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Colchester Archaeological Report 2: The Roman small finds

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of a roundel is largely dictated by the pot from which it<br />

is made. Small counters made from thick-walled pots<br />

and large counters made from thin-walled pots are<br />

rare (though not unknown, see 2299 and 2436). <strong>The</strong><br />

possibility has also been considered that some of the<br />

larger counters were used in a game involving<br />

throwing. Some of the pieces have been chipped in<br />

antiquity. However, such chipping could equally well<br />

occur during normal handling as from the objects<br />

being thrown, and few broken roundels have been<br />

found.<br />

Perhaps inevitably then we are forced to consider<br />

these roundels as pieces for board games. This is<br />

supported by the abraded surfaces already noted. In<br />

general, the boards used for pottery counters would<br />

have had to be larger than those used for sets of bone<br />

counters. <strong>The</strong> average diameter of our catalogued<br />

bone counters is 19.5 mm, a size rarely matched by<br />

pottery examples, most of which are between 25.0<br />

and 50.0mm in diameter. As some of the pottery<br />

counters are very big, the possibility that they may<br />

have been used on a board drawn on the ground<br />

should be borne in mind (ibid). It is perhaps also not<br />

unlikely that counters of different sizes were used in<br />

the same game and on the same board, though<br />

obviously the size of the stations on the board would<br />

be governed by the size of the larger pieces. Another<br />

point for consideration is that larger pieces may have<br />

had a greater value in the game than <strong>small</strong>er ones.<br />

Those pieces that have only a ground edge are<br />

probably little-used examples, and those with a rough<br />

edge are almost certainly unfinished. <strong>The</strong> method of<br />

their manufacture seems to have been that a suitable<br />

sherd was selected and its edge chipped or clipped to<br />

a more or less even shape, then ground smooth either<br />

by using a hone or by rubbing the sherd on any hard<br />

surface that would abrade the fabric. (Only a few of<br />

the counters are close to a true circle in shape, many<br />

are ovoid, even elliptical, and two are<br />

subrectangular.) <strong>The</strong> sherds selected are often from<br />

the walls of grey ware storage jars (eg Fig 96, 2319,<br />

2385), the walls or bases of thinner grey ware<br />

pots,(eg 2290, Fig 96, 2307) or the walls or bases of<br />

black burnished ware bowls (eg Fig 98, 2438) and<br />

occasionally jars. Sometimes a whole base, rather<br />

than a base sherd, was used (eg Fig 98, 2449, 2450).<br />

As only twenty pierced pottery roundels have been<br />

recovered, percentages produced by comparison of<br />

their fabrics are probably not significant, but it may be<br />

worth noting that two come from 1st-century contexts,<br />

none is made from Hadham ware, but one is of Flavian<br />

terra sigillata. <strong>The</strong>re is some slight indication<br />

therefore, probably more apparent than real, that<br />

these pierced roundels tend to be earlier in date than<br />

plain examples. <strong>The</strong> holes in pierced counters were<br />

made with a drill. Most holes have an hour-glass shape<br />

which shows that the drill was used first on one side,<br />

then the other. As with plain counters three groups<br />

can be distinguished: those with a ground edge and<br />

abraded surface(s), those with no abraded surface but<br />

an edge ground for at least part of its circumference,<br />

and rough-outs. <strong>The</strong> technique of manufacture was<br />

94<br />

therefore, as might be expected, the same for both<br />

plain and pierced counters.<br />

If pierced counters represent a group of objects<br />

genuinely separate from plain counters, then we<br />

should look for an alternative use for them. <strong>The</strong> most<br />

obvious is that of spindlewhorls, but the counters<br />

catalogued here have failed to meet the criteria put<br />

forward to identify spindlewhorls (p 67). Some<br />

would ciearly be unsuitable on grounds of either size<br />

(Fig 99, 2472), or the position of the hole (Fig 99,<br />

2467). At least one (2471) was pierced after its use<br />

as a counter, for it had abraded surfaces when it broke<br />

as a hole was being drilled into it. However, if these<br />

pieces are accepted as counters, what purpose was<br />

served by the perforation? An attractive suggestion,<br />

but one with no evidence to support it, is that<br />

perforated counters could be strung together in sets.<br />

Counters with a ground edge and at least one<br />

abraded surface (Fig 96; 2295-2389)<br />

2295 Fig 96 SF LWC 1041, A64. Topsoil. Post-<strong>Roman</strong> to postmedieval.<br />

Diameter 27.5 mm, thickness 7.5 mm. Wall sherd.<br />

Both surfaces have been abraded. Grey ware. Burnished.<br />

2nd-century or later.<br />

2307 Fig 96 SF LWC 776, B321 F70. Cellar backfill. Period 5.<br />

Diameter 38.0 mm, thickness 7.5 mm. ?Base sherd. Both<br />

surfaces are abraded. Grey ware. Burnished. 2nd-century or<br />

later. Mark Hassall has on one side identified a graffito X,<br />

and on the other multiple scratchings, all done after firing.<br />

Fig 96 Pottery counters (1:2)

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