Using over 400 colour figures of a diverse range of artefact types and archaeological periods from 50 countries worldwide, this book outlines the mineralogical, chemical and microstructural composition of ancient ceramics and provides comprehensive guidelines for their scientific study within archaeology.
Thin section ceramic petrography is a versatile interdisciplinary analytical tool for the characterization and interpretation of archaeological pottery. Using over 200 photomicrographs of thin sections from a diverse range of artefacts, time periods and geographic regions, this provides comprehensive guidelines for their study within archaeology.
As part of the INSTAP Archaeological Excavation Manual series, Thin-Section Petrography of Ceramic Materials provides a concise overview of the history and application of the practice while detailing how this type of petrographic analysis can benefit archaeologists in the field. When thin-section analysis is employed as part of a thorough, multi-disciplinary study of ceramic materials, it provides a wealth of additional interpretative data to archaeologists, allowing for more accurate interpretations of the past, especially regarding pottery production, provenance, variations in technology over time and space, exchange networks on local and non-local scales, and even social issues such as choices of both manufacturers and consumers and traditions of manufacture.
This volume presents a range of petrographic case studies as applied to archaeological problems, primarily in the field of pottery analysis, i.e. ceramic petrography. Petrographic analysis involves using polarising optical microscopy to examine microstructures and the compositions of rock and mineral inclusions in thin section, and has become a widely used technique within archaeological science. The results of these analyses are commonly embedded in regionally specific reports and research papers. In this volume, however, the analytical method takes centre stage and the common theme is its application in different archaeological contexts. Contents: 1) Henry Clifton Sorby (1826-1908) and the development of thin section petrography in Sheffield (Noel Worley); 2) The provenance potential of igneous glacial erratics in Anglo-Saxon ceramics from northern England (Rob Ixer & Alan Vince); 3) Technological insights into bell-beakers: a case study from the Mondego Plateau, Portugal (Ana Jorge); 4) Indigenous tableware production during the archaic period in western Sicily: new results from petrographic analysis (Giuseppe Montana, Anna Maria Polito & Ioannis Iliopoulos); 5) Petrographic & microstratigraphic analysis of mortar-based building materials from the temple of Venus, Pompeii (Rebecca Piovesan, Emmanuele Curti, Celestino Grifa, Lara Maritan & Claudio Mazzoli; 6) Provenance & production technology of Early Bronze Age pottery from a lake-dwelling settlement at Arqua Petrarca, Padova, Italy (Lara Maritan, Claudio Mazzoli, Marta Tenconi, Giovanni Leonardi & Stefano Boaro); 7) Ceramic technology & social process in late neolithic Hungary (Attila Kreiter, Gyorgy Szakmany & Miklos Kazmer; 8) Early pottery technology & the formation of a technological tradition: the case of Theopetra Cave, Thessaly, Greece (Areti Pentedeka & Anastasia Dimoula); 9) Fine-grained Middle Bronze Age polychrome ware from Crete: combining petrographic & microstructural analysis (Edward W. Faber, Peter M. Day & Vassilis Kilikoglou; 10) Pottery technology and regional exchange in Early Iron Age Crete (Marie-Claude Boileau, Anna Lucia d'Agata & James Whitley; 11) The movement of Middle Bronze Age transport jars a provenance study based on petrographic and chemical analysis of Canaanite jars from Memphis, Egypt (Mary Ownby & Janine Bourriau); 12) Petrographic analysis of EB iii ceramics from Tall al-'Umayri, Jordan: a re-evaluation of levels of production (Stanley Klassen); 13) Comparison of volcaniclastic-tempered Inca imperial ceramics from Paria, Bolivia with potential sources (Veronika Szilagyi & Gyorgy Szakmany); 14) Multi-village specialized craft production & the distribution of Hokoham sedentary period pottery, Tuscon, Arizona (James M. Heidke); 15) A preliminary evaluation of the Verde confederacy model: testing expectations of pottery exchange in the central Arizona highlands (Sophia E. Kelly, David R. Abbott, Gordon Moore, Christopher Watkins & Caitlin Wichlacz); 16) Ceramic petrography & the reconstruction of hunter-gatherer craft technology in Late Prehistoric Southern California (Patrick Quinn & Margie Burton). [See above also for Ceramic Petrography: The Interpretation of Archaeological Pottery & Related Artefacts in Thin Section by Patrick Sean Quinn. ISBN 9781905739592.]
The focus of attention in ceramic research is increasingly turning away from duplicative amassing and reporting of material and towards synthetic work. This handbook sets out information which might be sought by ceramic analysis, and gives broad outlines of the different methods of analysis.
‘Archaeological Ceramics in Thin Section: A Colour Guide’ is the first handbook dedicated to the study and interpretation of archaeological ceramics in thin section. Using full colour photomicrographs of ceramic artefacts and accompanying text, the book illustrates the wide range of petrographic and microstructural phenomena that occur in ancient ceramics under the microscope. It assesses the evidence in thin section for the nature and origin of ceramic raw materials and production sequence of ancient pottery by referring to published studies, experimental investigations and observations of ceramic manufacture in traditional societies. The handbook is aimed at research students, scientists and consultants examining pottery and other archaeological ceramic materials in thin section with the polarising microscope.
This volume draws together topics and methodologies essential for the socio-cultural, mineralogical, and geochemical analysis of archaeological ceramic, one of the most complex and ubiquitous archaeomaterials in the archaeological record. It provides an invaluable resource for archaeologists, anthropologists, and archaeological materials scientists.
A highly innovative study in which James B. Stoltman uses petrography to reveal previously undetectable evidence of cultural interaction among Hopewell societies of the Ohio Valley region and the contemporary peoples of the Southeast Petrography is the microscopic examination of thin sections of pottery to determine their precise mineralogical composition. In this groundbreaking work, James B. Stoltman applies quantitative as well as qualitative methods to the petrography of Native American ceramics. As explained in Ceramic Petrography and Hopewell Interaction, by adapting refinements to the technique of petrography, Stoltman offers a powerful new set of tools that enables fact-based and rigorous identification of the composition and sources of pottery. Stoltman’s subject is the cultural interaction among the Hopewell Interaction Sphere societies of the Ohio Valley region and contemporary peoples of the Southeast. Inferring social and commercial relationships between disparate communities by determining whether objects found in one settlement originated there or elsewhere is a foundational technique of archaeology. The technique, however, rests on the informed but necessarily imperfect visual inspection of objects by archaeologists. Petrography greatly amplifies archaeologists’ ability to determine objects’ provenance with greater precision and less guesswork. Using petrography to study a vast quantity of pottery samples sourced from Hopewell communities, Stoltman is able for the first time to establish which items are local, which are local but atypical, and which originated elsewhere. Another exciting possibility with petrography is to further determine the home source of objects that came from afar. Thus, combining traditional qualitative techniques with a wealth of new quantitative data, Ceramic Petrography and Hopewell Interaction offers a map of social and trade relationships among communities within and beyond the Hopewell Interaction Sphere with much greater precision and confidence than in the past. Ceramic Petrography and Hopewell Interaction provides a clear and concise explanation of petrographic methods, Stoltman’s findings about Hopewell and southeastern ceramics in various sites, and the fascinating discovery that visits to Hopewell centers by southeastern Native Americans were not only for trade purposes but more for such purposes as pilgrimages, vision- and power-questing, healing, and the acquisition of knowledge.
