Publications
Cultural heritage as a key to engagement and participation in Learning Cities programmes
Cultural heritage emerges as a pivotal element in fostering engagement and participation within Learning Cities programmes, serving as a catalyst for urban learning ecosystems. The study re-examines the case of Mantua and Sabbioneta, initially part of the Mobartech industrial research project, to demonstrate how cultural heritage—both tangible and intangible—can drive collective action when paired with participatory interpretation methods. Despite not being designed as a Learning City initiative, its institutional collaboration (involving municipalities and UNESCO offices) and inclusive approach to heritage interpretation revealed significant evaluative potential for urban learning frameworks. This underscores the need for tailored mechanisms to assess such processes effectively.
Integration of Historical and Recent Data for 3D Conceptual Site Modeling and Quantitative Assessment of Contaminant Evolution in the Mantua Lakes, Italy
A comprehensive analysis of the Mantua Lakes, Italy, reveals significant reductions in sediment contaminants such as cadmium and hydrocarbons over time, with arsenic and chromium showing localized variations. The study integrated historical (2008) and recent (2024–2025) data—totaling over 2000 points—to construct a 3D geological model and estimate contaminant masses. Findings indicate strong bioattenuation in surface waters, mirroring sediment trends. This approach demonstrates the value of combining historical datasets with modern sampling to enhance Conceptual Site Models (CSMs), providing quantitative insights into contaminant dynamics and natural attenuation processes for sustainable site management.
The Foàs and the Erreras: Piero's story
This work reconstructs the intertwined histories of two Italian Jewish families, the Foàs and the Erreras, through meticulous analysis of heirlooms, letters, photographs, official records, and family recollections. It traces their lineage from the 16th-century Hebrew press of Tobia Foà in Sabbioneta to modern Italy, capturing pivotal moments such as Fascism, the racial laws, war, persecution, and emigration. Central to the narrative is the author's own journey, offering a candid account of his transition from privileged Italian childhood to a distinguished career in medical research in the U.S., marked by contributions like the discovery of glucagon counterregulation and fetal electrocardiogram history. The study serves as an act of preservation, resurrecting objects and documents while reflecting on achievement and loss with humor and affection.
Remote sensing for asbestos roofing mapping: Mantua case study using WorldView-3 images
A high-accuracy remote sensing method for identifying asbestos-containing cement (AC) roofs was developed, achieving 87% precision using the Maximum Likelihood classifier with WorldView-3 satellite imagery. This study, conducted in Mantua, Italy, demonstrates that multispectral imaging combined with advanced algorithms can effectively map AC roofing—a common and hazardous material—enabling targeted interventions for safe removal. The research compared two classification techniques, finding that while the Spectral Angle Mapper performed less accurately (62%), it remains a viable alternative for broader applications. This approach offers a scalable solution for global asbestos management efforts, supporting legislative actions aimed at mitigating health risks from exposure.
Der inkorporierte Schutzbau im Casino del Giardino in Sabbioneta
A groundbreaking discovery challenges the long-held assumption that Sabbioneta's Casino del Giardino was entirely a new construction. Research led by Jan Pieper from Aachen reveals that the building, one of the first erected by Herzog Vespasiano Gonzaga after his 1577 appointment, actually incorporated an existing smaller structure. This finding was made possible through meticulous architectural investigations and simultaneous studies on the city's ideal urban planning metrics, shedding new light on the relationship between the Casino and Sabbioneta's broader design vision.
Die Fognatura in Sabbioneta
Research on the Fognatura, Sabbioneta's 16th-century urban drainage system, reveals it as a groundbreaking engineering achievement. Originally dismissed for its age, the system is now recognized as an integral part of the city's design, reflecting Vespasiano Gonzaga's visionary approach to urban planning and water management. The study, led by Jan Pieper's team from Aachen, employed historical analysis to demonstrate that the Fognatura was not merely a functional addition but a foundational element in Sabbioneta's creation, showcasing advanced ingenuity in hydraulic infrastructure for its time.
