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Preservation of anthropogenic materials under different geochemical processes: A mineralogical approach

机译:不同地球化学过程下人为物质的保存:一种矿物学方法

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摘要

Minerals that are preserved or formed inside the sediment or soil can be used to determine whether primary anthropogenic constituents (bones, phytoliths, organic matter, charcoal, etc.) would have been affected by diagenesis. Stability diagrams of the minerals that describe the chemical system under investigation can be constructed and then tested in the field. In this approach, it is assumed that the stability of the archaeological material of interest is known. Except for bone, there are not many studies on the stability of other archaeological materials. This approach does not provide information on the former presence of an archaeological material in the sediment or soil but only whether these materials are stable in such an environment. Some indirect indication may be provided by unique mineral associations, but much more has to be done in this direction.
机译:沉积物或土壤中保存或形成的矿物可用于确定人为主要成分(骨骼,植物石料,有机物,木炭等)是否会受到成岩作用的影响。可以构造描述正在研究的化学系统的矿物的稳定性图,然后在现场进行测试。在这种方法中,假定感兴趣的考古材料的稳定性是已知的。除骨骼外,其他考古材料的稳定性研究很少。这种方法不能提供有关沉积物或土壤中考古材料先前存在的信息,而只能提供这些材料在这样的环境中是否稳定的信息。独特的矿物协会可能会提供一些间接指示,但在这个方向上还需要做更多的事情。

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  • 来源
    《Quaternary International》 |2010年第2010期|63-69|共7页
  • 作者

    Panagiotis Karkanas;

  • 作者单位

    Ephoreia of Palaeoanthropology-Speleology of Southern Greece, Ardittou 34b, 11636 Athens, Greece;

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  • 正文语种 eng
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