains elusive due to the region's complex socio-cultural context. The research challenges traditional chronocultural frameworks by highlighting the dynamic interplay between subsistence needs and landscape use in a period marked by cultural diversity.
Nanda Devi and Valley of Flowers National Parks
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2010 —
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Ecotourism can serve as a means for environmental justice, providing local communities with both economic opportunities and a platform to challenge exclusionary practices within mainstream environmental movements. This study demonstrates that by framing their struggles through ecotourism discourse, local people in the Nanda Devi Biosphere Reserve were able to engage with broader environmental efforts while addressing social injustices. The research employs discourse analysis and examines the politics of scale to argue for an expanded notion of environmental justice that accounts for global resource rights movements. It highlights how a focus on social justice within ecotourism can offer viable livelihoods while critiquing biocentric biases in conservation practices.
Bwindi Impenetrable National Park
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2010 —
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Ecotourism, often hailed as a tool for conservation and local development, may instead perpetuate poverty and dependency in nearby communities. A study analyzing gorilla tourism's impact on rural villagers adjacent to Bwindi Impenetrable National Park, Uganda, reveals that the commodification of wilderness for foreign visitors shifts control to international organizations, creating new forms of vulnerability rather than alleviating hardship. Through a year of ethnographic fieldwork, the research exposes how ecotourism's 'new' relations between people and parks often reinforce existing power imbalances.
Curonian Spit
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2010 —
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A study on the Curonian Spit, Lithuania, reveals that Pinus mugo, a non-native tree species thriving in harsh coastal dunes, forms ectomycorrhizal (ECM) associations with a low but consistent fungal diversity. Molecular analysis identified 12 ECM taxa across three study sites, with Cenococcum geophilum dominating both seedlings and mature trees, though more abundantly on seedlings. Shannon's diversity indices indicated slightly higher diversity in mature trees. While mycorrhizal communities were similar across sites, subtle differences emerged between seedlings and mature trees. The study also highlighted discrepancies between below-ground ECM diversity and aboveground fruiting body surveys, emphasizing the need for comprehensive sampling methods to accurately assess fungal symbionts. These findings suggest P. mugo's adaptability in distinct habitats, supported by a stable suite of ECM symbionts that facilitate growth and natural regeneration.
Getbol, Korean Tidal Flats
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2010 —
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Seawater temperature near macrotidal flats exhibits distinct semidiurnal variations, with ranges of 2–4°C during clear spring days. A developed model verified that heat exchange between shallow seawater zones and tidal flats significantly alters seawater temperature, regardless of season. Heat content changes can reach up to 581 J m−3 s−1 (0.5°C h−1). The study found maximum heat gain from the tidal flat (835 W m−2) in June 2004 and minimum heat loss to it (316 W m−2) in February 2004, highlighting seasonal dynamics of thermal energy exchange in these ecosystems.
Cerrado Protected Areas: Chapada dos Veadeiros and Emas National Parks
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2010 —
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Scat-detection dogs proved highly effective in identifying the presence of five threatened mammal species—maned wolves, pumas, jaguars, giant anteaters, and giant armadillos—in the tropical savanna landscape surrounding Emas National Park, a UNESCO World Heritage Site candidate. The study demonstrated that these canines could reliably detect scat across different seasons, years, and survey team compositions, with detection probabilities varying by species but remaining consistent in methodology. Notably, maned wolves showed the highest occurrence probability (0.91), while jaguars were least detected (0.14), primarily due to their preference for forested areas within the park. The research also revealed that giant armadillos thrived in open grasslands inside the park but shifted to riparian woodlands in agricultural zones. This approach offers a scalable, non-invasive tool for monitoring wide-ranging species even in fragmented habitats, with potential applications beyond the Cerrado ecosystem.
Wet Tropics of Queensland
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2010 —
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A severe frost event on the Atherton Tablelands, Queensland, Australia, in 2007 revealed significant variation in frost resistance among riparian rainforest species, with some species showing high foliage retention while others suffered extensive damage. The study found that species from riparian habitats and a conifer were particularly frost-resistant, while deciduous species may survive frost by shedding leaves. Plant height above ground level had only a weak correlation to frost impacts, but plants under shelterbelts of mature trees experienced significantly less damage than unsheltered conspecifics. These findings suggest that forest shelter can be used as an effective mitigation strategy for frost impacts in restoration efforts, guiding the development of resilient ecological communities in frost-prone areas.