Die Relevanz der historischen Bauforschung für neue Impulse in Stadtplanung und Architektur
Historical building research on Mantua and Sabbioneta, particularly focusing on the 'Hochkorridore' of Sabbioneta, has uncovered new insights into the layout and connections of elevated passageways within the city. The study revealed previously unknown details about the route of the Hochkorridor near the Chiesa della SS. Maria Incoronata and the adjacent Servite Monastery, leading to a reinterpretation of this architectural ensemble's significance in the ideal city design. These findings have sparked innovative ideas for repurposing the former monastery and its surrounding areas, which were further developed through student designs in collaboration with chairs in building history, preservation, and landscape architecture at RWTH Aachen. This demonstrates how historically grounded research can serve as a catalyst for urban planning, architecture, and heritage conservation.
Mantua
A modern academy in Mantua, established under Austrian rule in 1752, has been redefining the city's civic identity by interpreting its built heritage through a contemporary lens. The Accademia di Pittura, Scultura e Architettura of Mantua integrates teaching with the city’s architectural and artistic legacy, particularly focusing on Giulio Romano’s Mannerism. This approach not only preserves historical knowledge but also offers a fresh perspective on Mantua’s history, bridging past and present in a way that fosters cultural development and artistic renaissance. The academy's methods demonstrate how deep engagement with heritage can shape modern civic identity.
Mobile mapping system for historic built heritage and GIS integration: a challenging case study
A mobile mapping system (MMS) demonstrates significant potential for surveying complex historic urban landscapes, such as Sabbioneta's center, despite challenges like narrow streets and GNSS signal interference. The study reveals that MMS can achieve high data density and accuracy suitable for urban modeling, even in stratified historical contexts where traditional survey guidelines are difficult to follow. Integration with geographic-topographic databases (DBGT) in a GIS environment further enhances its utility for cartographic and three-dimensional information modeling. This approach offers a rapid and effective method for documenting built heritage, supporting urban planning and preservation efforts.
Teorie urbane, ingegneria militare ed utopia nelle città mediterranee del XVI° secolo. I casi di Sabbioneta e della Medina di Tripoli
This study reveals how the advent of firearms in the 16th century fundamentally reshaped urban planning, particularly in Mediterranean cities. Sabbioneta, a newly constructed Italian city, exemplifies this shift by integrating bastioned defensive systems—ramparts, bastions, and moats—into its design, prioritizing military utility over traditional central structures like squares or cathedrals. This innovation, driven by the emerging field of military engineering, altered urban geometries to resemble utopian ideals, though without their theoretical societal implications. Parallel developments in Tripoli’s Medina post-16th century Spanish intervention underscore this trend, where defense became the dominant feature due to the firearms revolution. The research highlights how these fortified cities reflect a new paradigm in urban development, blending practical military needs with aesthetic and strategic innovation.
Automating the inventory of the navigable space for pedestrians on historical sites: Towards accurate path planning
A novel automated method achieves high accuracy in mapping and characterizing pedestrian navigable spaces in historic urban areas, with paving material segmentation reaching 99.08% and urban element segmentation at 88.2%. The approach leverages mobile laser scanning point clouds combined with artificial intelligence to identify sidewalks, vectorize data into highly accurate shapefiles, and generate pedestrian routes—requiring minimal manual refinement (1.3%). Tested in Sabbioneta, Italy, this method overcomes limitations of traditional techniques designed for modern urban layouts, offering a scalable solution for path planning in UNESCO World Heritage Sites.
El teatro como microcosmos conceptual. Hacia los teatros permanentes italianos de finales del siglo XVI y principios del XVII
The Renaissance marked the rebirth of theatrical modernity in Italy, driven by collaborative efforts from artistic vanguard disciplines, humanist theoretical support, and financial backing from emerging aristocratic elites. This period saw the revival of permanent theatre construction, exemplified by the Olympic theatres in Vicenza and Sabbioneta, as well as the Teatro Farnesio in Parma. These structures embodied the social imperatives of the late 16th and early 17th centuries, serving as powerful propaganda tools for legitimizing the new political and economic aristocracy. The study highlights how theatre became a microcosm of conceptual innovation, wielding enduring influence and power through its imagery.
