Publications
The brick material culture of Urbino (UNESCO World Heritage, Central Italy) as inferred from a multidisciplinary archaeometric study on the historic architecture
A multidisciplinary archaeometric study on the brick material culture of Urbino, Italy, reveals that the city's historic architecture, from Roman to Modern times, relied consistently on raw materials sourced from nearby deposits. Thermoluminescence (TL) dating confirms the prolonged construction periods of key structures, including the Cathedral, which spanned over three centuries. The study highlights a progressive improvement in brick quality and preparation techniques, with firing temperatures reaching at least 850–900°C, though incomplete calcite breakdown due to inconsistent pyrotechnological processes. Uniaxial Compressive Strength of historic bricks aligns with modern standards, underscoring the enduring significance of Urbino's brick material culture, which continued seamlessly until the mid-20th century.
Ampliare un World Heritage Site verso il passato recente. L’opera di Giancarlo De Carlo a Urbino
A proposal to expand the boundaries of UNESCO World Heritage Sites (WHS) to include 20th-century heritage, exemplified by Giancarlo De Carlo's work in Urbino, offers a novel approach to preserving modern architectural contributions. The study highlights that De Carlo's master plan for Urbino created a harmonious blend between modern architecture and historic preservation, enriching the site's cultural values beyond its original Renaissance focus. While the 1988 inscription of the Historic Centre of Urbino as an outstanding example of a Renaissance capital did not acknowledge De Carlo's work, the site's management plan (2012-14) suggests including modern buildings in the buffer zone. This raises questions about how to systematically integrate recent heritage into WHS frameworks, with potential implications for global heritage conservation practices.
Urbino città Patrimonio UNESCO: un piano per la conservazione, valorizzazione e gestione del patrimonio storico – artistico dell’Ateneo
A groundbreaking pilot project at Palazzo Albani, part of the UNESCO-listed Historic Centre of Urbino, introduces innovative protocols for conserving and communicating architectural heritage. The study, conducted by researchers from the University of Urbino, focuses on integrating historical archival analysis with direct investigation to identify optimal interventions. This approach emphasizes technical-constructive aspects while addressing the unique challenges of preserving non-renewable resources like Palazzo Albani, recognized for its irreplaceable value. The work aims to set a precedent for managing and enhancing the artistic and architectural heritage of Urbino's historic center, contributing to broader strategies for UNESCO World Heritage Sites.
The Historic Centre of Urbino, UNESCO World Heritage (Marche Region, Italy): an Urban-Geological Itinerary Across the Building and Ornamental Stones
A detailed geological and petrographic study of the Historic Centre of Urbino, Italyreveals that its building stones primarily originate from local sedimentary formations, particularly limestones within the Umbria–Marche–Romagna Succession. While these materials were historically favored due to their availability in the Northern Marche Apennines, some high-status ornamental stones used in monuments and decorations were sourced from extra-regional Italian areas (e.g., the Alps) and foreign countries like France and Egypt. The research highlights how stone selection was influenced not only by geological factors but also by historical periods, artistic styles, economic importance, and associations with notable figures such as Pope Clemente XI. An open-air stone itinerary featuring 10 key stops is proposed to enhance the appreciation of Urbino’s geological and cultural heritage, supporting geotourism development. The study relied on autoptic observations and historical documentation, avoiding sample collection due to conservation constraints.
Porta Valbona a Urbino: la sua rappresentazione tra storia e restauro
Porta Valbona, Urbino's most significant historic gate, stands as an exceptional urban palimpsest, preserving layers of historical evolution despite centuries of restorations. Built in 1621 for a royal wedding, its monumental facade and limestone eagles (18th-century additions) exemplify the city's architectural heritage. A multidisciplinary study—integrating urban, historical, geometric, material, and structural analyses—revealed Porta Valbona’s enduring testimonial, constructive, and architectural values. Leveraging GIS systems, researchers mapped its shape and resilience, identifying strengths, weaknesses, opportunities, and threats to inform conservation strategies. This approach offers a model for studying and preserving complex monumental heritage sites.
The Fortification System of the City of Urbino: The Case Study of Valbona Gate from 3D Surveys to GIS Applications for Dynamic Maps
Advanced integration of 3D surveys and GIS technologies provides a comprehensive, dynamic mapping tool for analyzing the architectural evolution and deterioration of Urbino's historic fortifications. Focusing on Valbona Gate, this study reveals the layered history—from protohistoric roots to Renaissance adaptations—and offers precise diagnostic capabilities for conservation planning. By combining geometric and morphological data with tri-dimensional GIS systems, researchers can assess pathologies, visualize past states, and enable statistical evaluations critical for maintaining UNESCO-listed sites like Urbino's walled city.
GIS intelligence for a cutting-edge management of 3D cities
A groundbreaking approach to urban management using GIS technology has been developed, offering a dynamic and upgradeable 3D modeling system for UNESCO World Heritage Sites. This methodology, applied to Urbino's historic center, integrates geomorphological and historical data to provide comprehensive spatial analysis of the city's evolution from Roman settlements to its current state. The system focuses on managing urban elements' composition, geometric characteristics, conservation status, and monitoring interventions, all within a geodatabase environment that supports real-time updates. This innovative framework enhances urban area enjoyment while also supporting decision-making and planning processes.
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