Copied from "Proquest ebook central reader" on 03/2019. Not included: - Cover - List of figures - List of tables - List of text boxes - Note to instructors - Note to students - Acknowledgements - About the author - Bibliography - Index
Archaeological Chemistry, Second Edition
โ Scribed by Zvi Goffer(auth.)
- Year
- 2008
- Tongue
- English
- Leaves
- 638
- Category
- Library
No coin nor oath required. For personal study only.
โฆ Synopsis
The chemical study of archaeological materials
Archaeological Chemistry, Second Edition is about the application of the chemical sciences to the study of ancient man and his material activities. The text of the book centers on the use of chemical methods, but also refers to the contributions of physics, biology, and genetics to archaeological research.
Subjects discussed in the book include the determination of the nature of ancient materials, their provenance and age, the technologies used for the production of man-made materials, and the analysis of ancient human and animal remains (such as bone, dried blood, and coprolites), which yields information on ancient diets, kinship, habitancy, and migratory patterns.
New developments in analytical chemistry and in related disciplines, which have contributed to archaeological research since the first edition of the book was published, are dealt with in this edition, which also includes:
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Updated information on the study of the nature, age, and provenance of ancient materials
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New sections on organic, biological and genetic studies
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Glossary
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Extensive bibliography
The book is intended primarily for archaeologists, physical anthropologists and students of archaeology and physical anthropology, but will also be of use to conservators, curators, and art historians. Natural scientists reading it will become acquainted with advances in archaeological research which were made possible only by the application of chemical, physical, and biological methods and techniques.Content:
Chapter 1 Minerals: Rock and Stone: Pigments, Abrasives, and Gemstones (pages 1โ91):
Chapter 2 Lithics: Flint and Obsidian (pages 93โ110):
Chapter 3 Sand: Glass, Glaze, and Enamel (pages 111โ137):
Chapter 4 Secondary Rocks: Building Stone, Brick, Cement and Mortar (pages 139โ152):
Chapter 5 Ores: Metals and Alloys (pages 153โ208):
Chapter 6 Sediments and Soils (pages 209โ229):
Chapter 7 Clay: Pottery and Other Ceramic Materials (pages 231โ260):
Chapter 8 The Biosphere: Organic and Biological Substances (pages 261โ287):
Chapter 9 Carbohydrates: Wood, Gums, and Resins (pages 289โ309):
Chapter 10 Lipids: Oils, Fats, and Waxes; Soap (pages 311โ319):
Chapter 11 Proteins: Skin, Leather, and Glue (pages 321โ341):
Chapter 12 The Nucleic Acids: Human Traits; Genetics and Evolution (pages 343โ352):
Chapter 13 Fibers: Yarn, Textiles, and Cordage; Writing Materials (pages 353โ364):
Chapter 14 Dyes and Dyeing (pages 365โ378):
Chapter 15 Bioinorganic Materials: Bone, Ivory, and Shell; Phytoliths (pages 379โ392):
Chapter 16 Some Ancient Remains: Mummies, Fossils, and Coprolites (pages 393โ403):
Chapter 17 The Environment and Decay of Archaeological Materials (pages 405โ432):
Chapter 18 Authentication of Antiquities (pages 433โ444):
๐ SIMILAR VOLUMES
Archaeologists, historians, chemists, and physicists have employed a variety of chemical and physical approaches to study artifacts and historical objects since at least the late 18th century. During the past 50 years, the chemistry of archaeological materials has increasingly been used to address a
This book is the only text devoted entirely to archaeological stratigraphy, a subject of fundamental importance to most studies in archaeology. The first edition appeared in 1979 as a result of the invention, by the author, of the Harris Matrix--a method for analyzing and presenting the stratigraphi
H F W Taylor was for many years Professor of Inorganic Chemistry at he University of Aberdeen, Scotland. Since 1948, his main research interest has been the chemistry of cement. His early work laid the foundations of our understanding of the structure at the nanometre level of C-S-H, the principal p
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