Lessons Learnt from the High Resolution Uas Photogrammetric Survey of a Historic Urban Area: UNESCO Site of Sabbioneta
A high-resolution UAS photogrammetric survey of Sabbioneta, a UNESCO World Heritage Site in northern Italy, demonstrates the efficacy of unmanned aerial systems (UAS) for capturing detailed 3D models and orthophotos of historic urban areas. The study achieved a pixel resolution of 1 cm, highlighting the potential of UAS technology to overcome challenges posed by complex historic environments that may hinder traditional surveying methods. The approach involved using DJI Matrice 300 RTK with a high-precision GNSS Mobile Station and Agisoft Metashape for image processing, adhering to European UAS flight regulations. The resulting dense point cloud is suitable for future segmentation and urban analysis, offering valuable insights for smart city development and preservation efforts.
Pollen and Flora as Bioindicators in Assessing the Status of Polluted Sites: The Case Study of the Mantua Lakes (SIN “Laghi di Mantova e Polo Chimico”; N Italy)
An integrated study of flora and pollen at the UNESCO World Heritage Site Mantua and Sabbioneta reveals that anthropogenic pollution significantly impacts plant communities, detectable both macroscopically and microscopically. The research found higher incidences of abnormal or empty pollen in highly contaminated sectors (9.3% in area A and 7.6% in area B) compared to a control sector (2.5% in area C), indicating environmental stress. Additionally, the discovery of the protected species Narcissus pseudonarcissus in area C underscores the importance of targeted conservation efforts. The study employed floristic surveys and palynological analysis to compare 195 species across three sectors, highlighting differences in ecological strategies and pollution resilience among plant communities.
Reading Sculpture as Enchantment and Prayer
Sculpture at UNESCO World Heritage Sites Mantua and Sabbioneta transcends ornamentation, embodying enchantment, prayer, and interactive engagement with the environment. Italo Lanfredini's work, rooted in deep site-specific knowledge, integrates sensory elements—sound, light, shadow—to create a 'graft' that harmonizes with its surroundings. This approach fosters a spiritual connection, blending art and science while addressing life's phases: birth, growth, decadence, and death. Lanfredini's method involves immersive observation, listening, and respect for the site's aura, culminating in works like Arianna’s Labyrinth (1988–89). The study underscores how sculpture can evoke catharsis and harmony through poetic and material interplay.
Single Building Point Cloud Segmentation: Towards Urban Data Modeling and Management
A novel automated method for segmenting individual building units within urban point clouds has been developed, enabling direct linkage to map databases. This approach enhances urban data modeling and management by integrating geometric surveys with existing cartographic information. The technique was successfully applied in Sabbioneta, Italy, using point clouds generated from Mobile Mapping Systems and Unmanned Aerial System photogrammetry, paired with both open-source (OpenStreetMap) and regional cartographic databases. By assigning unique identifiers to segmented points, the resulting dataset becomes a rich container of urban information, serving as a foundation for advanced city modeling.
The Bell-Shaped Opera Houses Realised by Antonio Galli Bibiena: Acoustic Comparison between the Communal Theatre of Bologna and the Scientific Theatre of Mantua
A comparative acoustic analysis of two 18th-century opera houses designed by Antonio Galli Bibiena—Bologna's Communal Theatre and Mantua's Scientific Theatre—reveals distinct auditory experiences despite their shared bell-shaped geometry. The study, employing monoaural and binaural measurements, found that while both theatres excelled in sound diffusion, the balconies in Mantua offered superior clarity and intelligibility compared to Bologna’s stalls, where reverberation was more pronounced. These findings challenge assumptions about Bibiena's designs, highlighting how architectural nuances influence acoustic performance even within similar structural frameworks. The research utilized impulse response recordings to quantify these differences, providing insight into the historical significance of these UNESCO-listed sites as pioneers in theatrical acoustics.
A Deep Learning Approach for the Recognition of Urban Ground Pavements in Historical Sites
A deep learning approach achieved 94% accuracy in classifying five types of urban ground pavements—sampietrini, bricks, cobblestone, stone, and asphalt—in the historical site of Sabbioneta, Italy. The method leveraged a Mobile Mapping System (MMS) to capture point cloud data, which was then rasterized and analyzed using a U-Net model coupled with ResNet 18. This high-precision classification offers a promising tool for automating pavement mapping in historical urban areas, supporting sustainable city management and smart urban planning.
