BASILIQUES ET AGORAS DE GRèCE ET D’ASIE MINEURE
- ausonius éditions -— mémoires 27 —
basiliques et agoras de grèce et d’asie mineure
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Laurence Cavalier, Raymond Descat & Jacques des Courtils
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The Basilica at Fano and the Vitruvian Norm
Paul D. Scotton
– Basiliques et agoras de Grèce et d’Asie Mineure, p. 25 à 89
I n Book V of de architectura Vitruvius describes two types of basilicas differentiated by their design. The first has come to be known as a “normal” basilica. The other, at Fano and of his own design, is clearly something else. For both types he describes a system of proportions which begins in plan and continues into elevation. Those
of the normal basilica are explained in c. 130 words 1. Those of the Fano basilica in c. 340 words 2. That the Fano basilica needed so much more discussion and the normal basilica received so relatively little would appear to support the notion that the Fano basilica was atypical. It may also be that Vitruvius’ pride in his effort – as suggested by his judgement that his basilica was “non minus summan dignitatem et venustatem” when compared to others – led him to a little indulgence. Without any extant remains of the Fano basilica known at this time, we cannot assess how worthy it was as compared to others. We do have the means, however, to determine more basic questions; the most basic of which is: how normal was the “normal” basilica? Related to this are: how unique was the Fano basilica and, if not, how common was it 3? The answers to these questions reveal what may well be the true import of the basilica at Fano. That is, a shift in the design paradigm of the pagan basilica directed towards a particular function.
The means employed here by which to conduct this investigation is a catalog of known basilicas with their dimensions. Although from site to site the extent of any structure’s remains can vary dramatically and architectural documentation and reporting may vary considerably, the overall length and width is commonly preserved or restorable and is usually documented with reasonable accuracy 4. These dimensions and their ratio to one another are the fundamental basis for the design of the building. In fact, the ratio of width to length is the first building specific proportion Vitruvius prescribes. The normal basilica is to have a width no less than 1/3 and no more than 1/2 of the length 5. For the Fano basilica the width is 100 feet and the length 160, i.e. a width 5/8 that of the length. As the most likely data recorded in publication and as the most basic design element, these data provide a reasonable means to assess frequency and distribution of the proportions used. By assembling a catalog of known pagan basilicas and their dimensions, simple statistical analyses can be applied to determine what is normative and how much variation there is from the norm. For this paper, analyses of this sort have been conducted and reveal a set of preferred dimensions spanning time, geography, and size. These preferences demonstrate that what has been held to be the norm is not as common as Vitruvius implies. Perhaps more striking is the frequency of use of the proportions of the Fano basilica. It may have been the first of its kind and unique at the time Vitruvius wrote but of all the basilicas built during the time of the empire it is only one of many to employ those overall proportions. So many that we should consider the Fano style basilica to be a type. In fact, the data show that during the Augustan period one out of every three basilicas built was of this type. This indicates that what Vitruvius describes at Fano is part of a major shift in the design of basilicas and, if the first of this type, it was a trend setter.
1. V. 1.4-5.2. V. 1.6-10.3. These questions arose to me during my investigations in the Julian Basilica in Corinth as I searched among other known basilicas
for comparanda for the design of that building. Those investigations and conclusions are forthcoming in my monograph The Julian Basilica: An Architectural Investigation.
4. There are limitations which will be discussed below.5. Vitruvius 5.1.4.
26 – The Basilica aT Fano and The ViTruVian norm
The function of this change in form is clear in Vitruvius’ discussion. That is to accommodate the presence of a tribunal and of the imperial cult. It remains to be seen if there were other uses for this type of basilica but documenting a change in design to accommodate and emphasize the imperial cult and its trappings is important in our understanding of the evolution of the basilica as a building form and the role of that building in the fabric of Roman towns throughout the empire.
Catalog of BasiliCas
The catalog comprises 154 known or suspected pagan basilicas 6. Of these 106 are published with at least measurements of length and width. Here, however, variations in published measurements are a concern. First, it is often not stated whether or not the published dimensions are exterior and include the thickness of two walls or if they are interior and exclude the thickness of the exterior walls 7. Second, some dimensions are published as precise as to two decimal points whereas others are clearly rounded and stated in whole numbers of either meters or English feet.
Methodology
In order to more easily analyze and sort the proportions of known basilicas, the ratios prescribed by Vitruvius were converted to decimals. Thus, the parameters of the normal basilica defined as between 1:3 and 1:2 width to length is presented here as 0.33 to 0.50. The Fano type has its width as 0.625 of its length. For each of the 106 basilicas in the catalog with known measurements the ratio of width to length was calculated as a decimal. These calculations did not take into account the variation in accuracy in recording distances. Rounding up or down should not have changed the ratio by much. The thickness of the walls, however, could have a greater impact. Accepting that any wall supporting the equivalent of a second story would be at least c. 0.60 m thick and 0.90 m would not be unusual could mean that depending upon the method employed recorded distances in the same building could vary from c. 1.2 to 1.8 m. Using the Julian Basilica in Corinth as an example the interior dimensions are 23.55 x 38.43 m with a width to length ratio of 0.613. The exterior dimensions are 24.73 x 39.61 m with a ratio of 0.624. There is a variance then from interior to exterior dimensions of c. 1.1%. It is also not clear as to whether or not the design of a building was based upon interior or exterior dimensions. That is, the same set of proportions may have been realized differently by different architects. If the Corinth example is indeed based upon the proportions of the Fano basilica, the exterior dimensions are closer to those of Fano although the Fano design seems to have been based upon interior dimensions and the Corinth example most certainly is. Another variable is the difference between the design and what was executed. Using the Julian Basilica again as an example, the overall design of the building is based upon a module of 10 Roman feet, which in Corinth is 2.957 m 8.
The basic plan of the building was designed to be a rectangle with interior dimensions of 80 x 130 Roman feet (RF), 23.66 x 38.44 m, and with a ratio of 0.616. What was executed was a slightly narrower building 23.55 x 38.43 m and with a ratio of 0.613. Although this is only 0.3%, it is not unreasonable to accept that in the documentation of a single basilica more than one of these variables may have occurred. In an attempt to reconcile such variables and the vagaries of published dimensions the decimals are considered accurate to within ± 2%.
findings
The catalog of 154 known or supposed Roman pagan basilicas is presented in Table 1 listed alphabetically. Of these, 106 are recorded with relatively clear overall dimensions of width and length. These are listed in Table 2, sorted by their ratio of width to length as represented by a decimal. The aggregate data were first plotted as a simple scatter graph (see Graph 1). The graph shows a wide variation in the proportions used ranging from the long and narrow, 0.14 at Conimbriga, to the square or nearly so, 0.92 at Shaqqa or the restored 1.00 at Bulla Regia. It is also worth noting that there is at least one example of every proportion from 0.24 through 0.50 and very nearly so from 0.17 through 0.64. This would seem to indicate that the architects had a fair amount of latitude in setting the overall proportions of width to length, perhaps more so than suggested by Vitruvius’ statement of normal proportions. That is, of the 106 basilicas plotted 48 conform to the
6. Regardless of the efforts made to compile a complete list, there may be inadvertent omissions.7. Vitruvius’ description of Fano suggests that the design of that building is based upon the interior dimensions.8. See Romano 2003, 288.
Paul d. scoTTon – 27
Vitruvian norm and 58 do not. In percentages c. 45% conform and c. 55% do not. With an incidence rate of less than 1 out of 2, it would seem to be questionable to refer to this group as “normal”.
The graph also shows clustering in eight general areas: 0.17, 0.21, 0.33-0.37, 0.39, 0.44-0.45, 0.47-0.49, 0.52, and 0.61. This clustering suggests that there were preferred proportions as indicated by Vitruvius’ description of a “normal” basilica but, given the number that are beyond the Vitruvian parameters, there was more variety than one might expect. In order to determine what those preferred proportions were, the clusters were refined to foci. These foci should be understood to be approximations given the vagaries of measurement and the resultant imprecision of the calculations.
deterMining the foCi
Two basic assumptions have been made in determining the foci: 1) the points with the greatest number of iterations are the most likely to be foci and 2) the most likely decimals to be foci are those that can be rendered in a relatively simple or rational ratio. That is, dimensions of width and length are most likely to be whole numbers and those numbers most likely relate to each other in recognizable and relatively manageable ratios, e.g., 5:8 at Fano 9.
Thus, a focus at 0.33 with 4 occurrences and with it being the decimal equivalent of 1:3, seems likely. If we also consider that it is the lower limit of Vitruvius’ prescribed parameters, it becomes even more so.
The point that by frequency would seem to be the most secure is 0.39 with 7 occurrences, the largest count of all. The decimal 0.39 is nearly equivalent to the ratio 7:18 having a decimal equivalent of 0.388. But, the decimal equivalents of simpler ratios, 2:5 and 3:8, have equivalents quite close, 0.40 and 0.375 respectively. By accepting that the data are imprecise one can assume that for the purposes of this paper 0.39 is the focus of a cluster that includes both the ratios of 3:8 and 2:5. Furthermore, by accepting that the decimals are only accurate to ± 0.02, the cluster with a focus at 0.39 should include every occurrence from 0.37 to 0.41, 18 in total.
The points with the next highest frequency are at 0.52 and 0.61. 0.52 (c. 11:21 or 13:25) is just outside of the Vitruvian norm. The adjacent occurrences within the norm were not included in this cluster and accordingly its range was considered to be 0.52 to 0.54 with a count of 7. Although 0.61, or c. 8:13, has the highest incident rate in this cluster, the Fano basilica ratio is 0.625, or 5:8. The parameters of this cluster are then considered to be 0.59 to 0.64 with a focus at c. 0.61 and a total count of 14.
The next highest frequencies are at 0.33, 0.35, and 0.45 10. It is reasonable to assume that 0.33 and 0.35 are within the same cluster but, with the same number of iterations, the focus of the cluster 0.33 to 0.36 is ambiguous. For the purposes of this study the focus is assumed to be 0.33, the lower limit of the parameters described by Vitruvius, and with a total count of 12. The cluster around 0.45, or 9:20, also has a somewhat ambiguous focus. 0.44 has only one less iteration than 0.45 and is the decimal equivalent of 4:9 11. Thus, this cluster is defined as 0.42 to 0.46, with a count of 11, and, for the sake of convenience more that anything else, with a focus at 0.44.
