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A new approach to measure reduction intensity on cores and tools on cobbles: the Volumetric Reconstruction Method

机译:一种测量岩石芯和工具减少强度的新方法:体积重建方法

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Knowing to what extent lithic cores have been reduced through knapping is an important step toward understanding the technological variability of lithic assemblages and disentangling the formation processes of archaeological sites. In addition, it is a good complement to more developed studies of reduction intensity in retouched tools and provides information on raw material management or site occupation dynamics. This paper presents a new methodology for estimating the intensity of reduction in cores and tools on cobbles, the Volumetric Reconstruction Method (VRM). It is based on a correction of the dimensions (length, width, and thickness) of each core from an assemblage. The median values of thickness and platform thickness of the assemblage's flakes are used as corrections for the cores' original dimensions, after its diacritic analysis. Then, based on these new dimensions, the volume or mass of the original blank are reconstructed using the ellipsoid volume formula. The accuracy of this method was experimentally tested, reproducing a variety of possible archaeological scenarios. The experimental results demonstrate a high inferential potential of the VRM, both in estimating the original volume or mass of the original blanks and in inferring the individual percentage of reduction for each core. The results of random resampling demonstrate the applicability of VRM to not size-biased archaeological contexts.
机译:通过攻击来了解岩石核心的程度是了解岩石组合的技术可变性和解开考古地点的形成过程的重要一步。此外,它是对纹理工具中的更明发展的减少强度研究并提供有关原材料管理或现场占用动态的信息。本文介绍了一种估算岩石和工具上的减少强度的新方法,体积重建方法(VRM)。它基于来自组装的每个芯的尺寸(长度,宽度和厚度)的校正。在其读音分析之后,组件薄片的厚度和平台厚度的中值和平台厚度的校正用作核心原始尺寸的校正。然后,基于这些新尺寸,使用椭圆体积公式重建原始坯料的体积或质量。通过实验测试该方法的准确性,再现各种可能的考古情景。实验结果表明了VRM的高推理潜力,既可估计原始坯料的原始体积或质量,也可以推断每个核心的单独百分比。随机重采采样的结果证明了VRM对不尺寸偏置的考古环境的适用性。

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