Historical water management infrastructures, often comprising underground environments, represent a significant example of the interplay between built heritage and the natural substrate. This study proposes an interdisciplinary, integrated and multi-scalar investigative methodology for such structures. Through the analysis of the case study of Palombaro Purgatoro Vecchio, a large historical public water cistern located in Matera in Italy, this paper presents a rigorous methodology replicable in different contexts. Bibliographic and archival research establish the knowledge base regarding the structure’s historical evolution; territorial and hydromorphic analyses, supported by GIS, highlight the dynamics of the surrounding watersheds. Meanwhile, a digital survey integrating SLAM and photogrammetry provides geometric-dimensional data, serving as the foundation for analysing construction techniques and materials. The selection of accessible and manageable technologies promotes a practical, replicable investigative methodology aimed at the protection, comprehension, enhancement and dissemination of water UBH.

Interdisciplinary Analysis of Water UBH: The Palombaro Purgatorio Vecchio Infrastructure in Matera

Altamura, Daniele
Investigation
;
Fiore, Giandamiano
Investigation
;
Manicone, Angelarosa
Investigation
;
Lamacchia, Enrico
Investigation
;
Priore, Arcangelo
Investigation
;
Masini, Nicola
Supervision
;
Ermini, Ruggero
Supervision
;
Guida, Antonella
Resources
;
Bernardo, Graziella
Supervision
2026-01-01

Abstract

Historical water management infrastructures, often comprising underground environments, represent a significant example of the interplay between built heritage and the natural substrate. This study proposes an interdisciplinary, integrated and multi-scalar investigative methodology for such structures. Through the analysis of the case study of Palombaro Purgatoro Vecchio, a large historical public water cistern located in Matera in Italy, this paper presents a rigorous methodology replicable in different contexts. Bibliographic and archival research establish the knowledge base regarding the structure’s historical evolution; territorial and hydromorphic analyses, supported by GIS, highlight the dynamics of the surrounding watersheds. Meanwhile, a digital survey integrating SLAM and photogrammetry provides geometric-dimensional data, serving as the foundation for analysing construction techniques and materials. The selection of accessible and manageable technologies promotes a practical, replicable investigative methodology aimed at the protection, comprehension, enhancement and dissemination of water UBH.
2026
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11563/211477
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