Mount Nimba Strict Nature Reserve
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A critical nomenclatural review of Haplotaxidae species from Mount Nimba Strict Nature Reserve, Guinea, resolves long-standing taxonomic confusion. The study identifies unjustified prior interpretations that misclassified several oligochaete taxa, clarifying their valid names under current nomenclature (Reynolds & Wetzel 2020). This addresses a homonymy issue with Villiersia Omodeo, 1987, which overlapped with a nudibranch genus. The research combines historical literature review and systematic analysis to establish authoritative species designations, ensuring stability in scientific communication about this biodiverse West African site.
Santiago de Compostela (Old Town)
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2021 —
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Medieval urban spatial layouts along the Pilgrims’ Way to Santiago de Compostela have shown remarkable persistence, with many towns retaining their original structures and functions since the Middle Ages. These layouts typically feature a main pilgrimage-trade route flanked by residential and service buildings, often centered around a regular market space adjacent to churches. The study analyzed historical, iconographic, cartographic sources, and direct observations of selected towns, revealing that spatial transformations have been minimal over centuries. The Franks community played a significant role in shaping these centers. Open spaces, particularly squares, remain vital for local communities today.
Samarkand – Crossroad of Cultures
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2021 —
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Research on glass fragments from Kafir Kala, Uzbekistan, reveals that degradation patterns—such as iridescence, opaque weathering, and blackening—are primarily influenced by burial environment and alkali leaching rather than glass composition. Despite all but one sample being plant ash-based, no clear correlation was found between composition and degradation type, which often co-occurred. The study employed optical microscopy and scanning electron microscopy to analyze surface alterations, providing a foundation for future systematic research on archaeological glass degradation—a field lacking dedicated literature.
Amami-Oshima Island, Tokunoshima Island, Northern part of Okinawa Island, and Iriomote Island
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2021 —
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A One Health approach is critical for controlling toxoplasmosis, a zoonotic disease caused by Toxoplasma gondii. The study found that 47.2% of free-ranging cats on Tokunoshima Island were seropositive for T. gondii between 2017 and 2018, highlighting the importance of managing felid behavior to mitigate transmission. Toxoplasmosis poses a significant food-borne health risk due to its transmission through undercooked meat and environmental contamination with oocysts. The research underscores the need for integrated strategies that address human, animal, and environmental health to effectively control this parasitic disease.
Hortobágy National Park - the Puszta
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2021 —
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A unique morphologic system enhances landscape perception and identity in Hortobágy National Park, demonstrating how standardized design elements can harmonize with local characteristics. The study proposes a comprehensive approach to improve visitor experience, sustainability, and accessibility while addressing language barriers and lack of recognition. By integrating high-tech solutions and universal design principles, the research offers a viable model for Hungarian national parks, balancing economic viability, social engagement, and environmental sustainability. The methodology combines global case analysis, local data evaluation, experimental design, and iterative assessment to refine a cohesive landscape identity.
Wulingyuan Scenic and Historic Interest Area
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2021 —
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A groundbreaking study reveals the diverse cliff flora of Wulingyuan, a UNESCO World Heritage Site in China's mid-subtropical region, using smart unmanned aerial systems (UAS). Analyzing 9200 high-resolution images from 197 cliffs, researchers identified 267 vascular plant species across 140 genera and 58 families, excluding herbaceous plants. The findings highlight unique floristic patterns and morphological adaptations on cliffs, emphasizing the potential of UAS technology for large-scale global studies. This study marks a significant advancement in documenting undisturbed cliff ecosystems, which are considered one of the 'Last Unknown' environments due to their extreme conditions and inaccessibility.
Nyungwe National Park
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2021 —
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Optimal patrol strategies can significantly reduce poaching risk while minimizing costs, offering a more efficient approach to conservation law enforcement. A study applying decision analysis and spatial optimization algorithms to Nyungwe National Park, Rwanda, found that allocating 8,558 ranger patrol events annually—covering 1-km² sites—could achieve a 50% reduction in poaching risk at a cost of US$684,640. This approach outperforms historical efforts (2006–2016), which achieved only ~30% risk reduction under similar budgets. The model accounted for imperfect detection and spatial adjacency, providing a scalable framework for other conservation challenges. Park managers identified this balance as practical given funding constraints, highlighting the potential for cost-effective poaching mitigation in protected areas.
