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Archaeological recording and chemical stratigraphy applied to contaminated land studies

机译:考古记录和化学地层学应用于污染土地研究

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The method used by archaeologists for excavation and recording of the stratigraphic evidence, within trenches with or without archaeological remains, can potentially be useful to contaminated land consultants (CLCs). The implementation of archaeological practice in contaminated land assessments (CIAs) is not meant to be an exercise in data overkill; neither should it increase costs. Rather, we suggest, that if the excavation and recording, by a trained archaeologist, of the stratigraphy is followed by in-situ chemical characterisation then it is possible that much uncertainty associated with current field sampling practices, may be removed. This is because built into the chemical stratigraphy is the temporal and spatial relationship between different parts of the site reflecting the logic behind the distribution of contamination. An archaeological recording with chemical stratigraphy approach to sampling may possibly provide 'one method fits all' for potentially contaminated land sites (CLSs), just as archaeological characterisation of the stratigraphic record provides 'one method fits all' for all archaeological sites irrespective of period (prehistoric to modern) or type (rural, urban or industrial). We also suggest that there may be practical and financial benefits to be gained by pulling together expertise and resources stemming from different disciplines, not simply at the assessment phase, but also subsequent phases, in contaminated land improvement.
机译:考古人员在有或没有考古遗迹的地沟内挖掘和记录地层证据的方法可能对受污染的土地顾问(CLC)有用。在污染土地评估中实施考古实践并不意味着过度杀伤数据。也不应增加成本。相反,我们建议,如果由受过训练的考古学家对地层进行挖掘和记录,然后进行原位化学表征,则有可能消除与当前现场采样实践相关的许多不确定性。这是因为内置于化学地层中的是站点不同部分之间的时间和空间关系,反映了污染物分布背后的逻辑。采用化学地层方法进行采样的考古记录可能为潜在受污染的土地(CLS)提供“一种方法适合所有人”,正如地层记录的考古特征为所有考古现场提供“一种方法适合所有人”,而与时期无关(史前至现代)或类型(农村,城市或工业)。我们还建议,通过汇集来自不同学科的专业知识和资源,可能不仅在评估阶段,而且在随后的阶段,将受污染的土地改良工作综合起来,可能会在实践和财务上获得收益。

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