Search Results (146)

Tunisia’s northwestern region offers a rich and diverse civilization heritage and cultural potential. However, it has been socially and economically marginalised since the 70s. This study explores the link between urban cultural heritage and the construction of collective identity, emphasising the potential of built heritage to foster sustainable community-based development. In addition to physical attributes, the literature highlights the importance of social interactions in shaping territorial identity. Identity, in this context, is not static but a dynamic territorial construction that integrates architectural, urban, and social dimensions. The cities of El Kef and Tabarka serve as case studies of spatially and culturally marginalised areas, facing significant challenges to both tangible and intangible heritage. With a negative population growth rate (−0.36% between 2004 and 2014) and the lowest economic development indicator nationally (0.3% in 2012), these cities reflect the urgent need for an alternative approach. Through spatial diagnosis, interviews, and stakeholder engagement, the research demonstrates that a renewed territorial model—grounded in heritage valorization and local identity—can support inclusive and adaptive development. Key findings reveal a generational gap in the perception and representation of heritage between younger and older residents. This indicates that cultural identity is not a static inheritance but a dynamic process requiring active community investment. Ultimately, the study concludes that urban identity assets critically influence the capacity of a community to build a shared vision for the enhancement of its territorial identity. This reconnection between territory, memory, and planning enables a collective reappropriation of space, proposing a long-term vision for heritage-integrated urban regeneration. Full article

There is very limited information available on secure care in Australia. There is no national oversight, standards, or data collection mechanisms. This article aims to outline which Australian states and territories deliver secure care, provide an overview of these interventions, identify trends and outlying practice, and highlight the human rights implications. A comparative systemic methodology was utilised, gathering qualitative data on secure care across Australian states and territories to compare and analyse. The findings are presented descriptively, and a qualitative content analysis was completed. This article identifies that there is secure care in all states and territories in Australia except Tasmania, South Australia, and Queensland. The content analysis identified that the Northern Territory and New South Wales do not have secure care legislation, and that the Australia Capital Territory and New South Wales are the only jurisdictions that require a specific secure care judicial order to authorise admissions. Victoria, the Northern Territory, and Western Australia utilise ‘administrative detention’ to authorise a secure care admission—this is when the admission to secure care of children with the involvement of child protection is authorised by the government, not through a court order via the judicial system. A consequence of the use of administrative detention is that children ‘in care’ in Australia are being deprived of their liberty without legal representation or access to the right to appeal in a court of law. There is minimal publicly available admission data on secure care in Australia. This article argues that secure care’s welfare-based position, conceptualisation, and discourse simultaneously obscures visibility, legitimises depriving children of their liberty and the use of restrictive measures, and undermines a rights-based approach to children experiencing extreme vulnerability. The use of administrative detention undermines system accountability, and the legal safety of children admitted to secure care in Australia. This is placing the rights of children in secure care in Australia as secondary to the management of organisational risk. Full article

This paper presents the development and structure of a geospatial (work in progress), architectural heritage database designed to document, interpret, and valorize Second World War military fortifications in Sardinia. Currently hosting over 1800 georeferenced entries—including bunkers, artillery posts, underground shelters, and camouflage systems—the database constitutes the analytical core of an interdisciplinary research framework that interprets these remnants as a coherent wartime palimpsest embedded in the contemporary landscape. By integrating spatial data, archival sources, architectural features, conservation status, camouflage typologies, and both analog and digital graphic representations, the system operates as a central infrastructure for multiscale heritage analysis. It reveals the interconnections between dispersed military structures and the wider territorial fabric, thereby laying the groundwork for landscape-based interpretation and site-specific reactivation strategies. More than a cataloging tool, the database serves as an interpretive and decision-making interface—supporting the generation of cultural itineraries, the identification of critical clusters, and the design of adaptive reuse scenarios. While participatory tools and community engagement will be explored in a second phase, the current methodology emphasizes landscape-oriented reuse strategies based on the perception, spatial storytelling, and contextual reading of wartime heritage. The methodological synergy between GIS, 3D modeling, traditional drawing, and archival research (graphic and photographic documents) contributes to a holistic vision of Sardinia’s wartime heritage as both a system of knowledge and a spatial–cultural resource for future generations. Full article

