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ContributorsSchoenwetter, James (Author)
Created1973
DescriptionStudy of the archaeological record of 6 test pits to identify a recommended mitigation strategy for the site.
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ContributorsSchoenwetter, James (Author)
Created1999
Description
Sediment samples associated with a Mesolithic site on the shore of Tatton Mere contain pollen "downwashed" through the deposits since establishment of a soil on an aeolian dune that developed at the locale in Romano-British times. Application of the method suggested in Schoenwetter, 1990, "Method for the Application of Pollen

Sediment samples associated with a Mesolithic site on the shore of Tatton Mere contain pollen "downwashed" through the deposits since establishment of a soil on an aeolian dune that developed at the locale in Romano-British times. Application of the method suggested in Schoenwetter, 1990, "Method for the Application of Pollen Analysis in Landscape Archaeology," allows interpretation of the pollen sequence in terms of changes in local landuse. The result is wholly consistant with the sequence of landuses recorded for the locale since the 11th century. Rejected for European publication by reviewers.
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ContributorsSchoenwetter, James (Author)
Created1995
DescriptionDiscussion of archaeological implications of further study of pollen at Mesolithic sites in the Marden-Saddleworth area. Draft of article prepared for a British journal but not submitted on advice of colleagues.
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ContributorsSchoenwetter, James (Author)
Created1980
Description
Major study intended as the draft of a chapter in a report on the archaeological mitigation program for a populous Hohokam village in the Salt River Valley, Arizona. Though the study generated an unusually large body of well controlled archaeological-context palynological data, it did not result in the discovery of

Major study intended as the draft of a chapter in a report on the archaeological mitigation program for a populous Hohokam village in the Salt River Valley, Arizona. Though the study generated an unusually large body of well controlled archaeological-context palynological data, it did not result in the discovery of new information about Hohokam prehistory. Assessments of this failure, however, led to significant methodological lessons for archaeological pollen studies.