Metals In Past Societies

This book seeks to communicate to both a global and local audience, the key attributes of pre-industrial African metallurgy such as technological variation across space and time, methods of mining and extractive metallurgy and the fabrication of metal objects. These processes were transformative in a physical and metaphoric sense, which made them total social facts. Because the production and use of metals was an accretion of various categories of practice, a chaine operatoire conceptual and theoretical framework that simultaneously considers the embedded technological and anthropological factors was used. The book focuses on Africa’s different regions as roughly defined by cultural geography. On the one hand there is North Africa, Egypt, the Egyptian Sudan, and the Horn of Africa which share cultural inheritances with the Middle East and on the other is Africa south of the Sahara and the Sudan which despite interacting with the former is remarkably different in terms of technological practice. For example, not only is the timing of metallurgy different but so is the infrastructure for working metals and the associated symbolic and sociological factors. The cultural valuation of metals and the social positions of metal workers were different too although there is evidence of some values transfer and multi-directional technological cross borrowing. The multitude of permutations associated with metals production and use amply demonstrates that metals participated in the production and reproduction of society. Despite huge temporal and spatial differences there are so many common factors between African metallurgy and that of other regions of the world. For example, the role of magic and ritual in metal working is almost universal be it in Bolivia, Nepal, Malawi, Timna, Togo or Zimbabwe. Similarly, techniques of mining were constrained by the underlying geology but this should not in any way suggest that Africa’s metallurgy was derivative or that the continent had no initiative. Rather it demonstrates that when confronted with similar challenges, humanity in different regions of the world responded to identical challenges in predictable ways mediated as mediated by the prevailing cultural context. The success of the use of historical and ethnographic data in understanding variation and improvisation in African metallurgical practices flags the potential utility of these sources in Asia, Latin America and Europe. Some nuance is however needed because it is simply naïve to assume that everything depicted in the history or ethnography has a parallel in the past and vice versa. Rather, the confluence of archaeology, history and ethnography becomes a pedestal for dialogue between different sources, subjects and ideas that is important for broadening our knowledge of global categories of metallurgical practice.

Technologie - Siedlung - Gold - Silber

Apart from its own interests, the subject also has value in the solution of archaeological problems.

This third volume in the series is devoted to presenting and interpreting the metallurgical evidence from Ban Chiang, northeast Thailand, in the broader regional context. Because the production of metal artifacts must engage numerous communities in order to acquire and process the raw materials and then create and distribute products, understanding metals in past societies requires a regional perspective. This is the first book to compile, summarize, and synthesize the English-language copper production and exchange evidence available so far from Thailand and Laos in a thorough and systematic manner. Chapters by Vincent C. Pigott and Thomas O. Pryce examine in detail the mining and smelting of copper in several sites, and the lead-isotope evidence for the sourcing of artifacts found in two of the consumption sites included in the study. Another chapter compiles the metal consumption evidence, including results of technical studies on prehistoric metals recovered from more than 35 sites excavated in central and northeast Thailand. This compilation demonstrates important regional variation in chaînes opératoires, allowing explication and synthesis of the technological traditions found in this region during prehistory. The review and compilation sheds new light on the social and economic context for the adoption and development of metallurgy in this part of the world. One key insight is that Thailand presents a case for a "community-driven bronze age," where the choices of peaceful local communities, not elites or centralized political entities, shaped how metal technological systems were implemented in this region. This fresh perspective on the role of metallurgy in ancient societies contributes to an expanded global understanding of how humans have engaged metal technologies, contributing to debunking the conventional paradigm that emphasized a top-down view and a standardized metallurgical sequence, a paradigm that has dominated archeometallurgical studies for the last century or more. Thai Archaeology Monograph Series, 2C University Museum Monograph, 153

The first in-depth study of the field in more than 20 years analyzes the role of various metals in the context of Greek economic life, politics, culture and art, traces the movement of metal from ore to finished objects, including works of art, and shows the relations between the regions where metals were extracted and the centres of metalworking, the structure of the workshops and the connections between them and the role of the workshops in economic life at different stages in Greek history. In doing so it adopts a multidisciplinary approach, defining the role of metals in the history of Greek society using the widest possible variety of sources: the excavated remains of workshops and hoards, archaeometallurgical finds; the results of studies of ancient mines and analyses of ancient metal objects; bronze plastics and jewelry, coins etc. The chronological span of the study is the 8th-1st centuries B.C., i.e. from the beginning of the main period of Greek colonization till the end of the Hellenistic era. The geographical scope of the work is the Greek oikumene. New to most scholars will be Treister's knowledge of objects and technologies in the eastern Greek and Roman world of the Northern Black Sea and Colchis. While this book does not pretend to be a definitive survey of the history of mining and metallurgy in the Greek world, it is a particularly useful interim report.

The History of Metals in America chronicles the development of metals as both an industrial activity and a science. Progress involving structural metals made possible the air, land, sea, and space travel of today, skyscrapers reaching over 100 stories high, and many other engineering accomplishments that continue to shape modern society. This lively book takes the reader on a fascinating journey through the evolution of metals and metallurgy from the beginning of iron production in colonial times with the first iron plant in 1645 to the prevailing metals of the 21st century. Each chapter describes the development of a metal or series of metal alloys, industry growth, and modern uses in manufacturing. It includes chapters on cast iron, wrought iron, alloy steels, tool steels, stainless steels, nickel-base superalloys, aluminum, and titanium. Other chapters cover the science of metals as it developed from 1890 to 1950 and the biographies of the pioneers of metals research. The final chapters cover the formation, growth, and decline of the integrated steel industry and the rise of a new industry in steel minimills. The History of Metals in America will appeal to readers in all sectors of the materials industry, students and faculty of engineering programs, middle and high school American history students, and anyone interested in the history of technology, travel, tools, and machinery in the U.S. The author, Charles R. Simcoe, wrote more than 40 articles for ASM International’s Advanced Materials & Processes magazine, including a monthly series entitled “Metallurgy Lane,” which became the basis for this book.

This book examines archaeometallurgy and the preservation of ancient materials for cultural heritage. Through understanding the internal structures of relevant ancient materials, their chemical composition, resistance, hardness, etc., their conservation can be more effectively addressed. Preserving cultural artifacts, such as those from border sites, funerary contexts (burials), railway lines, ceremonial sites and road infrastructure, is necessary to provide perspective to a culture’s trajectory. This book addresses how Reverse Engineering can disseminate knowledge of a culture’s heritage by offering technology that can help restore artifacts so they may be displayed and utilized as educational objects.