Archaeological Area and the Patriarchal Basilica of Aquileia
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2021 —
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Advanced ground penetrating radar (GPR) techniques, when combined with high-resolution photogrammetry and unmanned aerial vehicle surveys, significantly enhance the identification and characterization of buried archaeological structures. A study conducted at the UNESCO World Heritage Site in Aquileia, Italy, demonstrated that dense, accurate GPR data collection and sophisticated signal processing—particularly using amplitude-based and coherence attributes—can effectively map complex archaeological features. The research also evaluated autopicking procedures for isosurface mapping, which proved crucial in guiding archaeologists to excavate previously unselected areas. These findings not only contributed to the understanding of Aquileia's historical events but also underscored the potential of integrating multi-sensor data for non-invasive archaeological research.
Lake Turkana National Parks
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A 216-meter drill core from the Turkana Basin reveals that orbital forcing significantly influenced precipitation, fire activity, and grass community composition between 1.87 to 1.38 million years ago (Ma). Microcharcoal analysis showed that fire variability correlated with precessional cycles (~21 kyr), linking elevated precipitation to increased landscape fires. Phytolith data indicated alternating dominance of mesic and xeric C4 grasses, also influenced by orbital forcing but mediated by basin geometry. Two high eccentricity intervals at ~1.72 Ma and ~1.50 Ma marked abrupt environmental shifts, with the latter transitioning to a seasonally wet, open landscape dominated by xeric C4 grasses—conditions similar to those when Homo erectus/ergaster fossils were discovered nearby.
Classical Gardens of Suzhou
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A principal component analysis (PCA) reveals distinct yet overlapping characteristics among traditional Japanese gardens, classical Chinese gardens, and modern Chinese gardens. The first three components explain 70.77% of the variance, highlighting a spectrum from traditional Asian values to non-Asian dimensions, complexity to simplicity, and hardscape to softscape elements. Traditional Japanese and classical Chinese gardens share similarities in hardscape-softscape balance, while traditional Japanese and modern Chinese gardens exhibit similarities in complexity-simplicity traits. The study analyzed 134 variables across 20 gardens, offering insights into the evolution of garden design principles.
Curonian Spit
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A novel study reveals the presence of ore sands on the beaches of the Curonian Spit, formed by storm waves and winds in the Baltic Sea and the more sheltered Curonian Lagoon. The research identifies the mineral composition and traces their origins, providing insights into sediment dynamics under varying environmental conditions. This first-of-its-kind analysis highlights the practical significance of ore content in coastal sediments while also contributing to theoretical understanding. The findings suggest that such deposits could have implications for both resource management and studies of sediment transport in transitional marine environments.
Qinghai Hoh Xil
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Research on mudstone and marl from the western Hoh Xil Basin, Tibet, reveals that these Tertiary lacustrine deposits formed under stratified, high-productivity conditions with a transition to more humid paleoclimate. Organic geochemistry analysis showed that organic matter originated primarily from bacteria, algae, and higher plants, with type II and III kerogen in mudstones indicating thermal immaturity, while marlite displayed type I-II1 kerogen at low to moderate maturity. Biomarkers, including odd-over-even predominance of long-chain n-alkanes and low Pr/Ph ratios (0.11–0.36), supported a reducing environment with stratified water columns. The study integrated sedimentary facies analysis, maceral composition, and carbon isotope data (δ13Corg) to reconstruct depositional conditions in the Miocene Wudaoliang Formation and Oligocene Yaxicuo Group.
Bagan
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2021 —
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A study of the wall paintings at Me-Taw-Ya Temple in Bagan, Myanmar, reveals the use of proteinaceous glue and plant-derived gums as binders, confirming the a secco technique. Non-invasive and micro-invasive analytical methods identified pigments including Fe-based compounds, vermillion, carbon black, and As-compounds, providing insights into the materials used in 12th to 13th century murals. This research contributes to understanding the conservation of ancient wall paintings, particularly following the 2016 earthquake that damaged numerous historical structures in Bagan.
