Oldeholtwolde

The well-preserved archaeological site at Oldeholtwolde in the Netherlands was inhabited by a small group of people during the last Ice Age, some 13,000 years ago. This book focuses on the examination of the ca. 10.000 flint artefacts discovered at this ancient site, which have been subjected to modern approaches such as refitting and spatial analysis. As a result, this extensively documented and illustrated book provides unique insights into the daily lives of the Stone Age hunters.

Volumes 37 and 38 of this annual published since 1951 include excavational reports and analytical studies on archaeology, palaeobotany and archaezoology.

This volume comprises papers presented to Dick Stapert on the occasion of his retirement from the Groningen Institute of Archaeology (University of Groningen) in 2011 and celebrates his scientific career. The contributions cover nearly 300,000 years of Human History and were written by colleagues, former students and friends. Topics include the making and use of fire, children in the Stone Age, spatial analysis, and other themes related to the study of the Palaeolithic, Mesolithic and beyond.

This book addresses the problems concerning the research of Stone Age surface scatters in the Northern Netherlands (provinces of Groningen, Drenthe and Friesland). Research methods are presented which can be used to assess these scatters within the realm of archaeological heritage management and suggestions are made with regard to knowledge hiatus and future research opportunities.Due to the large number of scatters, poor conservation, lack of visibility in the landscape and disturbed context these sites can often be overlooked. Nowadays, the majority of archaeological research is performed within the context of archaeological heritage management where, besides scientific, socio-economic motives also play a role. A major part of this book is focused on ways in which these scatters can be investigated within the context of archaeological heritage management.In this thesis the use of a landscape approach is advocated for an effective study of early prehistoric communities. This means that the intrinsic characteristics of the surface scatters should be supplemented with information on landforms and palaeo-ecological data from the surrounding areas. By using such an approach a more thorough image of Stone Age communities can be presented.