The next groups to consider are the clusters at 0.17, 0.21, and 0.48. 0.17 and 0.18, c. 1:6 and 2:11 respectively, are considered to be one cluster with a total count of 4. 0.20 (1:5) and 0.21 are considered to be a cluster also with a count of 4. 0.19 could be assigned to either this or the previous cluster. Lacking further evidence it would be arbitrary to assign it to one over the other. It is, accordingly, omitted from both 12. 0.48 (12:25) is considered to be the focus of 0.47 through 0.50 and with a count of 8.
Finally, there are clusters with a focus at 0.26/0.27, 0.30, and 0.56. The parameters of the first are 0.24 to 0.28 and with a total count of 8. The most easily recognizable ratio in this group is 1:4 but 0.25 has only a single iteration. The focus
9. Wilson Jones 2000, 74 sq., discusses the proclivity of Roman architects to design in whole numbers.10. Note that 0.37 is by frequency in this same group but it has been included within the cluster focused at 0.39.11. As anyone who has taken more than a cursory look at Classical Greek architecture knows, this is the dominant ratio employed in the
design of the Parthenon.12. It is of course possible that 19 is the focus of the group ranging from 0.17-0.21 and with a total count of 9. But, with both 0.17 and
0.21 each having three times the number of occurrences as 0.19, it is assumed they are separate foci.
28 – The Basilica aT Fano and The ViTruVian norm
for this cluster is therefore considered to be c. 0.26 (3:11). The cluster at 0.30 is defined as from 0.29 through 0.32 and with a total count of 5. The cluster with a focus at 0.56 (5:9) is defined as 0.55 through 0.58 and with a total count of 4.
This leaves single iterations at 0.14, 0.19, 0.67, 0.68, 0.69, 0.71, 0.73, 0.78, 0.79, 0.92, and 1.00 which, with the exception of the first and last two, may or may not belong in a cluster. 0.19, as already explained, may belong to one of two adjacent clusters but to which is unclear. The group consisting of 0.67, 0.68, and 0.69 may be considered a cluster with a focus at 0.68 ( 9:13 or 17:25). 0.71 and 0.73 both representing Second Century CE basilicas in Numidia may likely be a cluster of two with a focus at 0.72 (c. 8:11 or 15:21). And finally, 0.78 and 0.79 form a cluster of two with the focus arbitrarily assigned to 0.78 (c. 10:13 or 12:15).
In Graph 2 the foci are plotted and the 4 single, non-clustered points are omitted, i.e., 0.14, 0.19, 0.92, and 1.00. It has already been noted that the greatest concentration falls within the Vitruvian parameters at 0.39 and representing c. 16% of the total. More remarkable is the next greatest concentration at 0.61. These are the proportions of Vitruvius’ basilica at Fano. It has also been noted that Vitruvius considered these to be worthy proportions. This graph makes clear that others did too; c. 13% of the total count follow the Fano proportions.
ChronologiCal distriBution
Although the total frequency of use of these proportions is noteworthy, the data refined by date, place, and size provide an understanding of when, where, and under what circumstance these proportions were most likely to be used. From this it can be determined whether this phenomenon is specific to time or location or size. Table 3 lists known basilicas from the Republican era. Their ratios are plotted in Graph 3. With a total count of 7 basilicas with published dimensions only the broadest of conclusions may be drawn. Only three out of seven, i.e., c. 43%, conform to Vitruvius’ norm. This is somewhat surprising in that one would think that with Vitruvius discussing building design at some point during the early to mid Augustan period, Republican basilicas would be the most likely to conform with Vitruvian parameters of what is normal.
Table 4 and Graph 4 are the list and plot of basilicas from the Augustan period, 20 of which are published with overall dimensions 13.There is a greater distribution of ratios employed but most striking are the foci at 0.39 and 0.61. These represent 13 of the total from this period, i.e. 65%. The focus at 0.61 has the largest count at 7 or 35% of the total. This indicates that slightly more than one out of every three basilicas built during the Augustan period followed the Fano proportions. It would seem that Vitruvius’ design scheme was quite popular. It should also be noted that 71% of these are found in the Italian peninsula. Of the 9 basilicas built on the Italian peninsula during this period, 56% were of the Fano proportions. Although it should be emphasized that the data for Republican era basilicas is quite small, the focus at 0.39 is unattested during that period. It is striking that in the Augustan period it is the second most common with 6 occurrences and represents 30% of all basilicas built. Half of them are found in Iberia and one more in adjacent Narbonensis. Although c. 45% of all Augustan era basilicas fall within the Vitruvian parameters, the Augustan period appears to have been a time of innovation in basilica design and it appears that those innovations were popular.
Table 5 lists the known basilicas from the Julio-Claudian period. Graph 5 shows the dominant foci for the ratio of width to length to have been at 0.44 and 0.61. Both have three occurrences and each represents 23% of the total count of 13. During this period, more basilicas conform to the normal parameters than do not but the difference is only 1, i.e., 7 conform which is c. 54% of the total and 6 do not which is 46%.
The combination of the Augustan and Julio-Claudian periods produces a corpus of 33 basilicas with known or restorable dimensions of width and length (Table 6). Graph 6 shows that the proportions most commonly used are 0.39 and 0.61. With 10 occurrences, 0.61 represents 30% of the total. 0.39, with 7 occurrences represents 21%. One out of every two basilicas built during this period were either 0.39 or 0.61 in proportion. It is noteworthy that 15 of the 33 built during this era are found within the Italian peninsula. This is 45% of the total. The proportion 0.39 was employed solely in the Italian and Iberian peninsulas and those built in the Italian peninsula are 43% of that total. Although the 0.61 proportion was used more widely, appearing not only in the Italian and Iberian peninsulas but also in three additional provinces, 60%
13. Although both the Basilica Julia and the Basilica Aemelia underwent significant renovations in the Augustan period, for the purposes of this study they are considered to be of the Republican era, i.e. their overall dimensions were not changed or changed little.
Paul d. scoTTon – 29
are found in the Italian peninsula. Perhaps more striking is that of the 14 basilicas built in the Italian peninsula, 6 are of the 0.61 proportion or 43% and 3 are of the 0.39 proportion, i.e. 21%. Approximately two out of every three basilicas built in Italy were then either 0.39 or 0.61 and of those, more than twice as many were of the 0.61 ratio. Eight basilicas with known proportions were built in Iberia during this period. Of those two were of the 0.39 proportions, 25% of the total, and one was 0.61. In Iberia only one out of three were of these proportions.
The basilicas from the Flavian Period and those of a non-specific First Century CE date are a group of 25, of which 19 have published dimensions. The data are listed in Table 7 and plotted in Graph 7. 0.61 is again one of two peaks but with a total occurrence of three it is only c. 16% of the total. The other peak is at 0.26 also at c. 16% of the total. Only four of the 19, or 21%, fall within the Vitruvian norm. There are no occurrences of 0.39.
Table 8 is the complete listing of the Augustan and First Century CE basilicas, 63 in all. Graph 8 is the plot of the foci of those basilicas with known dimensions, 52 total. During this period the most common proportion is 0.61 with 13 occurrences and representing 25% of the total. The next most common is 0.39 with 7 occurrences representing 13%. 0.26 and 0.33 follow both with 5 occurrences or c. 10% each. Over half, c. 58%, of all basilicas built during this period are one of these four and one out of every four are of the Fano proportions. 20 follow the norm described by Vitruvius, i.e. 38%. The data suggest that the general design scheme based upon proportional parameters had been replaced by a group of preferred proportions. Considerable variation, however, is documented which indicates architects maintained significant freedom in design.
Table 9 is the list of basilicas built during the Second Century CE, 40 total. Of those 32 have recorded dimensions and their foci are plotted in Graph 9. Although the group is large, specific dating is limited thus making it difficult to spot or analyze trends during the reigns of specific emperors or dynasties. Even with these limitations it is quite clear that the interest in the Fano proportions dropped drastically. There is a single occurrence, roughly 3% of the total. 0.39 is the most common having seven occurrences, c. 22%. The next greatest is at 0.33 with six occurrences or 19%, followed by 0.44 with four, 12.5%, and then 0.30 with three, 9%. These four foci are 62.5% of the total. Although there is a fairly wide spread of proportions used, roughly two out of every three basilicas built during the Second Century CE was of the group 0.30, 0.33, 0.39, and 0.44. 19 out of the 32 follow the normal parameters, 59%, far exceeding the frequency demonstrated during the lifetime of Vitruvius.
Table 10 is the list of basilicas built during the Third Century CE. There are nine total and seven with published dimensions. Immediately noticeable is the drop in the number of basilicas built during this period. The causes of such a drop are beyond the scope of this statistical study but the drop is marked. The distribution is nearly even with all having two occurrences except for 0.33 which has one. Five of the nine, i.e. 56%, fall within the parameters of the norm. With such a small corpus, however, it is difficult to say whether or not the parameters are being followed or if specific proportions were popular. There are no occurrences of 0.61.
There are ten known occurrences of basilicas built during the Fourth Century CE. Of those, only five have published dimensions. Table 11 lists these basilicas and Graph 11 plots the foci of those with published dimensions. Again the distribution is even but there are only three foci, 0.39, 0.48, and 0.68. Three of the five, 60%, are within the normal parameters.
ChronologiCal trends
During the Republican period, ratios of approximately 1:2 and 4:9 are more common than anything else and represent c. 71% of the total. During the Augustan period two ratios clearly dominate, 0.39 and 0.61. 65% of all basilicas built during this period were of either one or the other. The ratio of approximately 1:2 persists but it represents only 10% of recorded basilicas built. During the Julio-Claudian period, the distribution is more even but 0.61 continued to have been one of two most popular, the other being 0.44. During the Augustan and Julio-Claudian periods there is a wide distribution but 0.39 and 0.61 are far more common than anything else representing c. 52% of the total. 0.61 is the most common and accounts for 30% of the total. During the Flavian period including those basilicas with an imprecise First Century CE date, 0.26 and 0.61 are the most common but 0.21, 0.33, 0.52, and 0.56 each have only one less occurrence. Basilicas with proportions of roughly 1:2 are as common as those of 0.26 and 0.61. During the period beginning with Augustus and continuing throughout the First Century 0.61 is used far more often than any other proportion, nearly twice as often as the other most common, 0.39. 25% of all basilicas built during this period were of the Fano proportions. 0.39 represents 13.5% of the total
30 – The Basilica aT Fano and The ViTruVian norm
as do those basilicas with a ratio of c. 1:2. This indicates that approximately one out of two basilicas would be of these proportions, i.e. 0.39, 0.50, and 0.61.
