The current consensus is outlined about the application of lead isotope analyses to metal provenance studies and to the unravelling of the Mediterranean Bronze Age copper trade, with special reference to copper oxhide ingots. Various misconceptions, especially some of those contained in Knapp (1999, 2000), are corrected. It is shown that there is no need to fall back on hypotheses based upon the Mediterranean-wide mixing/recycling of copper metals to explain the lead isotope characteristics of post-1250 BC copper oxhide ingots, since there is a good isotopic coincidence between these ingots and the Apliki region ore deposits in Cyprus. Weaknesses are exposed in the hypotheses of direct or indirect pooling of Cypriot ores, and of the proposed widespread recycling of metals in a Mediterranean-wide koine, particularly since there is no evidence for a homogeneity of lead isotope composition in artefacts and no tin in the oxhide ingots.
BARNES, J.L. , R.H. BRILL , E.C. DEAL and G.V. PIERCY , 1986. Lead isotope studies of some of the finds from the Serce Liman shipwreck. In J.S. Olin and M.J. Blackman (eds), Proceedings of the 24th International Archaeometry Symposium: 1–12. Washington, DC: Smithsonian Institute.
2.
BASS, G.F. , 1973. Cape Gelidonya and Bronze Age maritime trade. In H.A. Hoffner, Jr. (ed.), Orient and Occident: 29–38. Kevelaer: Verlag Butzon.
3.
BAXTER, M.J. and N.H. GALE , 1998. Testing for multivariate normality via univariate tests: a case study using lead isotope ratio data . Journal of Applied Statistics25:671–683.
4.
BUDD, P. , A.M. POLLARD , B. SCAIFE and R.G. THOMAS , 1995. Oxhide ingots, recycling and the Mediterranean metals trade . Journal of Mediterranean Archaeology 8:1–32, 70–75.
5.
DOSSIN, G.1970. La route de l'étain en Mésopotamie au temps de Zimri-Lim . Revue Assyr. 64:97–106.
6.
GALE, N.H. , 1980. Some aspects of lead and silver mining in the Aegean. In C. Doumas (ed.), Thera and the Aegean World II: 161–196. London.
7.
GALE, N.H. , 1991. Copper oxhide ingots: their origin and their place in the Bronze Age metals trade in the Mediterranean . In N.H. Gale (ed.), Bronze Age Trade in the Mediterranean: Studies in Mediterranean Archaeology90: 197–239. Go ª teborg: P. Astro ª m's Forlag.
8.
GALE, N.H. , 1999. Lead isotope characterization of the ore deposits of Cyprus and Sardinia and its application to the discovery of the sources of copper for late Bronze Age oxhide ingots. In S.M.M. Young , A.M. Pollard , P. Budd and R.A. Ixer (eds), Metals in Antiquity. British Archaeological Reports, International Series 792: 110–121. Oxford: Archaeopress.
9.
GALE, N.H. and S. STOS-GALE , 1982a. Bronze and copper sources in the Mediterranean: a new approach . Science216:11–19.
10.
GALE, N.H. and S. STOS-GALE , 1982b. Lead and silver in the ancient Aegean . Scientific American244(6):176–192.
11.
GALE, N.H. and S. STOS-GALE , 1986. Oxhide ingots in Crete and Cyprus and the Bronze Age metals trade . Annual of the British School at Athens81:81–100.
12.
GALE, N.H. and S. STOS-GALE , 1987. Oxhide ingots from Sardinia, Crete and Cyprus and the Bronze Age copper trade: new scientific evidence. In M.S. Balmuth (ed.), Studies in Sardinian Archaeology 3: Nuragic Sardinia and the Mycenaean World. British Archaeological Reports International Series 387: 135–178. Oxford: British Archaeological Reports.
13.
GALE, N.H. and S. STOS-GALE , 1992a. Evaluating lead isotope data: comments 1 . Archaeometry34:311–317.
14.
GALE, N.H. and Z.A. STOS-GALE , 1992b. Lead Isotope Studies in the Aegean (The British Academy Project). In M. Pollard (ed.), Proceedings of the Joint Royal Society/British Academy Conference on Science Based Archaeology, London 1991. New Developments in Archaeological Science: 63–108. Oxford: Oxford University Press.
15.
GALE, N.H. and S. STOS-GALE , 1995. Comment on `Oxhide ingots, recycling, and the Mediterranean metals trade' . Journal of Mediterranean Archaeology8:33–41.
16.
