A Study of the Function of Korean Late Paleolithic Stemmed Points Using Tip Cross-Sectional Area (TCSA)
Author(s): Gayoung Park; Marlize Lombard; Ben Marwick; Donghee Chong
Year: 2023
Summary
This is an abstract from the "SAA 2023: Individual Abstracts" session, at the 88th annual meeting of the Society for American Archaeology.
The introduction of blade technology, stemmed points, end scrapers, burins, denticulates, and finer grained materials led to the transition from the Early to Late Paleolithic in Korea. Stemmed points have been considered a representative tool that led this whole set of changes. We examine the role that the stemmed points played during the Late Paleolithic. Our main questions are: What were stemmed points used for? How diverse were their functions? What are the temporal patterns in stemmed point functions? We calculated tip cross-sectional areas (TCSA) to discriminate hypothetically between different weapon-delivery systems, for example, poisoned arrowheads or thrusting spear. Our results show that the stemmed points most probably functioned as javelins and thrusting spear tips, with smaller numbers as dart tips and arrowheads. TCSA values depend on size and raw material types. We found different usage of stemmed points in different sites. However, some sites show a wide range of TCSA values that may represent multipurpose usage of stemmed points. The temporal pattern of TCSA values is one of little change throughout the Late Paleolithic period. We conclude that stemmed points were mainly used as Javelin tips, but they were multifunctional tools.
Cite this Record
A Study of the Function of Korean Late Paleolithic Stemmed Points Using Tip Cross-Sectional Area (TCSA). Gayoung Park, Marlize Lombard, Ben Marwick, Donghee Chong. Presented at The 88th Annual Meeting of the Society for American Archaeology. 2023 ( tDAR id: 474575)
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Keywords
General
Hunter-Gatherers/Foragers
•
Lithic Analysis
•
Paleolithic
Geographic Keywords
Asia: North
Spatial Coverage
min long: 27.07; min lat: 49.611 ; max long: -167.168; max lat: 81.672 ;
Record Identifiers
Abstract Id(s): 36385.0