Iron has long been regarded as a crucial element facilitating at least two key activities at the centre of the economic and political history of lower Northeast Thailand from the Iron Age (500BC-AD500) to the fall of Angkor in AD1453: agriculture and construction of water conservation. Both sectors are thought to have been mechanisms manipulated by local and regional elites to generate and maintain wealth and power. Building upon this claim, iron production may have also had a major socioeconomic role in society. However, despite many side references to the abundance of iron-related remains in the archaeological record, little is known about the primary production of iron and its spatial distribution in this region, and the evidence has rarely been explored to its full potential to construct arguments from a technological and craft production point of view. To better our understanding of this industry and its role in the broader cultural landscape of lower Northeast Thailand, this thesis focused on iron production remains. Slag, technical ceramics, and laterite fragments (possible ore) found at slag deposits in Ban Kruat in Buriram province, and broadly dated from the Iron Age to the Angkorian Khmer period, were analysed. The aims were to reconstruct the chaîne opératoire of Ban Kruat ironmaking technology, and to use these technical with broader archaeological and historical knowledge to discuss the environmental and social embeddedness of iron and iron making in the regional setting of lower Northeast Thailand. Archaeometallurgical approaches were employed to extract relevant data from the finds, which were then discussed in social terms with the aid of conceptual frameworks from the social construction of technology and craft production. The results indicate that the whole production landscape was built upon very similar ironmaking practices, resulting in very comparable production waste and debris. The said process involved the smelting of locally available iron and alumina-rich laterite ores inside shaft furnaces under unusually high temperatures and reducing atmospheres, possibly leading to the direct production of carbon-rich iron. The low technical variability of this practice may have been critically constrained by the ore chemistry that forced the smelting practice to be formulated in such a way in order to win metallic iron from the peculiar ore available. This rendered this technology rather resistant to change or improvement, in spite of the profound changes taking place concurrently in lower Northeast Thailand, ranging from the political (chiefdoms, early state, and the empire) to the socioeconomic (community-based specialised production to Angkorian temple-based economic system).
| Identifer | oai:union.ndltd.org:bl.uk/oai:ethos.bl.uk:746205 |
| Date | January 2016 |
| Creators | Venunan, P. |
| Publisher | University College London (University of London) |
| Source Sets | Ethos UK |
| Detected Language | English |
| Type | Electronic Thesis or Dissertation |
| Source | http://discovery.ucl.ac.uk/1501057/ |
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