St Kilda
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2010 —
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Artificial lights at St Kilda attract petrels, particularly when moonlight is scarce, but deliberate light reduction measures significantly decrease this attraction and its negative impacts. The study found that while reductions in artificial lighting effectively lowered the number of Leach's Storm-petrels drawn to lights, their effect on Manx Shearwaters was less pronounced. Mortality rates were extremely low, with only juveniles affected, primarily after nights with minimal moonlight. Although the overall numbers of petrels attracted were small compared to breeding populations, light reduction measures remained beneficial in preventing disorientation and grounding during fledging periods. This phenomenon is rare in other UK breeding areas, highlighting St Kilda's unique vulnerability.
Mount Wuyi
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2010 —
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Litter decomposition rates vary significantly along elevation gradients, influenced by microclimate conditions and litter type. The study found that leaf litter from <em>Castanopsis carlesii</em> decomposed faster than <em>Pinus taiwanensis</em> at lower elevations (evergreen broadleaf forest, coniferous forest, and dwarf forest), where warm and humid conditions favor decomposer activity. However, decomposition rates were similar for both species in alpine meadows, suggesting microclimate plays a crucial role. Restricting access to detritivores via mesh bags also slowed decomposition, highlighting the importance of soil fauna in litter breakdown. These findings underscore how temperature, moisture, and ecosystem structure interact to regulate decomposition processes in UNESCO World Heritage Sites like Mount Wuyi.
Surtsey
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2010 —
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Seagull colonization on Surtsey, Iceland, dramatically enhances ecosystem respiration and vegetation development. The study found that gull nests significantly increase soil nitrogen—primarily deposited by the birds—which boosts ecosystem activity to levels comparable to drained wetlands or agricultural fields in Iceland. Within the gull colony, ecosystem respiration was 59 times higher than outside it, with a temperature sensitivity (Q10 value) of 5.3. These effects were linked to increased soil carbon and nitrogen, reduced pH, and cooler soil temperatures. The research highlights how animal-mediated resource transfer can accelerate ecosystem formation on volcanic islands.
Selous Game Reserve
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2010 —
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A study analyzing trophy hunting impacts on lion and leopard populations in Tanzania reveals that unsustainable harvest rates are driving declines, particularly in high-hunting regions. Lion harvests dropped by 50% between 1996 and 2008, with hunting intensity being the sole significant factor affecting population trends. Leopard harvests, though more stable, also declined in areas with the highest initial removals. Researchers recommend strict quotas—0.5 lions and 1 leopard per 1,000 km² for most regions, except the Selous Game Reserve, where higher limits (1 lion and 3 leopards) are suggested due to its unique conditions. The findings highlight the need for sustainable management strategies amid growing human-wildlife conflict and habitat loss.
Birka and Hovgården
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2010 —
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A ground-penetrating radar (GPR) array system demonstrated the capability to conduct high-resolution, large-scale archaeological surveys at unprecedented speed and resolution. The true three-dimensional MIRA system surveyed 1 hectare or more per day with an 8 cm cross-line spacing, revealing fine details such as postholes of only 25 cm diameter at Birka, a UNESCO World Cultural Heritage site in Sweden. This pilot study, conducted in collaboration with the Swedish National Heritage Board, showcased the potential of advanced GPR technology for efficient and detailed archaeological prospection at complex Scandinavian sites.
City of Potosí
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2010 —
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The Cerro de Potosí, revered as the most significant sanctuary of its region, was hidden from Spanish colonizers due to its sacred status dedicated to the deity Pachacámac. Historical testimonies, including those by Arzans de Orsúa y Vela (1736) and traditions near the Salar de Uyuni, affirm that this 'Apu' or mountain lord was associated with Pachacámac, a god of the subterranean world. Archaeological evidence, such as a 16th-century sacrifice at Lake Titicaca, further supports the presence of this deity in the Collasuyo region. The study highlights how the Inca later introduced solar worship, while Spanish colonizers reinterpreted the Cerro as an embodiment of the Virgin Mary, linking it to Pachamama or Mother Earth.
