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The Use of Celtic Coinage in Early Roman London: A Re-interpretation of Bloomberg Wax Tablet 31

Published online by Cambridge University Press:  24 November 2023

Tom Johnson*
Affiliation:
University of Cambridge, UK tdj25@cantab.ac.uk
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Abstract

The reference to ‘victoriati’ in Bloomberg Wax Tablet 31 has been interpreted as a request for 52 Roman quinarii. This paper argues that quinarii were not available in significant enough quantities to make such a payment and that a more credible alternative is to see these ‘victoriati’ as a reference to local, Celtic coinage, specifically the silver issues of Epaticcus or Cunobelin. This identification, supported by recent metallurgic studies, alongside data from hoards, excavations and the Portable Antiquities Scheme, suggests a more prolonged use of Celtic coinage in Roman London than has previously been appreciated. Supplementary material is available online and provides data supporting the assertions made.

Type
Articles
Copyright
Copyright © The Author(s), 2023. Published by Cambridge University Press on behalf of The Society for the Promotion of Roman Studies

INTRODUCTION

Written in the 60s a.d., Bloomberg Wax Tablet 31 displays four readable lines of text in which two sums of money are requested:

rogo [te] per panem et sal-
em ut quam primum mit-
tas (denarios) uiginti sex in uictoriat(is)
et (denarios) decem Paterionis

I ask you by bread and salt that you send as soon as possible the 26 denarii in victoriati and the 10 denarii of Paterio.Footnote 1

The second of these sums presents little by way of surprise – the ‘ten denarii of Paterio’. The first, however – the ‘twenty-six denarii in victoriati’ – can justifiably be labelled ‘puzzling’.Footnote 2 Minted from the late third century until the 170s b.c., the victoriatus was a silver coin struck to facilitate transactions with the drachma-based systems of south Italy.Footnote 3 Two centuries had elapsed between the final minting of the victoriatus and its appearance on Wax Tablet 31. Unsurprisingly, the denomination's appearance in Britain is exceptionally rare.Footnote 4 Various solutions to this problem will be considered.

THE QUINARIUS SOLUTION

Tomlin, in his publication of the Bloomberg Tablets, rightly seeks an alternative identification.Footnote 5 His solution is to read the term ‘victoriatus’ as a reference to another Roman silver coin – the quinarius. Footnote 6 Having the value of half a denarius, the quinarius was originally produced briefly during the late third century b.c. It was revived at the end of the second century b.c. and made sporadic reappearances after this time, most notably during the early first century b.c.Footnote 7 The equation of the Bloomberg ‘victoriatus’ with the revived quinarius is at first sight unproblematic. When quinarii were once again struck around 102 b.c. they did not reproduce the types of the earlier quinarii, but rather of the victoriatii, supporting the view that these two coins had become assimilated by this time.Footnote 8 Furthermore, Pliny tells us that the quinarius, due to its Victory reverse-type, was indeed known by the name victoriatus.Footnote 9

The problem with Tomlin's reading is the length of time which had elapsed between the writing of the Bloomberg tablet and the last significant quinarius issues. These had been between 29 and c. 23 b.c. – the ASIA RECEPTA type of Octavian (RIC 12 276) and the issue of Publius Carisius for Augustus (RIC 12 001). Lack of recent issues alone does not rule out Tomlin's interpretation, since Roman silver coinage could circulate in Britain for significant periods of time – even 250 years in extreme cases.Footnote 10 Reece estimates that in the 50s a.d. around half of the province's silver coinage was Republican.Footnote 11 That this might have remained the case until the reign of Vespasian (a.d. 69–79) is suggested by Butcher and Ponting's study of empire-wide hoard data.Footnote 12 Examples of quinarii of any period are, however, uncommon in Britain. Data from the Portable Antiquities Scheme (henceforth PAS) and hoards record just ten Republican and three Augustan specimens.Footnote 13 Of these, only two are from hoards: Selby (N. Yorks.) and Charlwood (Surrey), a clear illustration of Ghey's assertion that ‘quinarii are not common finds in hoards’.Footnote 14 This scarcity does not appear to be a result of their dates of issue. With the exception of RRC 449/6 and RIC 12 276, quinarii are found in smaller numbers than their matching denarii (where these exist) (table. 1). Even quinarius issues which die-studies or Crawford's estimates indicate were minted in large numbers are poorly represented in Britain, while denarii contemporary with ‘absent’ quinarii do occur in British finds.Footnote 15

COMPARATIVE WEAR AND WEIGHT LOSS

By the nature of their discovery, objects recorded by PAS often lack an archaeological context from which a probable date of loss can be inferred. In the absence of securely dated loss-horizons for these few isolated finds of quinarii, a surrogate procedure is to match the weight loss exhibited by British finds with examples of the same issue from dated deposits from elsewhere in the empire. This method does not pretend exactitude,Footnote 16 yet its results make clear that four of our thirteen quinarii had ceased to circulate well before the 60s a.d. (see online supplementary material Section 1 for full data).

Of the three examples of RRC 333/1 recorded by PAS, two certainly left circulation before the writing of Bloomberg Tablet 31. LVPL-D19795 has no weight recorded, but its lack of wear clearly demonstrates that it did not remain in circulation for over 150 years. The similar condition of this example to specimens from the Sustinenza (closing date 51 b.c.) and Cisterna di Latina (closing date 40 b.c.) assemblages strongly suggests a similar date of deposition.Footnote 17 The weight of YORYM-5C6AA4 (1.8 g) when compared with the weight of datable examples suggests an even earlier date at which it left circulation. The same is true of one of the two examples of the issues of M. Cato (RRC 343/2), the weight of which suggests a deposition date of c. 70 b.c. The scarcity of issues of M. Antonius (RRC 489/6) makes the use of comparative weights even less reliable, but suggests that in all likelihood the two examples recorded by PAS would have fallen out of circulation decades before the 60s a.d.

Table 1 summarises the results of the procedure, where possible giving rough estimations of the deposition date of each quinarius recoded by PAS.

TABLE 1 EQUIVALENT DENARII OF QUINARII IN BRITAIN

These results are supported by the fact that few western hoards closing after a.d. 10 contain quinarii. At Pompeii, for example, they are scarce, particularly in the destruction level of a.d. 79, from which only two specimens have been recorded – single examples of Augustus’ ASIA RECEPTA (RIC 12 276) and Victory on Prow (RIC 12 474).Footnote 18

