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Fast geophysical prospection to map the archaeological site of Cocciano: preliminary results

机译:快速地球物理勘查以绘制科恰诺考古遗址的地图:初步结果

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We present preliminary results of a multidisciplinary geophysical investigation applied to the subsoil imaging of the archaeological site of Cocciano, near Rome. We acquired capacitive coupled resistivity data along two parallel profiles and we performed a magnetic survey over a small subset of the survey area. The recovered resistivity models suggest the presence of a shallow, sub-horizontal, resistive layer ( r 350 ?m), of slightly variable thickness (2 – 3 m), which we interpret as the response of ancient substructions overlying a relatively low-resistive layer, which we ascribe to the geological substratum. Processed magnetic data show a clear magnetic signature aligned to form a curve-shaped anomaly right at the prosecution of a nearby, partially exposed, ancient wall.
机译:我们提出了多学科的地球物理研究的初步结果,该研究应用于罗马附近Cocciano考古遗址的地下土壤成像。我们沿两个平行剖面采集了电容耦合电阻率数据,并在测量区域的一小部分进行了磁测量。恢复的电阻率模型表明存在一个浅的,亚水平的电阻层(r> 350?m),厚度略有变化(2-3m),我们将其解释为覆盖在相对较低层的古老构造的响应。电阻层,我们将其归因于地质底层。处理过的磁数据显示出清晰的磁特征,该磁特征在附近的部分裸露的古墙受到起诉时对准了曲线形状的异常。

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