In the Second Century, there is a dramatic shift. The use of 0.61 nearly disappears with only a single instance. The two most common are 0.33 and 0.39 and represent c. 41% of the total. The so called normal proportions dominate this period with 59% employing them. There is a small number of basilicas known from the Third Century but of those none are of the Fano proportions. 0.39 is present as is c. 1:2. Again we find the normal proportions dominate with 56% of the total. So few pagan basilicas are known from the Fourth Century, five, that one must be cautious in anything said but, there are no instances of 0.61 and with the exception of the two instances of uses of the proportions of the Basilica Nova, the other three are within the norm. It can be said then that the use of the Fano proportions is the dominant trend during the Augustan period and the First Century CE but after that, there was virtually no interest.
geographiCal distriBution
The same data will now be considered by geographical location. Table 12 lists the basilicas organized by region and province. Table 13 lists the basilicas on the Italian peninsula sorted by ratio and Graph 12 plots those with recorded dimensions. There are 61 known or suspected basilicas on the Italian peninsula and of them 32 have published dimensions. Latium has the greatest number, 14, followed in order by regions IV with 8, and I, VII and X, each with 7. The dominant ratios are 0.44 and 0.61 each with seven occurrences or approximately 22% of the total. The next greatest is at 0.39 with four occurrences and 12.5% of the total. These three represent c. 56% of the basilicas on the peninsula. 47% conform to the normal proportions.
Table 14 lists the basilicas of the Western empire outside of the Italian peninsula, 74 total and 57 with published dimensions, sorted by proportion. Graph 13 is the plot of those basilicas omitting 0.14 and 1.00 since neither are part of any cluster. The greatest concentration is at 0.39 with 10 iterations and representing c. 18% of the total. The next highest total is six at 0.33 with c. 11% followed by 0.26, 0.30, 0.48, 0.52, and 0.61 all with five occurrences and each representing c. 10%. This group of seven foci represents 72% of the total. There is a more diverse spread than previous groupings, in spite of the spike at 0.39.
Table 15 lists the basilicas of the Eastern empire, 19 in all and 17 with recorded dimensions. Graph 14 plots the foci. Three have only a single occurrence each, 0.17, 0.30, and 0.92. The rest have at least two and 0.33 and 0.39 have three or c. 18% each. There are two instances of 0.61, c. 12%, both in Ancient Corinth. C. 59% fall within the normal parameters.
geographiCal trends
The ratio represented by 0.61 is more common in the Italian peninsula than anywhere else with approximately one out of every four being of the Fano proportions. Although there are more iterations of this foci in the Western empire, 5, as compared to the Eastern, 2, by percentage of total, they are more common in the East than in the West. With the East at c. 12% and the West at c. 9%, the difference is not that large and we should probably consider the frequency of both to be roughly one in ten. This indicates that a basilica with the Fano proportions is roughly 2 1/2 times more likely to occur in the Italian peninsula than elsewhere in the empire.
The focus with the greatest overall number of occurrences is 0.39 with a total of 18. In the Italian peninsula it is c. 15% of the total; in the Western empire, c. 17%; and in the Eastern Empire, c. 18%. Although it is slightly less likely to occur in the peninsula, empire wide the rate of occurrence is fairly consistent at c. one out of every six.
distriBution By sCale
Table 16 lists the data sorted by overall size in square meters. The range is from 104.40 m² in Portus Magnus to 6240 m² in the Basilica Nova in Rome. The average is c. 1187.09 m² and the median is 905.125 m². Tables 17- 23 list the data from the seven most commonly occurring ratios, 0.39, 0.61, 0.33, 0.44, 0.26, 0.48, and 0.52, listed in descending order of frequency.
Paul d. scoTTon – 31
Table 17 lists those basilicas of the 0.39 ratio, 17 in all. The smallest is 368.90 m² and the largest 3196.80 m². The average is 1423.31 m² and the median 1392 m². 65% of this group are in excess of 1250 m² which would suggest that, although smaller buildings are not excluded, 0.39 is a proportion more likely used by basilicas larger than the norm.
Table 18 is the group of basilicas clustered at 0.61, 14 in all. They range in size from 346.92 m² to 1398.96 m². The average size is 787.85 m² and the median 803.2 m². On average, the basilicas of the 0.61 ratio are a little more than half the size, c. 56%, of those of the 0.39 ratio. The Fano basilica, the largest of the 0.61 group, at roughly 1400 m² is of average size of the 0.39 group.
The basilicas of the 0.33 focus are listed in Table 19. There are 12 in this cluster and they range from a small of 338.00 m² to a large of 2586.80 m². The average size is 1250.82 m² and the median is c. 1256.5 m². Three quarters of this group are larger than 1000 m².
There are 11 basilicas in the cluster at 0.44 and they are listed in Table 20. They range from 551.03 m² to 3649 m² in size with an average size of 1492.04 m² and a median of 1340.15 m². 64% of this group are greater in size than 1190 m².
Table 21 lists the cluster at 0.26 which has a count of 8 basilicas. They range in size from 217.50 m² to 2837.41 m², have an average size of 1503.48 m², and a median of c. 1666.25 m². 75% of this cluster are greater in size than 1000 m² and 38% are greater than 2000 m².
The cluster at 0.48 with a count of 8 is listed in Table 22. In size they range from 262 m² to 6202.10 m², have an average size of 1383.80 m², and a median of c. 692.75 m². 75% of this cluster are smaller in size than 1190 m². The Basilica Ulpia is so huge (only one other pagan basilica, the Basilica Nova, is of the same scale and size) that the median is much closer to the typical size of this cluster than the average. If the Basilica Ulpia is not counted, the average of this cluster is 699.76 m².
Table 23 lists the basilicas of the cluster at 0.52, 8 in all. They range from 325 m² to 3611.02 m², average 1147.60 m², and have a median of c. 946.46 m². We find again a largest example that is significantly larger than any of the others. The basilica at Carthage is c. 3 times as large as the next largest, that at Sabratha.
general trends By sCale
The basilicas which employ the ratios represented by 0.26, 0.33, 0.39, and 0.44 tend to be larger than the overall median of c. 905 m² although each includes examples significantly smaller. In general, these are proportionally narrower buildings which suggests the desire for a larger building necessitated a longer building. The determinate here may well have been the limits of span, i.e. the maximum distance that could be spanned and remain structurally sound.
The basilicas of the foci at 0.48 and 0.52 average greater than 1000 m². Both, however, include an example significantly larger than any of the others in the clusters. Without those extremes, the average sizes of the two are c. 700 m² and 796 m² respectively. These are less than the overall overage, c. 59% and 67% respectively; however, it should be noted that for the foci at 0.52, half are larger than the median.
For the focus at 0.61, c. 79% are at the median or less. Of the three that are larger than the median, none exceeds 1400 m². One is c. 1.15 times the median, one c. 1.24, and the largest, the basilica at Fano, c. 1.55. Basilicas of this proportion are for the most part modest in size for the entire Roman period with 71% of them falling between c. 500 and 900 m².
The data suggest that if the architect were to design a larger structure he would likely have used ratios of 0.26, 0.33, 0.39, and 0.44. 0.26 and 0.44 would more likely have been used for the largest. The ratio represented by 0.52 is ambiguous. It was as likely to be used in a basilica less than the median as it was to be used in one greater than the median. The ratios of 0.48 and 0.61 were more likely to be used in basilicas smaller in size than the median. For 0.48 this was c. 63% of the time and for 0.61 it was c. 67%.
32 – The Basilica aT Fano and The ViTruVian norm
general trends in sCale By tiMe periods
Tables 24-33 present the data organized by area and by time period. Graph 15 presents the averages and medians for the 10 time periods. Although the largest basilicas were built primarily in the Second, Third, and Fourth Centuries 14,the basilicas built during the Republican period were on average larger than those of any subsequent period. After this and throughout the First Century CE, the average size of basilicas and their median was progressively smaller. The Second, Third, and Fourth Centuries returned to and in the cases of the Second and Fourth Centuries surpassed the average size of those of the Augustan period. In all the periods but for the Republican there is considerable diversity in the overall size of basilicas built.
Table 24 is a list of the Republican period basilicas sorted by size. The average size is 1665.3 m² and the median 1320.00 m². Of the seven basilicas from this period, 71% are larger than 1190 m². The other two are at or greater than c. 956 m².
Table 25 lists the Augustan period basilicas sorted by size. The average is 1157.93 m² and the median 955.5 m². Although it is during the Augustan period that the largest of the basilicas of the Fano proportions is built, the average is 869.9 m². This is only c. 75% of the average size for this period. The median for 0.61 is 859.93 m² which is c. 90% of the overall median. As for 0.39, the average is 1322.75 m² and the median 1416 m². Thus, on average, the 0.61 basilicas are c. 2/3 the size of the 0.39 and by median, c. 61% of the size. These two proportions represent 48% of all the basilicas from this period.
Table 26 is the list of basilicas from the Republican and Augustan periods, i.e. those basilicas in use during the Augustan period. The basilicas of these periods are 1157.59 m² on average and the median is 955.5 m². The average size of the 0.61 ratio is c. 75% of the overall average and c. 90% of the median. The 0.39 ratio is in size 114% of the average and 136% of the median.
The basilicas of the Julio-Claudian period are listed in Table 27. The average size of these buildings is 938.35 m² and the median 1040.76 m². The average size of the three basilicas of the 0.61 proportion is 719.28 m² and the median 579.5 m² both smaller than the group as a whole, c. 77% and 56% respectively. The focus at 0.44 is as prevalent as 0.61 during this period but the average and median size is greater, 1171.26 m² and 1090 m² respectively. Compared to the average and median of the period, 0.44 is 125% of the average and 105% of the median. The single occurrence of the 0.39 focus is one of the two smallest structures of this group, 475.73 m² and is 51% the average size.
In Table 28 the Augustan and Julio-Claudian periods are listed. The average sized basilica of this group is 963.47 m² and the median is 958.88 m². The average sized building of the 0.61 focus is 824.71 m² and the median is 804.29 m². The average size of the buildings of the 0.39 focus is 1327.24 m² and the median is 1416 m². That is, the basilicas of the 0.61 focus are c. 86% of the size of the group average and those of the 0.39 focus are c. 138%.
