Form and flow: The 'karmic cycle' of copper

The analysis and interpretation of the chemical composition of copper-alloys is one of the longest ongoing research projects within archaeological science. Beginning in the late 18th century these data have been consistently used to try and link objects with distinct metal sources. This paper argues...

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Main Authors: Bray, P, Cuénod, A, Gosden, C, Hommel, P, Liu, R, Pollard, A
Format: Journal article
Published: Elsevier 2015
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author Bray, P
Cuénod, A
Gosden, C
Hommel, P
Liu, R
Pollard, A
author_facet Bray, P
Cuénod, A
Gosden, C
Hommel, P
Liu, R
Pollard, A
author_sort Bray, P
collection OXFORD
description The analysis and interpretation of the chemical composition of copper-alloys is one of the longest ongoing research projects within archaeological science. Beginning in the late 18th century these data have been consistently used to try and link objects with distinct metal sources. This paper argues the traditional provenance model for copper alloys is fatally flawed. Through pursuing a 'pure' source signal, chemical and isotopic datasets have been removed from their context and history. Social engagement with metal through processes such as reuse, recycling, and curation were rarely considered important by analysts. We offer an alternative model that unites the available legacy scientific datasets with process-metallurgy, archaeological and geographical context, and new conceptual approaches. Rather than provenance, we offer an empirical model of metal flow. Here objects are seen as snapshots of a wider metal stream; their final scientific characterisation including echoes of their previous forms and contexts. Through a series of case studies we highlight how the reinterpretation of existing datasets can disentangle the complex life histories of units of copper.
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spelling oxford-uuid:52398e9d-22de-4049-b0c4-3447f99613812022-03-26T16:24:16ZForm and flow: The 'karmic cycle' of copperJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:52398e9d-22de-4049-b0c4-3447f9961381Symplectic Elements at OxfordElsevier2015Bray, PCuénod, AGosden, CHommel, PLiu, RPollard, AThe analysis and interpretation of the chemical composition of copper-alloys is one of the longest ongoing research projects within archaeological science. Beginning in the late 18th century these data have been consistently used to try and link objects with distinct metal sources. This paper argues the traditional provenance model for copper alloys is fatally flawed. Through pursuing a 'pure' source signal, chemical and isotopic datasets have been removed from their context and history. Social engagement with metal through processes such as reuse, recycling, and curation were rarely considered important by analysts. We offer an alternative model that unites the available legacy scientific datasets with process-metallurgy, archaeological and geographical context, and new conceptual approaches. Rather than provenance, we offer an empirical model of metal flow. Here objects are seen as snapshots of a wider metal stream; their final scientific characterisation including echoes of their previous forms and contexts. Through a series of case studies we highlight how the reinterpretation of existing datasets can disentangle the complex life histories of units of copper.
spellingShingle Bray, P
Cuénod, A
Gosden, C
Hommel, P
Liu, R
Pollard, A
Form and flow: The 'karmic cycle' of copper
title Form and flow: The 'karmic cycle' of copper
title_full Form and flow: The 'karmic cycle' of copper
title_fullStr Form and flow: The 'karmic cycle' of copper
title_full_unstemmed Form and flow: The 'karmic cycle' of copper
title_short Form and flow: The 'karmic cycle' of copper
title_sort form and flow the karmic cycle of copper
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AT gosdenc formandflowthekarmiccycleofcopper
AT hommelp formandflowthekarmiccycleofcopper
AT liur formandflowthekarmiccycleofcopper
AT pollarda formandflowthekarmiccycleofcopper