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How to mark specific references of interest for your List collections
| Type | Year | Authors | Title | Source | ID |
|---|---|---|---|---|---|
| Book | 1971 | Agrawal, D. P. | The copper bronze age in India: an integrated archaeological study of the copper bronze age in India in the light of chronological, technological, and ecological factors, ca. 3000-500 B.C. | [Agrawal, 1971 #19868] | |
| Journal Article | 1971 | Agrawal, D. P. | The copper hoards problem: a technological angle | Asian Perspectives (1969) | [Agrawal, 1971 #33315] |
| Book Section in a Series | 2000 | An, Zhimin | Some problems concerning early Chinese copper and bronze artifacts | The beginnings of metallurgy in China | [An, 2000 #25679] |
| Book Section | 2015 | Anfinset, Nils | Documenting copper mining and smelting technology | Metals and civilizations | [Anfinset, 2015 #22384] |
| Journal Article | 1978 | Benfer, R. A. | Mineral analysis of ancient Peruvian hair | American Journal of Physical Anthropology | [Benfer, 1978 #34788] |
| Journal Article | 1988 | Bennett, Anna | Sources of copper and tin ores in prehistoric Thailand | Jahrbuch des Romisch-Germanischen Zentralmuseums Mainz | [Bennett, 1988 #37274] |
| Thesis | 1988 | Bennett, Anne | Copper metallurgy in central Thailand | Institute of Archaeology | [Bennett, 1988 #36391] |
| Journal Article | 1969 | Bhardwaj, H. C. | Copper red glasses through the ages | Puratattva | [Bhardwaj, 1969 #29943] |
| Journal Article | 2017 | Burger, Marcel | Novel sampling techniques for trace element quantification in ancient copper artifacts using laser ablation inductively coupled plasma mass spectrometry | Journal of Archaeological Science | [Burger, 2017 #26829] |
| Journal Article | 1987 | Byrne, K. B. | Reconstruction of the diet of the Middle Woodland Amerindian population at Abbott Farm by bone trace-element analysis | American Journal of Physical Anthropology | [Byrne, 1987 #34768] |
| Journal Article | 2022 | Cadet, Mélissa | Technological reconstruction of the late prehistoric primary copper production of the Vilabouly Complex (central Laos) | Archaeological and Anthropological Sciences | [Cadet, 2022 #36998] |
| Journal Article | 2022 | Cadet, Mélissa | Technological reconstruction of the late prehistoric primary copper production of the Vilabouly Complex (central Laos) | Archaeological and Anthropological Sciences | [Cadet, 2022 #37065] |
| Journal Article | 2021 | Cadet, Mélissa | Late prehistoric copper smelting in the Lao PDR: Experimental reconstruction based on the Vilabouly Complex evidence | Journal of Archaeological Science: Reports | [Cadet, 2021 #37136] |
| Journal Article | Chattopadhyay, Pranab K. | Copper objects from Dihor: archaeotechnical studies | Puratattva | [Chattopadhyay, #34401] | |
| Journal Article | 2017 | Chen, Kunlong | Evidence of arsenical copper smelting in Bronze Age China: a study of metallurgical slag from the Laoniupo site, central Shaanxi | Journal of Archaeological Science | [Chen, 2017 #26830] |
| Book Section | 2022 | Ciarla, Roberto | The origins of the Bronze Age in Mainland Southeast Asia | The Oxford Handbook of Early Southeast Asia | [Ciarla, 2022 #37030] |
| Journal Article | 1975 | Cooke, S. R. B. | The occurrence of metallic iron in ancient copper | Journal of Field Archaeology | [Cooke, 1975 #29837] |
| Journal Article | 1979 | Craddock, P. | The copper alloys of the medieval Islamic world - inheritors of the classical tradition | World Archaeology | [Craddock, 1979 #29793] |
| Journal Article | 1987 | Craddock, Paul T. | Iron in ancient copper | Archaeometry | [Craddock, 1987 #29787] |
| Book | 2002 | Davenport, W. G. | Extractive metallurgy of copper | [Davenport, 2002 #20068] | |
| Journal Article | 2009 | Dodson, J. | Early bronze in two Holocene archaeological sites in Gansu, NW China | Quaternary Research | [Dodson, 2009 #29048] |
| Book in a Series | 1960 | Economic Commission for Asia and the Far East, United Nations | Copper, lead, and zinc ore resources of Asia and the Far East | [Economic 1960 #21713] | |
| Book Section | 2014 | Ehrhardt, Kathleen L. | Copper working technologies, contexts of use, and social complexity in the eastern woodlands of native North America | Archaeometallurgy in global perspective: methods and syntheses | [Ehrhardt, 2014 #22766] |
| Book Section | 2015 | Eiji Izawa, | Iron lumps formed from the ancient copper smelting: an example from Naganobori, Japan | Metals and civilizations | [Eiji 2015 #22404] |
| Thesis-PhD | 1993 | Epstein, Stephen M. | Cultural choice and technological consequences: constraint of innovation in the late prehistoric copper smelting industry of Cerro Huaringa, Peru | [Epstein, 1993 #36500] | |
| Journal Article | 1991 | Folin, M. | Trace element determination in humans. The use of blood and hair | Biological Trace Element Research | [Folin, 1991 #34710] |
| Journal Article | 1982 | Gale, Noël H. | Bronze age copper sources in the Mediterranean: a new approach | Science | [Gale, 1982 #26602] |
| Journal Article | 1997 | Glen-Haduch, Elzbieta | Cribra orbitalia and trace element content in human teeth from Neolithic and Early Bronze Age graves in southern Poland | American Journal of Physical Anthropology | [Glen-Haduch, 1997 #34703] |
| Book Section | 1991 | Glumac, Petar D. | Neolithic copper smelting slags from the Middle Danube Basin | Archaeometry '90 | [Glumac, 1991 #23843] |
| Book Section | 2014 | Golden, Jonathan | Who dunnit? New clues concerning the development of Chalcolithic metal technology in the southern Levant | Archaeometallurgy in global perspective: methods and syntheses | [Golden, 2014 #22758] |