Sarunas Milisauskas· 1.1 INTRODUCTION The purpose of this book is four-fold: to introduce English-speaking students and scholars to some of the outstanding archaeological research that has been done in Europe in recent years; to integrate this research into an anthropological frame of reference; to address episodes of culture change such as the transition to farming; the origin of complex societies, and the origin of urbanism, and to provide an overview of European prehistory from the earliest appearance of humans to the rise of the Roman empire. In 1978, the Academic Press published my book European Prehistory which, typically for that period, emphasized cultural evolution, culture process, technology, environment, and economy. To produce a new version and an up- to-date prehistory of Europe, I have invited contributions from specialists in the Palaeolithic, Mesolithic, Bronze and Iron Ages. Thus while this version of European Prehistory is a new book, however, it still incorporates some data from the 1978 version, particularly in The Present Environment and Neolithic chapters. Like its predecessor, this edition is structured around selected general topics, such as technology, trade, settlement, warfare, and ritual.

A pan-European overview of the archaeology of hunter-gatherer societies, written by experts in each region.

The Origins of Agriculture in Europe takes a look at current ideas in the light of a considerable mass of literature and archaeological evidence; examining the transition to agriculture through the comparison of social and economic developments across Europe. In this volume, I.J.Thorpe manages to evaluate various alternative explanations in detailed examples, whilst also succeeding in addressing the broader theoretical questions which form the nucleus of contemporary debates. This clearly written and accessible text is an extremely valuable resource for students of European prehistory.

The Neolithic --a period in which the first sedentary agrarian communities were established across much of Europe--has been a key topic of archaeological research for over a century. However, the variety of evidence across Europe, the range of languages in which research is carried out, and the way research traditions in different countries have developed makes it very difficult for both students and specialists to gain an overview of continent-wide trends. The Oxford Handbook of Neolithic Europe provides the first comprehensive, geographically extensive, thematic overview of the European Neolithic --from Iberia to Russia and from Norway to Malta --offering both a general introduction and a clear exploration of key issues and current debates surrounding evidence and interpretation. Chapters written by leading experts in the field examine topics such as the movement of plants, animals, ideas, and people (including recent trends in the application of genetics and isotope analyses); cultural change (from the first appearance of farming to the first metal artefacts); domestic architecture; subsistence; material culture; monuments; and burial and other treatments of the dead. In doing so, the volume also considers the history of research and sets out agendas and themes for future work in the field.

Since its development in 1949, radiocarbon dating has increasingly been used in prehistoric research in order to get a better grip on the chronology of sites, cultures and environmental changes. Refinement of the dating, sampling and calibration methods has continuously created new and challenging perspectives for absolute dating. In these proceedings the focus lies on the contribution of carbon-14 dates in current Mesolithic research in North-West Europe. Altogether 40 papers dealing with radiocarbon dates from 15 different countries are presented. Major themes are the typo-technological evolution of lithic and bone industries, changes in settlement patterns, burial practices, demography and subsistence, human impact on the Mesolithic environment and the neolithisation process. Some papers also deal with more methodological aspects of carbon-14 dating (e.g. calculation of various reservoir effects, the use of cumulative calibrated probability distributions), and related techniques (e.g. stable isotope analysis for palaeodiet reconstruction).