Mistaken Point
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Research on the Ediacaran fossils at Mistaken Point reveals that morphological variations among eight taxa significantly influenced their resilience to turbulent water conditions. The study found that Bradgatia and Thectardis exhibited bimodal felling directions, suggesting they were more susceptible to turbulence, while frondose rangeomorphs like Beothukis and Plumeropriscum, along with arboreomorphs, were felled in a single direction, indicating better resilience due to their upright stance. This implies that taxa with elongated habits or stems had improved survivability in turbulent environments compared to those lacking these features, which may have thrived in calmer waters.
Wieliczka and Bochnia Royal Salt Mines
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2021 —
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Aerosol particles in the Wieliczka and Bochnia Royal Salt Mines, Poland, primarily originate from geogenic sources such as rock salt fragments, with minimal anthropogenic or biogenic contributions. The study found that particulate matter (PM) concentrations ranged from 21 to 79 µg/m³, decreasing with distance from the air inlet due to natural self-cleaning processes. Salt particles and salty spray, which may offer anti-inflammatory and antiallergic benefits, dominated the composition, while trace elements like Fe, Al, Ag, Mn, and Zn were present at low levels (<30 ng/m³), posing no health risks. The research employed portable air pumps and gravimetric analysis to assess PM composition, providing insights into halotherapy's potential medical applications.
Sun Temple, Konârak
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The Sun Temple of Konark, a magnificent example of India's ancient architecture, was originally designed with intricate geometric planning, spatial arrangements, and elaborate sculptures. Despite its current ruined state, the remaining foundations and ornate carvings reveal exceptional architectural details, including sundials and reliefs that highlight its historical significance. Built by King Narasimhadeva I to glorify the Sun god 'Surya Dev,' this temple once stood as a symbol of devotion and power in Kalinga (modern-day Odisha). The study reconstructs its original anatomy, focusing on its design, ornamentation, and spatial organization, offering insights into its former grandeur.
Isole Eolie (Aeolian Islands)
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Vulcanello, the northernmost volcanic structure of Vulcano Island (Aeolian Islands), was not formed 2200 years ago as previously believed. A re-examination of historical sources reveals that its sandy isthmus connecting it to Vulcano solidified only in the mid-1500s, while earlier texts and geographical documents offer no evidence of a stable volcanic island in this location during antiquity. The most plausible hypothesis suggests an earlier volcanic event—likely between 950 and 1000 AD—that created a shallow, flat seabed, which later became the foundation for the current lava platform. This challenges long-standing interpretations and sheds new light on the geological history of the Aeolian Islands.
Osun-Osogbo Sacred Grove
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Research reveals that the divinisation of water in Osun-Osogbo Sacred Grove reflects humanity's desire to connect with the supernatural, addressing challenges beyond natural solutions. This study highlights the transformative impact of sacredness on human lives and destinies, emphasizing the grove's role as a hub for over one hundred shrines and sculptures. It explores the interconnectedness between religion and water, demonstrating that adherents believe the supernatural can inhabit nature and engage in dialogue through yearly rituals. The research approach examines the contestation of history within the grove, focusing on its religious significance and the cultural practices surrounding it.
Himeji-jo
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A Russian translation of Book XIII of the 'Shincho̅-ko̅ ki' chronicle reveals key insights into Nobunaga's military campaigns, including Hideyoshi's consolidation of power in Western Japan and Shibata Katsuie's strategic defeat of Ikko̅-ikki leaders. The text also details Nobunaga's diplomatic gift exchanges with daimyo Cho̅sokabe Motochika and the establishment of Christian missions near Lake Biwa, alongside vibrant sumo tournaments that served as both entertainment and a means to elevate fighters to vassal status. This translation, enriched with comparative comments, offers a unique lens into Nobunaga's governance, military tactics, and cultural practices during this pivotal period.