HALVED AND QUARTERED DENARII

The presence of halved denarii in Britain further suggests that quinarii were uncommon and that their absence drove inhabitants of the province to create their own fractions, with quartering also evident. The creation of fractions when ‘small change’ was in short supply is well attested in the Roman world.Footnote 19 We must be cautious, however, since halving could also be an action related to ritual. At Piercebridge, for example, around 8 per cent of the coins deposited in the River Tees were deliberately mutilated, with more than 30 cut denarii among their number.Footnote 20 We can compare the evidence of coin mutilation in watery votive contexts from Gaul and Switzerland – regions from which soldiers at Piercebridge hailed.Footnote 21 Examples of ritual cutting elsewhere in Britain are, however, rare, and at other sites of ritual deposition, such as Bath or Coventina's Well, halved coins are conspicuous by their absence.Footnote 22 Cut coins in Britain cannot, then, simply be assumed to represent ritual mutilation. Indeed, their economic function is suggested by the presence of four cut denarii in the Leigh hoard – an otherwise unremarkable assemblage of the late second century a.d. and reflective of contemporary circulation.Footnote 23 Such coins are also found on sites, with cut Severan denarii recorded at Heybridge.Footnote 24 The 31 halved and quartered denarii (up until the end of the Flavian period) recorded by PAS (see supplementary online material Section 2) reveal a broad and relatively even distribution of examples throughout the area of Roman control (fig. 1).Footnote 25 This suggests a practice that was widespread and far from limited to locations of obvious ritual significance or areas associated with particular cultural influence. Moreover, while many coins – particularly those from ploughland – are undoubtedly broken post-deposition, the tendency to assume that this is the case has obscured what may have been a not uncommon practice.Footnote 26

FIG. 1. Distribution of cut denarii recorded by PAS.

To summarise, the long period since the minting of the last quinarii had ceased, the small number of recorded finds of even the large issues of the early first century b.c. and evidence for cutting of coinage as surrogates for fractional denominations suggest that it is extremely unlikely that sufficient stock would be available in the 60s a.d. for individuals to request even a modest payment (52 examples) be made in that denomination.

METAL QUALITY

Tomlin seeks to explain a request for quinarii by suggesting that payment in older coins, rather than with contemporary issues, would be advantageous in terms of silver quantity. He suggests that ‘the writer or his partner had been deliberately withdrawing the rare examples they encountered in circulation, whether to serve as convenient “small change” in silver, or as a store of value when Nero reduced the silver content of the denarius in a.d. 64’.Footnote 27 The first of these suggestions, that an extremely rare denomination would be withdrawn from circulation for later use as ‘small change’, is unconvincing. A shortage of quinarii could be compensated for through physical halving of denarii (as seen above) or, alternatively, the (admittedly cumbersome) substitution of aes coinage (eight asses, four dupondii, or two sestertii.)

The focus here is on Tomlin's second suggestion, relating to the Neronian reform of a.d. 64. It is, however, far from clear that the new issues resulting from this reform would have had any appreciable impact upon coin circulation in Britain during the 60s. While there certainly was debasement and reduction in weight of denarii during Nero's reign (see below), these coins do not appear to have entered Britain in quantity. PAS records only 89 post-reform Neronian denarii compared with, for example, 1,144 denarii of Vespasian and 2,017 classed as ‘Republican’ issues.Footnote 28 This is not peculiar to Britain – in western hoards ending in the Flavian period the post-reform Neronian denarii ‘play only a minor role’,Footnote 29 while Duncan-Jones estimates that only 1.9 per cent of coins found at Pompeii were Neronian.Footnote 30 It may be that Nero's debasement was not employed in order to increase output significantly, or that this coinage was directed more towards the eastern provinces, since higher proportions of post-reform Neronian issues are present in two late first-century Greek hoards.Footnote 31 The evidence supporting either interpretation is, however, very limited. Whatever the case, it appears that relatively few post-reform denarii entered Britain and that these, at most, would have served only to ‘top-up’ the circulating pool of ‘old’ coins – just as the denarii of Tiberius, Caligula and Claudius had done previously. Such issues did little to dilute the mass of those already circulating.Footnote 32 If this is the case, it is likely that the majority of the population of Britain would have been unaware of the reform. Owing to the variable weight of Roman silver coinage, it would not be clear from individual examples of Nero's new issues that there had been any reduction in weight, while the fineness of individual coins was difficult to determine with any degree of accuracy, particularly given the processes employed during minting to give silver-copper alloy the appearance of pure silver (see below).Footnote 33

Even if an individual did wish to select particular coins as a store of value, given the availability of late republican and earlier imperial coinage circulating in Britain it would be surprising if they were to seek out quinarii for this purpose. This is not only due to their rarity, but also because fractional coinage such as quinarii was struck at a lower fineness than larger denominations. This phenomenon, also seen in medieval silver coinage, was employed in order to compensate for the greater relative time and expense needed to convert raw materials into smaller denominations than into larger ones.Footnote 34 Due to this complication it is worth examining metallurgic and metrological data regarding the various relevant coins in order to identify whether any hypothetical advantage existed in storing quinarii over post-reform denarii.

METALLURGIC STUDIES

Destructive wet chemical analysis is the most accurate method for metallurgic analysis, but its practicality for large studies is limited by the understandable reluctance of museums to sacrifice their collections. More practical are so-called ‘non-destructive’ techniques such as the X-ray fluorescence spectrometry (XRF) employed by Walker.Footnote 35 This method provides accurate results for coins of high silver content (90 per cent and above), since such alloys form a single homogenous phase.Footnote 36 In alloys containing greater quantities of copper, however, XRF's readings can be unreliable due to the alloy's separation into two distinct phases – one copper-rich and one (at the coin's surface) silver-rich. This ‘surface enrichment’ happens naturally but was also achieved artificially in Roman mints through ‘depletion silvering’ to give an appearance of pure silver.Footnote 37 This treatment resulted in enrichment to a greater depth than the natural process, usually ranging from 100 to 300 microns, but sometimes more.Footnote 38 In order to penetrate beyond this layer in their own study, Butcher and Ponting sampled drilled cores, thereby obtaining a more representative sample of the metal throughout the coin.Footnote 39 With this in mind, the data of Butcher and Ponting will be preferred where available,Footnote 40 while those of Walker will be used only in relation to coins of high purity, for which XRF should have provided accurate results.

Walker's data suggest the fineness of the post-c. 100 b.c. quinarius was on average around 93.2 per cent.Footnote 41 That of Augustan quinarii seems to be similar, and his data show a mean silver content of 92.75 per cent for the ASIA RECEPTA, being 4.09 per cent less fine than the denarius issues of the IMP CAESAR)(CAESAR DIVI F series,Footnote 42 which are ‘to be associated with [it] on the grounds of type-content, style, and specific dating.’Footnote 43 The Neronian reform involved a marked reduction in the silver content of denarii. Owing to both a lower fineness of around 80 per cent and a reduction in weight of around 0.2 g (from 3.65 g to 3.45 g), the denarius’ silver content dropped by around a quarter, from roughly 3.55 g to 2.76 g.Footnote 44 Since the theoretical weight of the late Republican quinarius was exactly half that of a contemporary denarius (1.93 g), its silver content was roughly 1.85 g.Footnote 45 Two Republican quinarii would, therefore, theoretically contain markedly more silver than a single post-reform denarius. That is to discount, however, the reduction in weight of, for example, an early first-century b.c. quinarius that had been in circulation for over 150 years.

