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Lithic Technologies (lithic + technology)

Distribution by Scientific Domains
Humanities and Social Sciences100%

Selected Abstracts

Feminine Knowledge and Skill Reconsidered: Women and Flaked Stone Tools

AMERICAN ANTHROPOLOGIST, Issue 2 2010
Kathryn Weedman Arthur
ABSTRACT, Archaeologists continue to describe Stone Age women as home bound and their lithic technologies as unskilled, expedient, and of low quality. However, today a group of Konso women make, use, and discard flaked stone tools to process hides, offering us an alternative to the man-the-toolmaker model and redefining Western "naturalized" gender roles. These Konso women are skilled knappers who develop their expertise through long-term practice and apprenticeship. Their lithic technology demonstrates that an individual's level of skill and age are visible in stone assemblages. Most importantly, they illustrate that women procure high-quality stone from long distances, produce formal tools with skill, and use their tools efficiently. I suggest in this article that archaeologists should consider women the producers of Paleolithic stone scrapers, engaged in bipolar technology, and as such perhaps responsible for some of the earliest-known lithic technologies. [source]

PROVENANCE STUDIES OF CHALCOLITHIC OBSIDIAN ARTEFACTS FROM NEAR LAKE URMIA, NORTHWESTERN IRAN USING WDXRF ANALYSIS

ARCHAEOMETRY, Issue 1 2010
K. A. NIKNAMI
In 2005,2006 we initiated a major archaeological survey and chemical characterization study to investigate the long-term use of obsidian along the eastern shores of Lake Urmia, northwestern Iran. Previous research in the area suggested that almost all archaeological obsidian found in this area originated from the Nemrut Da, source located in the Lake Van region of Anatolia (Turkey). More recent research on obsidian artefacts from the Lake Urmia region has identified a significant number of obsidian artefacts with compositions different from the sources near Lake Van. This suggests that the obsidian artefacts are from a yet to be identified geological source, but possibly one that was not too distant. In order to advance our knowledge of Iranian obsidians and eventually refine provenance criteria we analysed obsidian from 22 Chalcolithic sites and some source areas. The compositions of both obsidian source samples and artefacts were determined using wave length dispersive X-ray fluorescence spectrometry (WDXRF). This paper presents results from the trace elemental analysis of both geological and archaeological obsidians, providing important new data concerning the diachronic relationship between lithic technology and raw material in the north-west of Iran. [source]