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Terrestrial laser scanning for the documentation of an at-risk buffalo jump (EgPp-26) in south-central Alberta

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This paper reports on the use of terrestrial laser scanning (TLS) to digitally capture the Wearmouth buffalo jump site located (EgPp-26) in south-central Alberta. The resulting datasets provide a... More ≫

Description

This paper reports on the use of terrestrial laser scanning (TLS) to digitally capture the Wearmouth buffalo jump site located (EgPp-26) in south-central Alberta. The resulting datasets provide a lasting digital record of the site, as it appeared in September of 2016 and 2017. The digital data can be used to create accurate 3D reconstructions and the application of these high-resolution geospatial datasets can be used for quantifying analyses. As natural disasters such as flooding and wildfire increase in frequency, reality-capture technologies, such as terrestrial laser scanning, are effective tools for monitoring, managing, and preserving heritage resources. Part of the 37th volume of the Archaeological Survey of Alberta Occasional Paper series, which contains 18 articles exploring multiple facets of the impact on archaeological resources of the 2013 flood in southern Alberta.

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New radiocarbon dates for early use of Head-Smashed-In Buffalo Jump

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Three new radiocarbon dates were obtained from the oldest deposits at Head-Smashed-In Buffalo Jump , in southern Alberta in an effort to more accurately bracket the earliest utilization of this... More ≫

Description

Three new radiocarbon dates were obtained from the oldest deposits at Head-Smashed-In Buffalo Jump , in southern Alberta in an effort to more accurately bracket the earliest utilization of this significant site. This paper reports on those dates and places the early use of the site by Mummy Cave complex cultures in a broader chronological context of bison jump use on the Great Plains.

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