Applying Duncan-Jones’ approximate annual weight loss for silver denarii of 0.002025 g (1/1659) to selected quinarii suggests that in the 60s a.d. a weight of roughly 1.81 g would be expected for reasonably late issues such as those of M. Cato Propr.Footnote 46 (RRC 462/2; 47–46 b.c.) or M. Antonius (RRC 489/6; 43–42 b.c.). For earlier issues such as those of Q. Titius (RRC 341/3; 90 b.c.) or C. Egnatuleius (RRC 333; 100–97 b.c.) this would fall to roughly 1.75 g. In fact, these figures bear little resemblance to the weights of quinarii found in hoards, either because the formula is itself unsatisfactory or because quinarii circulated with a greater velocity than did denarii.Footnote 47 Either way, the issues of Egnatuleius are shown to have fallen below 1.75 g even during the first century b.c. in the Gallarate and Vico Pisano assemblages.Footnote 48 There is a further notable reduction by the beginning of the following century, with the 12 complete examples from Villeneuve-au-Chatelot (down to c. a.d. 4) averaging only 1.48 g.Footnote 49 A conservative and rough estimate based on an admittedly small number of quinarii from later hoards suggests that in a.d. 60 the least worn examples might sit between 1.5 and 1.6 g, although, as hoard data show, they could drop to significantly lower weights. In sum, by the 60s a.d. two pre-Augustan quinarii in relatively good condition and of 93.2 per cent fineness would be expected to have a silver content of around 2.80–2.98 g in contrast to the 2.76 g of a fresh post-reform Neronian denarius. The picture is slightly different for Augustan quinarii. Walker's average weight for the ASIA RECEPTA issue (RIC I2 276) is given as 1.59 g,Footnote 50 and while this is skewed by the generally high wear of the examples studied, Augustan quinarii do seem to be of a lower weight than those of the early first century b.c., with a sample of 34 examples from museum collections showing a mean of 1.64 g (see online supplementary material Section 3). While some of these examples show significant wear, the average weight of those with minimal wear stands only slightly higher at 1.69 g.Footnote 51 When this figure is compared with the mean weight of the near-related IMP CAESAR)(CAESAR DIVI F series (3.67 g) it would appear that the weight of quinarii was by this time less than half that of the average denarius (fig. 2).Footnote 52 These figures may be compared with Meadow's study of quinarii between 101 and 31 b.c., which indicates a reduction of around 0.10 g over the course of this period.Footnote 53 His mean weight of 1.74 g for 308 examples from 48 to 31 b.c. suggests that an average weight of 1.69 g for the later ASIA RECEPTA issue would not be unrealistic. Any issues remaining in circulation in the 60s a.d., however, would be expected to have lost significantly more weight. The extremely limited evidence of the two examples from Lunghezzina (closing date a.d. 37) and one from the destruction level at Pompeii would suggest that the weight of the least-worn issues might have dropped to between 1.4 and 1.5 g. Based on a figure of 92.75 per cent fineness, in the 60s a.d. two examples of the ASIA RECEPTA issue might be expected to contain between 2.60 and 2.78 g of silver bullion – extremely close to the silver content of a post-reform denarius’ 2.76 g.

FIG. 2. Weight distribution of ASIA RECEPTA and IMP CAESAR/CAESAR DIVI F series.

These results offer little support for Tomlin's theory. As a store of wealth, the most recent quinarius issues of Augustus were likely to offer no benefit over the post-reform denarii. Although the heavier early to mid first-century quinarii may have contained more silver, this would have been limited to the least-worn examples still in circulation, and even with these the benefit would have been slight (probably less than an eighth of a gram of silver per quinarius).

Hoarding patterns of Roman coinage in India – where Nero's pre-reform coinage is present but his reformed issues, as well as the similarly debased denarii of Mark Antony, are absent – do suggest a contemporary awareness of the fineness of coinage.Footnote 54 Such evidence is, however, some way from demonstrating that, within the empire, this extended to the pursuit of such minor gains as ‘squirrelling away’ quinarii might have provided. When even relatively fresh denarii of the same issue could show significant variations in weight,Footnote 55 it seems implausible in the extreme that any individual would have preferred quinarii for gains on a scale so minute that they were unlikely to have even been detectable. In any case, during the 60s a.d. pre-Augustan and pre-reform imperial denarii were both more readily available and of greater fineness. In the unlikely event that the small number of post-reform denarii to enter Britain affected coin use in province at this early stage, other coins were far more appropriate as stores of wealth than quinarii.

THE HEMIDRACHM SOLUTION

Since the identification of the ‘victoriati’ in the tablet as quinarii seems extremely improbable, alternative identifications should be considered. Given that the term had come to refer to quinarii due to their shared imagery of Victory, this process could have taken place for other coins depicting the goddess. The hemidrachms of Nero minted in Caesarea in Cappadocia were struck in large quantities,Footnote 56 and Meadows suggests that a number of hemidrachms were ‘viewed as compatible with quinarii’ due to their similar weights and Victory designs.Footnote 57 Unfortunately this identification would be even more problematic than that of quinarii. The shortage of hemidrachms (and Caesarean coinage as a whole) in Britain is greater than that even of quinarii. Only one hemidrachm minted earlier than a.d. 70 is recorded by PAS.Footnote 58 The absence of any other Caesarean issues of this date or earlier, in either PAS or hoard data,Footnote 59 suggests that Caesarean hemidrachms would not have been available in quantities sufficient for the writer of the tablet to request 52 examples. Given their low silver content, any use as a ‘store of wealth’ is no more likely for hemidrachms than for quinarii. Owing to their thinness, Butcher and Ponting were unable to sample a hemidrachm using their drilling technique, but they are rightly suspicious of Walker's results (77.5 per cent) since they suggest a higher fineness than their own results for even didrachms of Nero, (72.04 per cent), let alone the significantly baser drachms (58.77 per cent).Footnote 60 They are surely correct to presume that hemidrachms were at least as base, if not baser, than the drachm.Footnote 61 At most, then, at 58.77 per cent fineness, and a mean weight of 1.68 g,Footnote 62 two hemidrachms would contain only 1.97 g of silver – far lower than the 2.76 g of a post-reform denarius.

THE INDIGENOUS (CELTIC) COINAGE SOLUTION

There remains the possibility that reference is being made to native coinage. This is suggested to Bland by Burnett, who is himself echoing a proposal advanced by Volk in 2017 and during his Cambridge classes.Footnote 63 By asking for the ‘victoriati’ in a sum tariffed in denarii, the tablet makes clear that the coins to which it refers were compatible with the Roman currency system. There is strong evidence that during the first century a.d. local and Roman coinage did indeed circulate alongside each other in Britain. This is demonstrated most clearly by mixed hoards of Iron Age and Roman coins, of which 55 examples are known from Roman Britain.Footnote 64 The latest Roman issues in these hoards show that Celtic coins were still being deposited during the 60s, the decade during which Bloomberg Tablet 31 was written. The Scole (Norfolk) Treasure Trove, for example, contained 289 silver coins, of which 87 were Roman and 202 Icenian, with its latest coin a Neronian denarius of a.d. 60/61.Footnote 65 There are even later examples outside Icenian territory. A rare hoard from Cornwall (Saint Levan V) contained 19 Celtic gold coins and one of bronze alongside 18 Roman denarii, the latest of which was an issue of Galba dating to a.d. 68–9.Footnote 66 Other assemblages, albeit generally with a smaller component of local coinage, close with issues of Vespasian,Footnote 67 Domitian, Hadrian, and even later emperors.Footnote 68 The evidence of site finds from Saham Toney (Norfolk) reveals that native and early Roman silver coins display a virtually identical spatial distribution, suggesting that both series were not only hoarded together, but also lost, and therefore used, together.Footnote 69 Haselgrove's study of rates of coin loss in south-east England indicates that indigenous coin usage, far from declining with the Roman invasion, was actually intensified until the Flavian period.Footnote 70 Reece has argued that the replacement of native coinage by that of Rome was rapid, yet the evidence makes clear that by the 60s, when Bloomberg Tablet 31 was written, it was certainly not complete.Footnote 71