Ban Chiang Archaeological Site
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Ban Chiang, Thailand's prehistoric UNESCO World Heritage Site, faces challenges in meeting its original Outstanding Universal Value (OUV) criteria due to its unique situation of being buried under modern houses. A study evaluates the site's success using the Market Values/Robusticity Matrix, revealing that increased promotion and wider modifications could boost tourism but not necessarily address OUV concerns. The research also raises questions about the future of sites that no longer align with their registration criteria.
Borobudur Temple Compounds
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Overtourism at Borobudur Temple, particularly its impacts on tourist numbers, physical infrastructure, socio-cultural dynamics, and perceptions, has been systematically analyzed through the Penta Helix model. This study reveals that while issues related to tourist volume, environmental strain, and cultural disruption are evident, socio-economic challenges remain largely absent from the site's experience. Using qualitative methods—including stakeholder interviews with academicians, businesses, local communities, government representatives, and media—the research maps overtourism phenomena across five key dimensions, providing a nuanced understanding of how Borobudur navigates mass tourism without significant economic pressures. The findings underscore the need for targeted interventions to mitigate negative effects while leveraging tourism's potential benefits.
Richtersveld Cultural and Botanical Landscape
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A groundbreaking study reveals that porphyry copper deposits, typically associated with Phanerozoic arc magmas, were already present in the late Paleoproterozoic. Researchers analyzed the Haib porphyry Cu deposit in Namibia's Richtersveld Magmatic Arc, demonstrating that its 1.88-billion-year-old ore-forming magmas were highly oxidized and sulfur-rich, similar to modern deposits. This suggests that metallogenic processes operating today had already begun recycling sulfate-rich seawater or sediments from subducted oceanic lithosphere over 1.8 billion years ago.
Costiera Amalfitana
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The P.A.S.T. in Coast Project introduces a groundbreaking approach to studying prehistoric and protohistoric archaeology on the Amalfi Coast by leveraging open-source GIS databases for data analysis and integration. This method enhances the legibility of often obscured archaeological sites while providing both scientific insights and sociocultural value. The project combines old data with new information to create a comprehensive tool that supports research and preservation efforts in this culturally rich landscape.
Nan Madol: Ceremonial Centre of Eastern Micronesia
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German interactions with Pohnpeian elites between 1870 and 1914 reveal a complex interplay of imperial ambitions and indigenous socio-political structures. The study highlights how German visitors, drawn to the ruins of Nan Madolinterpreted these ancient ceremonial centers through the lens of monarchy, often identifying local elites as 'kings.' This period marked a shift from Spanish nominal control to German colonial influence, with German perceptions shaping their engagement with Pohnpeian society. The research sheds light on how external narratives of royalty intersected with pre-existing hierarchies, offering insights into the cultural and political dynamics of late 19th- and early 20th-century Micronesia.
Medina of Sousse
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Agricultural landscapes in periurban Mediterranean contexts, such as the Gran Sousse region in Tunisia, face significant pressures from urbanization and development, threatening their sustainability. This study demonstrates that landscape character assessment can serve as a systematic tool to identify, characterize, and promote these fragile agricultural areas. By analyzing the diversity of Agricultural Periurban Landscape Areas (APAP) through their unique features and historical functioning, researchers propose an infrastructure green project aimed at conflict resolution. This model strengthens local food production while fostering community participation and governance, addressing both ecological and social needs in periurban Tunisia.
Dorset and East Devon Coast
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Mary Anning, a self-taught fossil hunter from the Jurassic Coast (now a UNESCO World Heritage Site), revolutionized scientific understanding of extinction and evolution through her groundbreaking discoveries. Her work challenged prevailing Creationist beliefs by demonstrating that species change over time, laying critical foundations for Charles Darwin's theory of natural selection. Darwin's voyage on HMS Beagle further solidified this paradigm shift, as he observed species variations across diverse ecosystems—particularly in the Galápagos Islands—which supported his hypothesis that organisms evolve through adaptive traits passed to offspring. This theory, contrasting with divine intervention, unified biology and reshaped scientific thought. The study underscores how human evolution has positioned <em>Homo sapiens</em> at a pivotal juncture: either to disrupt or preserve Earth's biodiversity. Protecting ecosystems is now essential to safeguarding the planet's ecological health.
