This Encyclopedia brings together the most recent scientific information on a collection of subjects that are too often - and inconveniently - treated in separate publications. It provides a survey of archaeological method and theory, as well as the application of physical and biological sciences in archaeological research. Every aspect of archaeological work is represented, from the discovery process to the ultimate disposition of materials. Thus the reader will find entries on subject matter covering: * disciplinary theory * legislation affecting the work of archaeologists * pre-excavation surveying * excavation methodology * on-site conservation techniques * post-excavation analysis The rapid evolution of analytical technology is often superficially treated or not covered at all in textbooks or other commonly available sources. Here, the latest refinements in techniques such as radiometric dating, stable isotopic analysis, and the PCR technique of DNA analysis are presented clearly and authoritatively. The discussion of these techniques is amplified by including results of the work of professionals conducting interdisciplinary research and by covering the methodologi enhancements provided by the physical and natural sciences. Cultural property legislation, regardless of its country of origin, has affected how archaeologists conduct their work. This encyclopedia covers all major U.S. legislation developed for the protection of cultural property, including the recent Native American Graves Protection and Repatriation Act, and offers a substantial article on worldwide legislation concerning the reburial of human remains and its effects on the present and future practice of archaeology. Without some sort of conservation program at the point of excavation, valuable materials may be inadvertently contaminated or destroyed. Many simple and low-cost techniques to promote both sample integrity and long-term preservation for major classes of materials are described in this volume. Traditional treatments of method and theory usually focus on prehistoric periods and are limited in their geographic range. This volume includes discussions based on various historical periods on different continents, as reflected in entries such as Historical Archaeology, Industrial Archaeology, Medieval Archaeology, and Classical Archaeology.
For over 25 years The Handbook of British Archaeology has been the foremost guide to archaeological methods, artefacts and monuments, providing clear explanations of all specialist terms used by archaeologists. This completely revised and updated edition is packed with the latest information and now includes the most recent developments in archaeological science. Meticulously researched, every section has been extensively updated by a team of experts. There are chapters devoted to each of the archaeological periods found in Britain, as well as two chapters on techniques and the nature of archaeological remains. All the common artefacts, types of sites and current theories and methods are covered. The growing interest in post-medieval and industrial archaeology is fully explored in a brand new section dealing with these crucial periods. Hundreds of new illustrations enable instant comparison and identification of objects and monuments - from Palaeolithic handaxes to post-medieval gravestones. Several maps pinpoint the key sites, and other features include an extensive bibliography and a detailed index. The Handbook of British Archaeology is the most comprehensive resource book available and is essential for anyone with an interest in the subject - from field archaeologists and academics to students, heritage professionals, Time Team followers and amateur enthusiasts.
The Great Orme copper mine in North Wales is one of the largest surviving Bronze Age mines in Europe. This book presents new interdisciplinary research to reveal a copper mine of European importance, dominating Britain’s copper supply from c. 1600-1400 BC, with some metal reaching mainland Europe - from Brittany to as far as the Baltic.
The Bronze Age, roughly 2500 to 750 BC, was the last fully prehistoric period in Europe and a crucial element in the formation of the Europe that emerged into history in the later first millennium BC. This book focuses on the material culture remains of the period, and through them provides an interpretation of the main trends in human development that occurred during this timespan. It pays particular attention to the discoveries and theoretical advances of the last twenty years that have necessitated a major revision of received opinions about many aspects of the Bronze Age. Arranged thematically, it reviews the evidence for a range of topics in cross-cultural fashion, defining which major characteristics of the period were universal and which culture and area-specific. The result is a comprehensive study that will be of value to specialists and students, while remaining accessible to the non-specialist.
Humankind is believed to have existed in Africa for over 6 million years, based on the dating of excavated fossils. Transformations took place over time in response to severe climate changes and the Modern Human, believed to be the first to spread beyond Africa evolved only about 2 million years ago and did not move to other parts of the world until about 200,000 years ago. What is now known about ancient human history came from several sources: paleontologists excavate and evaluate human and article fossils dating back 2-3 million years; archaeologists excavate ancient sites and study recovered articles, mostly dating back 40-60,000 years; historians study oral and recorded history but the scope is limited to about 3,000 years when writing was invented. Archaeometallurgy evolved in the second half of the last century and has become a major tool for the study of ancient metals, metalworking structures, tools, waste products and finished artifacts, using techniques from the physical sciences. While this does not in anyway distract from the traditional approach of other archaeo-scientists, it is a very valuable complement, since it provides in-depth information about ore and slag composition, furnace design, macro and micro analysis of objects, all of which give vital information about the probable production techniques. Materials have played a central role throughout human history, starting with stone, flint, wood, straw, and transitioning to metals around ten to twelve thousand years ago. In fact the major stages of historical evolution are delineated by the materials that were in prominent use: Stone Age; Bronze Age; Iron Age, etc. If Africa is indeed the cradle of humankind, then it should have a very rich archaeo-history but most of the discoveries so far have been accidental. This book presents the results of a comprehensive study of the rich early archeometallurgical history of Nigeria which dates back to around 800 BC, in the context of early world metallurgy. Issues treated include probable socio/ethno cultural settings, practices in the context of early world metal cultures, provenance of technologies, and local technological innovations.
The invasion of AD 43 began the Romans’ settlement of Britain. The Romans brought with them a level of expertise that raised iron production in Britain from small localised sites to an enormous industry. Rome thrived on war and iron was vital to the Roman military establishment as well as to the civil population.In this pioneering work, David Sim combines current ideas of iron-making in Roman times with experimental archaeology. The Roman Iron Industry in Britain stretches far beyond dry theory and metallurgy alone; it covers all the stages of this essential process, from prospecting to distribution, and describes the whole cycle of iron production.Photographs and line drawings illustrate the text well enough to allow keen readers to reproduce the artefacts for themselves. Fascinating to the general reader and all those with an interest in Roman history, this book is invaluable to students of archaeology and professional archaeologists alike. Dr David Sim is an archaeologist who has combined studies of the technology of the Roman Empire with his skills as a blacksmith.