LOCAL COINAGE IN THE ROMAN EMPIRE

Britain is not unusual in displaying the use of local coinage alongside Roman issues. The presence of Celtic bronze coinage at military sites not only in Britain,Footnote 72 but also the Rhineland, suggests its widespread use in compensating for the lack of official Roman bronze issues, with around 550 AVAVCIA bronzes found at Nijmegen (Netherlands) alone.Footnote 73 Presumably passing as the equivalent of the Roman quadrans,Footnote 74 they may even have been officially tolerated,Footnote 75 but were certainly more than the ‘curiosities’ which Harl labels them.Footnote 76 If the tablet's ‘victoriati’ is to be understood as representing native coinage it would be best explained as similarly satisfying a need for fractional coinage insufficiently met by Rome. Even in Pompeii, ‘which was close to Rome and had an important and dynamic economic life’, there is clear evidence of a shortage of small change.Footnote 77 Compensating for this, issues from Ebusus and Massalia are commonly found, and were even locally imitated during the late Republic.Footnote 78 The large number of ‘Claudian copies’ in Britain during the reigns of Claudius and Nero – whether officially sanctioned or not – similarly speaks of an insufficient quantity of standard issues.Footnote 79 Creighton suggests that there was a particular shortage of coinage in Britain during the period in which Bloomberg Tablet 31 was written, with a significant drop in the supply around a.d. 60.Footnote 80 Dio's comments that Seneca suddenly demanded the repayment of loans totalling 40,000,000 sestertii that he had made to the leading Britons may, if repayment was made in cash, explain a scarcity of denarii.Footnote 81

ICENI SILVER UNITS

If the ‘victoriati’ of the tablet represent local Iron Age silver units, which of the several candidates is the most likely? The sheer quantity of Iceni silver units produced makes them an attractive possibility, with Chadburn offering a ‘conservative estimate’ of an output of around 77,000 coins per year between c. 20 b.c. and a.d. 45.Footnote 82 Furthermore, their minting probably continued until the Boudiccan revolt of a.d. 60/61.Footnote 83 Another factor in their favour is their presence in mixed hoards,Footnote 84 particularly in the example from Barway (Cambs.), for which Bland suggests that the presence of an Iceni silver unit is to be explained as a surrogate quinarius (‘the Icenian coin was accepted as a quinarius’).Footnote 85 Yet there is also much to caution against identifying the tablet's ‘victoriati’ as Iceni silver units. The Barway unit's association with the wider hoard is far from secure – it is recorded by neither Robertson nor Barrowclough.Footnote 86 In addition, the lack of Icenian coins on post-a.d. 61 sites and their absence from hoards containing Neronian coins minted after that date might suggest that they were ‘demonetised’ after the Boudiccan revolt.Footnote 87

The target-weight of Iceni silver units c. a.d. 25 seems to have been 1.24 g.Footnote 88 On the assumption that the weight of a pre-reform Neronian denarius of the period ‘appears to have been about 3.65 g’,Footnote 89 Allen's suggestion of an ‘effective equivalence’ of 3:1 between Icenian units and denarii seems an attractive one.Footnote 90 A judgement based on weight alone is, however, not sufficient. In contrast to the high fineness of denarii, late Icenian units were, at around 50 per cent silver, significantly debased.Footnote 91 On the basis of silver content this would require an ‘exchange rate’ of 6:1. While not implausible, given that the two coinages circulated together, this makes the identification of the Iceni units with the Bloomberg tablet's ‘victoriati’ yet more implausible. The requirement for 156 units is, at worst, an inconvenience – they were, as has been shown, produced in large numbers – but Iceni silver units do not justify the label of ‘victoriati’. Not only is the relationship of intrinsic value significantly different to that of the denarius/quinarius, but no Iceni type bears the image of a Victory. By way of explanation we would be reduced to an optimistic (and altogether unconvincing) suggestion that linguistic conservatism might lead to the retention of the term ‘victoriatus’ for any fraction of the denarius.

LOCAL COINAGE WITH VICTORY ICONOGRAPHY

There is no such problem with a second group of coins – three issues of silver units which bear the image of Victory upon them and might, therefore, have aptly received the name ‘victoriati’. Roman imagery appears on British coinage long before the Claudian invasion, with the Roman practice of holding high-status non-Roman children as obsides (diplomatic hostages) likely a factor in this.Footnote 92 Educating such hostages in a Roman manner ensured that when they returned to their homelands to rule these youths took with them Roman ideas, including those about coinage. Tincomarus, perhaps the first British obses, issued a gold coin (VA375-376:S7) showing an equestrian image possibly based on a denarius of P. Crepusius of 82 b.c. (RRC 361).Footnote 93 Later British rulers echoed the visual language of Augustus on their coinage, including the representation of Victory herself, with winged deities previously unknown in British iconography.Footnote 94

Four British rulers minted silver units with a Victory type, but the issues of two of these are of such rarity that they cannot plausibly be identified with the ‘victoriati’ of the Bloomberg tablet.Footnote 95 The issue of Tincomarus (AB.C 1130) appears to be known only through a single example,Footnote 96 while that of his brother Eppillus (VA 442-01) is scarcely more common. Only eight examples are recorded by PAS.Footnote 97 No specimens were found at either Waltham St Lawrence (Berks.) or among the 97 examples of his silver units from Wanborough (Surrey).Footnote 98

THE SILVER UNITS OF CUNOBELIN

The Victory on Eppillus’ coinage may represent his military victory over the Eastern dynasty but this success was short-lived.Footnote 99 He died in a.d. 10 and was succeeded by Cunobelin, who in turn employed a Victory type for two silver issues, neither of which is especially rare (VA 2045; BMC 1883).Footnote 100 PAS records 26 examples of VA 2045, of which 23 are from the Celtic Coin Index (CCI), leading Van Arsdell to observe that the issue is ‘commoner than previously thought’.Footnote 101 BMC 1883 appears in even greater numbers, with 36 examples recorded by PAS, of which 26 are from the CCI (see online supplementary material Section 4). No Victory units of Cunobelin have been subject to metal analysis, but two other silver units of Cunobelin have been analysed by Northover: an example of VA 2057 containing 96.55 per cent elemental silver, and one of VA 2067 containing 95.95 per cent.Footnote 102 The weights of VA 2045 recorded by de Jersey's Gazetteer are remarkably uniform, with their mean weight 1.24 g and the standard deviation only 0.05, while the mean weight of his recorded examples of BMC 1883 is 1.21 g.Footnote 103 Frequency tables demonstrate the consistency of both issues (figs 3 and 4). These weights, while lower than might be expected of a fresh quinarius, correspond almost exactly to a third of the expected weight of a Neronian pre-reform denarius (3.65 g). Given the similarity of their silver contents, an ‘exchange rate’ of three silver units to one denarius seems plausible.Footnote 104 On this identification, the ‘twenty-six denarii in “victoriati”’ of the Bloomberg tablet would amount to 78 silver Victory units of Cunobelin. This identification is bolstered by Leins’ demonstration that the silver coinage of Cunobelin circulated in and around London.Footnote 105

FIG. 3. Weight frequency of VA 2045.