Archaeological Site of Atapuerca
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2010 —
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A detailed analysis of lithic collections from northern Spain's Atapuerca sites reveals significant variability in early human technical processes over long periods, challenging traditional understandings of Paleolithic behavior. The study examines raw material collection and stone quality influences on tool production, using experimental archaeology to provide new perspectives on ancient assemblages. By focusing on a small geographic area—including Sierra de Atapuerca, La Maya, El Basalito, San Quirce, and Ambrona—the research demonstrates how local conditions shaped human adaptation during the first and second phases of European occupation. This work contributes to a deeper understanding of behavioral variability in early southern European populations.
Sewell Mining Town
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2010 —
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Sewell, Chile, exemplifies the innovative 'platform frame' construction system, which revolutionized urban planning and architecture for its time. This study highlights how the platform frame, characterized by a modular grid of reinforced concrete platforms, enabled efficient land use and structural stability in a challenging mountainous terrain. Researchers analyzed Sewell's architectural design, revealing its adaptability to steep slopes and seismic conditions, while also assessing its historical significance as a UNESCO World Heritage Site. The approach involved detailed examination of the site's construction techniques, urban layout, and comparison with contemporary building practices. The findings underscore the platform frame's enduring influence on modern urban development.
Routes of Santiago de Compostela: Camino Francés and Routes of Northern Spain
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2010 —
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Tourism, particularly pilgrimage tourism along the Camino de Santiago Francés, has been identified as a significant driver for rural socio-economic development. This study demonstrates that the Camino Francés, spanning 14 municipalities in Galicia (Spain), revitalized local economies between 1991 and 2005 by attracting visitors who boosted commercial activity, market share, and demographic stability. Key indicators—such as population movement, commercial licenses, and tourism indices—showed positive trends linked to pilgrimage-related tourism. The research suggests that leveraging cultural heritage can mitigate rural decline, offering a model for sustainable development in similar regions.
Byblos
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2010 —
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Rulers of Byblos in the Middle Bronze Age adopted Egyptianized language, administrative titles, and religious traits as elite emulation practices to differentiate themselves from local peers and gain prestige through patronage bonds with Egypt. These relationships, rooted in early Old Kingdom interactions, were sustained by the exchange of high-value goods. The study argues that such cultural borrowing was a strategic move to align with Egypt's esteemed elite, reinforcing Byblos' status in the northern Levant and Euphrates region.
Sewell Mining Town
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2010 —
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Sewell, a unique residential-industrial settlement nestled in the mountains, stands out for its innovative urban design and high-density living. This study highlights Sewell's singularity, achieved through a harmonious integration of multi-storied buildings that seamlessly blend housing and industry on terraced hillside terrain. The settlement's distinctive image, characterized by its compact layout and functional harmony, underscores its potential significance as a candidate for UNESCO World Heritage List recognition. The research approach involves an analysis of Sewell's urban planning and architectural features, emphasizing its historical and cultural value.
Anticosti
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2010 —
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A new species of endobiotic cornulitid, Cornulites celatus n. sp., has been discovered within Upper Ordovician tabulate corals and stromatoporoids from Anticosti Island, Quebec. This finding extends the known stratigraphic range of cornulitids in commensal relationships with these organisms back to the Upper Ordovician, previously thought to begin in the Silurian period. The study also reveals a more limited paleoenvironmental distribution for C. celatus compared to its principal coral host, Propora conferta, suggesting environmental specificity in their association. Growth interference patterns indicate a commensal relationship between the endobiotic cornulitid and its hosts, including Paleofavositessp., Acidolites arctatus, A. compactus, and Ecclimadictyonsp. The diagnosis of Cornulites is emended to include forms with a distinctive two-layered shell wall, characterized by an outer layer of prismatic calcite.
Brasilia
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2010 —
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A pioneering energy efficiency code for commercial, public, and service buildings was introduced in Brazil in 2009, marking the first labeled building in Brasilia. This study reveals that prescriptive criteria and energy performance simulations yielded consistent results, though it also highlighted the need for enhanced simulation capabilities to address cases where prescriptive methods fall short. The research, conducted by the Laboratory of Environmental Comfort and Energy Efficiency (LACAM) at the University of Brasília, underscores the importance of rapid implementation and expertise development to facilitate the widespread adoption of energy efficiency standards in Brazil.
Takht-e Soleyman
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2010 —
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A significant portion of tourists visiting Takht-e Soleyman, a UNESCO-listed sacred site in Iran, reported experiencing vital energy during their visits. This finding stems from a 2008 survey involving 140 participants, where 111 confirmed sensing energy at the site, known for its spiritual significance since the Sassanid era (226-650 AD). The study highlights that these 'energy tourists' seek healing and environmental protection, suggesting potential benefits for global peace and sustainability. The research used questionnaires to gather detailed accounts of tourist experiences, emphasizing the site's role in fostering a peaceful and environmentally conscious approach to tourism.