The intensification of anthropogenic pressures, particularly those related to agriculture driven by increasing demands for food and cash crops, generates negative environmental externalities. Assessing these externalities is essential to better identify and implement measures that promote the environmental sustainability of rural landscapes. This study aims to develop a multi-criteria assessment method of the negative environmental externalities of rural landscapes in the northern Benin agricultural basin, based on satellite-derived data. Starting from a 12-class land cover map produced through satellite image classification, the evaluation was conducted in three steps. First, the 12 land cover classes were reclassified into Human Disturbance Coefficients (HDCs) via a weighted sum model multi-criteria analysis based on nine criteria related to the negative environmental externalities of anthropogenic activities. Second, the HDC classes were spatially aggregated using a regular grid of 1 km² landscape cells to produce the Landscape Environmental Sustainability Index (LESI). Finally, various discretization methods were applied to the LESI for cartographic representation, enhancing spatial interpretation. Results indicate that most areas exhibit moderate environmental externalities (HDC and LESI values between 2.5 and 3.5), covering 63–75% (HDC) and 83–94% (LESI) of the respective sites. Areas of low environmental externalities (values between 1.5 and 2.5) account for 20–24% (HDC) and 5–13% (LESI). The LESI, derived from accessible and cost-effective satellite data, offers a scalable, reproducible, and spatially explicit tool for monitoring landscape sustainability. It holds potential for guiding territorial governance and supporting transitions towards more sustainable land management practices. Future improvements may include, among others, refining the evaluation criteria and introducing variable criteria weighting schemes depending on land cover or region. Full article

Climate change represents one of the main challenges of this century. The hazards generated by this process are various and involve territorial assets all over the globe. Hydrogeological risk represents one of these aspects, and the violence of rain precipitations has led experts to focus their interest on the study of geotechnical assets in relation to these dangerous weather events. At the same time, geospatial representation in 3D WebGIS based on open-source solutions led specialists to employ this kind of technology to remotely analyze and monitor territorial events considering different sources of information. This study considers the construction of a 3D WebGIS framework for the real-time management of geospatial information developed with open-source technologies applied to the dynamic mapping of precipitation in the metropolitan area of Palermo (Italy) based on real-time weather station acquisitions. The structure considered is a WebGIS platform developed with Cesium.js JavaScript libraries, the Postgres database, Geoserver and Mapserver geospatial servers, and the Anaconda Python platform for activating real-time data connections using Python scripts. This framework represents a basic geospatial digital twin structure useful to municipalities, civil protection services, and firefighters for land management and for activating any preventive operations to ensure territorial safety. Furthermore, the open-source nature of the platform favors the free diffusion of this solution, avoiding expensive applications based on property software. The components of the framework are available and shared using GitHub. Full article

Volcanic islands host exceptional geological features that illustrate complex endogenic processes and interactions with climatic and marine forces, while also being particularly vulnerable to the impacts of climate change. Despite their scientific, educational, touristic, and aesthetic values, such islands remain underrepresented within the UNESCO Global Geoparks (UGGp). This study reviews current volcanic island geoparks and evaluates territories with potential for future designation, based on documented geoheritage, geosite inventories, and geoconservation frameworks. Geoparks are categorized according to their dominant narratives—ranging from recent Quaternary volcanism to broader tectonic, sedimentary, and metamorphic histories. Through an analysis of their distribution, management strategies, and integration into territorial planning, this work highlights the challenges that insular territories face, including vulnerability to global environmental change, limited legal protection, and structural inequalities in access to international resources recognition. It concludes that volcanic island geoparks represent strategic platforms for implementing sustainable development models, especially in ecologically and socially fragile contexts. Enhancing their global representation will require targeted efforts in ecologically and socially fragile contexts. Enhancing their global representation will require targeted efforts in capacity building, funding access, and regional cooperation—particularly across the Global South. Full article

Bagheria, located on the northern coast of Sicily, is home to one of the Mediterranean’s most remarkable ensembles of Baroque villas, constructed between the 17th and 18th centuries by the aristocracy of Palermo. Originally situated within a highly structured rural landscape of citrus groves, gardens, and visual axes, these monumental residences have undergone substantial degradation due to uncontrolled urban expansion throughout the 20th century. This study presents a diachronic spatial analysis of Bagheria’s territorial transformation from 1850 to 2018, integrating historical cartography, aerial photography, satellite imagery, and Geographic Information System (GIS) tools. A total of 33 villas were identified, georeferenced, and assessed based on their spatial integrity, architectural condition, and relationship with the evolving urban fabric. The results reveal a progressive marginalization of the villa system, with many heritage assets now embedded within dense residential development, severed from their original landscape context and deprived of their formal gardens and visual prominence. Comparative insights drawn from analogous Mediterranean heritage landscapes, such as Ortigia (Siracusa), the Appian Way (Rome), and Athens, highlight the urgency of adopting integrated conservation frameworks that reconcile urban development with cultural and ecological continuity. As a strategic response, the study proposes the creation of a thematic cultural route, La città delle ville, to enhance the visibility, accessibility, and socio-economic relevance of Bagheria’s heritage system. This initiative, supported by adaptive reuse policies, smart heritage technologies, and participatory planning, offers a replicable model for sustainable territorial regeneration and heritage-led urban resilience. Full article