Accessible Path Finding for Historic Urban Environments: Feature Extraction and Vectorization from Point Clouds
A novel method for generating accessible sidewalk networks in historic urban environments, such as UNESCO World Heritage Sites, achieves over 98% vectorization accuracy. This approach leverages point cloud data to semantically segment sidewalks and roads, enabling precise extraction of physical and geometric attributes without relying on traditional cartographic data or crowdsourcing. The resulting vector layer facilitates the computation of accessible paths between Points of Interest using QGIS, as demonstrated in a case study of Sabbioneta, Italy. This method offers potential applications for city planners and developers of routing apps, enhancing urban accessibility while preserving historical integrity.
Following Water at the Mantua and Sabbioneta World Heritage Site
Integrating water and heritage management at UNESCO World Heritage Sites offers a transformative opportunity for sustainable development, as demonstrated by the case of Mantua and Sabbioneta in Northern Italy. This study reveals that embedding water-heritage relationships can effectively align with multiple Sustainable Development Goals (SDGs), including SDG 11 (Sustainable Cities and Communities) and SDG 8 (Decent Work and Economic Growth), while also addressing goals related to education, consumption, biodiversity, and partnerships. The research highlights how innovative heritage projects that engage local communities and challenge traditional institutions can foster sustainable interactions between water management and cultural preservation. By examining the historical and contemporary significance of water in these Renaissance cities, the study underscores its potential as a catalyst for both heritage conservation and broader societal benefits.
Grain trade in Early modern Mantua and Venice: The role of Ashkenazi and Italian Jews
Historical fiscal and notarial records reveal that Ashkenazi and Italian Jews in early modern Mantua and Venice played a significant role in the grain trade, challenging traditional perceptions of their economic activities being limited to money-lending and second-hand goods retailing. From the 16th century onward, as banking became less lucrative due to political changes such as the establishment of ghettos, Jews diversified into commodity trading, leveraging strong networks based on trust to engage in interregional trade. This shift was not only economically strategic but also intricately linked to navigating local power structures through formal and informal relationships, highlighting their adaptability and resilience within complex political environments.
Modeling groundwater/surface-water interactions and their effects on hydraulic barriers, the case of the industrial area of Mantua (Italy)
Groundwater and surface water interactions in Mantua, Italy, dynamically shift throughout the year due to varying groundwater levels and surface channel discharges, significantly impacting the performance of hydraulic barriers used for industrial purposes. A transient numerical model developed using MODFLOW-2005 and SFR2 over a three-year period (2016–2018) revealed these complex relationships, which are influenced by intensive pumping activities within the Site of National Interest (SIN) 'Laghi di Mantova e Polo Chimico.' The calibrated model offers stakeholders a tool for optimizing future groundwater management strategies, ensuring sustainable operation of hydraulic barriers in this ecologically and industrially sensitive area.
"No permita Vuestra Majestad que yo reciba daño ni se haya de acabar en mí esta casa tan benemérita a su real corona". Anna Carafa y la búsqueda de un matrimonio provechoso (1624-1636)
A re-evaluation of historical records challenges the long-standing assumption that the Spanish royal favorite, the count-duke, was the driving force behind the advantageous marriage of Anna Carafa to the duke of Medina de las Torres. Instead, this study reveals that the count-duke was initially reluctant to support this union, both as a candidate for Anna and as a potential recipient of the Neapolitan viceroyalty. The research, focusing on the strategic significance of Sabbioneta during the 17th century, examines how Philip IV's intervention in marital negotiations aimed to safeguard the interests of the Hispanic Monarchy, shedding new light on the political dynamics of the era.
Art heritage and landscapes, a shared place for building a collective memory undergoing transformation
A research project in Mantua and Sabbioneta successfully engaged residents and tourists to recover and reinterpret the towns' collective memory through participatory methods. The initiative developed a kit combining personal narratives, historical maps, photos, and field trips with secondary school students, fostering new perspectives on the cities' art heritage and landscapes. Interviews with key informants enriched the collected material, offering a dynamic approach to preserving shared history while adapting it for contemporary audiences.
