Geophysical methods for cultural heritage management

목차 (Table of Contents)

• CONTENTS
• 1 Management of Cultural Heritage : Contribution of Applied Geophysics = 1
• 1.1 Introduction = 2
• 2 Geophysical Methods = 5
• 2.1 The Geophysical Prospections : Passive and Active Methods = 5
• 2.1.1 Passive Methods = 6
• 2.1.2 Active Methods = 6
• 3 Geophysical Methods for Cultural Heritage = 9
• 3.1 Geoelectrical Method = 10
• 3.1.1 Introduction = 10
• 3.1.2 Basic Theory = 10
• 3.1.3 Instrumentation = 15
• 3.1.4 Field Work = 16
• 3.1.5 Processing and Representation = 17
• 3.2 The Ground Penetrating Radar (GPR) Method = 22
• 3.2.1 Introduction = 24
• 3.2.2 Basic Theory = 25
• 3.2.3 Instrumentation = 30
• 3.2.4 Field Work = 31
• 3.2.5 Processing and Representation = 32
• 3.3 Magnetic Surveying = 34
• 3.3.1 Introduction = 36
• 3.3.2 Basic Theory = 36
• 3.3.3 Instrumentation = 40
• 3.3.4 Field Work = 41
• 3.4 Electromagnetic Method = 48
• 3.4.1 Introduction = 48
• 3.4.2 Basic Theory = 49
• 3.4.3 Instrumentation = 52
• 3.4.4 Field Work = 54
• 3.4.5 Processing and Representation = 55
• References = 57
• 4 Case Histories : Application of Geophysical Prospection to Cultural Heritage = 67
• 4.1 Monuments = 68
• 4.1.1 ERT surveys at the Royal Residence of San Leucio (Caserta, Italy) = 68
• 4.1.2 GPR investigation at the Royal Palace of Naples (Italy) = 76
• 4.2 Historical Buildings = 83
• 4.2.1 ERT surveys at the Castle of Zena (Carpeneto Piacentino, Piacenza, Italy) = 83
• 4.2.2 ERT surveys at the Castle of Shawbak (Jordan) = 97
• 4.2.3 GPR Investigations to Study the Area of S. Giovanni in Laterano Basilica (Rome, Italy) = 104
• 4.2.4 GPR investigations at the Cathedral of Termoli (Campobasso, Italy) = 111
• 4.2.5 GPR investigations at the Capua's Castle, Gambatesa (Campobasso, Italy) = 113
• 4.3 Urban Centres = 115
• 4.3.1 ERT and GPR surveys in the historical centre of Nicosia (Cyprus) = 115
• 4.3.2 ERT surveys in the historical centre of Alife (Caserta, Italy) = 120
• 4.3.3 High Resolution GPR Surveys in Urban Areas : The Case of Palatine Hill (Roma, Italy) = 125
• 4.3.4 High Resolution GPR Surveys in the Medieval Town of Prato (Florence, Italy) = 130
• 4.4 Archaeological Parks = 139
• 4.4.1 ERT surveys in the Park of Pratolino (Vaglia, Florence, Italy) = 139
• 4.4.2 ERT surveys in the Cuma (Naples, Italy) = 142
• 4.4.3 ERT surveys at Norba (Latina, Italy) = 148
• 4.4.4 Extensive Ground Remote Sensing Investigations in Aquinum Roman Site (Castrocielo, Frosinone, Italy) = 151
• 4.5 Preventive Archaeology = 161
• 4.5.1 GPR Surveys in the Territory of Ancient Tarquinia (Viterbo, Central Italy) = 161
• 4.5.2 ERT surveys in the territory of Petroio (Valdarno Inferiore, Florence, Italy) = 168
• 4.6 Ancient Viability = 171
• 4.6.1 Remote sensing, EMI and ERT surveys for the studying the Road Network of Egnazia site (Fasano (Brindisi), Italy) = 171
• 4.7 Integration of 3D Metric Survey and Geophysical Prospection = 182
• 4.7.1 Photogrammetric survey and ERT at the Treasury Tomb, Archaeological Park of Petra, Jordan = 182
• 4.7.2 Laser scanning, photogrammetric survey and GPR investigations at the Abbey of Santa Maria a Mare, San Nicola Island, Tremiti (Foggia, Italy) = 186
• 4.8 Geographical Information System Implemented with Geophysical Prospections the case of Molise Region (Italy) = 199
• References = 208