Anthropology, Department of
Date of this Version
1995
Citation
Occasional Studies in Anthropology (Midwest Archeological Center), number 33 (1995). Produced for the Rocky Mountain Region, United States National Park Service. Series editor, F. A. Calabrese. With contributions by Jesslyn Brown, Galen Burgett, Linda Scott Cummings, Ralph J. Hartley, Susan Vetter, Jennifer Waters, and Tony Zalucha.
Also available in the Digital Archaeological Record (tDAR) at https://core.tdar.org/document/375735/aboriginal-adaptations-on-the-colorado-plateau-a-view-from-the-island-in-the-sky-canyonlands-national-park-utah.
Abstract
This final report documents the results of archaeological inventory, excavation, and analysis of prehistoric cultural resources within a 45-kilometer (28-mile) long corridor in the Island-in-the-Sky District of Canyonlands National Park, Utah. During three field seasons of survey, mapping, and excavation in 1983-1985, the research team recorded 32 artifact scatters, plotted 90,000 prehistoric artifacts and 250 historic items, completed 600 one-square-meter test pits, and conducted 10 block excavations. Block excavations at two locations in Gray's Pasture revealed a plant processing/hunting field camp (42SA16858) and a disturbed pithouse (42SA8506). Associated features and materials included a puddled clay-lined hearth, a slab-lined pit, a cached Mesa Verde Black-on-white olla, six additional restored ceramic vessels, chipped and ground stone tools, human remains, animal bone, and macrobotanical material. Radiometric determinations for these locations ranged from 1335 B.P. (corrected A.D. 690-795) to 940 B.P. (corrected A.D. 620-895). Radiometric dates for sites examined within the project area ranged from 2990 B.P. (corrected 1400-925 B.C.) to 120 B.P. (corrected A.D. 1655-1950). Research problems for this project included aboriginal patterns of land use, paleonutrition/diet/health, food storage, and caching strategies. Special emphasis was given to the investigation of artifact assemblage-diversity at varying spatial scales within surface artifact scatters.
Comments
U.S. government publication.