首页> 外文期刊>Surveys in Geophysics: An International Review Journal of Geophysics and Planetary Sciences >Non-invasive Geophysical Surveys in Search of the Roman Temple of Augustus Under the Cathedral of Tarragona (Catalonia, Spain): A Case Study
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Non-invasive Geophysical Surveys in Search of the Roman Temple of Augustus Under the Cathedral of Tarragona (Catalonia, Spain): A Case Study

机译:在塔拉戈纳大教堂(加泰罗尼亚,西班牙)下搜索奥古斯山罗马寺庙的非侵入性地球物理调查:一个案例研究

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An integrated geophysical survey has been conducted at the Tarragona’s Cathedral (Catalonia, NE Spain) with the aim to confirm the potential occurrence of archaeological remains of the Roman Temple dedicated to the Emperor Augustus. Many hypotheses have been proposed about its possible location, the last ones regarding the inner part of the Cathedral, which is one of the most renowned temples of Spain (twelfth century) evolving from Romanesque to Gothic styles. A geophysical project including electrical resistivity tomography (ERT) and ground probing radar (GPR) was planned over 1?year considering the administrative and logistic difficulties of such a project inside a cathedral of religious veneration. Finally, both ERT and GPR have been conducted during a week of intensive overnight surveys that provided detailed information on subsurface existing structures. The ERT method has been applied using different techniques and arrays, ranging from standard Wenner–Schlumberger 2D sections to full 3D electrical imaging with the advanced Maximum Yield Grid array. Electrical resistivity data were recorded extensively, making available many thousands of apparent resistivity data to obtain a complete 3D image after a full inversion. In conclusion, some significant buried structures have been revealed providing conclusive information for archaeologists. GPR results provided additional information about shallowest structures. The geophysical results were clear enough to persuade religious authorities and archaeologists to conduct selected excavations in the most promising areas that confirmed the interpretation of geophysical data. In conclusion, the significant buried structures revealed by geophysical methods under the cathedral were confirmed by archaeological digging as the basement of the impressive Roman Temple that headed the Provincial Forum of Tarraco, seat of the Concilium of Hispania Citerior Province.
机译:在塔拉戈纳的大教堂(Catalonia,Ne Spain)进行了一项综合的地球物理调查,旨在确认崇拜皇帝奥古斯州罗马寺庙的考古遗骸的潜在发生。许多假设已经提出了它可能的位置,这是关于大教堂内部的最后一部分,这是从罗马克地到哥特式风格的西班牙最着名的寺庙之一。计划在包括电阻率断层扫描(ERT)和地面探测雷达(GPR)的地球物理项目超过1?一年,考虑到宗教崇拜大教堂此类项目的行政和后勤困难。最后,在一周内进行了ert和GPR,在一周内进行了一周的过夜调查,提供了有关地下现有结构的详细信息。使用不同的技术和阵列应用了ERT方法,从标准Wenner-Schlumberger 2D部分到完全3D电气成像,与先进的最大屈服网格阵列。电阻率数据被广泛记录,可提供数千个表观电阻率数据,以在完全反转后获得完整的3D图像。总之,已经揭示了一些重要的埋地结构,为考古学家提供了决定性的信息。 GPR结果提供了有关较浅结构的附加信息。地球物理结果清晰地透露宗教当局和考古学家在最有前途的地区开展所选择的挖掘,确认了地球物理数据的解释。总之,大教堂下地球物理方法揭示的重要埋地结构被考古挖掘所证实,作为令人印象深刻的罗马寺庙的地下室,领导塔拉科省苏丹省统一省的席位。

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