The Flavian period and those basilicas of an imprecise date in the First Century are listed in Table 29. The average size of the buildings in this group is 847.59 m² and the median is 661.50 m². The average size of the basilicas of the 0.61 proportion is 642.27 m² and the median is 674.68 m². Although the overall average size is smaller than in the first three quarters of the First Century, the average size of the 0.61 group is smaller still, c. 76% of the size of the group at large.
Table 30 lists the basilicas from the Augustan period and the complete First Century. The average size is 994.45 m² and the median is 851.84 m². For the group of the 0.61 ratio the average size is 782.47 m² and the median 748.65 m². That is, on average the basilicas of the 0.61 ratio are c. 79% the average size of all basilicas during this period. For those of the 0.39 ratio during this period, the average size is 1201.74 m² and the median 1392.00 m². These basilicas are on average c. 21% larger than the average for this period.
The basilicas from the Second Century are listed in Table 31. The average size during this period is 1343.25 m² and the median is 951.38 m². There is only a single occurrence of the 0.61 proportions during the Second Century and its size, 857.75 m², is only c. 64% of the norm. The focus with the greatest number of occurrences is 0.39. The average size for this focus is 1460.26 m² and the median is 1383.75 m². The focus with the second largest cluster is 0.33 with an average size
14. The Basilica Iulia first built during the 2nd Century BCE and rebuilt during the Augustan period is a notable exception.
Paul d. scoTTon – 33
of 857.42 m² and a median of 775.63 m². The average size of this group is nearly identical with that of the single incident of the 0.61 proportions.
Only a small number of basilicas appear to have been built during the Third Century. There are only nine occurrences in the catalog. Of these seven have published dimensions. Those structures are listed in Table 32 and have an average size of 1660.4 m² and a median of 1861.5 m².
The Fourth Century was also a time when few pagan basilicas were built. The data are printed in Table 33. There are only 10 in the catalog and of those only five have published dimensions. The average size is 1248.02 m² and the median 566.3 m². The Basilica Nova, however, the largest pagan basilica built, was c. four times the size of the next largest in this small group and hence, raises the average size of this group considerably.
findings and ConClusions
The examination of the data included in the catalog of basilicas with published dimensions has revealed several significant trends. These trends become apparent when the data is considered by form, date, place, and size. The basic form of the basilica is that of the ratio of the width to the length, for convenience represented as decimals. Date and place are self explanatory. Size is the area of each basilica as calculated in square meters.
A scatter plot of the proportional ratios reveals two things: 1) there is great diversity in the proportions used and 2) even so, there are clusters of what would seem to be have been preferred proportions. Those clusters, in decimal form, are: 0.17, 0.21, 0.26, 0.30, 0.33, 0.39, 0.44, 0.48, 0.52, 0.56, 0.61, 0.68, 0.72, and 0.78. Of these, the ones with the greatest frequency of use are: 0.26, 0.33, 0.39, 0.48, 0.52, and 0.61. The most commonly used, in descending order of frequency, are: 0.39, 0.61, 0.33, and 0.44. These four foci account for 57 of the corpus of 106 basilicas with published dimensions, i.e., c. 54%. The two most common, 0.39 and 0.61, represent 33 out of the total or c. 31%.
During the Augustan period, the ratio of 0.39 first appears. This ratio is the most commonly used ratio during the empire and during the Augustan period it is only surpassed in use by that of 0.61. This latter is that of the Fano basilica, the one which Vitruvius designed and the one in which he took particular pride. During the Augustan period its use dominates. Of all the basilicas built during the Augustan period, roughly 1 out of every 3 (c. 32%) employed the Fano proportions. 27% employed the ratio represented by the decimal 0.39. These two ratios account for 59% of the Augustan era basilicas. That these two were so dominant during this period indicates a clear preference towards them.
During the Julio-Claudian periods, there is a more even distribution. The two dominant ratios are 0.44 and 0.61, each with c. 23% of the total. There is only a single incidence of the 0.39 proportion.
During the Flavian period including those basilicas from the First Century with imprecise dates, 0.61 continues to be one of two peaks, however, the number of iterations is again relatively small, i.e. 3. The other peak is at 0.26. More interesting is the fact that there are no known occurrences of 0.39.
If we consider the entire First century as a whole including the pre-Common Era Augustan occurrences, we find that 0.61 is by far the most commonly used proportion with nearly twice as many occurrences as 0.39, 13 and 7 respectively. For this period, approximately one out of every four basilicas was built in accordance with the Fano proportions.
For the entire Second century there is only a single occurrence of the 0.61 proportion. This is a dramatic turn around from the First century. The most commonly used proportion during the Second century is 0.39 closely followed by 0.33.
Apparently, few basilicas were constructed during the Third century. None were of the 0.61 proportion and only two of the 0.39 proportion. 0.26 and 0.56 were as common as 0.39. Even fewer pagan basilicas were built in the Fourth century. One was of the 0.39 proportion; two of the 0.48; and two of 0.68. There were no instances of 0.61.
In examining the basilicas geographically, we find that the most common type built on the Italian peninsula was that of 0.61. The next most common were 0.39 and 0.44, followed by 0.33 and 0.52. For the Western Empire excluding the Italian peninsula, the most common was 0.39 followed by 0.33. Next, with equal representation, are 0.26, 0.30, 0.48, 0.52, and 0.61. In the Eastern Empire, far fewer basilicas were built than in the west, 19 vs. 67 respectively. The most common proportions used were 0.33 and 0.39. These were followed by 0.26, 0.44, 0.48, and 0.61 each with two occurrences. The two occurrence of 0.61 were both in Corinth.
34 – The Basilica aT Fano and The ViTruVian norm
When considered by size, we find that the median is c. 905 m² and the average is c. 1183 m². C. 54% are less than 1000 m² and 46% greater. C. 28% are greater than 500 m² and less than 1000 m². For the most common ratio, 0.39, the average is 1414.81 m² and 65% of all basilicas of this ratio are larger than 1000 m². The next most common ratio, 0.61, has an average size of 789.88 m². Of this group 79% are smaller than 1000 m². The ratios of 0.33, 0.44, and 0.026 all have averages greater than 1000 m² and for 0.44 and 0.26 the average is greater than 1500 m². Both 0.48 and 0.52 have averages greater than 1000 m² but each has one in its cluster significantly larger than the others. For 0.48 this is the Basilica Ulpia with just over 6200 m² and for 0.52 it is the basilica in Carthage with over 3600 m². 75% of the 0.48 basilicas are less than 1000 m² and 50% of the 0.52 basilicas. If the Basilica Ulpia and the basilica at Carthage are omitted from their respective groups, the average size of 0.48 is 695.48 m² and that of 0.52 is 795.68 m².
When considering average size by period it is clear that in the Augustan period when 0.39 and 0.61 are the most common proportions used, 0.39 tended to be used for basilicas larger than average size and 0.61 for basilicas smaller than average. This is true for the rest of the First century even though the average size of all basilicas decreases during the period. When the average basilica size increases in the Second century, interest in 0.61 has for the most part disappeared.
Although it is likely more can be mined from these data, the following is clear. The proportions used by Vitruvius in his basilica at Fano were not a one off. Rather, he seems to have been a trend setter, a trend that lasted from Augustan times throughout the First century. These proportions were most commonly used on the Italian peninsula but appeared both in the east and west of the empire throughout the empire. The basilicas that used these proportions tended to be smaller than the average during the periods when they were most popular. This may be surprising when one considers the special use Vitruvius describes for his basilica at Fano, i.e., to house activities of the imperial cult. If it is the case, as it most certainly is in the Julian Basilica in Corinth (see fig. 1 and 2), the other basilicas using these proportions also were in part devoted to the imperial cult. In this context the cult appeared in buildings of modest size. Also, if it is true that the other basilicas using these proportions housed the imperial cult, then, regardless of whether these basilicas were built by imperial or local benefaction, the appearance of basilicas of this type documents the rise of and increasing interest in the imperial cult, most notably in the Italian peninsula.
Bibliographical References
Alzinger, W. (1989): “Vitruvius Basilika und der archäologische Befund”, Bulletin Antieke Beschaving Supplement 2, 212-16. In Munus Non Ingratum, Dresden.
Balty, J.-Ch. (1991): Curia Ordinis, Buxelles.
Carter, J. (1989): “Civic and Other Buildings”, Roman Public Buildings, 31-65, Exeter.
Casteels, E. (1976): “La Basilique d’Ordona”, Ordona V, 33-61. Bruxelles - Rome.
Coulton, J. J. (1982): Ancient Greek Architects at Work: Problems of Structure and Design, Cornell.
Gros, P. (1996-2001): L’architecture romaine du début du iiie siècle av. J.-C. à la fin du Haut-Empire, Paris.
— (1983): “La Basilique de Forum Selon Vitruve : La Norme et L’Expérimentation”, Bauplanung und Bautheorie der Antike, 49-69.
Nünnerich-Asmus, A. (1994): Basilika und Portikus. Die Architektur der Säulenhallen als Ausdruck gewandelter Urbanität in später Republik u. früher Kaiserzeit, Cologne.
Ohr, K. (1975): “Die Form der Basilika bei Vitruv”, Bonner Jahrbuch 175, 113-27.
Romano, D. G. (2003): “City Planning, Centuriation, and Land Division”, Corinth, The Centenary 1896-1996, Corinth XX.
Scotton, P. D. (1997): The Julian Basilica: An Architectural Investigation, University of Pennsylvania diss.
Walthew, C.V. (2002): A Metrological Study of the Early Roman Basilicas, Lewiston - Queenston - Lampeter.
Wilson Jones, M. (2000): Principles of Roman Architecture , Yale University Press, London - New Haven.
Paul d. scoTTon – 35
|
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36 – The Basilica aT Fano and The ViTruVian norm
| Graph 2. Foci of Ratios of Width to Length Shown as Decimals.
| Graph 3. Republican Period Frequency of the Foci.
Paul d. scoTTon – 37
| Graph 4. Augustan Period Frequency of the Foci.
| Graph 5. Julio-Claudian Period Frequency of the Foci.
38 – The Basilica aT Fano and The ViTruVian norm
| Graph 6. Augustan and Julio-Claudian Periods Frequency of the Foci.
| Graph 7. Flavian Period and Non-Specific 1st Century CE Frequency of the Foci.
Paul d. scoTTon – 39
| Graph 8. Augustan Period and 1st Century CE Frequency of the Foci.
| Graph 9. 2nd Century CE Frequency of the Foci.
