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ContributorsSchoenwetter, James (Author)
Created1969
DescriptionAbstract of paper presented at the annual meetings off the Society for American Archeology, 1969. The antiquity of certain sites in north-central Wisconsin may be predicted by the character of associated forest vegetation. The data also justify paleoecological hypotheses relevant to culture historical reconstructions.
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ContributorsSchoenwetter, James (Author)
Created1966
Description

Study of 30 surface and 18 archaeological-context pollen samples was undertaken to assess the potential for further archaeological palynology research. Surface sample analysis allows palynological recognition of eight habitat types ranging from dry and cold through wet and moist to dry and warm. Comparison of fossil and modern surface pollen

Study of 30 surface and 18 archaeological-context pollen samples was undertaken to assess the potential for further archaeological palynology research. Surface sample analysis allows palynological recognition of eight habitat types ranging from dry and cold through wet and moist to dry and warm. Comparison of fossil and modern surface pollen data suggests the character of paleoecological change sequences at 4 sites, a positive potential for inter-site and intra-site relative cross-dating, and a positive potential for inter-regional dating on paleoclimatic grounds.

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ContributorsSchoenwetter, James (Author)
Created1962
DescriptionPaper presented at the annual meeting of the Society for American Archeology, 1962. Explores limitations of pollen studies intentionally designed to resolve problems of archaeological significance: issues of pollen preservation, cultural effects on the record, horizon/pollen zone duration, extraction technology, necessity to recognize interdisciplinary effects on methods and interpretation.
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ContributorsSchoenwetter, James (Author)
Created1977
Description

Draft of report published in C.F. Schaafsma, 1980, The Cerrito Site: A Piedra Lumbre Phase Settlement at Abiquiu Reservoir. School of American Research, Santa Fe.