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Gaetano Ranieri

Biographic Data

ID6527462
NAMEGaetano Ranieri
GIVEN NAMESGaetano
FAMILY NAMERanieri
SIGNATURERANIERI G
AFFILIATIONSUniversity of Cagliari
ORCID0000-0002-1369-7252
VERIFIEDYes
TOTAL WORKS2
TOTAL CITATIONS6
WORKS AS AUTHOR2
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2005
LATEST PUBLICATION YEAR2014
H-INDEX2
  • The Ancient Roman Aqueduct of Karales (Cagliari, Sardinia, Italy)

    Open Access•Antonio Trogu, Gaetano Ranieri et al.•ARTICLE•Archaeological Prospection•2014•Cited by: 4•References: 1

    Detection of the buried antique Roman aqueduct, which supplied fresh water to the ancient town of Karales (Cagliari, Italy), is not a trivial problem because of the small size of its cross section, its depth (about 10 m), and of the presence of shallow conductive layers. In order to determine the best geophysical method to use in the research of the conduit, a test was carried out over a well‐known section of the underground aqueduct in its extra…

  • TEM‐fast small‐loop soundings to map underground tunnels and galleries connecting the rock‐hewn churches of Lalibela, Ethiopia

    Open Access•Gaetano Ranieri, Tigistu Haile et al.•ARTICLE•Geoarchaeology•2005•Cited by: 2•References: 1

    As one of the first attempts to utilize the technique for intrasite archaeological prospection, a series of coincident square‐loop TEM‐fast geophysical surveys were carried out over the compounds of the largest of the rock‐hewn churches of Lalibela—Bete Maryam and Bete Amannuel—in North Ethiopia. Archaeologists have long believed that the different churches within each group were connected by underground tunnels. The aim of this survey was to ide…

  • The Ancient Roman Aqueduct of Karales (Cagliari, Sardinia, Italy)

    Open Access•Antonio Trogu, Gaetano Ranieri et al.•ARTICLE•Archaeological Prospection•2014•Cited by: 4•References: 1

    Detection of the buried antique Roman aqueduct, which supplied fresh water to the ancient town of Karales (Cagliari, Italy), is not a trivial problem because of the small size of its cross section, its depth (about 10 m), and of the presence of shallow conductive layers. In order to determine the best geophysical method to use in the research of the conduit, a test was carried out over a well‐known section of the underground aqueduct in its extra…

  • TEM‐fast small‐loop soundings to map underground tunnels and galleries connecting the rock‐hewn churches of Lalibela, Ethiopia

    Open Access•Gaetano Ranieri, Tigistu Haile et al.•ARTICLE•Geoarchaeology•2005•Cited by: 2•References: 1

    As one of the first attempts to utilize the technique for intrasite archaeological prospection, a series of coincident square‐loop TEM‐fast geophysical surveys were carried out over the compounds of the largest of the rock‐hewn churches of Lalibela—Bete Maryam and Bete Amannuel—in North Ethiopia. Archaeologists have long believed that the different churches within each group were connected by underground tunnels. The aim of this survey was to ide…

  • TEM‐fast small‐loop soundings to map underground tunnels and galleries connecting the rock‐hewn churches of Lalibela, Ethiopia

    Open Access•Gaetano Ranieri, Tigistu Haile et al.•ARTICLE•Geoarchaeology•2005•Cited by: 2•References: 1

    As one of the first attempts to utilize the technique for intrasite archaeological prospection, a series of coincident square‐loop TEM‐fast geophysical surveys were carried out over the compounds of the largest of the rock‐hewn churches of Lalibela—Bete Maryam and Bete Amannuel—in North Ethiopia. Archaeologists have long believed that the different churches within each group were connected by underground tunnels. The aim of this survey was to ide…

  • The Ancient Roman Aqueduct of Karales (Cagliari, Sardinia, Italy)

    Open Access•Antonio Trogu, Gaetano Ranieri et al.•ARTICLE•Archaeological Prospection•2014•Cited by: 4•References: 1

    Detection of the buried antique Roman aqueduct, which supplied fresh water to the ancient town of Karales (Cagliari, Italy), is not a trivial problem because of the small size of its cross section, its depth (about 10 m), and of the presence of shallow conductive layers. In order to determine the best geophysical method to use in the research of the conduit, a test was carried out over a well‐known section of the underground aqueduct in its extra…

Archaeology (2 works) · Geography (2 works) · Geology (2 works) · Geophysical and Geoelectrical Methods (2 works) · Geophysical Methods and Applications (2 works) · Geophysics (2 works) · Mining engineering (2 works) · Aqueduct (1 work) · Depth sounding (1 work) · Electrical conduit (1 work)

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