GALE, N.H. and S. STOS-GALE , 2000. Lead isotope analyses applied to provenance studies. In E. Ciliberto and G. Spoto (eds), Modern Analytical Methods in Art and Archaeology: 503–584. New York: Wiley Interscience.
17.
GALE, N.H. , Z.A. STOS-GALE , G. MALIOTIS ALIOTIS and N. ANNETTS , 1997. Lead isotope data from the Isotrace Laboratory: Oxford . Archaeometry database 4, ores from Cyprus. Archaeometry39:237–245.
18.
HALL, M. , 1995. Comments on `Oxhide ingots, recycling, and the Mediterranean metals trade' . Journal of Mediterranean Archaeology8:42–44.
19.
KARAGEORGHIS, V. and V. KASSIANIDOU , 1999. Metalworking and recycling in late Bronze Age Cyprus – the evidence from Kition . Oxford Journal of Archaeology18:171–188.
20.
KNAPP, A.B. , 1999. The archaeology of mining: fieldwork perspectives from the Sydney Cyprus Survey Project (SCSP). In S.M.M. Young , A.M. Pollard , P. Budd and R.A. Ixer (eds), Metals in Antiquity: 98–109. British Archaeological Reports, International Series 792. Oxford: Archaeopress.
21.
KNAPP, A.B. , 2000. Archaeology, science-based archaeology and the Mediterranean Bronze Age metals trade . European Journal of Archaeology3(1):31–49.
22.
KNAPP, A.B. , M. DONNELLY ONNELLY and L. KASSIANIDOU , 1998. Excavations at Politiko Phorades 1997. Report of the Department of Antiquities, Cyprus: 247–268.
23.
KNAPP, A.B. , L. KASSIANIDOU ASSIANIDOU and M. DONNELLY , 1999. Excavations at Politiko Phorades 1998. Report of the Department of Antiquities, Cyprus: (in press).
24.
LAGARCE, J. and E. LAGARCE, 1996. Les l'ingots `en peau de boeuf ', objets de commerce et symboles idéologiques dans la monde méditerranéean. Revue des Études Phénico-Puniques et d'Antiquites Libyennes.
25.
LO SCHIAVO, F. , T. STECH , R. MADDIN and J.D. MUHLY , 1987. Nuragic metallurgy in Sardinia; second preliminary report. In M.S. Balmuth (ed.), Studies in Sardinian Archaeology 3. BAR International Series 387: 179–187. Oxford: British Archaeological Reports.
26.
MADDIN, R. and J. MERKEL , 1990. Metallographic and statistical analyses. In F. Lo Schiavo, R. Maddin, J. Merkel, J D Muhly and T. Stech. Metallographic and Statistical Analyses of Copper Ingots from Sardinia. Ministero per i Beni Culturali e Ambientali, Soprintendenza ai Beni Archeologici per le Province di Sassari e Nuoro, Quaderni 17. Ozieri: Torchietto.
27.
MELAS, M.1991. Mediterranean trade in the Bronze Age: a theoretical perspective. In N.H. Gale (ed.), Bronze Age Trade in the Mediterranean, Studies in Mediterranean Archaeology XC: 387–398. Jonsered: Paul Astroms Fo ª rlag.
28.
MERKEL, J.F. , 1990. The experimental reconstruction of Bronze Age copper smelting based on archaeological evidence from Timna. In B. Rothenberg (ed.), The Ancient Metallurgy of Copper: 78–122. London: IAMS.
29.
MUHLY, J.D. , 1972. The land of Alasia. Praktikon tou Protou Diethnous Kyprologikou Synedriou, vol. A. Levkosia.
30.
MUHLY, J.D. , 1985. Sources of tin and the beginnings of bronze metallurgy . American Journal of Archaeology89:275–291.
31.
MUHLY, J.D. , 1989. The organisation of the copper industry in late Bronze Age Cyprus. In E.J. Peltenburg (ed.), Early Society in Cyprus: 298–314. Edinburgh: Edinburgh University Press.
32.
MUHLY, J.D. , 1991. The development of copper metallurgy in late Bronze Age Cyprus. In N.H. Gale (ed.), Bronze Age Trade in the Mediterranean. Studies in Mediterranean Archaeology 90: 180–196. Go ª teborg: P. Astro ª m's Forlag.
33.
MUHLY, J.D. , 1998. Metals and metallurgy: using modern technology to study ancient technology. In Ancient Greek Technology: Proceedings of the First International Conference on Ancient Greek Technology (Thessaloniki, 4–7 Sept. 1997): 27–33. Thessaloniki: Technology Museum.