FIG. 4. Weight frequency of BMC 1883.

THE SILVER UNITS OF EPATICCUS

The silver Victory unit of Epaticcus – king of the Catuvellauni and perhaps the brother of Cunobelin – offers a second plausible candidate for the Bloomberg ‘victoriatus’ (VA 581). The obverse of this coin shows a seated Victory adapted from a denarius issue of M. Cato (RRC 462/1b).Footnote 106 The mean weight of 80 recorded examples is 1.18 g, which is again roughly a third of the expected weight of a denarius (fig. 5: see online supplementary material Section 5 for data). Based on two examples analysed by Northover, they, too, are of high fineness: 96.60 per cent and 97.50 per cent elemental silver.Footnote 107 The admittedly tiny sample size is extremely close to the average 96.49 per cent fineness of five other Epaticcus silver units of type VA 580.

FIG. 5. Weight frequency of VA 581.

Where the unit of Epaticcus stands apart as an attractive solution to the ‘victoriati’ puzzle is in its frequency. It is the most numerous Victory unit on PAS (with 68 examples), and has a significant presence in the two mixed assemblages of Roman and Iron Age coinage from Wanborough (Surrey) and Waltham St Lawrence (Berks.), the latter being less than 35 miles from the Walbrook site where the Bloomberg tablets were discovered. The deposition date of Waltham St Lawrence is not entirely clear owing to the uncertain circumstances of its discovery and the loss of a great number of unrecorded specimens. Based on its contents and wear, a date of c. a.d. 69 is suggested by Burnett as the most plausible. This, if correct, would indicate that these issues were in circulation when Tablet 31 was written.Footnote 108 Quite how many specimens of this issue were found at either Waltham St Lawrence or Wanborough is uncertain. Eleven Epaticcus Victory units were acquired by the British Museum from Waltham St Lawrence and two by the National Museum of Wales, but many more were likely dispersed without being recorded.Footnote 109 This is also the case with the Wanborough assemblage, infamous for the large-scale looting which took place after the site's location was publicly revealed. Van Arsdell offers a very rough estimate that the hoard might originally have contained 281 Victory issues against the 21 which were officially recorded.Footnote 110

It is possible that by a form of synecdoche the term ‘victoriatus’ could have referred more widely to all of Epaticcus’ silver units,Footnote 111 especially given that his issues show a consistently high silver content.Footnote 112 Taken together, the silver units amount to a significant coinage – the British Museum collection contains 310 examples of his silver units and PAS has recorded 352.Footnote 113 For his part, Van Arsdell estimates the number of bust/eagle silver units of Epaticcus to have been 5,000 specimens from the Wanborough assemblage alone.Footnote 114

CONCLUSION

The silver units of Epaticcus or Cunobelin offer a credible solution to the problem presented by the ‘victoriati’ of Bloomberg Tablet 31. Which, if either, of the two is correct remains undecided, but the foregoing strongly suggests that the tablet is referring to a payment of a value expressed in terms of Roman currency to be effected in non-Roman coins. The Bloomberg tablet may prove, therefore, to be the earliest known non-literary reference to Roman payments in ‘local’ currency.Footnote 115 More importantly, the tablet suggests that as late as the 60s a.d. Celtic coinage was an accepted supplement to state currency, even in areas such as London, where it has conventionally been seen as playing little role and ‘very unlikely to have [been circulating] much after c. a.d. 60.’Footnote 116 This has significant implications for our understanding of the role of Celtic coinage in Roman Britain, suggesting that its use endured in post-invasion Britain for longer than has previously been appreciated.

ACKNOWLEDGEMENTS

This paper originates from an undergraduate dissertation supervised by Terence Volk at the University of Cambridge. The author is indebted to him for his willingness to give freely of both his time and expertise.

SUPPLEMENTARY MATERIAL

For supplementary material for this article, please visit https://doi.org/10.1017/S0068113X23000223.

Footnotes

1 Tomlin Reference Tomlin2016, 126.

2 Bland Reference Bland2018, 30.

3 Sydenham Reference Sydenham1932, 92; Crawford Reference Crawford1975, 628.

4 PAS records a single example (BH-1DD9E4); Allen et al. Reference Allen, Naylor and Walton2013, 282.

5 Tomlin also notes two references to victoriati among the later Vindolanda tablets, both written 30–40 years after the example from the Bloomberg site. Due to the uncertain nature of these references they cannot be relied upon to assist in the interpretation of Bloomberg Wax Tablet 31. Tomlin comments that the use of ‘ternis victoriatis’ in Tab. Vindol. 323 ‘may only be proverbial’ rather than recording a specific sum of money. The reference made in Tab. Vindol. 694 (‘mittere vic-’) is more likely to refer to a specific sum, but depends entirely upon the restoration of ‘uic[toriatos], not “Victor” or a cognate name.’: Tomlin Reference Tomlin2016, 126.

6 Tomlin Reference Tomlin2016, 126.

7 Crawford Reference Crawford1975, 628.

8 Sydenham Reference Sydenham1932, 92.

9 Maecianus, Distributio xlv.

11 Reece Reference Reece1987, 15.

12 Butcher and Ponting Reference Butcher and Ponting2014, 157, 321.

13 T.R. Volk (pers. comm. August 2020) suggests that the quinarius from the Charlwood assemblage (IARCH-49F573) may be Augustan (?RIC 1² 001) and that the ‘Roman contemporary copy’ (WMID-0AD9B8) is an issue of the early second century b.c., perhaps of Egnatuleius (RRC 333/1). These identifications have been used here. Two (YORYM-5C6AA4; YORYM-5C3625), discovered together in a garden in York, look unlikely to be ancient imports.

14 Selby: IARCH-6487B0 (Barclay Reference Barclay, Abdy, Leins and Williams2001, 58); Charlwood: SUR-49A7D3 (Ghey Reference Ghey2019).

15 Crawford Reference Crawford1975; examples of such quinarii minted in large quantities include RRC 326; RRC 343; RRC 462.

16 Butcher and Ponting Reference Butcher and Ponting2014, 98; particularly true given the problematic dating of the CL CAESARES issues. The traditional latest date (a.d. 4) is used here, but it was potentially minted from 2 b.c–a.d. 12: Giard Reference Giard1983.

