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From flint to quartz: Organization of lithic technology in relation to raw material availability during the pioneer process of Scandinavia

机译:从火石到石英:在斯堪的纳维亚半岛的先驱过程中,与原材料的供应相关的石块技术的组织

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Formal technologies and intensified reduction are often seen as responses to increased mobility and low abundance of lithic raw material of good flakeability and controllability. In this paper, we discuss an alternative explanation to this hypothesis using the change in tool raw material experienced by flintusing pioneers, as they had to go from a formal blade technology to a simple flake technology as they settled in Scandinavia. The region is dominated by quartz, and we use use-wear data as a means to evaluate the role of this type of raw material compared to the use profile of flint assemblages in the home territories of the pioneers. Although the technology changed through simplification and loss of formal production rules, due to the low workability of quartz, we conclude that changes in the foraging range into areas of different quality tool raw materials does not need formalization of the technology. The quartz in our sample was produced with a simple platform/bipolar technology and used for a wide variety of activities in every aspect comparable to the range of uses identified in the contemporaneous blade assemblages based on flint. Instead of formalization of the lithic technology to cope with different quality raw materials, it was diversified and simplified. The organisational dimensions and design criteria of the bone technology, whereby simple flakes were used as insets in slotted tools, did not have to change in this process. (C) 2015 Elsevier Ltd and INQUA. All rights reserved.
机译:正规技术和强化还原通常被视为是对易剥落性和可控性良好的片状原材料迁移率提高和含量低的反应。在本文中,我们讨论了使用先驱先驱者经历的工具原材料变化对这一假设的另一种解释,因为先驱者必须从正式的刀片技术转变为在斯堪的纳维亚半岛定居的简单薄片技术。该地区以石英为主,我们将使用磨损数据与先驱者在家乡火石组合的使用情况进行比较,以此评估这类原材料的作用。尽管由于简化和失去了正式的生产规则而改变了技术,但由于石英的可加工性低,我们得出的结论是,将觅食范围改变为不同质量工具原料的区域并不需要使技术正式化。我们样品中的石英是使用简单的平台/双极技术生产的,并且在各个方面都可用于各种活动,这些活动可与同时期基于火石的叶片组件中确定的用途相媲美。它没有采用正式的石版技术来应对不同质量的原材料,而是进行了多样化和简化。骨技术的组织尺寸和设计标准(在此过程中无需更改简单的薄片即可用作开槽工具中的插图)。 (C)2015 Elsevier Ltd和INQUA。版权所有。

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