The present study explores residents’ perceptions of Stintino (Sardinia, Italy) as a tourist destination. The municipality is predominantly known for La Pelosa beach, widely regarded as one of the most attractive coastal sites in Europe. However, its popularity has raised critical issues related to carrying capacity and seasonal overcrowding, contributing to a tourism model centered almost exclusively on beach-related activities. This study aims to investigate how locals conceptualize their place beyond the dominant seaside narrative, particularly considering Stintino’s identity as a former fishing village with a strong maritime tradition. As part of Italy’s designated inner areas, Stintino also embodies a deep-rooted connection to cultural heritage, further reinforcing the need for its preservation. Adopting a photovoice-based participatory visual methodology, this study engaged 15 local stakeholders from key sectors (hospitality, fishing tourism, retail, gastronomy, and cultural institutions) who produced and discussed photographic representations of their lived experience of the territory. The visual material was thematically analyzed using a conceptual framework informed by theories of place perception and social representations. The findings suggested a multifaceted territorial storytelling rooted in local heritage, symbolic spaces, and everyday practices. Tourism governance strategies could incorporate community-based approaches, such as participatory mapping and inclusive narrative development, to foster more sustainable and place-sensitive promotion models. Full article

Animal health strategies in rural Colombia face significant challenges due to a gap between institutional technical approaches and the sociocultural contexts of local communities. This study examines the social representations of animal health and welfare among small- and medium-scale livestock producers in rural Huila. Through a qualitative methodology, semi-structured interviews were applied and focus groups were conducted in different municipalities with the objective of contrasting and enriching the findings obtained in the interviews. In total, the perceptions, knowledge, and practices of 263 small and medium livestock producers from 23 municipalities in Huila were explored with respect to animal vaccination campaigns and healthcare in rural settings. Findings indicate that health management is shaped not only by technical protocols but also by cultural values, collective imaginaries, and symbolic relationships with animals. Representations of animal welfare are diverse—ranging from emotional and economic to preventive and communal perspectives—and often diverge from scientific–technological frameworks. These differences influence the level of community adherence to national animal health programs. The study highlights the limitations of top–down approaches and underscores the need to incorporate local knowledge and practices into policy design. It concludes that promoting sustainable livestock farming requires acknowledging these varied representations, fostering intercultural dialogue, and adopting a territorial approach to integrated health. Recognising the sociocultural dimensions of animal care is essential for developing effective, inclusive, and context-sensitive animal health strategies. Full article

In their evolution from conservation places of isolated resources to social spaces in service of communities, museums are increasingly called to express their representative character towards their originating territories. Furthermore, the museum’s mission has been gradually enriched with new, more complex functions towards local communities, through a call to actively confront with their contexts, a trend the recent pandemic events have only accelerated. Cultural heritage, with museums at the forefront, as an acknowledged driver of socioeconomic development, has manifold impacts on territories, which have been identified and investigated in the literature, often from a potential perspective. Given the strong territorial component of the museum heritage connection with its reference context, this study aims to investigate the contribution that mapping and GIS technologies, traditionally employed at the scale of single museum buildings, can offer in assessing the actual “living” presence of museums in the local socioeconomic and productive fabric, through the relationships with other reference entities in the territories and their outreach. Taking a sample with a marked nature of spatially ‘distributed’ heritage (archaeologic museums of the Puglia region, South Italy) as a case study, the article presents a mapped representation of a questionnaire-based survey of museums’ recent territorial relationships. The twofold outcomes of the study show, on the one hand, that the investigated sample still experiences criticalities in fully expressing and communicating its potentialities and values in the current scenario and, on the other hand, that mapping technologies can concretely contribute to the museum sector’s innovation by examining its territorial relationships, in line with the current conceptual evolution, also with possible implications on museums’ quality assessment. Full article

