The recognition of a new type of bone tools in Early Aurignacian assemblages: implications for understanding the appearance of osseous technology in Europe
- 作者：Elise Tartar ; elise.tartar@gmail.com
- 关键词：Aurignacian ; Unworked intermediate tools ; Bone tools ; Woodworking ; Technical transfer ; Appearance of osseous technology ; Abri Castanet ; Grotte des Hyè ; nes ; Grotte Gatzarria
- 刊名：Journal of Archaeological Science
- 出版年：2012
- 期刊代码：137_03054403
- 类别：soc
- 出版时间：July, 2012
- 卷：39
- 期：7
- 页码：2348-2360
- 文件大小：1877 K
摘要
Despite being at the heart of the question of the emergence of the European Upper Palaeolithic, the Aurignacian osseous industry is essentially known by the production of split-based points, ornaments and portable art whereas bone tools, usually dedicated to domestic tasks and with variable technical complexity, have been largely ignored. However, when the high number of unworked tools is included - i.e. bone fragments recovered from food processing and used directly as tools with no previous shaping phase - bone tools represent a significant proportion of the Early Aurignacian industry. Among these unworked tools, is a newly-discovered type: 鈥渦nworked intermediate tools.鈥?This article presents a detailed description based on taphonomic, typological and technological characters. It shows that these tools are diaphyseal fragments which are used directly as a wedge, very likely for woodworking and perhaps for antler processing. The processes behind the appearance of osseous technology at the beginning of the Upper Palaeolithic in Europe are then discussed in light of this discovery and, more generally, the revised composition of the Early Aurignacian toolkit. The high proportion of unworked bone tools, a type more commonly associated with the Middle Palaeolithic, suggests a more gradual technological shift between Middle and Upper Palaeolithic than has previously been considered. As part of this hypothesis, the emergence of working osseous material could be due to a gradual transfer of techniques previously applied to wood, as others have proposed.