Titlebook: Osseous Projectile Weaponry; Towards an Understan Michelle C. Langley Book 2016 Springer Science+Business Media Dordrecht 2016 osseous proj

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Bone Point Functional Diversity: A Cautionary Tale from Southern Africaorous use-wear analyses to establish their function, yet it is often taken for granted that similar tools found in the more recent Holocene were used as projectile tips. This paper cautions against the specious imputation to projectile technology of all bone points based solely on morphometric criteria.

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A Review of the Osseous Projectile Points from the Upper Paleolithic of Portugalology, and focus on several aspects including fracture and stigmata patterns remaining from their manufacture and use. As a preliminary conclusion, it appears that these osseous projectile points share features with similar others from the Southern Iberian region.

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Bone Technology from Late Pleistocene Caves and Rockshelters of Sri Lankaal information, indicates that . in Sri Lanka were using osseous technologies as part of a dedicated rainforest subsistence strategy by at least 36,000 cal years BP. Future work on the Sri Lankan material should acknowledge the importance of placing bone toolkits within their wider environmental and social context.

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Book 2016ough cross-cultural and temporal comparison of manufacturing methods, design, use methods, and associated technology, chapters in this volume identify and discuss differences and similarities between these Pleistocene cultures. The central research questions addressed in this volume include: (a) how

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Spanish Aurignacian Projectile Points: An Example of the First European Paleolithic Hunting Weapons complex processes applied in its transformation, are reflected in the systematic shaping and resharpening of the projectile points. Issues surrounding these processes in Spanish Aurignacian split-based and simple-based points are outlined and discussed.

青石板

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