Fiber Identifications of Paisley Caves Textiles: Exploring Plant Selection for Technology in the Northern Great Basin
Author(s): Elizabeth Kallenbach
Year: 2021
Summary
This is an abstract from the "Far West Paleoindian Archaeology: Papers from the Next Generation" session, at the 86th annual meeting of the Society for American Archaeology.
Plant fiber identifications were made for a subset of Oregon’s Paisley Caves cordage and netting in order to explore plant selection for fiber technologies. Fiber artifacts from this assemblage include basketry, matting, netting, cordage, and rope, with the oldest braided rope dating to ca. 12,000 years ago. Ethnographically, Northern Great Basin peoples relied on steppe shrub and lakeshore marsh ecosystems for basketry materials. Bulrush (*Schoenoplectus and *Scirpus), cattail (Typha), Juncus rush (*Juncus sp.), sagebrush (*Artemisia), willow (*Salix), cliffrose (*Purshia), and juniper (*Juniperus occidentalis) were used for coarser rope, basketry, and clothing, while fine cords for sewing, fish lines, and nets were made from the inner bast fibers of stinging nettle (*Urtica dioica), milkweed (*Asclepias), dogbane (*Apocynum) and blue flax (*Linum lewisii). However, this diversity of plants has not been well documented in the archaeological record. This pilot study establishes a baseline of known taxa for a subset of fiber artifacts from Paisley Caves using polarized light microscopy methods. Additionally, this project examines changes and continuity in bast fiber use over time, augmenting our knowledge of Northern Great Basin paleoethnobotany.
Cite this Record
Fiber Identifications of Paisley Caves Textiles: Exploring Plant Selection for Technology in the Northern Great Basin. Elizabeth Kallenbach. Presented at The 86th Annual Meeting of the Society for American Archaeology. 2021 ( tDAR id: 466896)
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Keywords
Geographic Keywords
North America: California and Great Basin
Spatial Coverage
min long: -124.189; min lat: 31.803 ; max long: -105.469; max lat: 43.58 ;
Record Identifiers
Abstract Id(s): 32012