40 – The Basilica aT Fano and The ViTruVian norm
| Graph 10. 3rd Century CE Frequency of the Foci.
| Graph 11. 4th Century CE Frequency of the Foci.
Paul d. scoTTon – 41
| Graph 12. Italian Peninsula Frequency of the Foci.
| Graph 13. Western Empire Excluding the Italian Peninsula Frequency of the Foci.
42 – The Basilica aT Fano and The ViTruVian norm
| Graph 14. Eastern Empire Frequency of the Foci.
| Graph 15. Average and Median Areas by Time Period.
Paul d. scoTTon – 43
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sis
Glo
uce
ster
Gle
vum
2163
0.33
1323
.00
2C C
EBrita
nnia
Fasa
no
Gnat
hia
21.7
34.5
0.63
748.
65Augu
stan
II
.../.
..
Paul d. scoTTon – 45M
oder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Szek
esfe
her
var
Gors
ium
-Her
culia
1155
0.20
605.
002C
CE (
Tra
janic
?)Pan
nonia
Vosg
esG
rand (
Andes
ina?
)20
.233
.40.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Ord
ona
Her
donia
26.7
542
.00
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Zad
arIa
dar
--
-1/
2 1C
CE
Illy
ricu
m
Exe
ter
Isca
Dum
nonio
rum
ca. 9
510.
1845
9.00
2C C
EBrita
nnia
Monte
ner
odom
oIu
vanum
13.2
36.0
40.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Lepci
sLe
pci
s M
agna-
mai
or
--
-2C
CE (
102)
Tripolis
Lepci
sLe
pci
s M
agna-
Ulp
ia-
--
2C C
E (
Tra
janic
?)Tripolis
Lepci
sLe
ptis
Mag
na-
Seve
rian
a36
88.8
0.41
3196
.80
3C C
E (
216)
Tripolis
Lepci
sLe
ptis
Mag
na-
Vetu
s25
.245
.50.
5511
46.6
01C
CE (
1/2)
Tripolis
Linte
rno
Lite
rnum
24.5
470.
5211
51.5
0Rep
ublic
anI
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia26
.969
.20.
3918
61.4
83C
CE
Bel
gica
Vid
y-Va
ud
Louso
nna
1769
.50.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Cap
ena
Lucu
s Fe
ronia
e13
.619
.60.
6926
6.56
1C C
E (
/14-
20)
VII
Luni
Luna
2460
0.40
1440
.00
Augu
stoTib
eria
nVII
Luni
Luna-
S. B
ldg.
15.9
30.5
0.52
484.
951C
CE?
VII
Mac
tar
Mac
taris
--
-88
CE
Afr
ica
M’D
aouro
uch
Mad
aura
-Nova
--
-4C
CE
Afr
ica
Pro
con.
M’D
aouro
uch
Mad
aura
-Vet
us
8.2
14.6
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Min
turn
oM
intu
rnae
2658
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Burn
um
Munic
ipiu
m B
urn
ista
rum
18.1
58.2
0.31
1053
.42
2C C
E (
Tra
janic
)D
alm
atia
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)14
.330
.40.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
112
56.5
0.21
678.
00Augu
stan
?Rae
tia
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
218
.537
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Tripoli
Oea
--
-2C
CE
Afr
ica
Pro
con.
Ghig
hen
Oes
cus
--
--
Moes
ia
Antic
a O
stia
Ost
ia23
.536
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Pes
toPae
stum
22.6
38.0
50.
5985
9.93
Augu
stan
(1-
3 CE)
III
Tad
mor
Pal
myr
a35
750.
4726
2.00
1-3C
CE
Syria
Phili
ppi
Phili
ppi
--
--
Mac
edonia
Pom
pei
iPom
pei
i24
.554
.70.
4513
40.1
5Rep
ublic
an ((1
30-1
20)
I
Bet
tioua/
Sain
t-Le
uPortus
Mag
nus
5.8
180.
3210
4.40
-M
aure
tania
Pal
estrin
aPra
enes
te24
550.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Pouzz
ole
sPute
oli
--
-Augu
stan
I
.../.
..
46 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Leic
este
rRat
ae C
oriet
auvo
rum
14.9
447
.07
0.32
703.
232C
CE
Brita
nnia
Rheg
gio
Rheg
ium
--
-4C
CE (
or
5C)
III
Rom
aRom
a-Bas
ilica
Nova
6596
0.68
6240
.00
4C A
C (
post
31
3)La
tium
Rom
aRom
e-Aem
elia
22.5
95.6
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-Iu
lia41
890.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-U
lpia
54.5
113.
80.
4862
02.1
02C
CE (
Tra
janic
)La
tium
Cas
tel R
ousi
llion
Rusc
ino
1947
.80.
4090
8.20
Augu
stan
?N
arbonen
sis
Rose
lleRuse
llae
17.6
29.4
0.60
517.
44Augu
stoTib
eria
nVII
Zouag
ha
Sabra
tha
I26
.448
.50.
5412
80.4
01C
CE (
70-8
0)Tripolit
ania
Zouag
ha
Sabra
tha
II27
500.
5613
50.0
0?
Tripolis
Zouag
ha
Sabra
tha-
Nova
19.8
28.6
0.67
566.
282/
2 4C
CE
Tripolis
Sepin
oSa
epin
ium
18.1
29.7
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Sago
nte
Sagu
ntu
m18
.337
.80.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
29.5
75.5
0.39
2227
.25
2C C
EJu
dae
a
Bet
h S
hea
nSc
yopolis
2865
0.43
1820
.00
2C C
EJu
dae
a
Sass
ofe
rrat
o/S
entin
oSe
ntiu
m-
--
?VI
Piti
no
Septe
mped
a-
--
?V
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Shaq
qa
Shaq
qa
18.3
19.8
0.92
362.
342C
CE (
4/4)
Syria
Tak
embrit
Sigu
s/Si
ga19
.627
.75
0.71
543.
902C
CE (
1/4)
Num
idia
Izm
irSm
yrna
2715
90.
1742
93.0
02C
CE (
mid
)Asi
a
Sora
Sora
e-
--
I
Spole
toSp
ole
tium
--
-?
VI
Sbei
tlaSu
fetu
la-
--
2C C
E (
mid
)Afr
ica
Pro
con.
Subeq
uan
aSu
per
aequum
--
-1C
CE
IV
Ter
raci
na
Tar
raci
na
--
-1C
CE
Latiu
m
Tar
raco
Tar
rago
na
27.6
74.8
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Tries
teTer
gest
e22
.558
0.39
1305
.00
2C C
E (
Tra
janic
)X
Tim
gad
Tham
uga
di
1529
0.52
435.
002C
CE (
Tra
j/H
adrian
ic)
Num
idia
Santo
rini
Ther
a10
33.8
0.34
338.
002C
CE (
102-
116)
Cre
ta
Teb
essa
Thev
este
(?)
--
-1C
CE
Afr
ica
Pro
con.
Kham
issa
Thuburs
icum
-Vet
us
28.4
39.1
0.73
1110
.44
2C C
EN
um
idia
Announa
Tib
ilis
7.5
290.
2621
7.50
3C C
E (
210/
211)
Num
idia
Tiv
oli
Tib
ur
25.6
--
Rep
ublic
anLa
tium
.../.
..
Paul d. scoTTon – 47
Moder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Tef
essa
dTip
asa
15.5
35.5
50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Tourn
aiTourn
acum
--
--
Bel
gica
Tre
ia-M
ura
Tre
a-
--
?V
Bej
aVa
ga-
--
4C C
E (
377)
Afr
ica
Pro
con.
Vale
ria
Vale
ria
1930
.50.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Vais
on-la-
Rom
aine
Vasi
o V
oco
ntio
rum
12.6
--
1C C
E?
Nar
bonen
sis
Velle
iaVe
leia
11.7
35.3
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Velle
tri
Velit
rae
--
-?
Latiu
m
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m9.
153
.90.
1749
0.49
1-2C
CE
Brita
nnia
Cae
rwen
tVe
nta
Silu
rum
13.5
490.
2866
1.50
1-2C
CE
Brita
nnia
Vero
na
Vero
na
2575
0.33
1875
.00
1C C
E (
Flav
ian)
X
Xan
ten
Vete
ra24
.462
.00.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Wro
xter
Viroco
niu
m22
.561
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Mag
dal
ensb
erg
Virunum
?18
.129
.60.
6153
5.76
Augu
stan
Noricu
m
Kas
ar P
har
aoun
Volu
bili
s20
.838
.60.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
|
Table
1. Cat
alog
of Bas
ilica
s K
now
n o
r Su
spec
ted L
iste
d b
y Si
te.
48 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Coim
bra
Conim
briga
25.
539
.50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Am
purias
Em
porion
8.4
500.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Izm
irSm
yrna
2715
90.
1742
93.0
02C
CE (
mid
)Asi
a
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m9.
153
.90.
1749
0.49
1-2C
CE
Brita
nnia
Exe
ter
Isca
Dum
nonio
rum
ca. 9
510.
1845
9.00
2C C
EBrita
nnia
Zugl
ioFo
rum
Iuliu
m C
arnic
um
7.45
38.5
0.19
286.
831C
CE
X
Szek
esfe
her
var
Gors
ium
-Her
culia
1155
0.20
605.
002C
CE (
Tra
janic
?)Pan
nonia
Deu
tsch
-Alte
nburg
Car
nuntu
m28
.75
134
0.21
385.
251C
CE (
post
73)
Pan
nonia
Civ
idal
eFo
rum
Iulii
7.85
37.4
0.21
293.
59Augu
stan
(1C
BCE)
X
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
112
56.5
0.21
678.
00Augu
stan
?Rae
tia
Vid
y-Va
ud
Louso
nna
1769
.50.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Rom
aRom
e-Aem
elia
22.5
95.6
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Silc
hes
ter
Cal
leva
Arteb
atum
17.7
710.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Bel
kis
Asp
endos
26.9
105.
480.
2628
37.4
13C
CE (
end)
Asi
a
Announa
Tib
ilis
7.5
290.
2621
7.50
3C C
E (
210/
211)
Num
idia
Xan
ten
Colo
nia
Ulp
ia T
raia
na
Augu
sta
1763
0.27
1071
.00
Dac
ia
Ciren
cest
erCoriniu
m D
obunnoru
m26
.52
99.9
70.
2726
51.2
01C
CE, la
teBrita
nnia
Cae
rwen
tVe
nta
Silu
rum
13.5
490.
