IngentaConnect The Chemical Environment in a Burial Mound Shortly after Construc...

Authors: Breuning-Madsen H.¹; Holst M.K.²; Rasmussen M.³

Source: Journal of Archaeological Science, Volume 28, Number 7, July 2001 , pp. 691-697(7)

Abstract:

A number of burial mounds from the South Scandinavian Early Bronze Age have contained iron pan encapsulated, wet mound cores, in which organic material has been extraordinarily well preserved. Chemical analysis of iron pan formations in recently excavated burial mounds from Jutland, Denmark have demonstrated that the iron pans were formed by redox-processes, caused by anaerobic conditions in the core of the mound and possibly influenced or determined by the way the mound was constructed. In 1995 an experimental burial mound was erected at the Historical-Archaeological Research Centre at Lejre in Denmark. The purpose of the experiment was to test and elaborate the theories on the iron pan formation and the mound construction developed on the basis of the previous chemical analysis. Three years after construction the mound was excavated and the iron pan formation and the preservation of organic matter in an oaken log coffin were studied. Anaerobic conditions had developed in the mound core and the contents of the oaken log coffin were found to be well preserved. This paper describes the results of the experiment. Copyright 2001 Academic Press

Language: English

Document Type: Research article

Affiliations: 1: Institute of Geography, Copenhagen University, Øster Voldgade 10, Copenhagen, DK-1350, Denmark 2: Department of Prehistoric Archaeology, University of Århus, Moesgaard, Højbjerg, DK-8270, Denmark 3: Lejre Historical and Archaeological Research Centre, Slange Alle 2, Lejre, DK-4320, Denmark

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The Chemical Environment in a Burial Mound Shortly after Construction—An Archaeological–Pedological Experiment