Julian Henderson – författare

The Science and Archaeology of Materials is set to become the definitive work in the archaeology of materials. Henderson's highly illustrated work is an accessible and fascinating textbook which will be essential reading for all practical archaeologists. With clear sections on a wide range of materials including ceramics, glass, metals and stone, this work examines the very foundations of archaeological study. Anyone interested in ancient technologies, especially those involving high temperatures, kilns and furnaces will be able to follow in each chapter how raw materials are refined, transformed and shaped into objects. This description is then followed by appropriate case studies which provide a new chronological and geographical example of how scientific and archaeological aspects can and do interact. They include:*Roman pale green and highly decorated glass*17th Century glass in Britain and Europe*the effect of the introduction of the wheel on pottery technology*the technology of Celadon ceramics*early copper metallurgy in the Middle East*chemical analysis and lead isotope analysis of British Bronzes*early copper alloy metallurgy in Thailand*the chemical analysis of obsidian and its distribution*the origins of the Stonehenge bluestonesThis book shows how archaeology and science intersect and fe ed off each other. Modern scientific techniques have provided data which, when set within a fully integrated archaeological context, have the potential of contributing to mainstream archaeology. This holistic approach generates a range of connections which benefits both areas and will enrich archaeological study in the future.

The Science and Archaeology of Materials is set to become the definitive work in the archaeology of materials. Henderson's highly illustrated work is an accessible and fascinating textbook which will be essential reading for all practical archaeologists. With clear sections on a wide range of materials including ceramics, glass, metals and stone, this work examines the very foundations of archaeological study. Anyone interested in ancient technologies, especially those involving high temperatures, kilns and furnaces will be able to follow in each chapter how raw materials are refined, transformed and shaped into objects. This description is then followed by appropriate case studies which provide a new chronological and geographical example of how scientific and archaeological aspects can and do interact. They include:*Roman pale green and highly decorated glass*17th Century glass in Britain and Europe*the effect of the introduction of the wheel on pottery technology*the technology of Celadon ceramics*early copper metallurgy in the Middle East*chemical analysis and lead isotope analysis of British Bronzes*early copper alloy metallurgy in Thailand*the chemical analysis of obsidian and its distribution*the origins of the Stonehenge bluestonesThis book shows how archaeology and science intersect and fe ed off each other. Modern scientific techniques have provided data which, when set within a fully integrated archaeological context, have the potential of contributing to mainstream archaeology. This holistic approach generates a range of connections which benefits both areas and will enrich archaeological study in the future.

This book brings together scholars from many disciplines to shed light on the long history of the silk roads, to redefine it, and to demonstrate its vitality and importance.Reimagining the Silk Roads illuminates economic, spiritual, and political networks, bridging different chronologies and geographies. Richly illustrated, it explores fascinating topics, including archaeological discoveries, oceanic explorations, the movement, and impact of ideas, and the ways in which the silk roads, broadly defined, contributed to processes of globalization. Reconciling the study of land and sea routes, and paying attention to themes such as material culture, environment, trade, and the role of religious faiths, the authors offer complex yet accessible studies of the history of interactions and perceptions across Eurasia over the last 3,000 years. The editors critically respond to the recent politicisation of the silk roads and reflect on their polycentric character.The book challenges and revives silk roads studies, and it will be relevant not only to researchers in archaeology, history, heritage and related fields, but also to the general reader.The Open Access version of this book, available at http://www.taylorfrancis.com, has been made available under a Creative Commons [Attribution-Non Commercial-No Derivatives (CC-BY-NC-ND)] 4.0 license.

This book is an interdisciplinary exploration of archaeological glass in which technological, historical, geological, chemical, and cultural aspects of the study of ancient glass are combined. The book examines why and how this unique material was invented some 4,500 years ago and considers the ritual, social, economic, and political contexts of its development. The book also provides an in-depth consideration of glass as a material, the raw materials used to make it, and its wide range of chemical compositions in both the East and the West from its invention to the seventeenth century AD. Julian Henderson focuses on three contrasting archaeological and scientific case studies: Late Bronze Age glass, late Hellenistic-early Roman glass, and Islamic glass in the Middle East. He considers in detail the provenances of ancient glass using scientific techniques and discusses a range of vessels and their uses in ancient societies.

For all archaeological artefactual evidence, the study of the provenance, production technology and trade of raw materials must be based on archaeometry. Whereas the study of the provenance and trade of stone and ceramics is already well advanced, this is not necessarily the case for ancient glass. The nature of the raw materials used and the geographical location of their transformation into artefacts often remain unclear. Currently, these questions are addressed by the use of radiogenic isotope analysis. With the specific information the technique provides, archaeologists can further their understanding of the of ancient glass production, based not only on typo-morphological features but also on exact scientific methods. The book captures the state of the art in this rapidly advancing field. It includes methodological papers on isotope analysis, innovative applications of several isotope systems to current questions in glass and glaze research, and advances in the knowledge of the economy of vitreous materials.