2866
1.50
1-2C
CE
Brita
nnia
Duklja
Docl
ea14
480.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Coru
na
del
Conde
Clu
nia
25.4
83.6
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Burn
um
Munic
ipiu
m B
urn
ista
rum
18.1
58.2
0.31
1053
.42
2C C
E (
Tra
janic
)D
alm
atia
Bet
tioua/
Sain
t-Le
uPortus
Mag
nus
5.8
180.
3210
4.40
-M
aure
tania
Leic
este
rRat
ae C
oriet
auvo
rum
14.9
447
.07
0.32
703.
232C
CE
Brita
nnia
Aquile
iaAquile
ia29
89.2
0.33
2586
.80
3C C
E (
Seve
ran)
X
Glo
uce
ster
Gle
vum
2163
0.33
1323
.00
2C C
EBrita
nnia
Velle
iaVe
leia
11.7
35.3
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Vero
na
Vero
na
2575
0.33
1875
.00
1C C
E (
Flav
ian)
X
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
2059
.50.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Santo
rini
Ther
a10
33.8
0.34
338.
002C
CE (
102-
116)
Cre
ta
Sidi al
i bou D
jenoun
Ban
asa
Vale
ntia
1234
.50.
3541
4.00
2C C
E?
Mau
reta
nia
Kre
mna
Cre
mna
1955
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Shah
atCyr
ene
22.9
66.3
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Feurs
Foru
m S
egusi
avoru
m23
.367
.50.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
.../.
..
Paul d. scoTTon – 49
Moder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Bav
aiBag
acum
-Eas
t Com
ple
x28
.279
0.36
2227
.80
1C C
EBel
gica
Dje
mila
Cuic
ul-Ju
lia13
.537
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Asc
alon
Asc
alon
3487
.90.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Monte
ner
odom
oIu
vanum
13.2
36.0
40.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Tar
raco
Tar
rago
na
27.6
74.8
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Wro
xter
Viroco
niu
m22
.561
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Sreb
renic
aD
om
avia
11.9
31.0
0.38
368.
902C
CE?
Dal
mat
ia
Alis
e-St
. Rei
ne
Ale
sia
1333
.50
0.39
435.
502C
CE
Gau
l
Ast
org
aAst
urica
Augu
sta
25.5
660.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
1436
0.39
504.
004C
CE (
364/
367)
Num
idia
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia26
.969
.20.
3918
61.4
83C
CE
Bel
gica
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
29.5
75.5
0.39
2227
.25
2C C
EJu
dae
a
Tries
teTer
gest
e22
.558
0.39
1305
.00
2C C
E (
Tra
janic
)X
Xan
ten
Vete
ra24
.462
.00.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Luni
Luna
2460
0.40
1440
.00
Augu
stoTib
eria
nVII
Cas
tel R
ousi
llion
Rusc
ino
1947
.80.
4090
8.20
Augu
stan
?N
arbonen
sis
Ben
evag
ienna
Augu
sta
Bag
iennoru
m24
580.
4113
92.0
0Augu
stan
IX
Coim
bra
Conim
briga
113
.633
0.41
448.
80Augu
stan
Lusi
tania
Lepci
sLe
ptis
Mag
na-
Seve
rian
a36
88.8
0.41
3196
.80
3C C
E (
216)
Tripolis
Bre
scia
Brixi
a18
.75
450.
4284
3.75
1C C
E (
Flav
ian)
X
Bet
h S
hea
nSc
yopolis
2865
0.43
1820
.00
2C C
EJu
dae
a
Ave
zzan
oAlb
a Fu
cens
21.8
500.
4410
90.0
01C
CE (
1/2)
IV
Aost
aAugu
sta
Rau
rica
28.5
65.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Pal
estrin
aPra
enes
te24
550.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Tef
essC
ETip
asa
15.5
35.5
50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Vols
inii
Bols
ena
25.7
570.
4514
64.9
01C
CE (
50-7
0)VII
(Anci
ent) C
orinth
Corinth
-North
20.8
46.1
0.45
958.
88Cla
udia
n?
Ach
aia
Min
turn
oM
intu
rnae
2658
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Pom
pei
iPom
pei
i24
.554
.70.
4513
40.1
5Rep
ublic
an ((1
30-1
20)
I
Rom
aRom
e-Iu
lia41
890.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)14
.330
.40.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Tad
mor
Pal
myr
a35
750.
4726
2.00
1-3C
CE
Syria
St. Rem
yG
lanum
21.4
44.5
0.48
952.
30Augu
stan
Nar
bonen
sis
Rom
aRom
e-U
lpia
54.5
113.
80.
4862
02.1
02C
CE (
Tra
janic
)La
tium
.../.
..
50 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Sago
nte
Sagu
ntu
m18
.337
.80.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Trier
Augu
sta
Tre
vero
rum
27.5
456
.13
0.49
1545
.82
4C C
E (
1/4)
Bel
gica
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
218
.537
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Dje
mila
Cuic
ul-Ve
stia
ria
1224
0.50
288.
004C
CE (
367/
372)
Num
idia
Trier
Augu
sta
Tre
vero
rum
I13
250.
5232
5.00
1C C
EBel
gica
Byr
saCar
thag
e43
.36
83.2
80.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
Linte
rno
Lite
rnum
24.5
470.
5211
51.5
0Rep
ublic
anI
Luni
Luna-
S. B
ldg.
15.9
30.5
0.52
484.
951C
CE?
VII
Tim
gad
Tham
uga
di
1529
0.52
435.
002C
CE (
Tra
j/H
adrian
ic)
Num
idia
Ard
eaArd
ea23
.845
.80.
5310
90.0
4Rep
ublic
an (10
0-80
)La
tium
Zouag
ha
Sabra
tha
I26
.448
.50.
5412
80.4
01C
CE (
70-8
0)Tripolit
ania
Kas
ar P
har
aoun
Volu
bili
s20
.838
.60.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Lepci
sLe
ptis
Mag
na-
Vetu
s25
.245
.50.
5511
46.6
01C
CE (
1/2)
Tripolis
M’D
aouro
uch
Mad
aura
-Vet
us
8.2
14.6
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Zouag
ha
Sabra
tha
II27
500.
5613
50.0
0?
Tripolis
Bolo
nia
Bae
lo C
laudia
18.3
31.6
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Kem
pte
nCam
bodunum
23.6
44.1
0.59
1040
.76
3/4
1C C
EBel
gica
Pes
toPae
stum
22.6
38.0
50.
5985
9.93
Augu
stan
(1-
3 CE)
III
Rose
lleRuse
llae
17.6
29.4
0.60
517.
44Augu
stoTib
eria
nVII
(Anci
ent) C
orinth
Corinth
-Julia
n23
.55
38.4
30.
6190
5.03
1C C
E (
1/10
)Ach
aia
(Anci
ent) C
orinth
Corinth
-South
23.5
038
.52
0.61
905.
221C
CE (
4/4)
Ach
aia
Vosg
esG
rand (
Andes
ina?
)20
.233
.40.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Sepin
oSa
epin
ium
18.1
29.7
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Mag
dal
ensb
erg
Virunum
?18
.129
.60.
6153
5.76
Augu
stan
Noricu
m
Bav
aiBag
acum
14.7
23.6
0.62
346.
921C
CE
Bel
gica
Vale
ria
Vale
ria
1930
.50.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Fano
Fanum
Fortunae
29.5
747
.31
0.63
1398
.96
Augu
stan
VI
Fasa
no
Gnat
hia
21.7
34.5
0.63
748.
65Augu
stan
II
Ord
ona
Her
donia
26.7
542
.00
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Antic
a O
stia
Ost
ia23
.536
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Zouag
ha
Sabra
tha-
Nova
19.8
28.6
0.67
566.
282/
2 4C
CE
Tripolis
Rom
aRom
a-Bas
ilica
Nova
6596
0.68
6240
.00
4C A
C (
post
31
3)La
tium
Cap
ena
Lucu
s Fe
ronia
e13
.619
.60.
6926
6.56
1C C
E (
/14-
20)
VII
Tak
embrit
Sigu
s/Si
ga19
.627
.75
0.71
543.
902C
CE (
1/4)
Num
idia
.../.
..
Paul d. scoTTon – 51
Moder
n N
ame
Site
Wid
thLe
ngt
hW
/Lm
²D
ate
Reg
/Pro
v
Kham
issa
Thuburs
icum
-Vet
us
28.4
39.1
0.73
1110
.44
2C C
EN
um
idia
Anse
donia
Cosa
27.3
350.
7895
5.50
Rep
ublic
an (15
0 BCE)
VII
Sange
min
iCar
sula
e23
290.
7966
7.00
1C C
EVI
Shaq
qa
Shaq
qa
18.3
19.8
0.92
362.
342C
CE (
4/4)
Syria
Bulla
Reg
iaBulla
Reg
ia-1
23?
231.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an ((1
30-1
20)
I
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
BCE)
Latiu
m
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (15
0 BCE)
VII
Car
soli
Car
seoli
--
-Rep
ublic
anIV
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Tiv
oli
Tib
ur
-25
.6-
Rep
ublic
anLa
tium
Ala
tri
Ale
triu
m-
--
Rep
ublic
an (13
0-12
0 BCE)
Latiu
m
Alfed
ena
Aufiden
a-
--
Rep
ublic
an (3C
BCE)
IV
Copia
Copia
/Thurii
--
-Rep
ublic
an (ea
rly1
C B
CE)
III
Monte
sarc
hio
Cau
diu
m-
--
Rep
ublic
an (m
id1C
BCE)
II
|
Table
2. Rat
ios
of W
idth
to L
engt
h P
rese
nte
d a
s D
ecim
als.
|
Table
3. Rep
ublic
an P
erio
d.
52 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BCE)
X
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2
BCE-4
/5 C
E)
Ach
aia
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BCE)
V
Pouzz
ole
sPute
oli
--
-Augu
stan
I
|
Table
4. Augu
stan
Per
iod.
Paul d. scoTTon – 53
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Tripolis
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E 3
/4Bel
gica
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
14-2
0)VII
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Zad
arIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
|
Table
5. Ju
lio-C
laudia
n P
erio
d.
54 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BC)
X
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BC)
VII
I
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0 CE)
VII
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Tripolis
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E (
3/4)
Bel
gica
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2B
C-4
/5CE)
Ach
aia
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BC)
II
.../.
..
