The Porcupine Tail Site Complex and the Concentration of the Archaeological Record on Isolated Hills of Interior Alaska
Author(s): François Lanoë; Joshua Reuther; Gerad Smith
Year: 2023
Summary
This is an abstract from the "Archaeology of Alaska, the Gateway to the Americas" session, at the 88th annual meeting of the Society for American Archaeology.
The archaeological record in any landscape tends to be differentially concentrated on specific landforms, because such landforms favor both the recurrence of human activities over successive periods of time and the postdepositional preservation of their material traces. In this paper we present results from recent excavations at two neighboring sites (Hollembaek’s Hill and North Gerstle Point, which we collectively term the Porcupine Tail [nuun che’] site complex after the Dene name for the landform) and discuss how they are representative of elevated and isolated landforms of interior Alaska. Both sites have yielded, in limited excavation windows, numerous archaeological components whose number nears that of stable surfaces (paleosols), and which generally contain the entire regional archaeological sequence. We argue that this concentration of the archaeological record relates to the geomorphic and geographic characteristics of the landforms and is representative, if perhaps more marked, of many of the interior Alaska sites. We further discuss the ways in which our vision of the archaeological record may reflect, or alternatively distort, the actual settlement and mobility patterns of past interior Alaska people.
Cite this Record
The Porcupine Tail Site Complex and the Concentration of the Archaeological Record on Isolated Hills of Interior Alaska. François Lanoë, Joshua Reuther, Gerad Smith. Presented at The 88th Annual Meeting of the Society for American Archaeology. 2023 ( tDAR id: 473566)
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Keywords
General
arctic
•
Landscape Archaeology
Geographic Keywords
North America: Arctic and Subarctic
Spatial Coverage
min long: -169.453; min lat: 50.513 ; max long: -49.043; max lat: 72.712 ;
Record Identifiers
Abstract Id(s): 35771.0