Little, Allison A., 2013, Lithic analysis at the Mead Site, central Alaska: University of Alaska Fairbanks.
Summary
The purpose of this study is to understand chipped stone technological behaviors at the Mead Site located in central Alaska. Lithics from each cultural occupation ranging in age from 11,460BP to 1420BP were analyzed and compared. Specific objectives include (1) characterization of variability in raw material and use for each cultural component, (2) description of lithic stages of reduction represented in each component, (3) description of the basic lithic industries represented, and (4) the identification and characterization of spatial organization and lithic behaviors. Results indicate (1) the tools and debris from Cultural Zone (CZ) 1b and CZ2 show preferential use of local materials, while the tools from CZ3b and CZ4 are largely [...]
Summary
The purpose of this study is to understand chipped stone technological behaviors at the Mead Site located in central Alaska. Lithics from each cultural occupation ranging in age from 11,460BP to 1420BP were analyzed and compared. Specific objectives include (1) characterization of variability in raw material and use for each cultural component, (2) description of lithic stages of reduction represented in each component, (3) description of the basic lithic industries represented, and (4) the identification and characterization of spatial organization and lithic behaviors. Results indicate (1) the tools and debris from Cultural Zone (CZ) 1b and CZ2 show preferential use of local materials, while the tools from CZ3b and CZ4 are largely manufactured using nonlocal materials, and the debitage assemblage is dominated by locally available material, (2) CZ1b was a long term occupation, while CZ2, CZ3b, and CZ4 were short term camps, and (3) CZ4 is characterized by intensive primary reduction of a local quartz, while CZ2 is characterized by biface production. These patterns suggest similar technological strategies were employed at Mead in the Late Pleistocene and Early Holocene with an increase in tool form diversity and greater reliance on higher quality locally available materials during the Mid Holocene.