34.
PERNICKA, E. , 1995. Crisis or catharsis in lead isotope analysis?Journal of Mediterranean Archaeology8: 59–64.
35.
PERNICKA, E. , F. BEGEMANN , S. SCHMITT-STRECKER and G.A. WAGNER , 1993. Eneolithic and early Bronze Age copper artefacts from the Balkans and their relation to Serbian copper ores , Praehistorisches Zeitschrift68(1): 1–54.
36.
PULAK, C. , 1998. The Uluburun shipwreck: an overview . International Journal of Nautical Archaeology27(3): 188–224.
37.
SAYRE, E.V. , KA. YENER , E.C. JOEL and I.L. BARNES , 1992. Statistical evaluation of the presently accumulated lead isotope data from Anatolia and the surrounding regions . Archaeometry34: 73–105.
38.
SAYRE, E.V. , K.A. YENER and E.C. JOEL , 1995. Comments on `Oxhide ingots, recycling and the Mediterranean metals trade' . Journal of Mediterranean Archaeology8: 45– 53.
39.
SCAIFE, B. , P. BUDD , J.G. MCDONNELL , A.M. POLLARD and R.G. THOMAS , 1996. A reappraisal of statistical techniques used in lead isotope analysis. In S. Demirici , A.M. O ª zer and G.D. Summers (eds), Archaeometry 94. The Proceedings of the 29th International Symposium on Archaeometry: 301–307. Ankara: Tu ª bitak.
40.
ONNELL and A.M. POLLARD , 1999. Lead isotope analysis, oxhide ingots and the presentation of scientific data in archaeology. In S.M.M. Young , A.M. Pollard , P. Budd and R.A. Ixer (eds), Metals in Antiquity. British Archaeological Reports, International Series 792: 122–133. Oxford: Archaeopress.
41.
STOS-GALE, Z.A. and N.H. GALE , 1992. New light on the provenience of the copper oxhide ingots found on Sardinia. In R.H. Tykot and T.K. Andrews (eds), Sardinia in the Mediterranean: A Footprint in the Sea: 317–346. Sheffield: Sheffield Academic Press.
42.
STOS-GALE, Z.A. and N.H. GALE , 1994. Metals. In A.B. Knapp and J.F. Cherry (eds), Provenance Studies and Bronze Age Cyprus: Production, Exchange, and Politico-Economic Change. Monographs in World Archaeology 21: 92–121. Madison, WI: Prehistory Press.
43.
STOS-GALE, Z.A. , N.H. GALE , J. HOUGHTON , and R. SPEAKMAN , 1995. Lead isotope data from the Isotrace Laboratory: Ores from the western Mediterranean . Archaeometry37(2): 407–415.
44.
STOS-GALE, ZA. , G. MALIOTIS , N.H. GALE and N. ANNETTS , 1997. Lead isotope characteristicsof the Cyprus copper ore deposits applied to provenance studies of copper oxhide ingots . Archaeometry39: 83–123.
45.
STOS-GALE, ZA. , G. MALIOTIS and N.H. GALE , 1998a. A preliminary survey of the Cypriot slag heaps and their contribution to the reconstruction of copper production on Cyprus. In Th. Rehren , A. Hauptmann and J.D. Muhly (eds), Metallurgica Antiqua, Der Anschnitt Beiheft 8: 235–262, Bochum.
46.
SCAIFE, B. , P. BUDD , J.G. MCDONNELLSTOS-GALE, ZA. , N.H. GALE , G. BASS , C. PULAK , E. GALILI and J. SHARVIT , 1998b. The copper and tin ingots of the late Bronze Age Mediterranean: new scientific evidence. In Proceedings of the Fourth International Conference on the Beginning of the Use of Metals (BUMA-IV): 115–126. Sendai: Japan Institute of Metals.
47.
TAYLOR, J. DU PLAT , 1952. A late Bronze Age settlement at Apliki, Cyprus , The Antiquaries Journal. Vol. XXXII: 133–167.
48.
TYLECOTE, R.F.1971. Observations on Cypriot copper smelting. Report of the Department of Antiquities, Cyprus: 53–58.
49.
YOUNG, S.M.M. , A.M. POLLARD , P. BUDD and R.A. IXER , eds, 1999. Metals in Antiquity. British Archaeological Reports, International Series 792. Oxford: Archaeopress.
