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Bronze Age Archaeometallurgy of the Mediterranean: The Impact of Lead Isotope Studies
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Bronze Age Archaeometallurgy of the Mediterranean: The Impact of Lead Isotope Studies (1989)Bronze Age Archaeometallurgy of the Medit…The State of the Debate: Nuragic Metal Trade in the Bronze Age and Early Iron Age (2023)The State of the Debate: Nura…Isotopic investigations of Chinese ceramics (2020)Isotopic investigations of Ch…FINGERPRINTING OF ROMAN MINTS USING LASER‐ABLATION MC–ICP–MS LEAD ISOTOPE ANALYSIS* (2003)FINGERPRINTING OF ROMAN MINTS…In defence of lead isotope analysis (1996)In defence of lead isotope an…COMMENTS ON P. BUDD, D. GALE, A. M. POLLARD, R. G. THOMAS AND P. A. WILLIAMS,‘EVALUATING LEAD ISOTOPE DATA: FURTHER OBSERVATIONS’, ARCHAEOMETRY, 35 (2) (1993), AND REPLY (1993)COMMENTS ON P. BUDD, D. GALE,…EVALUATING LEAD ISOTOPE DATA: COMMENTS ON E. V. SAYRE, K. A. YENER, E. C. JOEL AND I. L. BARNES, ‘sTATISTICAL EVALUATION OF THE PRESENTLY ACCUMULATED LEAD ISOTOPE DATA FROM ANATOLIA AND SURROUNDING REGIONS’, ARCHAEOMETRY, 34 (1) (1992), 73‐105, AND REPLY (1992)EVALUATING LEAD ISOTOPE DATA:…INDUCTIVELY COUPLED PLASMA‐ATOMIC EMISSION SPECTROSCOPY ANALYSIS OF METALS FROM LATE BRONZE AGE HOARDS IN SLOVENIA (1991)INDUCTIVELY COUPLED PLASMA‐AT…Cycladic Lead and Silver Metallurgy (1981)Bronze Age trade in the Mediterranean (1991)Stable lead isotope studies of central taurus ore sources and related artifacts from eastern mediterranean chalcolithic and bronze age sites (1991)Stable Lead Isotope Analysis of Rio Grande Glaze Paints and Ores Using ICP-MS: A Comparison of Acid Dissolution and Laser Ablation Techniques (2002)Local recipes or distant commodities? Lead isotope and chemical compositional analysis of glaze paints from the Salinas pueblos, New Mexico (2006)A provenance study of Roman lead-glazed ceramics using lead isotopes and secondary ion mass spectrometry (SIMS) (2019)IRON IN ANCIENT COPPER (1987)FINE WARE FROM LOCRI EPIZEPHIRI: A PROVENANCE STUDY BY INDUCTIVELY COUPLED PLASMA EMISSION SPECTROSCOPY (1995)CAMPANIAN POTTERY FROM ANCIENT BRUTTIUM (SOUTHERN ITALY): SCIENTIFIC ANALYSIS OF LOCAL AND IMPORTED PRODUCTS* (1998)Mineralogical and chemical composition of transport amphorae excavated at Locri Epizephiri (southern Italy) (2001)Archäometallurgische Untersuchungen in Nordwestanatolien (2019)Uses and limitations of lead isotopes in archaeology (1986)ON THE COMPOSITION AND PROVENANCE OF METAL ARTEFACTS FROM POLIOCHNI ON LEMNOS (1990)Lead Isotope Analysis of Pewter Mounts from the Viking Ship Burial at Gokstad: on the Origin and Use of Raw Materials (2015)ROME AND THE EAST. PRODUCTION OF ROMAN PROVINCIAL SILVER COINAGE FOR CAESAREA IN CAPPADOCIA UNDER VESPASIAN, AD 69–79 (1995)Early Metal Mining and Production (1997)Modern analytical methods in art and archaeology (2000)An overview on the ancient goldsmith's skill and the circulation of gold in the past: the role of x‐ray based techniques (2008)1 Quantifying the Roman Economy: Integration, Growth, Decline? (2009)The Archaeology of Money (2012)Materials Issues in Art and Archaeology (1991)LEAD ISOTOPE DATA FROM THE ISOTRACE LABORATORY, OXFORD: ARCHAEOMETRY DATA BASE 1, ORES FROM THE WESTERN MEDITERRANEAN * (1995)Archaeological Chemistry (1996)Excavation of a timber round-house and broch at the Fairy Knowe, Buchlyvie, Stirlingshire, 1975-8 (1999)Coin Silver Source’s Evolution in Bosporos from the Fifth – Fourth Centuries BC to the Second – Third Centuries AD According to Pb-Isotopic Analysis (2022)Science and Civilization in China. Volume 5: Chemistry and Chemical Technology. Part II (Spagyrical Discovery and Invention: Magisteries of Gold and Immortality) (1976)Analytical Chemistry in Archaeology (2007)Searching for the earliest use of limestone as a flux in Chinese high-fired ceramic glazes—evidence from Sr isotopic analysis of Chinese northern porcelain (2021)A large-scale Sr and Nd isotope baseline for archaeological provenance in Silk Road regions and its application to plant-ash glass (2022)The Corrupting Sea: A Study of Mediterranean History (2000)Feasting, Craft Specialization, and the Ritual Mode of Production in Small‐Scale Societies (2002)Provenance Determination of Archaeological Metal Objects (2014)Why Central Asia’s Mushiston is not a source for the Late Bronze Age tin ingots from the Uluburun shipwreck (2023)Copper-based metallurgy from an Early Iron Age workshop in the Middle Guadiana basin (Portugal): first evidence of imports of Mediterranean copper ingots using Pb isotopes (2024)Multiproxy analysis unwraps origin and fabrication biographies of Sardinian figurines: On the trail of metal-driven interaction and mixing practices in the early first millennium BCE (2025)
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  • 2003FINGERPRINTING OF ROMAN MINTS USING LASER‐ABLATION MC–ICP–MS LEAD ISOTOPE ANALYSIS*76 cited
  • 2020Isotopic investigations of Chinese ceramics30 cited
  • 1992EVALUATING LEAD ISOTOPE DATA: COMMENTS ON E. V. SAYRE, K. A. YENER, E. C. JOEL AND I. L. BARNES, ‘sTATISTICAL EVALUATION OF THE PRESENTLY ACCUMULATED LEAD ISOTOPE DATA FROM ANATOLIA AND SURROUNDING REGIONS’, ARCHAEOMETRY, 34 (1) (1992), 73‐105, AND REPLY18 cited
  • 2023The State of the Debate: Nuragic Metal Trade in the Bronze Age and Early Iron Age14 cited
  • 1993COMMENTS ON P. BUDD, D. GALE, A. M. POLLARD, R. G. THOMAS AND P. A. WILLIAMS,‘EVALUATING LEAD ISOTOPE DATA: FURTHER OBSERVATIONS’, ARCHAEOMETRY, 35 (2) (1993), AND REPLY12 cited
  • 1991INDUCTIVELY COUPLED PLASMA‐ATOMIC EMISSION SPECTROSCOPY ANALYSIS OF METALS FROM LATE BRONZE AGE HOARDS IN SLOVENIA9 cited
  • 1996In defence of lead isotope analysis6 cited

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