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1 April 2018 Analysis of Younger Dryas—Early Holocene Pollen in Sediments of Paisley Cave 2, South-Central Oregon
Chase W. Beck, Vaughn M. Bryant, Dennis L. Jenkins
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Abstract

Pollen analysis from Paisley Cave 2 (35LK3400), in Oregon has produced a record of climate change affecting the Summer Lake Sub-basin during a 7000-year period beginning at roughly 14,500 cal. yr. These sediments provide an opportunity to examine questions concerning human—environmental interaction at the end of the Pleistocene Epoch, during the Younger Dryas climatic event. The sediment deposits show a relatively unchanging early Holocene environment of predominantly xeric conditions with subalpine and marsh communities nearby. Additionally, there is little evidence of culturally significant use of any specific plant species. The data shows that the overall climatic conditions in the region were slightly cooler and perhaps wetter, just prior to the end of the Late Glacial, than today. These results provide important perspective on early settlement patterns and human ecology in the far western region of North America.

© 2017 AASP — The Palynological Society
Chase W. Beck, Vaughn M. Bryant, and Dennis L. Jenkins "Analysis of Younger Dryas—Early Holocene Pollen in Sediments of Paisley Cave 2, South-Central Oregon," Palynology 42(2), 168-179, (1 April 2018). https://doi.org/10.1080/01916122.2017.1319883
Published: 1 April 2018
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KEYWORDS
archaeology
Great Basin
PAISLEY CAVES
paleoenvironment
Pollen analysis
wood rat
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