The chronology of reindeer hunting on Norway's highest ice patches

The melting of perennial ice patches globally is uncovering a fragile record of alpine activity, especially hunting and the use of mountain passes. When rescued by systematic fieldwork (glacial archaeology), this evidence opens an unprecedented window on the chronology of high-elevation activity. Re...

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Bibliographic Details
Published in:Royal Society open science 2018-01, Vol.5 (1), p.171738-171738
Main Authors: Pilø, Lars, Finstad, Espen, Ramsey, Christopher Bronk, Martinsen, Julian Robert Post, Nesje, Atle, Solli, Brit, Wangen, Vivian, Callanan, Martin, Barrett, James H.
Format: Article
Language:English
Subjects:
Alpine Travel
Biology (whole Organism)
Climate Change
Economic Intensification
Glacial Archaeology
Historical Ecology
Reindeer Hunting
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Summary:The melting of perennial ice patches globally is uncovering a fragile record of alpine activity, especially hunting and the use of mountain passes. When rescued by systematic fieldwork (glacial archaeology), this evidence opens an unprecedented window on the chronology of high-elevation activity. Recent research in Jotunheimen and surrounding mountain areas of Norway has recovered over 2000 finds—many associated with reindeer hunting (e.g. arrows). We report the radiocarbon dates of 153 objects and use a kernel density estimation (KDE) method to determine the distribution of dated events from ca 4000 BCE to the present. Interpreted in light of shifting environmental, preservation and socio-economic factors, these new data show counterintuitive trends in the intensity of reindeer hunting and other high-elevation activity. Cold temperatures may sometimes have kept humans from Norway's highest elevations, as expected based on accessibility, exposure and reindeer distributions. In times of increasing demand for mountain resources, however, activity probably continued in the face of adverse or variable climatic conditions. The use of KDE modelling makes it possible to observe this patterning without the spurious effects of noise introduced by the discrete nature of the finds and the radiocarbon calibration process.
ISSN:2054-5703
2054-5703
DOI:10.1098/rsos.171738