Central Sikhote-Alin
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A new study reveals that the middle Paleocene to early Eocene (60–53 Ma) post-subduction magmatism in Sikhote-Alin, Far East Russia, was not linked to subduction but coincided with strike-slip tectonics and the cessation of accretionary prism development. This finding challenges the current tectonic model by suggesting a shift from oceanic plate subduction to parallel sliding and the initiation of a transform continental margin. The research integrates isotopic, geochemical, and geochronological data, indicating diverse mineralogical features in A-type igneous rocks that imply interactions between the subducting plate and anhydrous mantle upwelling through slab tears. This magmatic activity is also synchronous with tectonic reactivation along major faults and post-60 Ma termination of accretion in SW Japan.
Archaeological Ruins of Liangzhu City
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A new study reveals that the Hejia Site on China's Ningshao Coastal Plain experienced significant paleoenvironmental shifts and increased human activity during the Middle Holocene. Pollen analysis indicates a transition from evergreen to deciduous broad-leaved mixed forests, while climate data shows alternating warm-wet and cool-dry periods across three cultural phases: late Hemudu, Liangzhu, and Qianshanyang. The research suggests that prehistoric humans intensified crop field management, as evidenced by rising Poaceae pollen levels. Charcoal analysis further indicates high-intensity fire events, likely tied to slash-and-burn practices during the late Hemudu period and increased production demands in the Liangzhu period. This study combines palynology, X-ray fluorescence (XRF), magnetic susceptibility, and radiocarbon dating to reconstruct human-environment interactions with unprecedented detail.
Arab-Norman Palermo and the Cathedral Churches of Cefalú and Monreale
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Arab-Norman Palermo, inscribed as a UNESCO World Heritage Site, represents a remarkable example of cultural syncretism from the Norman Kingdom of Sicily (1130-1194). This site, comprising nine civil and religious structures—including palaces, churches, a cathedral, a bridge, and the cathedrals of Cefalú and Monreale—embodies the fusion of Western, Islamic, and Byzantine influences. These monuments reflect innovative concepts in space, structure, and decoration, while also serving as a testament to the coexistence of diverse cultures and religions (Muslim, Byzantine, Latin, Jewish, Lombard, and French). Despite its historical significance and the recognition it has received today, this canonization was not inevitable, as early travel literature often overlooked or misrepresented Palermo's cultural heritage. The study highlights the resilience of this heritage amid modern devastation, including the destruction during World War II and subsequent mafia-driven urban decay.
Botanical Garden (Orto Botanico), Padua
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The Padua Botanical Garden, established in 1545 by the University of Padua, represents a pivotal example of Renaissance botanical gardens that combined scientific organization with biomedical knowledge production. Its circular layout, divided into four quadrants and fortified by a stone wall, reflects the 16th-century development of pharmaceutical technology and the high value placed on botanical specimens for medical training. The garden's design embodied the rationalization of natural world classification while serving as an exclusive space for biomedical research, illustrating how early herbariums functioned as both educational tools and pharmaceutical laboratories.
City of Potosí
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A devastating and highly contagious disease, likely the most destructive in South America since the Spanish conquest, struck Potosí in 1719, killing over a third of its population within a year. This 'Gran Peste' was documented extensively by local historian Bartolomé Arzáns de Orsúa y Vela, who lived through the pandemic and attributed it with cosmic significance. His narrative, translated for the first time, provides rich details on therapeutics, devotional life, class relations, gender, race, and conceptions of illness during this major public health crisis. The account also offers a comparative perspective on past and present disease encounters, contributing valuable insights to fields such as Latin American history, history of medicine, urban studies, and epidemiology.