Sagarmatha National Park
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2010 —
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A critical decline of 38% in forest biomass within Sagarmatha National Park and Buffer Zone (SNPBZ), Nepal, from 1992 to 2008 has been attributed to rising fuelwood demand driven by tourism growth. This trend threatens the preservation of current forest conditions unless 75% of fuelwood is replaced with alternative energy sources. The study employed a participatory modeling framework to simulate management scenarios, revealing that reducing fuelwood use by 75% and dung use by 80% could lower indoor carbon monoxide (CO) concentrations to WHO-recommended limits. This research underscores the urgent need for adaptive management strategies to mitigate environmental degradation and health risks in this remote mountain region.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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2010 —
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Rivers on Ishigaki Island, part of the UNESCO World Heritage Sites in Japan's Ryukyu Archipelago, exhibit exceptionally high alkalinity due to enhanced carbonate dissolution driven by soil-originated CO₂. This results in a significant riverine carbon flux with implications for climate regulation and ocean acidification buffering. A comparative hydrogeochemical study on Ishigaki Island (carbonate-dominated) and Iriomote Island (aluminosilicate-dominated) revealed that Ishigaki's rivers have alkalinity levels surpassing global averages, such as those of the Saint Lawrence and Mississippi rivers. This high inorganic carbon input alters the ratio of carbon to nutrients in river water, potentially making coastal seas a source of atmospheric CO₂. The study highlights the critical role of geological characteristics in shaping riverine carbon dynamics and their broader environmental impacts.
Grand Canyon National Park
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2010 —
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Ensemble habitat mapping proves more robust than individual models for predicting the spread of invasive plant species, offering significant advantages for risk analysis. The study tested five distinct species distribution models—logistic regression, boosted regression trees, random forest, multivariate adaptive regression splines (MARS), and Maxent—alongside ensemble modeling across multiple U.S. national parks, including the Grand Canyon. Ensemble models consistently ranked in the top three for both field validation and test data, demonstrating their superior accuracy and reliability. This approach combines the strengths of individual models while mitigating their weaknesses, providing a more dependable tool for assessing the environmental suitability of invasive species. The research leverages field data from park staffs, integrated with satellite-derived topographic, climatic, and vegetation predictors, to enhance predictive power and inform conservation strategies.
Žatec and the Landscape of Saaz Hops
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2010 —
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Research at Žatec, Czech Republic, reveals an early agricultural shift to a three-field system by the 11th century, predating the broader High Medieval transformation typically associated with the 13th century. Archaeological and archaeobotanical analyses of urban layers, macroremains, pollen, and charcoal samples—collected primarily from sunken settlement features and fortifications—demonstrate a transition from dominant naked wheat cultivation in the 9th–10th centuries to increased rye and winter crop weeds by the 11th century. Pollen data also indicate extensive deforestation and a shift toward synanthropic taxa, while charcoal analysis shows a prevalence of pine and oak, with rising fir, beech, spruce, and yew likely linked to ironworking expansion. This study provides critical evidence for the timing and environmental context of medieval agricultural intensification in Central Europe.
The Causses and the Cévennes, Mediterranean agro-pastoral Cultural Landscape
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2010 —
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A spatial analysis of canine leishmaniasis (CanL) in France reveals two distinct eco-epidemiological patterns, each associated with specific environmental conditions and sandfly vectors. The first pattern is found in the Cévennes region of the southern Massif Central, characterized by moderate altitudes (200–1000 m), cooler winter temperatures (1.9°C average), high annual rainfall (1042 mm), and dense forest cover—conditions favorable for <em>Phlebotomus ariasi</em>. The second pattern occurs on the Mediterranean coastal plain, marked by warmer temperatures, lower rainfall, and less forest cover, aligning with the preferences of <em>Phlebotomus perniciosus</em>. Using niche modeling (Maxent) based on climate, land cover, and population density data, researchers generated France's first risk map for CanL, illustrating how environmental factors shape disease distribution. This ecological approach deepens understanding of CanL dynamics, offering insights into its maintenance and emergence in southern France.
