This study examines activities at the archaeological site of Aptera in Crete, Greece, as part of the Diachronic Landscapes 2023 International Design Workshop, organized by CAM (Center for Mediterranean Architecture), TUC (Technological University of Crete School of Architecture), and UNIFE (University of Ferrara Department of Architecture). The research focuses on low-cost aerial survey and Structure-from-Motion data processing. This approach enabled the creation of digital outputs like point clouds, DTM, DSM, orthophotos, and contour lines, essential for the analysis and design phases of the workshop. The digital models, demonstrating the site’s historical layers and current landscape, offered valuable insights for visualizing Aptera’s evolution and informed design decisions. This interdisciplinary endeavor highlights the synergy between modern technology and archaeological study, suggesting lowcost and effective possibilities for heritage conservation and landscape architecture.

Documenting the archaeological landscape using low-cost equipment: 3D capturing, modelling and visualization of the site of Aptera (Crete) for the DIACHRONIC LANDSCAPES workshop

Medici, M.;Sterpin, A.
2024

Abstract

This study examines activities at the archaeological site of Aptera in Crete, Greece, as part of the Diachronic Landscapes 2023 International Design Workshop, organized by CAM (Center for Mediterranean Architecture), TUC (Technological University of Crete School of Architecture), and UNIFE (University of Ferrara Department of Architecture). The research focuses on low-cost aerial survey and Structure-from-Motion data processing. This approach enabled the creation of digital outputs like point clouds, DTM, DSM, orthophotos, and contour lines, essential for the analysis and design phases of the workshop. The digital models, demonstrating the site’s historical layers and current landscape, offered valuable insights for visualizing Aptera’s evolution and informed design decisions. This interdisciplinary endeavor highlights the synergy between modern technology and archaeological study, suggesting lowcost and effective possibilities for heritage conservation and landscape architecture.
2024
9788899586430
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/2566010
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