Kyiv: Saint-Sophia Cathedral and Related Monastic Buildings, Kyiv-Pechersk Lavra
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Panegyric works from Kyiv's monasteries, particularly the Kyiv Pechersk Lavra and the Kyiv Brotherhood Monastery, reveal intricate connections between Ukrainian-Russian relations and political rhetoric during the early 18th century. These eulogies, dedicated to Prince Alexander Menshikov, were analyzed for their origins, motivations, rhetorical techniques, and historical significance. The study highlights how panegyrics served as tools in the complex diplomatic landscape of the Hetmanate and the Moscow kingdom. Additionally, a previously unknown work attributed to Theophanes Prokopovych is included, offering new insights into this period.
Kremlin and Red Square, Moscow
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Military parades, particularly those commemorating the 1945 victory over Nazi Germany on May 9th, play a pivotal role in shaping Russian national memory and identity. These parades on Moscow's Red Square have evolved from sporadic jubilee celebrations during the Soviet era to become an annual, central element of state commemorative activities in post-Soviet Russia. The study highlights how these parades serve dual purposes: demonstrating military strength and discipline while reinforcing a collective sense of pride and unity among the Russian people. By analyzing historical and cultural significance, the research underscores the parade's transformation into a symbol of national cohesion, rooted in the shared experience of the Great Patriotic War (1941–1945).
The Sundarbans
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A paradigm shift towards community co-management is essential for the protection and conservation of the Sundarbans mangrove forest, the world's largest continuous mangrove ecosystem. This study synthesizes 240 years of management interventions in Bangladesh, categorizing them into four distinct periods: conversion for agriculture (1780-1875), timber production and theft control (1876-1951), inventory-based management (1952-1992), and integrated co-management with overlapping projects (1993-2020). While local community involvement has become a cornerstone of modern conservation efforts, significant challenges persist, including resource over-exploitation, vegetation changes, habitat degradation, invasive species, poaching, salinity, extreme weather events, uncontrolled tourism, and pollution. These dynamic issues require strategic attention to ensure the long-term sustainability of this globally significant ecosystem.
Ilulissat Icefjord
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Cruise tourism significantly contributes to Greenland's tourism sector but poses challenges for sustainable development and environmental planning, particularly at UNESCO World Heritage Site Ilulissat Icefjord. While it brings mass visitors who witness climate change impacts like calving icebergs, cruise ships also contribute to Arctic warming, creating a paradoxical relationship. Pre-pandemic data shows cruise tourism was becoming more concentrated in time and space, contradicting Greenland's development goals. The study highlights the need for upgraded port infrastructure and stronger bargaining positions by Greenlandic authorities to manage cruise logistics and onshore programs effectively.
Ban Chiang Archaeological Site
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Despite being inscribed as a UNESCO World Heritage Site in 1992, Ban Chiang Archaeological Site in Thailand remains largely unvisited by tourists and has not benefited significantly from tourism-generated income. A study using GIS spatial analysis and the Resident Empowerment through Tourism Scale (RETS) questionnaire found that while local residents express pride in Ban Chiang's status and strong support for tourism, they lack political participation and tourism skills, which hinder further development. The research also highlights the limitations of restrictive laws and tourism-based economic strategies in safeguarding the site from looting and fostering sustainable heritage development.
Bisotun
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A novel approach to cultural heritage conservation, participatory monitoring, has been successfully implemented at the Bisotun World Heritage Site. This method engages local communities in systematic reporting and recording of heritage-related issues, enabling sustainable safeguarding through daily observations by residents. The study highlights that community involvement, as advocated by international charters like the Venice Charter (1964) and the Faro Convention (2005), is crucial for effective conservation. By sharing responsibilities between authorities and civil society, this collaborative model ensures a more inclusive and sustainable management of cultural heritage properties.
Zagori Cultural Landscape
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Participatory research emerges as a powerful tool for safeguarding intangible heritage, particularly in marginalized communities. This study demonstrates its efficacy through four case studies—Museum Rotterdam's volunteer-driven collection, Museum aan de Stroom's partnerships with local trackers and explorers, the Tūhoe Tuawhenua tribe's environmental conservation efforts in Aotearoa New Zealand, and grassroots initiatives in Zagori and Konitsa, Greece. The research highlights how participatory methods, rooted in anti-colonial and anti-capitalist movements, can bridge gaps between institutions and communities, fostering inclusive documentation of heritage. By integrating social science tools with heritage preservation, this approach not only enriches cultural inventories but also empowers local stakeholders, offering a model for UNESCO's intangible heritage safeguarding efforts.