17 Sustinenza: Modonesi Reference Modonesi2001; Cisterna: Nicolai Reference Nicolai2000.

18 Pardini Reference Pardini2017, 5 (RIC 1² 276); Cantilena Reference Cantilena2008, 281 (RIC 1² 474). Talercio Mensistieri Reference Talercio Mensistieri2005; Giove Reference Giove2013; Hobbs Reference Hobbs2013; Vitale Reference Vitale2015.

19 Hobbs Reference Hobbs2013, 57.

20 Walton Reference Walton2016, 192.

21 Eckardt and Walton Reference Eckardt and Walton2021, 34; A small number of coins from Bourbonne-les-Bains were deliberately broken prior to deposition (Sauer Reference Sauer2005, 79–86), while almost half of the coins dedicated at fanum I at Martigny (CH) were cut (Wiblé Reference Wiblé, Schäfer and Witteyer2013, 242).

22 Kiernan Reference Kiernan2001, 22, 27.

23 Abdy Reference Abdy2005, 259–60.

25 The data collected are necessarily limited to photographed coins. It is also probable that such ‘incomplete’ coins are more likely to be judged as not worth the effort of reporting to PAS and that large numbers therefore go unrecorded.

26 Recent discussion has focused almost exclusively upon the halving of asses, among which: Crawford Reference Crawford1970, 44–5; Buttrey Reference Buttrey1972; Kiernan Reference Kiernan2001, 30; Martin Reference Martin2017.

27 Tomlin Reference Tomlin2016, 126.

28 Accessed 1 December 2020.

29 Butcher and Ponting Reference Butcher and Ponting2014, 208.

30 Duncan-Jones Reference Duncan-Jones1994, 201: this includes both pre- and post-reform issues.

31 Five per cent in the Patras and Acharnia hoards (Butcher and Ponting Reference Butcher and Ponting2014, 208, 211).

32 Reece Reference Reece1987, 15.

33 Duncan-Jones Reference Duncan-Jones1994, 102; Butcher and Ponting Reference Butcher and Ponting2014, 228.

34 Butcher and Ponting Reference Butcher and Ponting2014, 516; Icenian half-units were struck at a maximum weight lower than half of a unit for the same reason (Talbot Reference Talbot2017, 71).

36 Talbot Reference Talbot2017, 74.

37 Butcher and Ponting Reference Butcher and Ponting2014, 108, 173.

38 Butcher and Ponting Reference Butcher and Ponting2014, 110.

42 Walker Reference Walker1976, 5.

43 Sutherland Reference Sutherland1984, 61.

44 Butcher and Ponting Reference Butcher and Ponting2014, 204, 215; their examples show a mean of 79.28 per cent elemental silver, 80.58 per cent silver bullion (Butcher and Ponting Reference Butcher and Ponting2005, 179). It therefore seems reasonable to retain their given round number of 80 per cent.

45 Crawford Reference Crawford1975, 594–5.

46 Duncan-Jones Reference Duncan-Jones1994, 191.

47 Lockyear Reference Lockyear1996, 77–8 discusses Duncan-Jones’ problematic methodology.

48 Dibernardi Reference Dibernardi2013 (Gallarate); Sorge et al. Reference Sorge, Catalli and Catalli2008 (Vico Pisano).

50 Walker Reference Walker1976, 13.

51 The worn nature of some examples in British collections suggests British finds.

52 Mean weight calculated from 270 museum specimens (data supplied in online supplementary material Section 3).

54 Butcher and Ponting Reference Butcher and Ponting2014 226. See also the unique case of apparent rejection of debased coins in the Fuente de Cantos hoard (closing date 45 b.c.): Crawford Reference Crawford1985.

55 For example those of Lentulus (RRC 345/1) in the Policoro hoard ranging from 3.5 to 4.0 g (Siciliano Reference Siciliano1974–75, 112).

56 Butcher and Ponting Reference Butcher and Ponting2014, 505.

58 DENO-02ADD3.

59 Robertson Reference Robertson2000, 438.

60 Butcher and Ponting Reference Butcher and Ponting2014, 515 (ADS data).

61 Butcher and Ponting Reference Butcher and Ponting2014, 522.

62 From the seven complete examples from the British Museum.

63 Bland Reference Bland2018, 30.

64 Bland Reference Bland2018, 38.

66 Bland Reference Bland2018, 39.

68 Bland Reference Bland2018, 40–2.

74 Roymans Reference Roymans2014, 125.

76 Harl Reference Harl1996, 16.

77 Depeyrot Reference Depeyrot2016, 157.

78 Hobbs Reference Hobbs2013, 17.

80 Creighton Reference Creighton1992, 176.

81 Cass. Dio 62.2.1.

82 Chadburn Reference Chadburn2006, 404.

83 Talbot Reference Talbot2017, 60.

84 Creighton Reference Creighton1994, 326.

85 Bland Reference Bland2018, 42.

86 Robertson Reference Robertson2000, 66 no. 317; Barrowclough Reference Barrowclough2014.

88 Talbot Reference Talbot2017, 68.

89 Butcher and Ponting Reference Butcher and Ponting2014, 203.

90 Allen Reference Allen1970, 24.

91 Northover Reference Northover and Mays1992, 290–2; Talbot Reference Talbot2017, 212–16.

92 Caes., BGall. 5.4.

93 Creighton Reference Creighton2000, 103–4, 107.

94 Creighton Reference Creighton2000, 107–10; Rowan and Swan Reference Rowan and Swan2015, 75.

95 The so-called ‘Victory’ issues of Verica (VA 531 and 532) copy the reverse of Tiberius RIC I² 25 (Van Arsdell Reference Van Arsdell1989, 170). This shows a seated female figure, possibly Livia as Pax, but not Victory.

96 Celtic Coin Index, CCI-00072.

97 Seven of which are from the Celtic Coin Index (accessed 1 December 2020).

98 Van Arsdell Reference Van Arsdell1989, 543–5; O'Connell and Bird Reference O'Connell and Bird1994, 35.

99 Van Arsdell Reference Van Arsdell1989, 142; Creighton Reference Creighton2000, 108.

100 The exact nature of Cunobelin's succession is unclear: de Jersey Reference de Jersey2001, 30.

102 Northover Reference Northover and Mays1992, 294. Using EPMA which is, like XRF, a surface testing method.

103 The exception is VA 2045:72.0124, omitted due to de Jersey's uncertainty over its type: de Jersey Reference de Jersey2001, 35–6, 40.

104 This is also suggested by Burnett Reference Burnett1990, 18.

105 Leins Reference Leins2012, 99–108.

106 Woods Reference Woods2012, 6; from an African mint, but PAS attests to its presence in Britain (LVPL-64A5C1).

108 Burnett Reference Burnett1990, 19–20.

109 Burnett Reference Burnett1990, 28.

110 Van Arsdell Reference Van Arsdell1989, 543–4.

111 This could, of course, also apply to the units of Cunobelin.

113 Accessed 1 November 2020.

114 Van Arsdell Reference Van Arsdell1989, 543–4.

115 For the earliest literary reference to payments in ‘local’ currency, see the 24,000 nummi extracted from Certima during the second Punic war (Livy 40.47.2–10). Livy never uses the term nummus to refer to Roman coins and these nummi are likely native Iberian issues: Knapp Reference Knapp1977, 7. See also Livy's references to argentum oscense (34.10, 34.46, 40.43): Seltman Reference Seltman1944; for later Egyptian papyri recording prices in denarii and obols, see e.g. ChLA X 446 (third century a.d.).