I suoni di Mantova come strumenti di interpretazione del paesaggio. Tra turismo sostenibile ed educazione al patrimonio culturale
A novel educational approach using sound as a tool to interpret cultural landscapes has been developed for UNESCO World Heritage Sites Mantua and Sabbioneta. This interdisciplinary project, part of the MOBARTECH research initiative, engaged local communities in co-constructing knowledge through school-based activities. The result is a citizen-focused toolkit that integrates sustainable tourism with heritage education, offering new insights into how auditory experiences can enhance understanding and preservation of cultural landscapes. The study highlights the potential of sound-based methodologies to bridge gaps between academic research, community engagement, and educational practices.
Il corpo abitante. Una proposta pedagogica per la valorizzazione del patrimonio culturale attraverso le arti performative
A novel pedagogical approach leveraging performative arts has been developed to enhance the emotional and sensory engagement with UNESCO World Heritage Sites, specifically Mantua and Sabbioneta. This method, rooted in participatory and body-centered experiences, aims to deepen the connection between individuals and cultural heritage beyond traditional intellectual understanding. The research, conducted by the University of Milano-Bicocca, demonstrates that integrating artistic expression—such as performance and exploration—can foster a more immersive and meaningful interaction with historical environments. By blending scientific inquiry with poetic and sensory dimensions, this approach offers a transformative way to interpret and value cultural heritage for both residents and visitors.
Integration of Modelling Approaches for the Seismic Assessment of Complex URM Buildings: The Podestà Palace in Mantua, Italy
A novel integrated modelling approach for seismic assessment of complex unreinforced masonry (URM) buildings, exemplified by the Podestà Palace in Mantua, Italy, demonstrates how combining Structural Element Models, Macro-Block Models, and Finite Element Models can provide a comprehensive understanding of seismic behavior. This method allows for the estimation of dynamic interactions among structural units while enabling detailed analysis of critical areas, such as vaults prone to local mechanisms. The findings highlight that in-plane stiffening of vaults could be an effective strengthening solution to improve seismic action redistribution in such intricate structures. This approach bridges computational efficiency and accuracy, offering a rational basis for conservation strategies at UNESCO World Heritage Sites.
MOBARTECH: Working with the Public to Explore Their Perceptions of Mantua and Sabbioneta
Public engagement revealed diverse perceptions of Mantua and Sabbioneta, two UNESCO World Heritage Sites, highlighting the importance of community involvement in heritage interpretation. The study employed a participatory approach, leveraging MOBARTECH, to explore how local residents and visitors perceive these sites, emphasizing the role of education and technology in shaping public understanding of cultural heritage. This research underscores the need for collaborative strategies that integrate technological tools with educational initiatives to foster a deeper connection between communities and their heritage.
Political Image Making in Portraits of Isabella d'Este, Marchioness of Mantua
Isabella d'Este, Marchioness of Mantua, used portraiture as a sophisticated political tool to project authority and secure respect for her administrative and diplomatic prowess. Contrary to the prevailing view that her commissions were merely about vanity or memorialization, this study reveals her strategic integration of self-fashioning with broader identity branding efforts. By analyzing her portrait commissions—including works by Titian and Leonardo da Vinci—across her political trajectory, the research demonstrates how iconography served as a means to reinforce her influence and challenge gendered perceptions of her motivations.
Progress of Spatial Acoustics in the Northern Italian Theatres and Stage Architecture during the Baroque Era
Recent research has shed light on the sophisticated acoustics of Baroque-era theatres in Northern Italy, challenging the long-held assumption that sound optimization was not a priority in Renaissance architectural design. The study, led by the Audiokommunikation team at Technical University Berlin, analyzed the Teatro Scientifico in Mantua and the Teatro degli Antichi in Sabbioneta using advanced measurement techniques and historical data. Findings indicate that these structures achieved high levels of acoustic performance, comparable to modern concert halls, through innovative architectural designs. The research also highlights the overlooked contributions of prominent architects like Scamozzi and the Bibiena dynasty to theatre acoustics, providing insights into their design principles and their influence on later musical eras, including those of Haydn and the Romantic period.
