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Technological and behavioural complexity in expedient industries: The importance of use-wear analysis for understanding flake assemblages

机译:有利产业的技术和行为复杂性:使用磨损分析的重要性,以了解剥落组合

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Expedient lithic technology has been described as unchanging and without or very limited presence of formal tool types. However, this premise seems to limit the discussion on technological and behavioural complexity when studying amorphous flake industries. To address this issue, we employed multi-stage use-wear analysis to identify features that are not detectable through macroscopic approach. Our analysis of chert tools from Leang Sarru, North Sulawesi indicated the use of both unmodified flakes and retouched tools for plant processing, and we detected evidence for the manufacture of composite tools. Microscopic wear traces on unretouched flakes show that these were attached to shafts for possible use as hafted tools, but not necessarily as projectiles. Our results suggest that simple flake assemblages can be part of complex tool production and present an alternative view on the seemingly unchanging lithic technology from the Late Pleistocene to the Holocene. Furthermore, our current understanding of expedient lithic technology should be reassessed as features that are not observable with standard morphological and technological analyses may be detected through use-wear analysis. Overall, the applied methodology and results of this study are relevant to Pleistocene and Early Holocene archaeological sites and assemblages that exhibit the dilemma of inferring technological and behavioural complexity through the analysis of simple stone tools.
机译:有利的岩石技术被描述为不变,没有或非常有限的正式工具类型。然而,这一前提似乎限制了研究非晶片行业时的技术和行为复杂性的讨论。为了解决这个问题,我们采用了多阶段使用 - 磨损分析来识别通过宏观方法无法检测到的功能。我们对北苏拉威病的Lepg Sarru燧石工具的分析表明,使用未修改的薄片和修饰的工厂加工工具,并检测了复合工具制造的证据。无图形薄片上的微观磨损迹线表明,这些轴连接到可能使用的轴上,以便作为嵌点的工具,但不一定像射弹一样。我们的研究结果表明,简单的片状组装可以是复杂工具生产的一部分,并在近期更新的岩石技术到全新世的思想替代技术。此外,我们目前的理解应该重新评估作为不可观察到的标准形态学和技术分析的特征,可以通过使用磨损分析来检测。总体而言,本研究的应用方法和结果与全新世和早期的全新世代考古地点以及通过分析简单的石材工具来表现出推断技术和行为复杂性的困境。

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