stonehenge - English Heritage
stonehenge - English Heritage
stonehenge - English Heritage
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047-120 section 2.qxd 6/21/05 4:18 PM Page 48<br />
in the Q and R holes roughly in the centre of the space<br />
defined by the earlier earthwork. The main entrance to<br />
this structure was to the northeast and was marked by<br />
additional bluestones set inside the double circuit. It is<br />
possible that a large slab of greenish sandstone, the Altar<br />
Stone, was the focus of this structure; other stones may<br />
have stood within and around it. External to the earthwork<br />
enclosure, it is likely that at least the first straight length<br />
of the Avenue belongs to this phase, as too stone settings<br />
around the entrance.<br />
Phase 3ii–v, broadly 2400–2000 BC, sees the demolition<br />
of the Phase 3i structures and their replacement (perhaps<br />
gradual) by an arrangement of four concentric stone<br />
settings which from the inside working outwards comprise:<br />
the bluestone horseshoe, five sarsen trilithons arranged in<br />
a horseshoe, the bluestone circle, and the sarsen circle.<br />
This is the stone structure that can be seen in a ruined<br />
state today. Modifications were also made to the peripheral<br />
arrangement of stones and the Avenue was extended to<br />
the River Avon. The burial of an adult male with evidence<br />
of traumatic pathology suggesting death caused by arrowshot<br />
found in a grave dug into the ditch of the northwest<br />
sector dates to about 2400–2140 BC (Evans 1984; Cleal<br />
et al. 1995, 533).<br />
The apparent integrity of the phasing of Stonehenge and<br />
its associated structures hides a great deal of uncertainty<br />
(see for example Case 1997). Only a few features have<br />
been dated, and some key events have very few secure<br />
associated dates. The distribution of elements over a large<br />
area limits the use of horizontal and vertical stratigraphy.<br />
The longevity of the sequence at the site inevitably<br />
introduces problems of residuality in the disposition of finds<br />
and datable material. Especially difficult issues include the<br />
relationship between the Phase 1 and Phase 2 features; the<br />
form and plan of the Phase 3i structure; the sequence of<br />
construction for individual elements of the Phase 3ii–3v<br />
settings; the sequence and arrangement of features in the<br />
centre of the monument (cf. Burl 1997; 2001); the sequence<br />
and arrangement of stone settings within and around the<br />
northeast entrance (cf. Pitts 1982; Burl 1991; 1994); and<br />
both the internal phasing of the Avenue construction and<br />
the links between these and the development of the stone<br />
settings (cf. Cleal et al. 1995, 533–4).<br />
There is now very little doubt that a major factor in the<br />
design of all phases of Stonehenge was the embodiment of<br />
key moments in the movement of the sun, especially the<br />
solstitial risings and settings. An analysis of patterning in<br />
the deposition of finds relating to Phases 1 and 2 at the site<br />
by Pollard and Ruggles (2001) suggests that the early<br />
structure of the monument, and the attendant depositional<br />
practices, embodied a scheme of radial division, including a<br />
symbolic quartering primarily demarcated by solstitial rising<br />
and setting points. Through sustained ritual practice,<br />
however, the motions of the moon came increasingly to be<br />
referenced through deposition, particularly cremations<br />
(Pollard and Ruggles 2001, 69; cf. Burl 1994, 91).<br />
Juxtaposing the movements of the sun and moon is a<br />
feature of many early cosmological and calendrical schemes<br />
(Hodson 1974), often reflecting concerns about day and<br />
night, the transition between the two, and the movements<br />
of one celestial body while the other is visually dominant.<br />
Alexander Thom and colleagues speculated that the<br />
markings on the gold lozenge from Bush Barrow may have<br />
allowed it to be used as an alidade-type instrument to fix<br />
the dates of 16 of the epochs in a 16-month calendar (Thom<br />
et al. 1988), while the discovery in the late 1990s of the<br />
Nebra sun-disc at a site in central Germany adds weight to<br />
the contention that the sun and moon were combined in the<br />
cosmologies of second-millennium BC Europe (Anon 2004).<br />
That the form and shape of the various elements of<br />
Stonehenge had specific functions and/or symbolic<br />
meaning is inherent to many interpretations of the<br />
structure. Hawkins, for example, suggested that the Aubrey<br />
Holes had been used as marker-positions for calculations<br />
that were made by moving stones between the positions to<br />
predict solar and lunar events (Hawkins 1966a). Darvill has<br />
suggested that the earthwork of Phase 1 represents a<br />
microcosm of the local ‘bowl-like’ landscape (1997a, 181),<br />
while Parker Pearson and Ramilisonina (1998), drawing on<br />
cross-cultural ethnographic parallels, see the stone<br />
structures in metaphorical terms as a domain of the<br />
ancestors, durable and permanent, symbols of eternity<br />
occupied by the spirits of the dead. Barrett (1997) has<br />
emphasized the architectural order inherent to the structure<br />
and the way this might be perceived and understood by<br />
those entering the circle after walking up the Avenue from<br />
Stonehenge Bottom. In a similar vein, Whittle (1997a)<br />
emphasized the three-dimensional nature of the structure,<br />
suggesting that in its architecture we may glimpse notions<br />
of inclusion and exclusion, unity and division. Taking a<br />
sideways view of the site from the field of medicine, Perks<br />
(2003) notes the resemblance of the structure to the human<br />
vulva with the birth canal at its centre.<br />
Stonehenge is often regarded as entirely unique,<br />
and in terms of its overall sequence and survival this<br />
is probably true. Many of the individual elements<br />
represented can, however, be paralleled elsewhere and it<br />
remains an open question as to whether there were other<br />
structures of similar complexity elsewhere in Britain. The<br />
uniqueness of Stonehenge may lie in its survival rather<br />
than its construction.<br />
The earthwork elements of Stonehenge inspired<br />
Christopher Hawkes to coin the term ‘henge’ in relation to<br />
a group of prehistoric sacred places (Kendrick and<br />
Hawkes 1932, 83) subsequently defined more closely by<br />
Atkinson (1951) and Wainwright (1968). As the range of<br />
sites that may be considered henge monuments has<br />
expanded so the utility of the term adequately to embrace<br />
the visible variation has been called into question, and in<br />
many respects Stonehenge Phase 1 may now be<br />
considered atypical and, in formal typological terms, more<br />
closely allied to Kinnes’ (1979, 63 and 65–9) enclosed<br />
cemeteries. Locally, Stonehenge Phase 1 shares many<br />
traits with the Flagstones enclosure near Dorchester,<br />
Dorset (Woodward 1988).<br />
Looking beyond Stonehenge, a survey of henge<br />
monuments and related sites by Harding and Lee in the<br />
mid 1980s proposed three sub-divisions of the broad family<br />
that had by that time become known as henges: hengeenclosures;<br />
classic-henges; and mini-henges (Harding and<br />
Lee 1987). These divisions have been widely adopted<br />
and there are examples of each within the Stonehenge<br />
Landscape (Illustration 30 and Map H). However, as more<br />
henges are discovered across the British Isles it seems<br />
increasingly relevant to see mini-henges and classic-henges<br />
as part of an essentially continuous spectrum of<br />
architecturally diverse structures forming arenas for a<br />
range of activities at different scales (Harding 2003).<br />
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