Science · 1982 · 193 citations · 22 references
HumanitiesArchaeologyChemistryGeochemistryMineralogyPrehistoric ArchaeologyBronze Age ArchaeologyChalcolithic ArchaeologyGreek ArchaeologyMetallurgical ArchaeologyMining ArchaeologyOre MineralogyArchaeological MetallurgyBronze Age Material CultureBronze Age MetallurgyCopper Mining ArchaeologyCopper Ore DepositsIsotopic Composition AnalysisMetallurgical ArchaeometryMetallurgical Provenance
Efforts by scientists to locate the sources of copper used in ancient Mediterranean and Near Eastern cultures through comparative chemical analyses of copper ores and archeological artifacts have largely failed for various mineralogical and metallurgical reasons. The isotopic composition of lead, an element present in a minor amount in many copper ores and bronze objects, is unchanged through metallurgical processes and may in principle be used to determine the sources of the copper used in Bronze Age artifacts. Results suggest that for Late Bronze Age Crete the Laurion region in Attica, Greece, may have been a more important copper source than Cyprus.
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Isotope Studies of Ancient Lead
Robert H. Brill, J. M. Wampler · American Journal of Archaeology · 1967 · 199 citations
Geology, geochemistry, and genesis of Cyprus sulfide deposits
G. Constantinou, G.J.S. Govett · Economic Geology · 1973 · 151 citations
William Charles White, Theodore A. Wertime, James D. Muhly · The American Historical Review · 1981 · 132 citations
Engineering, Geography, History +17