With the development of international cultural heritage, the positive shift from historic environments to historic urban landscapes has been explored in China. At the same time, China is also trying to extend its heritage corridors to historic urban landscape corridors; thus, the spatial organization characteristics and themes of historic landscapes are being explored. This study took the Dunhuang Oasis area as an example and, based on regional, cultural, and natural heritage sites and man-made environmental characteristics, identified and evaluated historic urban landscape corridors. The least cumulative resistance model was applied to identify historic landscape corridors, and the multicenter evaluation model was used to classify the historic landscape corridors. From the perspective of corridor identification, the military defense and historic landscapes of the city ruins together reflect the human need for “city administration–border defense–ancient trade and commerce”. Grottoes and scenic landscapes are more dependent on the Gobi Desert, mountains, and other areas intertwined with the oasis. The drainage system and water conservancy landscape consists of four stable landscape corridors containing east, west, north, and south canals, which are the basic driving force for the growth of the town. From the corridor hierarchy, we studied layer formation from the Dunhuang urban area, the western and northern local oasis dry canal, Mingsha Mountain–Crecent Spring, etc., as interconnected trunk corridors. The periphery of the Dunhuang urban area encompasses the southern trunk canal, southeastern Mogao Grottoes–Sanwei Mountain road, and other branch corridors. This study determined the composition and level of importance of historic landscape corridors, while at the same time enhancing the visual representation and skyline organization, which can be used for territorial spatial planning and research in functional urban areas. Full article

Augmented reality and mobile pedestrian navigation are trends in mobile devices that, as a whole, are what mobile augmented reality is. This technology has great potential for the visualisation of content about heritage. Considering the above and the quality of the heritage elements, it is possible to characterise these aspects territorially, allowing for the analysis of location sensors. These new spatial aspects complement the presentation of information on these resources. In this way, by incorporating territorial indicators of different kinds, it is possible to classify and determine areas with specific characteristics and relate them to particular heritage values. In this research, we worked with a specific sector of the city of Santiago de Chile and its heritage buildings. Through the analysis of its qualities and the incorporation of the location of the devices, it was possible to characterise and territorially classify the behaviour of users in consideration of their displacement and heritage quality. Full article

The present research activity carried out demonstrated how simulation tools developed through WebGIS 3D digital platforms are capable of producing approximate forecasts of the effects of potentially catastrophic meteorological phenomena that may affect riverbeds in the territories observed. This work presents an analysis and simulation platform with graphic representation of the results in the form of three-dimensional animation. This methodology may represent a useful tool for all bodies and organizations that need to create hypothetical scenarios for the management of emergencies related to flooding events in watercourses, especially in areas of maximum hydrogeological vulnerability in the Italian territory. These scenarios are particularly useful in cases where watercourses are located near inhabited centers, industrial areas or strategic infrastructures, where the risk of material damage and danger to the population is greater. The simulation is based on the morphology of the land adjacent to the bed of an affected watercourse, taking elevation into account to determine the direction of the expansion of the water mass. An important aspect of the platform is the extreme speed of simulation resolution, which allows the tool to be used even in real time. This real-time forecasting approach is crucial for making quick and informed decisions, thus reducing reaction times and improving emergency management on the ground, with a potential positive impact on the safety of the population and the protection of infrastructure. Full article

The United States identifies, monitors, and defends a vast network of controlled airspaces surrounding its own and allied territories. These controlled airspaces include civilian aviation classes (A through G), drone flying regions, and special use (military) air classifications. These controlled spaces are invisible to the naked eye and often go unnoticed. Managing and portraying data that function in two and three dimensions poses significant challenges that have hindered prior analyses or geovisualizations of controlled airspaces, but we demonstrate here how many of these can be surmounted to visually represent the spatial extent and patterns of US-controlled airspace. In this paper, we demonstrate how these complex spaces can be graphically represented and highlight how cartographic and geovisual representations of often-overlooked domains contribute to a richer understanding of the reach and character of US airspace. The methods described for this work can be extended to other types of multidimensional objects and may facilitate more robust considerations of how Geographical Information Science (GIS) can be useful in analyzing and depicting airspace and territorial claims in three dimensions. Full article

The article focuses on the identification and mapping of cultural ecosystem service (CES) resources in the territory of the Local Action Group Lednice–Valtice Area (LAG LVA). The Consolidated Layer of Ecosystems (CLE) was used for mapping, and changes in the distribution and overall representation of cultural ecosystem service resources across the different CLE versions were monitored. A total of 27 ecosystem categories were identified in the region. Subsequently, the importance of cultural ecosystem services was assessed based on expert estimation. The classes of ecosystem services defined within the Common International Classification of Ecosystem Services (CICES) have been grouped into a total of four groups according to their common characteristics. Then, an expert estimation of all identified ecosystems in terms of their importance as sources of CESs was performed. It showed that ecosystems in the LAG LVA have a high potential to provide CES. As a result of the significant amount of CES resources, it is also an area that attracts a huge number of visitors annually. However, some places are more attractive and well known, causing an influx of tourists. The sustainability and protection of these resources, thus, depends on their appropriate management and integration into strategies and planning. Full article