Paul d. scoTTon – 55
|
Table
6. Augu
stan
and Julio
-Cla
udia
n P
erio
ds.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
/14-
20 C
E)
VII
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BC)
V
Zad
arIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
Pouzz
ole
sPute
oli
--
-Augu
stan
I
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE (
Flav
ian)
X
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE (
late
)Brita
nnia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tripolit
ania
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
(Anci
ent) C
orinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EVI
Mac
tar
Mac
taris
--
-1C
CE (
88)
Afr
ica
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Subeq
uan
aSu
per
aequum
--
-1C
CE
IV
Ter
raci
na
Tar
raci
na
--
-1C
CE
Latiu
m
Teb
essa
Thev
este
(?)
--
-1C
CE
Afr
ica
Pro
con.
Vais
on-la-
Rom
aine
Vasi
o V
oco
ntio
rum
-12
.6-
1C C
E?
Nar
bonen
sis
|
Table
7. Fl
avia
n a
nd N
on-S
pec
ific
1st C
entu
ry C
E.
56 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE (
Flav
ian)
X
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BC)
X
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE (
late
)Brita
nnia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BC)
VII
I
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
.../.
..
Paul d. scoTTon – 57
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tr
ipolit
ania
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Trip
olis
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E 3
/4Bel
gica
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44A
ugu
stoTib
eria
nVII
(Anci
ent)
Corinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2B
C-4
/5CE
Ach
aia
(Anci
ent)
Corinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Val
eria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tarr
aconen
sis
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65A
ugu
stan
II
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 B
C)
II
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
14-2
0)VII
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EVI
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BC)
V
Zad
aIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Mac
tar
Mac
taris
--
-1C
CE (
88)
Afric
a
Otr
icoli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
Pouzz
ole
sPute
oli
--
-A
ugu
stan
I
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Subeq
uan
aSu
per
aequum
--
-1C
CE
IV
Ter
raci
na
Tarr
acin
a-
--
1C C
ELa
tium
Teb
essa
Thev
este
(?)
--
-1C
CE
Afric
a Pro
con.
Vai
son-la-
Rom
aine
Vasi
o V
oco
ntio
rum
-12
.6-
1C C
E?
Nar
bonen
sis
|
Table
8. Augu
stan
and F
irst
Cen
tury
CE.
58 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Izm
irSm
yrna
159
270.
1742
93.0
02C
CE (
mid
)Asi
a
Exe
ter
Isca
Dum
nonio
rum
51ca
. 9
0.18
459.
002C
CE
Brita
nnia
Szek
esfe
her
var
Gors
ium
-Her
culia
5511
0.20
605.
002C
CE (
Tra
janic
?)Pan
nonia
Duklja
Docl
ea48
140.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Burn
um
Munic
ipiu
m B
urn
ista
rum
58.2
18.1
0.31
1053
.42
2C C
E (
Tra
janic
)D
alm
atia
Leic
este
rRat
ae C
oriet
auvo
rum
47.0
714
.94
0.32
703.
232C
CE
Brita
nnia
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EBrita
nnia
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Kre
mna
Ban
asa
Vale
ntia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Shah
atCre
mna
5519
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Sidi al
i bou D
jenoun
Cyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Wro
xter
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Asc
alon
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Tries
teTer
gest
e58
22.5
0.39
1305
.00
2C C
E (
Tra
janic
)X
Xan
ten
Vete
ra62
.024
.40.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
Tef
essa
dAugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Aost
aTip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CE (
Tra
janic
)La
tium
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Tra
j/H
adrian
ic)
Num
idia
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Tak
embrit
Sigu
s/Si
ga27
.75
19.6
0.71
543.
902C
CE (
1/4)
Num
idia
Kham
issa
Thuburs
icum
-Vet
us
39.1
28.4
0.73
1110
.44
2C C
EN
um
idia
Shaq
qa
Shaq
qa
19.8
18.3
0.92
362.
342C
CE (
4/4)
Syria
Bulla
Reg
iaBulla
Reg
ia-1
2323
?1.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Bou-G
har
aAbel
la-
--
2C C
EI
.../.
..
Paul d. scoTTon – 59
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Trip
oli
Corfi
niu
m-
--
2C C
EIV
Ave
llaFe
rentin
um
--
-2C
CE
Latiu
m
Corfi
nio
Gig
this
--
-2C
CE
Afr
ica
Fere
nto
Lepci
s M
agna-
Mai
or
--
-2C
CE (
102)
Trip
olis
Lepci
sLe
pci
s M
agna-
Ulp
ia-
--
2C C
E (
Traj
anic
?)Tr
ipolis
Sbei
tlaO
ea-
--
2C C
EA
fric
a Pro
con.
Lepci
sSu
fetu
la-
--
2C C
E (
mid
)A
fric
a Pro
con.
|
Table
9. Se
cond C
entu
ry C
.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
w²
Dat
eReg
/Pro
v
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
Aquile
iaAquile
ia89
.229
0.33
2586
.80
3C C
E (
Seve
ran)
X
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Tripolis
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
M’D
aouro
uch
Mad
aura
-Vet
us
14.6
8.2
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Vazi
Sar
ra-
--
3C C
EM
aure
tania
Bulla
Reg
iaBulla
Reg
ia-2
23-
-3C
CE (
2/2)
Afr
ica
|
Table
10.
Third C
entu
ry C
E.
60 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Trier
Augu
sta
Tre
vero
rum
56.1
327
.54
0.49
1545
.82
4C C
E (
1/4)
Bel
gica
Dje
mila
Cuic
ul-Ve
stia
ria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Zouag
ha
Sabra
tha-
Nova
28.6
19.8
0.67
566.
284C
CE (
post
313
)Tripolis
Rom
aRom
a-Bas
ilica
Nova
9665
0.68
6240
.00
4C A
C (
post
31
3)La
tium
M’D
aouro
uch
Mad
aura
-Nova
--
-4C
CE
Afr
ica
Pro
con.
Ben
venen
toBen
even
tum
--
-4C
CE
II
Cirta
Const
antin
e-
--
4C C
E (
362)
Num
idia
Bej
aVa
ga-
--
4C C
E (
377)
Afr
ica
Pro
con.
Rheg
gio
Rheg
ium
--
-4C
CE (
or
5C)
III
|
Table
11.
Fourth C
entu
ry.
Paul d. scoTTon – 61
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Ala
tri
Ale
triu
m-
--
Rep
ublic
an (13
0-12
0)La
tium
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
)La
tium
Fere
nto
Fere
ntin
um
--
-2C
CE
Latiu
m
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Rom
aRom
a-Bas
ilica
Nova
9665
0.68
6240
.00
4C A
C (
post
31
3)La
tium
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Augu
stan
(12
BCE/1
2 CE)
Latiu
m
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CE (
Tra
janic
)La
tium
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Ter
raci
na
Tar
raci
na
--
-1C
CE
Latiu
m
Tiv
oli
Tib
ur
-25
.6-
Rep
ublic
anLa
tium
Velle
tri
Velit
rae
--
-?
Latiu
m
Ave
llaAbel
la-
--
2C C
EI
Ave
llinum
Abel
linum
--
-?
I
Com
pulte
ria
Cubulte
ria
--
-?
I
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an (13
0-12
0)I
Pouzz
ole
sPute
oli
--
-Augu
stan
I
Sora
Sora
e-
--
I
Ben
venen
toBen
even
tum
--
-4C
CE
II
Monte
sarc
hio
Cau
diu
m-
--
Rep
ublic
an (m
id1C
BCE)
II
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Copia
Copia
/Thurii
--
-Rep
ublic
an (ea
rly1
C B
CE)
III
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
Rheg
gio
Rheg
ium
--
-4C
CE (
or
5C)
III
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Alfed
ena
Aufiden
a-
--
Rep
ublic
an (3C
BCE)
IV
Car
soli
Car
seoli
--
-Rep
ublic
anIV
Corfi
nio
Corfi
niu
m-
--
2C C
EIV
Faifoli
Fagi
fula
e-
--
?IV
.../.
..
62 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Ves
covi
oFo
rum
Novu
m-
--
?IV
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Subeq
uan
aSu
per
aequum
--
-1C
CE
IV
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BCE)
V
Piti
no
Septe
mped
a-
--
?V
Trei
a-M
ura
Trea
--
-?
V
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EV
I
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
Sass
ofe
rrat
o/S
entin
oSe
ntiu
m-
--
?V
I
Spole
toSp
ole
tium
--
-?
VI
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)V
II
Bolg
nia
Bononia
--
-?
VII
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (
150
BCE)
VII
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
14-2
0)V
II
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nV
II
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44A
ugu
stoTib
eria
nV
II
Vel
leia
Vel
eia
35.3
11.7
0.33
413.
01A
ugu
stan
(15
BCE)
VII
I
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0A
ugu
stan
IX
Alti
no
Alti
num
--
-?
X
Aquile
iaA
quile
ia89
.229
0.33
2586
.80
3C C
E (
Seve
ran)
X
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59A
ugu
stan
(1C
BCE)
X
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE
X
Trie
ste
Terg
este
5822
.50.
3913
05.0
02C
CE (
Traj
anic
)X
Ver
ona
Ver
ona
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
(Anci
ent)
Corinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
1C C
E (
1/10
)A
chai
a
(Anci
ent)
Corinth
Corinth
-North
46.1
20.8
0.45
958.
88Cla
udia
n?
Ach
aia
(Anci
ent)
Corinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Bulla
Reg
iaB
ulla
Reg
ia-1
2323
?1.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Bulla
Reg
iaB
ulla
Reg
ia-2
23-
-3C
CE (
2/2)
Afr
ica
.../.
..
Paul d. scoTTon – 63
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Bou-G
har
aG
igth
is-
--
2C C
EA
fric
a
Mac
tar
Mac
taris
--
-88
CE
Afr
ica
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
M’D
aouro
uch
Mad
aura
-Nova
--
-4C
CE
Afr
ica
Pro
con.
M’D
aouro
uch
Mad
aura
-Vet
us
14.6
8.2
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Trip
oli
Oea
--
-2C
CE
Afr
ica
Pro
con.
Sbei
tlaSu
fetu
la-
--
2C C
E (
mid
)A
fric
a Pro
con.
Tebes
saThev
este
(?)
--
-1C
CE
Afr
ica
Pro
con.
Bej
aVag
a-
--
4C C
E (
377)
Afr
ica
Pro
con.
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
Izm
irSm
yrna
159
270.
