The impact on environmental dynamics on multiple sensor responses over archaeological features, examples from the DART Project
The impact on environmental dynamics on multiple sensor responses over archaeological features, examples from the DART Project
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环境动态对考古特征的多个传感器响应的影响，来自 DART 项目的示例
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
A. Schmidt
中科院分区：
文献类型：
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作者：
D. Boddice;R. Fry;A. Beck;C. Gaffney;N. Metje;A. Schmidt
DART 项目正在详细检查四个特定位置，以便我们可以确定环境变化如何影响土壤条件。这些方面极大地影响了考古勘探（地球物理和光学技术）的成功。该项目收集了现场测量的含水量、电导率、温度和天气读数，并将这些值与每月地球物理和光谱测量的结果进行比较。本文将研究不同埋藏考古沟渠沉积物和邻近未扰动土壤以及含水量变化（来自视介电常数测量）对整个调查期间（2011 年 6 月至 2012 年 9 月）记录的地球物理响应变化的影响。
The DART Project is examining four specific locations in great detail to that we can identify how environmental changes impact soil conditions. Such aspects greatly affect the success of archaeological prospection (both geophysical and optical techniques). The project has collected in-situ measured water content, electrical conductivity, temperature and weather readings and will compare these values with results from monthly geophysical and spectrometry surveys. This paper will examine the effects of differing buried archaeological ditch sediments and the adjacent undisturbed soils and changes in water content (derived from apparent permittivity measurements) on the changing geophysical response, recorded throughout the survey period (June 2011-Sept 2012).