Jaipur City, Rajasthan
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2010 —
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A significant finding from this study is that work-related musculoskeletal disorders (MSDs) in Jaipur's craft sectors—blue pottery, handloom, and gota patti—are driven by complex risk factors that extend beyond physical design issues. While tools and workstations play a role, the research reveals that non-physical factors such as work/rest cycles, process design, physical exercise, and training are equally critical in mitigating these risks. The study employed a rigorous, multi-method approach including Rapid Entire Body Assessment (REBA), Rapid Upper Limb Assessment (RULA), OVAKO for postural analysis, and the Occupational Repetitive Action Index (OCRA) and Strain Index (SI) to quantify repetitiveness and strain. These methods collectively underscored the hazardous nature of current working conditions in these sectors, emphasizing the need for holistic interventions that address both physical and non-physical design elements.
Paraty and Ilha Grande – Culture and Biodiversity
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2010 —
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A comprehensive inventory of non-marine invertebrate fauna on Ilha Grande, a UNESCO-listed site within the Paraty and Ilha Grande World Heritage Area, reveals significant gaps in biodiversity knowledge. The study identifies 465 taxa, predominantly arthropods (72.9%) and mollusks (22.15%), with most records at the genus level (60%). Notably, data collection has intensified since 1999, primarily around Vila Dois Rios, highlighting the need for broader taxonomic and geographic surveys to address critical knowledge gaps. This research underscores the importance of systematic biodiversity inventories in informing conservation efforts within this ecologically significant Atlantic Forest remnant.
Dinosaur Provincial Park
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2010 —
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Dinosaur Provincial Park (DPP), Alberta, Canada, has lost 60% of its original volume to erosion, taking with it an estimated 1.5 million dinosaur skeletons—including 6,310 hadrosaurs, 1,640 ceratopsians, 1,030 ankylosaurs, and 1,600 theropods. Using digital elevation modeling to calculate exposed rock volumes and fossil densities across 5-meter slabs, researchers estimated that the remaining 40% of DPP could yield similar quantities—6,700 hadrosaurs, 1,700 ceratopsians, 1,010 ankylosaurs, and 1,720 theropods. This method, validated with a raisin-bread analogy, provides minimum estimates, as it excludes bone beds and isolated bones. The study highlights the significant fossil potential of DPP while underscoring the impact of erosion on paleontological discoveries.
Shiretoko
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2010 —
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Researchers estimated the spawning escapement of pink salmon (Oncorhynchus gorbuscha) in the Rusha River, Shiretoko Peninsula, using the area-under-the-curve (AUC) method combined with visual counts. The study found that while the estimated escapement was reasonable, the actual number of spawning grounds was significantly lower than expected based on escapement numbers and available spawning areas. This highlights a potential mismatch between salmon population dynamics and habitat utilization in this UNESCO World Heritage Site. The AUC method proved effective for assessing spawning escapement, providing valuable insights into the ecological role of pink salmon in transporting marine-derived nutrients to terrestrial ecosystems.
Paraty and Ilha Grande – Culture and Biodiversity
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2010 —
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A significant episode of tree mortality in Ilha Grande, Rio de Janeiro, was linked to climatic anomalies between 1997 and 2001, rather than natural succession or population senescence. The study analyzed growth rings of <em>Schizolobium parahyba</em>, a native species of the Atlantic Forest, revealing that trees died at varying ages and that ring width correlated strongly with local rainfall patterns. This suggests that extreme weather conditions, rather than age-related decline, were the primary cause of mortality. The research used dendrochronological methods to assess tree ages and environmental factors, providing insights into the resilience and vulnerability of this species in the face of climate change.
Lower Valley of the Omo
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2010 —
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A study of the Lower Omo River Valley, Ethiopia, identified 38 wild edible plant species used by Kara and Kwego semi-pastoralist communities as dietary supplements or famine foods. The plants, primarily trees (50%) and shrubs (29%), were consumed for their fruits (59%), leaves (33%), roots (8%), and seeds (3%). No significant differences in species richness, growth forms, or plant parts used were found between the two groups. Most plants were gathered during specific seasons, with 41% serving as substitutes for cultivated vegetables when scarcity struck. The research highlights the cultural significance of wild edible plants in food security strategies, while also noting gaps in nutritional and toxicological data that warrant further investigation.
