Publications
Climate Change Adaptation and Historic Settlements: Evidence from the Old Town of Corfu
Historic settlements like the Old Town of Corfu face significant vulnerability to climate change due to their unique structural and material characteristics. This study identifies key threats, including extreme weather events, and assesses the town's susceptibility using IPCC methodology. The research reveals that factors such as dense urban geometry, material degradation in historic buildings, outdated infrastructure, and challenges related to tourism and traffic congestion exacerbate climate risks. By analyzing climate data specific to Corfu, the study provides a comprehensive set of adaptation proposals tailored to mitigate these vulnerabilities, offering valuable insights for preserving similar World Heritage Sites.
Virtual Reconstruction of Lost Cultural Heritage – The Case of the Historical Church of Pammegist Taxiarch Archangel Michael in Medieval City of Corfu. A holistic Interdisciplinary approach, in Challenging Times enhancing Sustainable Urban Development
A 3D virtual reconstruction of the lost Church of Pammegist Taxiarch Michael, once a prominent monument in Corfu's medieval 'Campiello' district, offers unprecedented insight into its architectural and historical significance. This interdisciplinary approach integrates data from in-situ research, archives, and bibliography to recreate the 14th-century structure, which was demolished during World War II bombings. The reconstruction not only aids archaeological, architectural, and art history research but also serves as a tool for cultural engagement, fostering dialogue and sustainability within Corfu's UNESCO-listed Old Town. By bridging past and present, this method enhances the understanding and preservation of tangible heritage, providing transformative potential for local communities in challenging times.
Near-Surface Geophysical Characterization of Lithologies in Corfu and Lefkada Towns (Ionian Islands, Greece)
A near-surface geophysical study of Corfu and Lefkada old towns, located near the Hellenic subduction zone, reveals significant variations in subsurface lithologies and mechanical properties. Using seismic refraction tomography (SRT), multichannel analysis of surface waves (MASW), and electrical resistivity tomography (ERT), researchers mapped seismic velocities and geotechnical characteristics across both sites. Corfu's subsurface showed diverse elastic moduli (σ, E, K, G) at 5 meters depth, while Lefkada's subsurface was found to be uniformly compact with minimal variation in properties. Ground type classifications for both towns were determined based on VS30 values according to Eurocode 8 standards. This study provides critical insights into the seismic vulnerability of these historic sites, highlighting the importance of geophysical techniques in assessing subsurface conditions in seismically active regions.
Precipitation Trends and Flood Hazard Assessment in a Greek World Heritage Site
No significant changes in flood risk are projected for the Old Town of Corfu under future climatic conditions. This finding emerges from a study analyzing precipitation trends and employing a multi-criteria GIS-based approach to identify high flood hazard zones. The research aimed to develop a rapid yet reliable method for assessing future flood risks without relying on hydrodynamic models or extensive local data. By using climate scenarios and simple geostatistical models, the study provided insights into potential changes in flood risk, with uncertainties stemming primarily from climate modeling errors and data resolution limitations. The identified flood-prone areas are expected to remain largely unchanged, offering a foundation for tailored mitigation measures that align with the site's unique characteristics.
World Heritage Monuments Management Planning in the light of UN Sustainable Development Goals: The case of the Old Town of Corfu
A tourism promotion methodology, applied through the 'Hologrammatic Corfu' project, demonstrates potential for monitoring and adapting management plans of UNESCO World Heritage Sites to align with the UN Sustainable Development Goals (SDGs). This approach leverages transmedia content such as 360-degree videos, augmented reality, and hologrammatic videos to collect data on travelers' visits to points of interest. The collected data is used for dynamic re-routing during visits, ensuring sustainability and accessibility throughout the tourism cycle. This methodology provides actionable metrics that can guide policy design, particularly under SDG 11, which aims to protect cultural heritage while making cities inclusive and resilient.
Arriving at Corfu
Corfu's unique beauty stems from its distinctive atmospheric clarity and vibrant color palette, setting it apart from other Mediterranean islands. Unlike the hazy landscapes of Italy or the stark transparency of northern New England, Corfu's air offers a rare combination of luminosity and chromatic intensity—mountains bathed in lilac, violet plains, and crimson peaks—enhanced by the Ionian Sea's unparalleled blue. This phenomenon, described as 'pellucid' by Euripides, creates an overstimulating yet invigorating environment that affects both the landscape and human perception. The study contrasts Corfu with other iconic sites like Capri, highlighting its dual attributes of color saturation and atmospheric transparency, which distinguish it as a singularly breathtaking World Heritage Site.
A digital analysis of the experimental accelerometers data used for buildings dynamical identification
A digital analysis of accelerometer data has provided new insights into the structural dynamics of historical buildings, specifically the Renaissance-style 'San Giacomo' structure in Corfu's Old Town. The study employed advanced signal processing techniques to analyze data collected from strategically placed accelerometers on the building's walls, aiming to identify its dynamic behavior. This approach offers a non-invasive method for monitoring the integrity and response of artistic and historical structures to environmental factors, which is crucial for their preservation. By examining a database of signals acquired through these sensors, researchers have demonstrated the potential of digital signal processing in structural health monitoring, contributing valuable data for the conservation efforts of UNESCO World Heritage Sites like Corfu's Old Town.
Augmented Reality Edutainment Systems for Open-Space Archaeological Environments
Augmented reality (AR) can significantly enhance edutainment experiences in archaeological settings, offering personalized and adaptive guided tours. A study on the Old Fortress in Corfu's UNESCO-listed Old Town demonstrates how AR systems, integrated with a communication engine for museums, support multiple tour types by analyzing content-user needs and designing interactive scenarios. The approach provides new narration tools for experts while adapting to individual visitor preferences, thereby enriching cultural tourism experiences through technology-driven storytelling.
“Local religion” in Corfu: sixteenth to nineteenth centuries
St Spyridon, the patron saint of Corfu, served as a unifying symbol for both Greek and Latin communities during the 17th and 18th centuries, reflecting civic rather than ecclesiastical authority. His veneration intensified after the 1716 Ottoman siege, where he was credited with saving Corfu and Western Christianity from invasion. However, by the late 18th century, this unity began to fray following Corfu's fall to Russian and Ottoman forces. A 1790s text by Orthodox theologian Athanassios Parios recontextualized Spyridon’s role, portraying him as a defender of Orthodoxy and an adversary of Greco-Latin rapprochement. The study analyzes shifts in religious symbolism through historical records, revealing how political changes reshaped local religious narratives.
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