Abstract

The increase, in quantitative and qualitative terms, of research attending to the geological nature of rocks found in archaeological contexts is changing our perspectives about social and economic territories articulated by Palaeolithic societies in the Cantabrian Region. Practically the only raw material researched in a solid geoarchaeological approach in this area is flint. This paper addresses how the near absence of in-depth geoarchaeological research into raw materials other than flint is modifying our perception of the procurement and management mechanism of raw material in the Cantabrian Region during the Palaeolithic.
 To consider this matter in depth, we present the bibliographic and quantitative analysis of 30 representative archaeological sites from the Cantabrian Region whose assemblages were described lithologically using basic and primary categories. The state of play depicts a geographic distribution of raw material in the Cantabrian Region where quartzite is associated with the western sector and flint with the east. Interconnected with this axis, there is a chronological tendency that promotes standardisation in the use of flint by Palaeolithic societies following a chronological order, from the older to the more recent periods. This information, and its contextualisation with the new perspectives resulting from the application of the geoarchaeological proposal used to understand flint procurement, allows us to understand the general tendencies of raw material distribution of the region. Especially, we can detect how the absence of geoarchaeological methodologies of other raw materials than flint has modified the perception of the economic and social dynamics articulated around raw material by Palaeolithic people. This bias does not only affect the geographical and chronological axes, emphasising information from the regions and periods where flint is represented, but also promotes the over-interpretation of long-distance procurement, therefore, building up narratives exclusively based on human mobility.
 This situation has generated an incomplete and unbalanced picture of the procurement and management strategies followed by Palaeolithic societies because quartzite, the second most-often used lithic raw material, and other raw materials have only been studied using geoarchaeological methods within the last few years. This research finally points to the continuation of in-depth research of quartzite and other raw materials as the next steps to re-interpret the current paradigms about procurement and management of raw material by Palaeolithic societies, and, therefore, modify our perspectives of social and economic territories.

Highlights

  • The characterisation of the rocks used by past humans has been a recurrent research topic in Prehistoric Archaeology since the beginnings of our scientific discipline

  • The goal of this paper is to show the general overview of the distribution of raw material in the archaeological sites of the Cantabrian Region, and to understand how the absence of indepth characterisation of quartzites have modified our perception of Middle and Upper Palaeolithic economy and society

  • The procurement of lithic raw materials in the Cantabrian Region during the Palaeolithic was highly conditioned by its local availability

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Summary

Introduction

The characterisation of the rocks used by past humans has been a recurrent research topic in Prehistoric Archaeology since the beginnings of our scientific discipline. In the mid-19th century, the first prehistorians, mainly with geological academic training, made meticulous descriptions of the rocks they had found in archaeological contexts. Juan Vilanova y Piera, one of the pioneer prehistorians in the Iberian Peninsula, Professor of Geology and Palaeontology, described prehistoric artefacts using archaeological and geological perspectives in an attempt to relate the artefacts with potential rock sources (Pelayo López & Gonzalo Gutiérrez 2012: 145). The first raw material to be studied was obsidian (Cann & Renfrew 1964). In the following decades, standardised protocols for the analysis of lithic resources became common practice, the types of stone being characterised diversified, and the application of petrographic methods in different geographical and historical contexts became standardised (e.g., Binns & McBryde 1969; Clark 1965; Durrani et al 1970; Kowalski et al 1972; Sieveking et al 1972)

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