Sidewalk Detection and Pavement Characterisation in Historic Urban Environments from Point Clouds: Preliminary Results
A novel method for detecting and characterizing sidewalks in historic urban environments, such as UNESCO World Heritage Sites, achieves high precision (80% for sidewalk detection and over 90% for paving characterization). Unlike existing approaches tailored to modern, standardized settings, this method accounts for irregularities like varying materials, absent curbs, and uncertain elevation differences between roads and sidewalks. Tested in Sabbioneta, Italy, it demonstrates promise despite challenges in corner areas, offering a robust tool for urban heritage analysis.
Structural Assessment of Cultural Heritage Buildings Using HBIM and Vibration-Based System Identification
A groundbreaking structural assessment of the Galleria degli Antichi, a 16th-century palace in Sabbioneta (Italy), reveals how combining historic and architectural research with Hybrid Building Information Modeling (HBIM) and operational modal testing can yield precise numerical models for heritage buildings. This innovative approach, applied to a UNESCO World Heritage Site since 2008, demonstrates the potential of non-destructive survey techniques in quantifying structural conditions through detailed geometry analysis and vibration mode identification. The study highlights the importance of integrating multidisciplinary methods to preserve cultural heritage while advancing our understanding of its mechanical behavior.
The Acoustics of the “Teatro all’Antica“, Sabbioneta, Italy
Advanced acoustic measurements of the Teatro all’Antica, Sabbioneta’s 16th-century theatre and Europe’s first permanent purpose-built structure, reveal its unique sound signature. By employing a cylindrical microphone array alongside traditional methods, researchers captured unprecedented 3D multichannel impulse responses, enabling detailed spatial mapping of sound distribution. This innovative approach preserves acoustic data critical to understanding the theatre’s role in intangible cultural heritage while offering new insights into architectural acoustics for historical preservation.
The Humanistic Ideal City: Considerations on the Evolution of Patterns from 1422 to Late 16th Century
A study identifies distinct evolutionary patterns in the design of humanistic ideal cities from 1422 to the late 16th century, particularly highlighting Sabbioneta (founded 1554) as a pivotal example. It distinguishes between 'ideal cities' and high-quality architectural projects, posing methodological questions about innovation versus urban invention. The research employs chronological and typological seriation alongside methodological criteria to differentiate this phase from later developments in the second half of the 16th century.
Uno sguardo musicale: la segreta meccanica del paesaggio
The article 'A musical view: the secret mechanics of a landscape' introduces a novel perspective on landscape photography, particularly within the UNESCO World Heritage Sites of Mantua and Sabbioneta. By employing a narrative approach through photographic imagery, it reveals how landscapes can be perceived musically, drawing parallels between visual elements and musical structures. The author, an architect with expertise in architectural photography, explores this concept across various locations in the Po Valley, including Pomponesco and Bagnolo San Vito. This method offers a fresh interpretation of landscape aesthetics, blending artistic expression with analytical depth.
Visual Experiences in Cinquecento Theatrical Spaces by Javier Berzal de Dios
Javier Berzal de Dios's Visual Experiences in Cinquecento Theatrical Spaces challenges traditional narratives about Italian Renaissance theatre architecture, revealing a more complex and nuanced reality. Contrary to the prevailing view that linear perspective created unified, idealized stage designs passively received by spectators, this work demonstrates a clash between theoretical spatial unity and humanist experimentation. Spectators experienced heterogeneous visual effects, including wonder and surprise, rather than adhering to neo-classical order. The study examines surviving stage representations from Rome, Pisa, Siena, and Florence, highlighting distortions and incongruities that contradict the notion of a single, coherent visual experience. Berzal de Dios's analysis, rooted in archival research and close examination of surviving designs, recontextualizes the role of artists like Baldassare Peruzzi, revealing their impulses toward playfulness and artistic innovation over strict theoretical adherence.
Building Forcello: Etruscan wattle‐and‐daub technique in the Po Plain (Bagnolo San Vito, Mantua, northern Italy)
New insights into the Etruscan wattle-and-daub construction technique on the Po Plain reveal the life history of a fifth-century BCE building from Forcello, including its construction, maintenance, and destruction. The interdisciplinary study combines archaeometric, geological, and anthracological analyses to uncover how this technique was used in an environment with limited stone resources. Findings highlight the interaction between Etruscan people and their paleoenvironment, offering a deeper understanding of ancient building practices in northern Italy.
