Matching Items (365)
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ContributorsPotter, A. F. (Author)
Created1918-01-10
Description
Letter from A. F. Potter to Carl T. Hayden describing John H. Page's request to build a railway for the Canyon Copper Company as "impractical."
ContributorsSchoenwetter, James (Author)
Created1961
DescriptionPaper presented at the annual meetings of the Society for American Archeology, 1961. Discusses pollen sequence changes and environmental shifts evidenced by samples from ten sites and modern surface controls. Pollen record suggests irrigation in the Little Colorado River Basin 1275-1300 A.D.
ContributorsSchoenwetter, James (Author)
Created1973
DescriptionDraft version of the chapter published in Mount et. al.
ContributorsSchoenwetter, James (Author)
Created1967
DescriptionPaper presented as an invited lecture to graduate students in Botany at Arizona State University. Discusses the history and outcomes of Quaternary pollen studies in the desert Southwest of the United States.
ContributorsSchoenwetter, James (Author)
Created1967
Description
Pollen study of 6 surface and 11 archaeological-context samples from 2 sites of the Navajo Irrigation District salvage archaeology project. Correlation with the Colorado Plateau Pollen Chronology is consistent with ceramic dating of the sites and features sampled. Includes discussion of this and other occurrences of "Juglans."
ContributorsSchoenwetter, James (Contributor)
Created1965
DescriptionStudy of 8 pollen samples for vegetation reconstruction and site dating.
ContributorsSchoenwetter, James (Author)
Created1964
Description
Unpublished report, 1964
Pilot study of 3 pollen samples allows vegetation pattern reconstruction for period of occupation and suggests successful maize farming required water control technology.
ContributorsSchoenwetter, James (Author)
Created1999
DescriptionClassroom excercise study of 32 samples from proxy surface, dune and pithouse contexts. Analysis used pollen categories rather than traditional pollen taxa. Results suggest the site's occupation history incorporates 5 distinct episodes of ecosystem change.