An Archaeologist's Guide to Organic Residues in Pottery

An Archaeologist's Guide to Organic Residues in Pottery
Author :
Publisher : University of Alabama Press
Total Pages : 225
Release :
ISBN-10 : 9780817321222
ISBN-13 : 0817321225
Rating : 4/5 (225 Downloads)

Book Synopsis An Archaeologist's Guide to Organic Residues in Pottery by : Eleanora A. Reber

Download or read book An Archaeologist's Guide to Organic Residues in Pottery written by Eleanora A. Reber and published by University of Alabama Press. This book was released on 2022-08-02 with total page 225 pages. Available in PDF, EPUB and Kindle. Book excerpt: "Organic residue analysis is a technical specialty that blends an unusual type of instrumental organic chemistry and archaeology. Because it is considered abstruse, archaeologists of all degrees of experience tend to struggle with how to apply the technology to archaeological questions and how to sample effectively in the field to answer these questions. "Organic Residues in Pottery" uses a case-study approach to explain the methods and application of organic residue analysis to archaeologists in a reader-friendly tone. The case studies come from Reber's more than twenty years of research. Pottery analysis is considered an important component of excavating a site. Organic pottery residues are made up of chemicals that absorb into pots over their use-lifetime. Analysis of the residues can allow fascinating interpretations of human behavior that are only recognizable from this analysis. The analysis allows archaeologists to interpret the ways that people have used pottery. For instance, pottery analysis can help reveal what people ate, whether different types of vessels were used for different cooking or foodstuffs preparation, and whether "elite" vessels were in use. Every residue comprises many different chemicals. Analysis includes a series of steps. Reber starts with basic information, such as how a residue forms in different environments. Other chapters discuss excavation of the residue (including extraction, instrumentation, and analysis), interpreting results, different contaminators, common substances found (e.g., caffeine and nicotine, maize, tree resins, and fish and shellfish), how to sample, how to talk with a lab analyst, and future benefits of residue analysis"--


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