Energy and economic assessment of HVAC solutions for the armoury hall at the Palazzo Ducale in Mantua:
A comparative analysis of HVAC solutions for the armoury hall at Palazzo Ducale, Mantua, reveals that integrating renewable energy technologies can significantly reduce energy consumption while maintaining user comfort and system reversibility. The study evaluated different configurations based on criteria such as ease of maintenance, response speed, noise levels, size, and adjustability. By analyzing local climatic parameters and simulating building energy demand, researchers identified optimal HVAC system requirements for historical buildings repurposed for public use, ensuring low environmental impact without compromising performance or user experience.
Learning and Experiencing the Cultural Heritage Between Materiality and Virtuality
This research demonstrates how integrating new technologies with traditional educational approaches can deepen public engagement and participation in cultural heritage, both tangible and intangible. By combining concrete proposals with technological tools—such as mapping and multimedia kits—the study highlights the potential for enhancing collective and individual experiences. In Mantua and Sabbioneta the approach involved collaborating with students and local historians to create tools that foster a unitary perception of the cities' spirit. The findings suggest that such methods can initiate meaningful reflections on informal education paths while addressing both the opportunities and limitations of technological integration in heritage fruition.
A multi-range approach for Cultural Heritage survey: a case study in Mantua Unesco site
A multi-range approach for cultural heritage survey demonstrates the effectiveness of integrating diverse acquisition technologies—including aerial photogrammetry, UAV-based photogrammetry, laser scanning, and traditional topography—in documenting UNESCO World Heritage Sites. This method enables the creation of a 3D multiscale database, capturing architectural-urban details down to fine-scale features (1:50–1:20 scale). Applied in Mantua’s Palazzo Te gardens, the approach revealed historical modifications and provided graphical documentation for potential future redesigns. Comparative analysis of point cloud models confirmed the efficiency of this integrated methodology, offering a robust framework for studying and preserving cultural heritage.
Diagnosis for the Conservation of Wooden Ceilings inside the Ducal Palace in Sabbioneta (Mantua, Italy)
A comprehensive diagnostic assessment of the wooden ceilings within Sabbioneta's Ducal Palace, commissioned by Vespasiano Gonzaga in the late 16th century, reveals critical insights into their structural integrity and conservation needs. The study identifies that the ceilings, composed of rough wooden planks nailed to a skeletal framework supporting intricate decorative elements, exhibit signs of deterioration requiring urgent conservation measures. Employing a multi-faceted approach—including non-invasive observations, controlled drilling tests, and laboratory analyses—the research provides a detailed understanding of the ceilings' condition, offering actionable data for preservation strategies. This work underscores the importance of systematic diagnostics in safeguarding historic wooden structures against long-term decay.
The Conservation and Strengthening Intervention on the Wooden Floors of the Ducal Palace in Sabbioneta (MN-Italy)
A meticulous conservation and strengthening intervention on the sixteenth-century wooden floors of the Ducal Palace in Sabbioneta, Italyrevealed critical challenges in preserving such historically significant structures. The study highlights the necessity for expert restoration techniques, continuous oversight by architectural heritage authorities, and a phased approach to address structural integrity without compromising decorative elements. Conducted under the supervision of the Director of Works, Manager of Procedure, and Superintendence for Architectural Heritage and Landscape of Mantua, this intervention underscores the complexities of maintaining high-value cultural assets while balancing technical precision with historical authenticity.
The Structural Concept of the 16th Century Floors of the Ducal Palace in Sabbioneta (Mantua, Italy)
Research reveals the innovative structural design of 16th-century floors in Sabbioneta's Ducal Palace, showcasing advanced engineering for stability and durability. The study analyzed the palace's flooring system, combining historical documentation with material analysis to uncover its complex load-bearing mechanisms. Findings highlight the use of brick vaulting and cross-beam structures, demonstrating sophisticated Renaissance-era construction techniques that ensured long-term structural integrity. This work provides valuable insights into 16th-century architectural engineering, contributing to the preservation and understanding of UNESCO World Heritage Sites.
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