Historic Centre of Mexico City and Xochimilco
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2010 —
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A study of the Santa Cruz canal, a key tourist site in Xochimilco, Mexico, revealed that freshwater ascomycete diversity is highest in less urbanized areas with more vegetation, such as nursery zones, and lowest near heavily trafficked docks. Seasonal variations also play a significant role, with rainfall periods showing reduced fungal diversity likely due to environmental disturbances. Researchers used wooden blocks submerged for eight weeks across four stations with varying urbanization levels, measuring physicochemical parameters and bacterial load to assess diversity using Shannon and Sørensen indices. The findings highlight the impact of urbanization and seasonal changes on aquatic fungal ecosystems in this UNESCO-listed heritage site.
Jaipur City, Rajasthan
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2010 —
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Stone carving in Jaipur, India, poses significant ergonomic risks to workers, with findings indicating that the majority of activities fall into high-risk categories for musculoskeletal disorders (MSDs) and injuries. The study, involving 75 male workers across three sections of a stone carving unit, employed non-invasive tools such as REBA, RULA, and OCRA, along with psychophysical measures like body part discomfort maps and perceived exertion scales. Objective measurements revealed a working heart rate of 112.4 beats per minute after 30 minutes, classifying the work as moderately heavy. High scores in postural analyses (REBA: 13/13; RULA: 7/7) further underscored the vulnerability to MSDs. The research highlights the urgent need for ergonomic interventions, including tool and workstation redesign, to mitigate these risks, suggesting collaboration with NGOs, political parties, and human rights departments for implementation.
New Zealand Sub-Antarctic Islands
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2010 —
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Pleurophyllum, a small genus of megaherbs endemic to the subantarctic islands of Australia and New Zealand, likely survived Pleistocene glaciation on these islands and dispersed northward in response to glacial advance. This study provides strong evidence for this hypothesis through phylogenetic analysis of DNA sequences from four genes (ITS, ETS, trnK, and trnL). The research suggests that the subantarctic islands served as refugia for Antarctic plants, preserving remnants of a once-diverse flora. By reconstructing the genus's evolutionary history, the study sheds light on the biogeographical patterns of austral plant groups and the role of Antarctica in shaping southern hemisphere plant distributions.
Vineyard Landscape of Piedmont: Langhe-Roero and Monferrato
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2010 —
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Research on the Vineyard Landscape of Piedmont (Northern Italy) reveals that karst caves in Messinian gypsum formations likely began forming during a brief intra-Messinian emersion phase, with subsequent slow enlargement during the Quaternary. Cave sediments contain foraminiferal associations dating from Burdigalian to Upper Pliocene, suggesting recent deposition, though Upper Messinian accumulation cannot be entirely ruled out. The study suggests that caves initially developed under epigenic conditions and later expanded within a confined hypogene karst system. This finding provides new insights into the evolutionary history of karst landscapes in this UNESCO World Heritage Site.
Pitons, cirques and remparts of Reunion Island
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A groundbreaking study reveals that the 1998–2000 eruptions of Piton de la Fournaise volcano on Réunion Island were driven by lateral dikes rooted at shallow depths, typically less than 1000 meters. These dikes, which account for 17% of the emitted lava volume, highlight the significant role of exogenous growth in volcanic edifice construction. The research used interferometric synthetic aperture radar (InSAR) data combined with 3-D boundary element models and Monte Carlo inversion to analyze coeruptive displacements, providing unprecedented insights into magma conduit evolution. Additionally, the study found that dikes initially propagate vertically from a deep source before being injected laterally at shallow depths, consistent with neutral buoyancy levels in the edifice.
Singapore Botanic Gardens
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2010 —
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Singapore Botanic Gardens' orchid conservation program has successfully re-introduced five native orchid species, including Grammatophyllum speciosum and Bulbophyllum vaginatum, demonstrating effective ex situ conservation strategies. The study highlights the potential of cryo-seed banking for long-term germplasm preservation, with promising results achieved for multiple endangered species such as Cymbidium finlaysonianum and Dendrobium crumenatum. By monitoring existing populations and exploring innovative conservation techniques, the program aims to restore native orchid diversity in Singapore's managed habitats. A dedicated area at the National Orchid Garden showcases this biodiversity, serving both conservation and educational purposes.
