Abstract

Analysis of individual animal bodies can provide numerous useful insights in archeology, including how humans provisioned such animals, which in turn informs on a variety of other past behaviors such as human dietary patterns. In this study, we conducted stable carbon (δ13C) and nitrogen (δ15N) isotope analysis of collagen and keratin from four types of tissues from a dog burial at the Ust’-Polui site in the Iamal region of Arctic Russia. Ust’-Polui is an Iron Age site located on the Lower Ob River, a major northern fishery characterized by extreme seasonal shifts in fish presence. During a 6-month period stretching over the coldest months of the year, fish are nearly entirely absent in the Lower Ob River. Despite this, the stable isotope compositions of the dog’s bone and dentine collagen and hair and nail keratin all indicate a monotonous diet focusing on local fish. This pattern indicates the dog was provisioned year-round with fish. This was likely accomplished by mass harvesting of fish using nets or traps. Such fish were then processed and frozen for consumption during the non-fishing season. These findings suggest that people in the Ust’-Polui region also relied to some extent on fish throughout the year. Stored fish likely provided a dietary buffer for uneven returns from reindeer and bird hunting, both of which also are well-evidenced at the site.

Highlights

  • Archeological analyses of the remains of a single human can provide remarkable insights, when atypical burial conditions allow for non-skeletal body tissues to preserveElectronic supplementary material The online version of this article contains supplementary material, which is available to authorized users.(c.f., Müller et al 2003; Nystrom and Tilley 2019; Richards et al 2007)

  • A scalpel was used to divide the strip of nail into sub-samples by successively shaving off keratin slivers at an oblique angle approximating the angle of growth of keratin layers during nail development

  • Stable carbon and nitrogen elemental and isotopic compositions of 0.5 mg sub-samples of keratin and collagen were measured on an Elemental Analyzer 300 (Eurovector, Pavia, Italy) coupled via continuous flow to a Horizon Isotope Ratio Mass Spectrometer (Nu Instruments, Wrexham, UK) at the Water Quality Center at Trent University

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Summary

Introduction

(c.f., Müller et al 2003; Nystrom and Tilley 2019; Richards et al 2007) Such insights can in turn be used to make inferences about broader patterns of behavior and the environment in which these persons participated. We conducted stable carbon (δ13C) and nitrogen (δ15N) isotope analysis of collagen and keratin from four types of tissues from a dog buried at the Ust’-Polui site in Iamal (Fig. 1). This multi-tissue isotopic approach can help to develop a “biographical” perspective for reconstructing of this dog’s life and by extension, its interactions with humans (Losey et al 2011).

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