116 Bowsher and Marshall Reference Bowsher and Marshall2013, 3.

References

BIBLIOGRAPHY

Abdy, R. 2005: ‘Composition of the hoard’, in D. Williams, ‘A late 2nd century coin hoard from Leigh’, Surrey Archaeological Collections 92, 259–62.Google Scholar
Allen, D.F. 1970: ‘The coins of the Iceni’, Britannia 1, 133.CrossRefGoogle Scholar
Allen, M., Naylor, J., and Walton, P. 2013: ‘Coin register 2013’, British Numismatic Journal 83, 276312.Google Scholar
Barclay, C. 2001: ‘Selby, North Yorkshire’ in Abdy, R., Leins, I. and Williams, J. (eds.), Coin Hoards from Roman Britain vol. XI, London, 57–8.Google Scholar
Barrowclough, D. 2014: ‘A Roman coin hoard from Baway, South of Ely, Cambridgeshire’, British Numismatic Journal 84, 225–47.Google Scholar
Bland, R. 2018: Coin Hoards and Hoarding in Roman Britain AD 43–c. 498, London.Google Scholar
Boon, G. 1974: ‘Counterfeiting in Roman Britain’, Scientific American 231, 120–31.CrossRefGoogle Scholar
Bowsher, J., and Marshall, M. 2013: ‘A first glance at two prehistoric objects from Roman London’, Later Prehistoric Finds Group Newsletter 1, 35.Google Scholar
Brickstock, R. 2000: ‘The coins’, in Birley, A. and Blake, J., Vindolanda: The Excavations of 1999 Interim Report on the Work on the Southern Defences of Stone Fort Two, Hexham, 27–9.Google Scholar
Brown, R. 1986: ‘The Iron Age and Romano-British settlement at Woodcock Hall, Saham Toney, Norfolk’, Britannia 17, 158.CrossRefGoogle Scholar
Burnett, A.M. 1986: ‘Scole, Norfolk, treasure trove’, in Burnett, A.M. and Bland, R. (eds), Coin Hoards from Roman Britain VI, London, 712.Google Scholar
Burnett, A.M. 1990: ‘Celtic coinage in Britain III: the Waltham St Lawrence Treasure Trove’, British Numismatic Journal 60, 1328.Google Scholar
Butcher, K., and Ponting, M. 2005: ‘The Roman denarius under the Julio-Claudian emperors: mints, metallurgy and technology’, Oxford Journal of Archaeology 24.2, 163–97.CrossRefGoogle Scholar
Butcher, K and Ponting, M. 2014: The Metallurgy of Roman Silver Coinage: From the Reform of Nero to the Reform of Trajan, Cambridge.Google Scholar
Buttrey, T.V. 1972: ‘Halved coins, the Augustan reform, and Horace, Odes 1.3’, American Journal of Archaeology 72.1, 3148.CrossRefGoogle Scholar
Cantilena, R. 2008: Pompei: Rinvenimenti Monetali Nella Regio VI, Rome.Google Scholar
Casey, P.J. 1980: Roman Coinage in Britain, Aylesbury.Google Scholar
Chadburn, A. 2006: Aspects of the Iron Age Coinage of Northern East Anglia with Especial Reference to Hoards, unpub. PhD thesis. Nottingham University.Google Scholar
Crawford, M. 1970: ‘Money and exchange in the Roman world’, Journal of Roman Studies 60, 40–8.CrossRefGoogle Scholar
Crawford, M. 1975: Roman Republican Coinage, Cambridge.Google Scholar
Crawford, M. 1985: ‘Selection and rejection in the Fuente de Cantos hoard’, Acta Numismatica 15, 75–7.Google Scholar
Creighton, J. 1992: The Circulation of Money in Roman Britain from the First to the Third Century, unpub. PhD thesis, Durham University.Google Scholar
Creighton, J. 1994: ‘A time of change: the Iron Age to Roman monetary transition in East Anglia’, Oxford Journal of Archaeology 13.3, 325–34.CrossRefGoogle Scholar
Creighton, J. 2000: Coins and Power in Late Iron Age Britain, Cambridge.CrossRefGoogle Scholar
de Jersey, P. 2001: ‘Cunobelin's silver’, Britannia 32, 144.CrossRefGoogle Scholar
Depeyrot, G. 2016: Currency, The Pompeiians and Vesuvius, Wetteren.Google Scholar
Dibernardi, P. 2013: ‘The Gallarate hoard, 1929’, Numismatic Chronicle 173, 341–4.Google Scholar
Duncan-Jones, R. 1994: Money and Government in the Roman Empire, Cambridge.CrossRefGoogle Scholar
Eckardt, H., and Walton, P. 2021: Bridge Over Troubled Water: The Roman Finds from the River Tees at Piercebridge in Context, Britannia Monograph 34, London.Google Scholar
Ghey, E. 2019: IARCH-49F573. https://finds.org.uk/database/hoards/record/id/1980 (accessed 13 November 2020).Google Scholar
Giard, J.-B. 1983: Le monnayage de I'atelier de Lyon, des origines au règne de Caligula (43 avant J.-C. – 41 après J.-C.), Numismatique Romaine 14, Wetteren.Google Scholar
Giove, T. 2013: Pompei: Rinvenimenti Monetali Nella Regio I, Rome.Google Scholar
Guest, P. 2015: ‘The Roman coins’, in M. Atkinson and S.J. Preston, ‘Heybridge: a late Iron Age and Roman settlement, excavations at Elms Farm 1993-5’, Internet Archaeology 40. https://doi.org/10.11141/ia.40.1Google Scholar
Harl, K.W. 1996: Coinage in the Roman Economy: 300 B.C to A.D 700, London.CrossRefGoogle Scholar
Haselgrove, C. 2006: ‘The impact of the Roman conquest on indigenous coinages in Belgic Gaul and southern Britain’, in de Jersey, P. (ed.), Celtic Coinage: New Discoveries, New Discussions, British Archaeological Reports International series S532, 97115.Google Scholar
Hill, G.F. 1897: ‘Cartimandua’, Numismatic Chronicle 17, 293301.Google Scholar
Hobbs, R. 2013: Currency and Exchange in Ancient Pompeii: Coins from the AAPP Excavations at Regio VI, Insula I, Bulletin of the Institute Supplement 116, Oxford.Google Scholar
Kiernan, P. 2001: ‘The ritual mutilation of coins on Romano-British sites’, British Numismatic Journal 71, 1833.Google Scholar
Knapp, R. 1977: ‘The date and purpose of the Iberian denarii’, Numismatic Chronicle 17.137, 118.Google Scholar
Leins, I.M. 2012: Numismatic Data Reconsidered: Coin Distributions and Interpretation in Studies of Late Iron Age Britain, unpub. PhD thesis, Newcastle University.Google Scholar
