Matching Items (7)
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- All Subjects: Hohokam culture Antiquities
- All Subjects: Palynology Utah
- Member of: James Schoenwetter Research Papers
ContributorsSchoenwetter, James (Author)
Created1981
Description
Analysis of palynological and radiocarbon data from this site with comparable data from other sites leads to a general paleoenvironmental model covering the 8300-6000 B.P. period for the American Southwest. This allows reconstruction of the character of paleoclimatic variations on the resources used by the Archaic occupants of this cave site, and assessment of theories of the Anthropology of Southwestern Archaic populations.
Date: 1981
Date: 1981
ContributorsSchoenwetter, James (Author)
Created1996
DescriptionPaper presented at the IX International Pollen Conference, Archaeological Palynology Symposium, Houston TX.
ContributorsSchoenwetter, James (Author)
Created1997
DescriptionPaper presented at the annual meeting of the Society for American Archeology, 1997
ContributorsSchoenwetter, James (Author)
Created1964
Description
Draft of report published in A.H. Schroeder, 1965, Anthropological Papers of the Department of Anthropology, University of Utah, Misc. Coll. Papers 75; 10: 85-110. Pilot study of 3 pollen samples suggests pollen chronology developed for Northern Arizona and New Mexico portions of the Colorado Plateau not applicable to SE Utah.
ContributorsSchoenwetter, James (Author)
Created1973
DescriptionStudy of the archaeological record of 6 test pits to identify a recommended mitigation strategy for the site.
ContributorsSchoenwetter, James (Author)
Created1974
Description
Palynological study of 18 samples, including 5 associated with Archaic Period radiocarbon dates and 1 associated with Fremont Culture artifacts, identifies a pollen sequence for the site. The inferred paleoclimatic sequence fully agrees with dated sequences from central New Mexico and the Llano Estacado.
ContributorsSchoenwetter, James (Author)
Created1978
DescriptionArchaeological pollen analysis applied to problems of antiquity estimation and paleoenvironmental reconstruction.