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From Mine to Microscope
These twenty papers dedicated to Mike Tite focus upon the interpretation of ancient artefacts and technologies, particularly through the application of materials analysis. Instruments from the human eye to mass spectrometry provide insights into a range of technologies ranging from classical alum extraction to Bronze Age wall painting, and cover materials as diverse as niello, flint, bronze, glass and ceramic. Ranging chronologically from the Neolithic through to the medieval period, and geographically from Britain to China, these case studies provide a rare overview which will be of value to students, teachers and researchers with an interest in early material culture.
Archaeological Science
An accessible and wide-ranging introduction to the exciting and expanding field of archaeological science, for students, professionals and academics.
Radiocarbon and the Chronologies of Ancient Egypt
This volume presents the findings of a major international project on the application of radiocarbon dating to the Egyptian historical chronology. Researchers from the Universities of Oxford and Cranfield in the UK, along with a team from France, Austria and Israel, radiocarbon dated more than 200 Egyptian objects made from plant material from museum collections from all over the world. The results comprise an accurate scientifically based chronology of the kings of ancient Egypt obtained by the radiocarbon analysis of short-lived plant remains. The research sheds light on one of the most important periods of Egyptian history documenting the various rulers of Egypt's Old, Middle and New King...
Production Technology of Faience and Related Early Vitreous Materials
The aim of this monograph is to bring together in a single volume the results of many years of research into production technology of early vitreous materials. The vitreous materials considered are glazed steatite, faience, Egyptian blue and green frits, and glazed pottery and bricks from Egypt, the Near East, the Indus Valley and Europe spanning the period from their beginnings in the 5th millennium BC through to the Roman period. For each group of material, the emphasis is on presenting the available analytical and microstructural data which are then interpreted to provide information on the raw materials and methods of fabrication employed in their production. Where appropriate, the raw materials used in the production of these materials are compared with those used in the production of contemporary glass. By bringing together data for such a wide range of materials, geographical regions and chronological periods, similarities and differences in production technology are identified, and the pattern of technological discovery, adoption, choice and transfer is thus revealed.
Science in the Study of Ancient Egypt
Science in the Study of Ancient Egypt demonstrates how to integrate scientific methodologies into Egyptology broadly, and in Egyptian archaeology in particular, in order to maximise the amount of information that might be obtained within a study of ancient Egypt, be it field, museum, or laboratory-based. The authors illustrate the inclusive but varied nature of the scientific archaeology being undertaken, revealing that it all falls under the aegis of Egyptology, and demonstrating its potential for the elucidation of problems within traditional Egyptology.
The Social Context of Technological Change
The technological capabilities of the ancient world have long fascinated scholars and the general public alike, though scholarly debate has often seen material culture not as the development of technology, but as a tool for defining chronology and delineating the level of interactions of neighboring societies. These fourteen papers, arising from a conference held in Oxford in September 2000, take the approach that technology plays a vital role in past socioeconomic systems. They cover the Near East and associated areas, including Greece, Crete, Cyprus, Anatolia, the Levant, Mesopotamia and Egypt from the end of the Middle Bronze Age to the Late Bronze Age (1650-1150 BC), a period when many technological innovations appear for the first time.
Lapis Lazuli from the Kiln
Lapis Lazuli from the Kiln examines the history of the first glass, from its early sporadic occurrence, through the height of its production in the late second millennium BCE, to its disappearance at the end of that millennium. The book draws on an exceptionally wide range of sources including ancient texts detailing recipes and trade in glass, iconographic depictions in tombs and temples, archaeological excavation of the most important sites including Amarna and Qantir, and the description of the glass objects themselves.
Vitreous Materials at Amarna
The earliest vitreous materials in Egypt date to c.4000 BC although the production of glass, faience, frit or 'Egyptian blue' does not really take off until the 18th dynasty. Andrew Shortland combines descriptions of various objects made from vitreous materials with an analysis of the processes and techniques used in their production.
Technology and Urbanism in Late Bronze Age Egypt
This study examines the distribution of high-status materials in addition to archaeological evidence of their production in the settlements known as royal cities during the New Kingdom in ancient Egypt (c.1550-1069 BC). The research focuses on the site sites of Amarna, Gurob, and Malqata, but incorporates Qantir/Pi-Ramesse for comparison.
Science in the Study of Ancient Egypt
Science in the Study of Ancient Egypt takes an innovative and integrated approach to the use of scientific techniques and methodologies within the study of ancient Egypt. Accessibly demonstrating how to integrate scientific methodologies into Egyptology broadly, and in Egyptian archaeology in particular, this volume will help to maximise the amount of information that can be obtained within a study of ancient Egypt, be it in the field, museum, or laboratory. Using a range of case studies which exemplify best practice within Egyptian archaeological science, Science in the Study of Ancient Egypt presents both the scientific methods of analysis available and their potential applications to Egyptologists. Although Egyptology has mainly shown a marked lack of engagement with recent archaeological science, the authors illustrate the inclusive but varied nature of the scientific archaeology which is now being undertaken, demonstrating how new analytical techniques can develop greater understanding of Egyptian data.
