Quaternary History and Palaeolithic Archaeology in the Axe Valley at Broom, South West England - Hardcover

This book for the first time publishes the results of a great deal of work by many researchers into the quarries, their geology and their artefacts. The key part is a collection of perceptive notes, photos and drawings(reproduced in full) made by Charles Bean, a Dorset surveyor, in the 1930s and 40s. Fieldwork in 1978-82 and 2000-06 and new artefact analyses bring modern understanding to what we can now see as a major early palaeolithic site from 300,000 years ago. -- British Archaeology British Archaeology

This investigation of the Lower Palaeolithic site at Broom, Devon, highlights the huge potential of old sites and the importance of the archaeological and geological legacy resulting from more than 150 years of field investigations. The site, which has produced large numbers of Palaeolithic artefacts and is located in Middle Pleistocene fluvial sediments approximately 300,000 years old, is generally regarded as the most important open-air archaeological site of earlier Palaeolithic age in south-western Britain. A key source of information is the collection of C.E. Bean during the 1930s and early 1940s, combined with his compilation of an extensive documentary archive. The primary focus of the volume is the Broom site itself, seeking to explain the distinctive character of its Acheulean archaeology, the environmental conditions in which the hominin occupants of the Axe valley flourished, and for how long. The setting of the Palaeolithic archaeology within the unusual terrace deposits of the River Axe is explored and the local and global factors affecting it, including bedrock geology, tectonic uplift, climatic conditions and changing base-level, examined. The findings add significant strands to the growing understanding of Pleistocene fluvial sequences at both a national and a global scale, the nature and technological attributes of Palaeolithic assemblages and highlights the value of the data that can still be extracted from such assemblages across the Acheulean world.