Recycling on Fishtail Points: Morphological and Fatty Acids Analysis
Author(s): Nora Flegenheimer; Natalia Mazzia; Celeste Weitzel; Salomón Hocsman
Year: 2018
Summary
Fishtail points constitute a flexible type that exhibits morphological variability, in part unrelated to spatial and chronological factors. Assemblages from the Argentinian pampas include small, medium and large points, produced either on a flake blank or by bifacial thinning on a biface, with or without fluting, with rounded or angular shoulders, that is, presenting variable sizes, design and manufacturing techniques. These variations were partly the result of the production of objects intended for different functions and partly of point life history. Regarding this life history, we here address a conservative strategy affecting Fishtail points in several localities in South America: recycling. Under the term recycling, we consider points modified by retouch to produce a different tool. Fifteen artifacts recovered at Cerro El Sombrero Cima, representing 16% of the point assemblage at the site, are considered recycled tools made on Fishtail points. They were identified through macroscopic observation of traits on edges and tips and the general artifact shape; possible uses of these recycled tools are studied through fatty acid analysis. Although points are transformed into different artifacts, such as side scrapers, knives, notches or drills, the characteristic Fishtail shape is recognizable, reinforcing the importance this design played in early societies.
Cite this Record
Recycling on Fishtail Points: Morphological and Fatty Acids Analysis. Nora Flegenheimer, Natalia Mazzia, Celeste Weitzel, Salomón Hocsman. Presented at The 82nd Annual Meeting of the Society for American Archaeology, Washington, DC. 2018 ( tDAR id: 443796)
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Keywords
General
Fishtail Points
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Lithic Analysis
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Material Culture and Technology
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Paleoindian and Paleoamerican
Geographic Keywords
South America: Patagonia and Southern Cone
Spatial Coverage
min long: -77.695; min lat: -55.279 ; max long: -47.813; max lat: -25.642 ;
Record Identifiers
Abstract Id(s): 20987