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Anglo-Saxon Stonehenge

In memoriam Professor Tim Darvill OBE, FSA (1957–2024)

Published online by Cambridge University Press:  18 March 2025

John Hines*
Affiliation:
Professor emeritus, Cardiff University
*
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Abstract

Latin and vernacular histories of England and Britain from the early twelfth century onwards testify to various names for the exceptional prehistoric monument on Salisbury Plain. A British tradition prioritized by Geoffrey of Monmouth shows a split, attributable to the unfamiliarity of an archaic term, between names translatable as ‘Giants’ Dance’ and ‘Giants’ Ring’. The Old English name which gives us ‘Stonehenge’, meanwhile, identifies the megalithic structure with a place of judicial incarceration or punishment. While imaginative, that is significantly embedded in a phase of later Anglo-Saxon history when displays of authority were determinedly imposed on the landscape. Archaeological evidence shows that Stonehenge itself served as the site of one execution, possibly more, in the late eighth or ninth century. Recognition of this stage in the long sequence of societal engagement with the monument sheds light both on the site itself and its context, before and through the transition to Norman England.

Information

Type
Research Article
Creative Commons
Creative Common License - CCCreative Common License - BY
This is an Open Access article, distributed under the terms of the Creative Commons Attribution licence (http://creativecommons.org/licenses/by/4.0), which permits unrestricted re-use, distribution and reproduction, provided the original article is properly cited.
Copyright
© The Author(s), 2025. Published by Cambridge University Press
Figure 0

Figure 1: The most prominent features of the prehistoric landscape around Stonehenge. The small stars represent grave mounds, overwhelmingly of the Bronze Age. Drawn by the author after Cleal et al., Stonehenge in the Landscape.

Figure 1

Figure 2: Stonehenge: the ‘proto-henge’ of the early third millennium BC (a), and the final megalithic plan of the later third millennium BC (b). Redrawn by the author after Cleal et al., Stonehenge in the Landscape.

Figure 2

Figure 3: Anglo-Saxon cemeteries of the fifth/sixth centuries (red) and late sixth/seventh centuries (blue) in southern Wiltshire around Stonehenge.

Figure 3

Figure 4: William Camden’s view (a) and Inigo Jones’s plan (b) of Stonehenge.

Figure 4

Figure 5: The hanging of Pharoah’s baker (Genesis 40). British Library MS Cotton Claudius B.IV, fol. 59r.

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Figure 6: Stonehenge: the location of the Anglo-Saxon decapitation burial. Plan kindly supplied by Mike Pitts and reproduced with permission.

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Figure 7: a) Combined dates on the Stonehenge decapitation burial; b) chronological model of the postulated Stonehenge execution phase.

Figure 7

Figure 8: Extract from the Ordnance Survey map of Southern Britain in the Iron Age (Ordnance Survey, 1962) showing a long-distance routeway with the name ‘Harroway’ running past Stonehenge.

Figure 8

Figure 9: The highest posterior density estimate of the radiocarbon date of Walkington Wold, East Yorkshire, grave 11, modelled as the earliest dated example in a single continuous phase of Anglo-Saxon execution burial sites. The area in red is the normal distribution of the radiocarbon age, the area in light grey is the probability distribution of the calibrated radiocarbon date with no modelled constraints, and the area in dark grey the result produced by modelling. Note that the minimum ‘Agreement’ required for a valid model is 60.0%.

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Figure 10: The remodelled radiocarbon dates for Chesterton Lane graves 1 (a) and 7 (b) taking account of the fact that they lie in a stratigraphic sequence in which grave 7 is later than grave 1.

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Figure 11: The sum of the individual calibrated radiocarbon dates on samples from the tenth- to twelfth-century use of the execution cemetery at Weyhill Road, Andover, Hampshire, showing the sharp bimodality that suggests a chronological division of the site into two distinct phases, here labelled Phases A and B.

Figure 11

Figure 12: Calibrated date-ranges produced from the radiocarbon determinations of three bodies in the mass grave at St John’s College, Oxford. (a) R_Combine calibrated to IntCal20. (b) Combine using mixed atmospheric (IntCal20) and marine curves.

Figure 12

Table 1: Radiocarbon dated burials from Anglo-Saxon and Norman-period execution burial sites, giving the radiocarbon age, radiocarbon date calibrated to IntCal20, and δ13C and δ15N measurements where available. Simultaneous burials have the combined radiocarbon ages calibrated to date. The modelled dates or ‘highest posterior density estimates’ of burials in stratigraphic sequences have not been shown.

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Table 2: The radiocarbon results given in Table 1 calibrated using IntCal20. Chesterton Lane 8 and Stonehenge represent two radiocarbon measurements from the same body combined, while Ridgeway Hill and Oliver’s Battery 4 are the products of combining radiocarbon data from three separate individuals put to death and buried at the same time.

Figure 14

Table 3: Radiocarbon-dated samples from the mass grave at St John’s College, Oxford, with the isotopic data from the samples (δ13C and δ15N).