Palace and Park of Fontainebleau
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Cellini's Fontainebleau Portal design, commissioned by King Francis I in the 1540s, reveals a duality in motion and space. The bronze portal, depicting the 'Nymph of Fontainebleau' in a forest setting, contrasts the dynamic motions of hunting rituals in the exterior with the more structured, choreographed movements of diplomatic tours within the palace. This design underscores the complementarity between interior and exterior spaces as zones of visual and somatic pleasure, reviving the mythological foundation of Fontainebleau as a bountiful hunting ground and water source. Although the portal was never completed, its conceptualization offers insight into the spatial and performative dimensions of Renaissance architecture and royal symbolism.
Historic Monuments Zone of Querétaro
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A critical shift is needed in the conservation of Latin American historic centers, particularly in Mexico, where natural elements have been overshadowed by architectural heritage. This study challenges the conventional prioritization of built environments over natural spaces within UNESCO World Heritage Sites like Querétaro's Historic Monuments Zone. By analyzing archival documentation, cartography, and urban planning tools, researchers reveal that integrating natural components into patrimonial value frameworks can enhance sustainability in these preserved areas. The findings advocate for a revaluation of the relationship between urban development and natural landscapes, suggesting that pre-Hispanic and colonial-era ecological patterns hold potential for future sustainable regeneration strategies.
Archaeological Area of Agrigento
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A significant disconnect exists between architecture and archaeology, despite their inherent relationship, particularly in the context of UNESCO World Heritage Sites. This study highlights how existing constraints often hinder collaboration between these fields, limiting the potential for integrated approaches to heritage preservation and presentation. Focusing on the Valle dei Templi di Agrigento—the largest archaeological park in the world—researchers conducted a didactic and investigative project titled 'La Grande Akragas' to explore the role of architectural design in enhancing the understanding and safeguarding of archaeological sites. The findings underscore the need for interdisciplinary collaboration to bridge this gap, offering new perspectives on how architecture can contribute to the interpretation and conservation of cultural heritage.
Precolumbian Chiefdom Settlements with Stone Spheres of the Diquís
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A study of human skeletal remains from Cerro Juan Díaz, a pre-Columbian site in coastal Panama, reveals that age was the primary determinant of mortuary adornments during A.D. 30–650, challenging previous assumptions about regional value systems. Analysis of oral pathologies and dental wear indicates a diet rich in cariogenic foods like maize and habitual use of teeth as tools, possibly for processing manioc tubers. The research also identifies high frequencies of artificial cranial modification as an identity marker, evidence of male-dominated aquatic activities through external auditory exostoses, and a prevalent systemic infection consistent with Treponema pallidum. These findings were derived from a bioarchaeological examination of early mortuary contexts uncovered during a decade-long excavation campaign (1992–2001).
Tehuacán-Cuicatlán Valley: originary habitat of Mesoamerica
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Traditional agroforestry systems (TAFS) in the Tehuacán-Cuicatlán Valley, Mexico, play a critical role in biodiversity conservation and ecosystem resilience. Peasants maintain wild vegetation in these systems primarily for material benefits such as edible fruits, medicinal plants, fodder, and firewood, which account for 62% of their motivations. These TAFS also provide regulating services like shade, soil fertility, and humidity retention, as well as non-material contributions such as regional flavors and ritual uses. The study found that higher forest cover in these systems correlates with greater species diversity and a broader range of socio-ecological benefits, meeting fundamental human needs for subsistence, identity, and protection. While peasant agriculture supports biodiversity, its potential is hindered by inefficiencies and lack of profitability, necessitating revitalization to ensure environmental sustainability and people’s well-being.
