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Odd deposits and average practice. A critical history of the concept of structured deposition

Published online by Cambridge University Press:  26 November 2012

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Abstract

This paper presents a critical history of the concept of ‘structured deposition’. It examines the long-term development of this idea in archaeology, from its origins in the early 1980s through to the present day, looking at how it has been moulded and transformed. On the basis of this historical account, a number of problems are identified with the way that ‘structured deposition’ has generally been conceptualized and applied. It is suggested that the range of deposits described under a single banner as being ‘structured’ is unhelpfully broad, and that archaeologists have been too willing to view material culture patterning as intentionally produced – the result of symbolic or ritual action. It is also argued that the material signatures of ‘everyday’ practice have been undertheorized and all too often ignored. Ultimately, it is suggested that if we are ever to understand fully the archaeological signatures of past practice, it is vital to consider the ‘everyday’ as well as the ‘ritual’ processes which lie behind the patterns we uncover in the ground.

Information

Type
Discussion Article
Copyright
Copyright © Cambridge University Press 2012
Figure 0

Figure 1 The University of Liverpool library copy of the book in which Richards and Thomas's 1984 paper was published.

Figure 1

Figure 2 Plan of Durrington Walls, as excavated prior to 1984 (Richards and Thomas 1984, figure 12.2).

Figure 2

Figure 3 Spatial representation of the variation in Grooved Ware design stages between features at Durrington Walls (Richards and Thomas 1984, figure 12.3).

Figure 3

Figure 4 Graphic representation of the relative amounts of pottery and flint in each post-hole within Circles A and B of the Southern Circle. In order to make the two materials directly comparable, the quantity of sherds/flakes in each post-hole was calculated as a percentage of the total number. To make the graph more straightforward to read, the x-axis has been arranged in order of the percentage difference between the two materials rather than in order of feature number; those with large differences fall to the left-hand side, those with small to the right. Data from Richards and Thomas (1984, figure 12.6).

Figure 4

Figure 5 Rubbish disposal patterns within ‘a typical Endo compound’ (after Moore 1986, figure 17).

Figure 5

Figure 6 The distribution of Grooved Ware at Woodhenge (Pollard 1995, figure 4).

Figure 6

Figure 7 Schematic diagram of the deposits within Pit 7372 at Winnal Down (Hill 1995, figure 7.10).

Figure 7

Figure 8 ‘Simplified interpretation of the setting, major activities and possible meanings of the enclosure’ at Windmill Hill (Whittle, Pollard and Grigson 1999, figure 227 detail).

Figure 8

Figure 9 Quantities of six different material types recycled each month in Merseyside during the 2010–11 financial year. In order to make the six materials directly comparable, quantities are expressed as a percentage of the total. Data from Merseyside Waste Disposal Authority.

Figure 9

Figure 10 Pottery and flint distributions at Kilverstone, Area E (Garrow, Lucy and Gibson 2006, figure 2.7).

Figure 10

Figure 11 Graphic representation of the relative amounts of pottery and flint in each pit at Kilverstone, Area E. In order to make the two materials directly comparable, the quantity of sherds/flakes in each post-hole was calculated as a percentage of the total number.