Lockyear, K. 1996: Multivariate Money: A Statistical Analysis of Roman Republican Coin Hoards with Special Reference to Material from Romania, unpub. PhD thesis, University College London.Google Scholar
Martin, S. 2017: ‘Dimidii asses. La chronologie des bronzes coupés de la République romaine et du début du Principat’, in Rome et les provinces. Monnayage et histoire. Mélanges offerts à Michel Amandry, Bordeaux, 151–61.Google Scholar
Meadows, A. 2021: ‘The penetration of the denarius and quinarius standards into Asia Minor in the 1st Century b.c.’, in Ashton, R. and Badoud, N. (eds), Graecia capta? Rome et les monnayages du monde égéen (IIe–Ier s. av. J.-C.), Basel, 127–86.Google Scholar
Modonesi, D. 2001: Ritrovamenti monetali di età romana nel Veneto – Provincia 3: Verona – Volume 4. Casaleone e Sustinenza, Comune di Casaleone, Padua.Google Scholar
Nicolai, R.M. 2000: ‘Il ripostiglio di Cisterna (Latina). Catalogo. Indici’, Bollettino di Numismatica 34–35, 7144.Google Scholar
Northover, J.P. 1992: ‘Materials issues in the Celtic coinage’, in Mays, M. (ed.), Celtic Coinage: Britain and Beyond (The Eleventh Oxford Symposium on Coinage and Monetary History), British Archaeological Reports British Series 222, Oxford, 235300.Google Scholar
O'Connell, M.G., and Bird, J. 1994: ‘The Roman temple at Wanborough, excavation 1985–1986’, Surrey Archaeological Collections 82, 1168.Google Scholar
Orna-Ornstein, J. 1997: ‘Early Hoards of Denarii from Britain’, in Bland, R. and Orna-Ornstein, J. (eds), Coin Hoards from Roman Britain Vol. X, London, 23–9.Google Scholar
Pardini, G. 2017: Rinvenimenti Monetali e Circolazione a Pompei. Le Monete della Regio VIII,7,1–15, Paestum.Google Scholar
Reece, R. 1979: ‘Roman Monetary Impact’, in Burnham, B.C. and Johnson, H.B. (eds), Invasion and Response: The Case of Roman Britain, British Archaeological Reports British Series 73, Oxford, 211–17.Google Scholar
Reece, R. 1987: Coinage in Roman Britain, London.Google Scholar
Robertson, A. 2000: Inventory of Romano-British Coin Hoards, London.Google Scholar
Rowan, C., and Swan, D. 2015: ‘Victory, torcs and iconology in Rome and Britain’, Journal of the Numismatic Association of Australia 26, 7190.Google Scholar
Roymans, N. 2014: Ethnic Identity and Imperial Power: The Batavians in the Early Roman Empire, Amsterdam Archaeological Studies 10, Amsterdam.Google Scholar
Sauer, E. 2005: Coins, Cult and Cultural Identity: Augustan Coins, Hot Springs and the Early Roman Baths at Bourbonne-les-Bains, Leicester Archaeology Monograph 10, Leicester.Google Scholar
Seltman, C. 1944: ‘Argentum Oscense and Bigati’, Numismatic Chronicle 4.1/4, 7782.Google Scholar
Siciliano, A. 1974–75: ‘Ripostiglio di monete repubblicane da Policoro’, Annali dell'Instituto Italiano di Numismatica 21–22, 103–54.Google Scholar
Sorge, E., Catalli, F., and Catalli, G. 2008: Ripostiglio di Fornacette (Pisa), 1913: Monete romane repubblicane ed imperiali, Florence.Google Scholar
Sutherland, C.H.V. 1984: The Roman Imperial Coinage, Vol. 1 (Revised Edition), London.Google Scholar
Sydenham, E. 1932: ‘The Victoriate’, Numismatic Chronicle 12.46, 7395.Google Scholar
Talbot, J. 2017: Made for Trade: A New View of Icenian Coinage, Oxford.CrossRefGoogle Scholar
Talercio Mensistieri, M. 2005: Pompei: Rinvenimenti Monetali Nella Regio IX, Rome.Google Scholar
Tomlin, R. 2016: Roman London's First Voices: Writing Tablets from the Bloomberg Excavations, 2010–14, London.Google Scholar
Van Arsdell, R.D. 1989: The Celtic Coinage of Britain, London.Google Scholar
Van de Vin, J.P.A. 2002: ‘Coin use in and around military camps on the Lower Rhine: Nijmegen-Kops plateau’, in de Blois, L. and Rich, J. (eds), The Transformation of Economic Life under the Roman Empire, Amsterdam, 160–71.CrossRefGoogle Scholar
Vitale, R. 2015: Pompei: Rinvenimenti Monetali Nella Regio VII, Rome.Google Scholar
Walker, D.R. 1976: The Metrology of the Roman Silver Coinage: From Augustus to Domitian, London.Google Scholar
Walker, D.R. 1980: ‘The silver contents of the Roman Republican coinage’, in Metcalf, D.M. and Oddy, W.A. (eds), Metallurgy in Numismatics Vol 1, London, 5572.Google Scholar
Walton, P. 2016: ‘Was the Piercebridge assemblage a military votive deposit?’, in X.P. Jensen and T. Crane (eds), Imitation and Inspiration. Proceedings of the 18th International Roman Military Equipment Conference held in Copenhagen, Denmark, 9th–14th June 2013, Journal of Roman Military Equipment Studies 17, 191–4.Google Scholar
Wiblé, F. 2013: ‘Offrandes rituelles et dépôts de consécration en Vallis Poenina (Grand Saint-Bernard, Martigny, Leytron, Massongex)’, in Schäfer, A. and Witteyer, M. (eds), Rituelle Deponierungen in Heiligtümern der hellenistisch-römischen Welt: Internationale Tagung Mainz 28–30 April 2008, Mainzer Archäologischer Schriften 10, Mainz, 233–58.Google Scholar
Woods, D. 2012: ‘A Roman Republican prototype for the Animal-Under-a-Tree types of Epaticcus’, British Numismatic Journal 82, 17.Google Scholar
Zehnacker, H., Richard, J.C., and Barrandon, J.N. 1984: ‘La Trouvaille de la Villeneuve-au-Châtelot (Aube)’, Trésors monétaires 6, 992.Google Scholar
Figure 0

TABLE 1 EQUIVALENT DENARII OF QUINARII IN BRITAIN

Figure 1

FIG. 1. Distribution of cut denarii recorded by PAS.

Figure 2

FIG. 2. Weight distribution of ASIA RECEPTA and IMP CAESAR/CAESAR DIVI F series.

Figure 3

FIG. 3. Weight frequency of VA 2045.

Figure 4

FIG. 4. Weight frequency of BMC 1883.

Figure 5

FIG. 5. Weight frequency of VA 581.

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