Great Smoky Mountains National Park
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2010 —
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A comprehensive examination of terrestrial algae within the Great Smoky Mountains National Park, USA, revealed 42 distinct taxa, including 20 new records for the park. The study, part of the All Taxa Biodiversity Inventory, sampled soils from both mature and secondary growth forests, as well as rocks and tree bark, highlighting the rich algal diversity in this UNESCO World Heritage Site. Among the identified species were representatives from Cyanobacteria, Chlorophyceae, Trebouxiophyceae, Ulvophyceae, Klebsormidiophyceae, Zygnematophyceae, Tribophyta, Eustigmatophyta, Euglenophyta, and Dinophyta. This research contributes significantly to the understanding of algal biodiversity in terrestrial ecosystems.
Ephesus
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2010 —
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The Camel Wrestling Festival in Selçuk, Ephesus, stands out as a culturally authentic and non-commercialized attraction that significantly draws foreign visitors seeking unique cultural experiences. A survey of 56 international attendees on January 18, 2009, revealed their fascination with this traditional event, underscoring its potential as a sustainable tourism product. While the festival remains vulnerable to the impacts of mass tourism, its cultural integrity can be preserved through strategic policies that balance heritage conservation with visitor engagement. This study provides actionable insights for developing a sustainable tourism framework to safeguard the festival's authenticity and ensure its longevity as a globally recognized cultural asset.
Museumsinsel (Museum Island), Berlin
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2010 —
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The Mshatta Facade, one of the earliest Islamic architectural monuments exhibited on Museum Island in Berlin, has significantly advanced the study and representation of Islamic art. Its transportation to Berlin in 1904 led to the establishment of an Islamic Department within the museums, sparking extensive research into Islamic art through archaeological fieldwork. This facade, however, presents unique challenges in museum presentation due to its monumental scale and the need for compromises in interior space design. Current discussions on relocating the facade to the Pergamon Museum's north wing aim to address these issues while preserving its historical significance.
Sagarmatha National Park
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2010 —
WHEB62C813351
A participatory modeling framework combining hard and soft methodologies has been successfully applied in two high-altitude protected areas, Sagarmatha National Park (Nepal) and Central Karakoram National Park (Pakistan), to address complex social-ecological challenges. This approach, tailored to local stakeholders' needs, facilitates collaborative knowledge synthesis and problem-solving, fostering sustainable development pathways. The framework's five modules enable evidence-based management decisions while ensuring stakeholder relevance through iterative feedback loops. Notably, the model triggers valuable discussions among stakeholders, guiding research and policy efforts in fragile mountain ecosystems where livelihoods are deeply intertwined with ecological systems. Its adaptability suggests potential for replication in similar contexts globally.
Heart of Neolithic Orkney
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2010 —
WHE8F488676E2
A Late Neolithic house at Crossiecrown, Orkney, revealed through magnetic prospection and excavation, shows distinctive correlations between element distributions on its floor and the locations of fixed furniture or stone tools. Soil micromorphology traced the house's lifecycle from construction to abandonment, while geochemical analysis linked specific elements to architectural features and artifacts. This study demonstrates how advanced methods can uncover functional insights into Neolithic settlements, offering new perspectives on their organization and use.
Galápagos Islands
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2010 —
WHE554588167D
A study on the Galápagos Islands revealed that both Galapagos Penguins and Flightless Cormorants exhibit exposure to Toxoplasma gondii, a common protozoan parasite. Surprisingly, higher antibody prevalence was found in penguins on Fernandina Island, which lacks feral cats, compared to Isabela Island where cats are present. While the difference was not statistically significant for cormorants, this is the first evidence of T. gondii exposure in these endemic avian species, suggesting potential disease risks linked to the archipelago's feral cat population.
Monte San Giorgio
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2010 —
WHE6DFAA0731E
A pioneering analysis of the Ladinian Cassina beds at Monte San Giorgio reveals the presence of a quasi-anaerobic biofacies characterized by monotypic benthic foraminiferal meiofauna, marking the first documentation of such conditions across the entire Monte San Giorgio sequence. This discovery sheds light on the depositional environment of this renowned Lagerstätte, which experienced background sedimentation under anoxic to episodically suboxic seafloor conditions, interspersed with event depositions linked to sediment input and volcanic eruptions. The study also highlights the proliferation of benthic microbial mats, inferred from microfabrics and taphonomic features, which contributed to the exceptional preservation of vertebrate fossils, including new finds of fishes such as Saurichthys and Archaeosemionotus. Additionally, the research provides insights into the shallow-waters of the adjoining Salvatore platform and critically reviews available biostratigraphic data.