Historic Centre of Sheki with the Khan’s Palace
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Research reveals that the distribution of population and settlements in Azerbaijan's Sheki administrative region is significantly influenced by altitude, with higher concentrations observed in plains and middle mountain zones compared to highlands. This pattern emerges from an analysis of census data (1999-2019) and satellite imagery, highlighting how ecological and geographical conditions shape settlement intensity. The study underscores the spatial differentiation of settlements across altitude gradients, providing insights into human habitation dynamics in diverse landscapes.
Bolgar Historical and Archaeological Complex
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A key insight from the study of anthropogenically transformed soils at the Bolgar Historical and Archaeological Complex reveals that antrocomass—charred particles—is not universally present in such soils, with its accumulation being optional depending on the soil's genesis and age. The research analyzed four distinct soil layers: a 20th-century garden soil, a 13th-century urban cultural layer, an upper arable soil from the 9th–10th centuries (Bolgar culture), and a lower arable soil from the 5th–7th centuries (Imen'kovo culture). The findings indicate that while the Bolgar culture utilized wood ash and charred bone as a fertilizer, this practice was not evident in earlier soils. Particle-size distribution and charcoal preservation varied by soil genesis type, with 'turbational' soils showing higher fragmentation compared to 'sedimentational' ones.
Sangiran Early Man Site
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A study at the Sangiran Early Man Site reveals that job satisfaction significantly enhances employee performance at the Sangiran Early Man Site Conservation Office. While motivation alone did not show a significant impact on performance, combining both factors demonstrated a positive and significant influence. The research, involving 30 respondents, employed multiple linear regression analysis using SPSS to assess these relationships. These findings underscore the importance of job satisfaction in improving employee productivity at heritage conservation sites.
Nyungwe National Park
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Nyungwe National Park's management has improved local community relations and well-being through tourism revenue sharing (TRS), but participation remains passive due to top-down governance. The study reveals that while TRS has funded infrastructure, income-generating activities, and conservation awareness since 2005, human-wildlife conflicts persist. Local communities perceive governance as distant and wish for more integrative, empowering participation. The research used mixed methodologies across five published papers to explore perceptions of community roles, benefits, decision-making challenges, and desired improvements in conservation efforts.
Archaeological Area of Agrigento
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WHEAFDCC8555E
A new socio-economic analysis of the Insula I in Agrigento's Hellenistic-Roman Quarter reveals that the domus I A/B, one of the largest residences in the area, was likely owned by an Italic merchant rather than a local elite. This conclusion is drawn from its architectural design, which combines elements typical of both Hellenistic peristyle houses and Roman double-atrium dwellings like those in Pompeii. The study suggests that the residence's transformation reflects the influence of Italic settlers, possibly involved in sulfur trade, rather than the adoption of Roman living styles by local elites. This insight is based on recent re-evaluations of excavations from the 1950s-60s, providing a fresh perspective on the socio-economic dynamics of ancient Akragas/Agrigentum.
Old Town of Lijiang
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2021 —
WHE649739889E
A groundbreaking study challenges prior assumptions by revealing that perceived authenticity significantly influences place attachment, with distinct effects on its components. Conducted at two UNESCO World Heritage Sites—Kaiping Diaolou and Villages, and the Old Town of Lijiang—this research demonstrates that tourists' perceptions of architectural or intangible heritage authenticity vary in their impact on place attachment. Furthermore, it establishes a strong link between place attachment and loyalty, with place attachment acting as a mediator between perceived authenticity and loyalty. These findings refine our understanding of the dynamics between authenticity and place attachment while offering actionable insights for heritage management and marketing strategies.
Osun-Osogbo Sacred Grove
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2021 —
WHE8F84BB226B
A study on the Osun-Osogbo Sacred Grove in Nigeria reveals that while conservation approaches are perceived positively, significant challenges remain. Respondents rated these approaches as effective (mean score 4.06) but identified major constraints (mean score 4.12). Linear regression analysis showed a strong negative relationship between perceived conservation effectiveness and challenges (β1 = -0.547), suggesting that strengthening current measures could mitigate issues. The study, involving 147 participants through structured questionnaires, highlights the need for enhanced conservation strategies to address these constraints effectively.
