Abstract

Stratified, well preserved sites preserving unambiguous geological and archaeological data from which human-environmental interactions can be reconstructed, are rare. More commonly we must test our hypotheses based on extrapolation of the few available sites, particularly in regions with high sedimentation rates. Here we test the idea of aggregating “off-sites” – human traces which provide isolated evidence of activity in an area – to maximizing the information which can meaningfully be extracted from Palaeolithic open-air contexts. We present two case studies from the sediment-rich loess steppe of southeast Romania, Lipniţa and Dealul Pesterica. Both off-sites preserve low density, undiagnostic lithic assemblages which may otherwise be overlooked in favour of more impressive sites. We constrain the timing of occupation at these two localities to c. 61ka and 34-41 ka at Lipniţa and Dealul Pesterica, and show that people were present near a river bank and on loess slopes respectively. Aggregation of data from the region suggests repeated visitation of riverine landscapes; additionally people likely ranged across landforms, particularly where raw material for making stone tools was plentiful. Our case studies demonstrate that empirical, incremental findings may still be generated from sites traditionally thought to be of little value. We argue that this approach is highly applicable to investigating the human implications for landscape context from archaeological traces in sediment-rich, open-air situations.

Highlights

  • In the investigation of interactions between people and their habitats over deep time, we seek a convergence of archives with which we can reconstruct past settings wherein ancient people lived, and gain insights into their survival strategies and adaptations under such conditions

  • We focus on two localities in Dobrogea loess steppe, located east and south of the lower Danube Figure 1B

  • Luminescence Dating at Dealul Pesterica and Lipnita

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Summary

Introduction

In the investigation of interactions between people and their habitats over deep time, we seek a convergence of archives with which we can reconstruct past settings wherein ancient people lived, and gain insights into their survival strategies and adaptations under such conditions. All too often we are forced to test our hypotheses based on extrapolation from small numbers of key sites This problem is acute in regions with substantial sediment supply, where high sedimentation rates often obscure traces of human activity (e.g., Morgan et al, 2011; Romanowska, 2012; Krajcarz et al, 2016; Iovita et al, in press). The reconstruction of humanenvironmental interactions in such landscapes becomes a case of “finding a needle in the haystack”; conventional approaches involving the excavation, analysis and dating of previously identified or surveyed stratified deposits, are rarely feasible

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