Fifteen papers taken from a workshop held in Liege in 2001 aimed at bringing together those researching microlith industries from across Europe.

Taking as its central theme the issue of whether early Hominins organized themselves into societies as we understand them, John McNabb looks at how modern researchers recognize such archaeological cultures. He examines the existence of a stone tool culture called the Clactonian to introduce the multidisciplinary nature of the subject. In analyzing the various kinds of data archaeologists would use to investigate the existence of a Palaeolithic culture, this book represents the latest research in archaeology, population dispersals, geology, climatology, human palaeontoloty, evolutionary psychology, environmental and biological disciplines and dating techniques, along with many other research methods.

Qesem Cave (Israel) acts here as a case study to explore two important topics from the Middle Pleistocene: the practice of recycling old discarded flakes for the production of new objects by means of recycling, and the production of flakes and tools of small dimensions—topics that have not gained sufficient attention from the scientific community.

This book surveys the archaeological record for stone tools from the earliest times to 6,500 years ago in the Near East.

As the study of Palaeolithic technologies moves towards a more analytical approach, it is necessary to determine a consistent procedural framework. The contributions to this timely and comprehensive volume do just that. This volume incorporates a broad chronological and geographical range of Palaeolithic material from the Lower to Upper Palaeolithic. The focus of this volume is to provide an analysis of Palaeolithic technologies from a quantitative, empirical perspective. As new techniques, particularly quantitative methods, for analyzing Palaeolithic technologies gain popularity, this work provides case studies particularly showcasing these new techniques. Employing diverse case studies, and utilizing multivariate approaches, morphometrics, model-based approaches, phylogenetics, cultural transmission studies, and experimentation, this volume provides insights from international contributors at the forefront of recent methodological advances.

This volume examines patterns of flint procurement and exploitation at the Acheulo-Yabrudian site Qesem Cave, Israel. The results show how flint had a major impact on early human decision-making and social and cultural lifeways during the Late Lower Paleolithic of the Levant.

A well‐preserved early Middle Palaeolithic site set against a wider northwestern European context The shift from Lower to Middle Palaeolithic in northwestern Europe (dated to around 300,000–250,000 years ago) remains poorly understood and underexplored compared to more recent archaeological transitions. During this period, stone tool technologies underwent significant changes but the limited number of known sites and the general low spatio‐temporal resolution of the archaeological record in many cases has impeded detailed behavioural inferences. Brickyard‐quarrying activities at Kesselt‐Op de Schans (Limburg, Belgium) led to the discovery and excavation of a well‐preserved early Middle Palaeolithic level buried beneath a 10 m thick loess-palaeosol sequence. The present volume offers a comprehensive report on the site, dated to around 280,000 years ago, set against a wider northwestern European context. An in‐depth study of the lithic assemblage, including an extensive refitting analysis, provides detailed information on the technological behaviour of prehistoric hominins in the Meuse basin during this crucial time period. Contributors: Jozef J. Hus (Royal Meteorological Institute of Belgium), Frank Lehmkuhl (RWTH Aachen University), Erik P.M. Meijs (ArcheoGeoLab), Philipp Schulte (RWTH Aachen University), Ann Van Baelen (KU Leuven and University of Cambridge), Philip Van Peer (KU Leuven), Joerg Zens (RWTH Aachen University)

The Earliest Europeans explores the early origins of man in Europe through the perspective of ‘a year in the life’: how hominins in the Lower Palaeolithic coped with the year-round practical challenges of mid-latitude Europe with its distinctive temperatures, seasonality patterns, and available resources. Current research has provided increasingly robust archaeological and Quaternary Science records, but there are ongoing uncertainties as to both the earliest Europeans’ specific survival strategies and behaviours, and the character of their dispersals into Europe. In short, how sustained and ‘successful’ were the individual phases of European occupation by Lower Palaeolithic hominins and what sorts of ‘human’ where they? Using a season-by-season chapter structure to explore, for example, the contrasting demands and opportunities of winter versus summer survival, Hosfield explores how foods and other resources would vary across the four seasons in quantity and quality, and the resulting implications for hominin behaviours. Text boxes provide the background on key issues, and the book draws on a range of supporting evidence including technology (e.g. the nature of Lower Palaeolithic stone tools; the evidence for organic tools), hominin life history (e.g. the length of infant dependency; the nature of ‘parenting’; the implications of different mating models; the Social Brain Hypothesis), cognitive studies (e.g. brain scanning research into possible planning capabilities) and potential bias in the archaeological record (e.g. in terms of what is and isn’t preserved). By testing the likelihood of different scenarios by comparing short-term, site-based insights with long-term, regional trends, Hosfield is able to out forward ideas on how our earliest European ancestors survived and what their lives were like.

Over eighty contributions from leading researchers review 2.5 million years of environmental change and human cultural evolution in the Levant.

Mankind's utter dependency on technology extends back approximately three million years to the first stone tools, but it was only with the innovation of hafting, some 300,000 years ago, that technology took its first modern form and revolutionized our social and economic lives. The development of handles and shafts, which were added to some tools previously made of single materials and hand-held, made the tools not only more efficient but improved their makers' chances of survival by making the quest for food more productive. This volume brings together evidence for the cognitive, social, and technological foundations necessary for the development of hafting to form a speculative theory about this revolutionary innovation. The creation of tools with handles required considerable planning based on an expert understanding of the properties of the raw materials involved, a form of early engineering. Yet it was the ability to envisage the final, integrated form of the tool which underpinned the remarkable novelty of hafting, one which had massive implications for the human species and which laid the foundations for the technology we rely on today.