Aqua Virgo is the oldest Roman aqueduct still functioning in the city of Rome. It has never stopped working and still today it supplies some of the most famous fountains of the capital. The aqueduct was inaugurated in 19 B.C. and presents an almost entirely subterranean route. Geophysical measurements were undertaken with the aims to acquire further data about the water intake system of Aqua Virgo in Salone. The ancient aqueduct did not catch the water only from one single source but from a complex of springs and feeder channels located in the area. This project intents to bring light on the possible connections between the main underground specus of Aqua Virgo and its tributary channels, many of which are still unknown. The objectives are detecting and localising the underground feeder channels referring to the existing cartography of the area and to the airshafts visible on the surface. Once the conduits have been recorded using geophysical prospections, the further aim is to understand their dimensions, their constructive features, and their depth from the surface.

Geophysical surveys at the Roman Aqueduct Aqua Virgo (Roma, Italy)

Di Fiore V;Punzo M;Tarallo D;Leucci G
2023

Abstract

Aqua Virgo is the oldest Roman aqueduct still functioning in the city of Rome. It has never stopped working and still today it supplies some of the most famous fountains of the capital. The aqueduct was inaugurated in 19 B.C. and presents an almost entirely subterranean route. Geophysical measurements were undertaken with the aims to acquire further data about the water intake system of Aqua Virgo in Salone. The ancient aqueduct did not catch the water only from one single source but from a complex of springs and feeder channels located in the area. This project intents to bring light on the possible connections between the main underground specus of Aqua Virgo and its tributary channels, many of which are still unknown. The objectives are detecting and localising the underground feeder channels referring to the existing cartography of the area and to the airshafts visible on the surface. Once the conduits have been recorded using geophysical prospections, the further aim is to understand their dimensions, their constructive features, and their depth from the surface.
2023
Istituto di Scienze del Patrimonio Culturale - ISPC
Inglese
Proceedings Metroarchaeo 2023
2023 IMEKO International Conference on Metrology for Archaeology and Cultural Heritage
1050
1055
6
9789299009062
IMEKO-International Measurement Federation Secretariat
Budapest
UNGHERIA
Sì, ma tipo non specificato
19-21/10/2023
Roma
Aqua Virgo
GPR
5
open
Di Fiore, V; Punzo, M; Tarallo, D; Amadasi, Me; Leucci, G
273
info:eu-repo/semantics/conferenceObject
04 Contributo in convegno::04.01 Contributo in Atti di convegno
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/429250
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