1742
93.0
02C
CE (
mid
)A
sia
Trie
rA
ugu
sta
Trev
eroru
m56
.13
27.5
40.
4915
45.8
24C
CE (
1/4)
Bel
gica
Trie
rA
ugu
sta
Trev
eroru
m I
2513
0.52
325.
001C
CE
Bel
gica
Bav
aiB
agac
um
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Bav
aiB
agac
um
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EB
elgi
ca
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
3/4
1C C
EB
elgi
ca
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Tourn
aiTo
urn
acum
--
--
Bel
gica
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE, la
teB
rita
nnia
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EB
rita
nnia
Exe
ter
Isca
Dum
nonio
rum
51ca
. 9
0.18
459.
002C
CE
Brita
nnia
Leic
este
rRat
ae C
oriet
auvo
rum
47.0
714
.94
0.32
703.
232C
CE
Brita
nnia
Cai
stor-
by-
Norw
ich
Ven
ta I
cenoru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Cae
rwen
tVen
ta S
iluru
m49
13.5
0.28
661.
501-
2C C
EB
rita
nnia
Wro
xter
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Shah
atCyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Xan
ten
Colo
nia
Ulp
ia T
raia
na
Augu
sta
6317
0.27
1071
.00
Dac
ia
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Burn
um
Munic
ipiu
m B
urn
ista
rum
58.2
18.1
0.31
1053
.42
2C C
E (
Traj
anic
)D
alm
atia
.../.
..
64 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Kre
mna
Cre
mna
5519
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Aost
aA
ugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Xan
ten
Vet
era
62.0
24.4
0.39
1512
.80
2C C
E (
Traj
anic
?)G
erm
ania
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Dukl
jaD
ocl
ea48
140.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Zad
arIa
dar
--
-1/
2 1C
CE
Illy
ricu
m
Asc
alon
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80A
ugu
stan
Lusi
tania
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Phili
ppi
Phili
ppi
--
--
Mac
edonia
Vaz
i Sa
rra
--
-3C
CE
Mau
reta
nia
Sidi al
i bou D
jenoun
Ban
asa
Val
entia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Bet
tioua/
Sain
t-Le
uPortus
Mag
nus
185.
80.
3210
4.40
-M
aure
tania
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Tefe
ssad
Tip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Ghig
hen
Oes
cus
--
--
Moes
ia
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30A
ugu
stan
Nar
bonen
sis
Vid
y-Vau
dLo
uso
nna
69.5
170.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Cas
tel Rouss
illon
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Vai
son-la-
Rom
aine
Vas
io V
oco
ntio
rum
-12
.6-
1C C
E?
Nar
bonen
sis
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Cirta
Const
antin
e-
--
4C C
E (
362)
Num
idia
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Dje
mila
Cuic
ul-Ves
tiaria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Tak
embrit
Sigu
s/Si
ga27
.75
19.6
0.71
543.
902C
CE (
1/4)
Num
idia
.../.
..
Paul d. scoTTon – 65
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Traj
/HCErian
)N
um
idia
Kham
issa
Thuburs
icum
-Vet
us
39.1
28.4
0.73
1110
.44
2C C
EN
um
idia
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Szek
esfe
her
var
Gors
ium
-Her
culia
5511
0.20
605.
002C
CE (
Traj
anic
?)Pan
nonia
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00A
ugu
stan
?Rae
tia
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Shaq
qa
Shaq
qa
19.8
18.3
0.92
362.
342C
CE (
4/4)
Syria
Ast
org
aA
sturica
Augu
sta
6625
.50.
3916
83.0
0A
ugu
stan
Tarr
aconen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tarr
aconen
sis
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tarr
aconen
sis
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tarr
aconen
sis
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.45
Augu
stan
+Ta
rrac
onen
sis
Val
eria
Val
eria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tarr
aconen
sis
Lepci
sLe
pci
s M
agna-
mai
or
--
-2C
CE (
102)
Trip
olis
Lepci
sLe
pci
s M
agna-
Ulp
ia-
--
2C C
E (
Traj
anic
?)Tr
ipolis
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Trip
olis
Lepci
sLe
ptis
Mag
na-
Vet
us
45.5
25.2
0.55
1146
.60
1C C
E (
1/2)
Trip
olis
Zouag
ha
Sabra
tha
II50
270.
5613
50.0
0?
Trip
olis
Zouag
ha
Sabra
tha-
Nova
28.6
19.8
0.67
566.
282/
2 4C
CE
Trip
olis
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tr
ipolit
ania
|
Table
12.
Bas
ilica
s by
Reg
ion a
nd P
rovi
nce
.
66 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CD
X
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BCE)
X
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Aquile
iaAquile
ia89
.229
0.33
2586
.80
3C C
D (
Seve
ran)
X
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
D (
Flav
ian)
X
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
D (
Julio
-Cla
udia
n)
IV
Tries
teTer
gest
e58
22.5
0.39
1305
.00
2C C
D (
Tra
janic
)X
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
D (
Flav
ian)
X
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CD
(1/
2)IV
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CD
(50
-70)
VII
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
D (
Had
rian
ic)
Latiu
m
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an (13
0-12
0)I
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CD
(Tra
janic
)La
tium
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CD
?VII
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
)La
tium
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CD
)II
I
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CD
(Tib
eria
n+)
IV
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
D (
152)
Latiu
m
Rom
aRom
a-Bas
ilica
Nova
9665
0.68
6240
.00
4C A
C (
post
31
3)La
tium
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
D (
/14-
20)
VII
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (15
0 BCE)
VII
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
DVI
Ave
llaAbel
la-
--
2C C
DI
.../.
..
Paul d. scoTTon – 67M
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Ave
llino
Abel
linum
--
-?
I
Ala
tri
Ale
triu
m-
--
Rep
ublic
an (
130-
120)
Latiu
m
Alti
no
Alti
num
--
-?
X
Alfe
den
aAufiden
a-
--
Rep
ublic
an (
3C B
CE)
IV
Ben
venen
toBen
even
tum
--
-4C
CD
II
Bolg
nia
Bononia
--
-?
VII
Car
soli
Car
seoli
--
-Rep
ublic
anIV
Monte
sarc
hio
Cau
diu
m-
--
Rep
ublic
an (
mid
1C B
CE)
II
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BCE))
V
Copia
Copia
/Thurii
--
-Rep
ublic
an (
early1
C B
CE)
III
Corfi
nio
Corfi
niu
m-
--
2C C
DIV
Com
pulte
ria
Cubulte
ria
--
-?
I
Faifo
liFa
gifu
lae
--
-?
IV
Fere
nto
Fere
ntin
um
--
-2C
CD
Latiu
m
Vesc
ovi
oFo
rum
Novu
m-
--
?IV
Otric
oli
Ocr
iculu
m-
--
1C C
D (
Cla
udia
n)
VI
Pouzz
ole
sPute
oli
--
-A
ugu
stan
I
Rheg
gio
Rheg
ium
--
-4C
CD
(or
5C)
III
Sass
ofe
rrat
o/S
entin
oSe
ntiu
m-
--
?V
I
Piti
no
Septe
mped
a-
--
?V
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Sora
Sora
e-
--
I
Spole
toSp
ole
tium
--
-?
VI
Subeq
uan
aSu
per
aequum
--
-1C
CD
IV
Terr
acin
aTa
rrac
ina
--
-1C
CD
Latiu
m
Tiv
oli
Tib
ur
-25
.6-
Rep
ublic
anLa
tium
Trei
a-M
ura
Trea
--
-?
V
Velle
tri
Velit
rae
--
-?
Latiu
m
|
Table
13.
Ita
lian P
enin
sula
.
68 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Exe
ter
Isca
Dum
nonio
rum
51ca
. 9
0.18
459.
002C
CE
Brita
nnia
Szek
esfe
her
var
Gors
ium
-Her
culia
5511
0.20
605.
002C
CE (
Tra
janic
?)Pan
nonia
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE, la
teBrita
nnia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Duklja
Docl
ea48
140.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Bet
tioua/
Sain
t-Le
uPortus
Mag
nus
185.
80.
3210
4.40
-M
aure
tania
Leic
este
rRat
ae C
oriet
auvo
rum
47.0
714
.94
0.32
703.
232C
CE
Brita
nnia
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EBrita
nnia
Sidi al
i bou D
jenoun
Ban
asa
Vale
ntia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Kre
mna
Cre
mna
5519
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Wro
xter
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Xan
ten
Vete
ra62
.024
.40.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Cas
tel R
ouss
illon
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Tripolis
Aost
aAugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
.../.
..
Paul d. scoTTon – 69M
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Tefe
ssad
Tip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30A
ugu
stan
Nar
bonen
sis
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Trie
rAugu
sta
Trev
eroru
m56
.13
27.5
40.
4932
5.00
4C C
E (
1/4)
Bel
gica
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Dje
mila
Cuic
ul-Ve
stia
ria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Trie
rAugu
sta
Trev
eroru
m I
2513
0.52
325.
001C
CE
Bel
gica
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Traj
/Had
rian
ic)
Num
idia
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tr
ipolit
ania
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Trip
olis
M’D
aouro
uch
Mad
aura
-Vet
us
14.6
8.2
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Zouag
ha
Sabra
tha
II50
270.
5613
50.0
0?
Trip
olis
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
3/4
1C C
EB
elgi
ca
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Zouag
ha
Sabra
tha-
Nova
28.6
19.8
0.67
566.
282/
2 4C
CE
Trip
olis
Take
mbrit
Sigu
s/Si
ga27
.75
19.6
0.71
543.
902C
CE (
1/4)
Num
idia
Kham
issa
Thuburs
icum
-Vet
us
39.1
28.4
0.73
1110
.44
2C C
EN
um
idia
Bulla
Reg
iaBulla
Reg
ia-1
2323
?1.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Vazi
Sar
ra-
--
3C C
EM
aure
tania
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Bulla
Reg
iaBulla
Reg
ia-2
23-
-3C
CE (
2/2)
Afr
ica
Cirta
Const
antin
e-
--
4C C
E (
362)
Num
idia
Bou-G
har
aG
igth
is-
--
2C C
EA
fric
a
Zad
arIa
dar
--
-1/
2 1C
CE
Illy
ricu
m
Lepci
sLe
pci
s M
agna-
mai
or
--
-2C
CE (
102)
Trip
olis
Lepci
sLe
pci
s M
agna-
Ulp
ia-
--
2C C
E (
Traj
anic
?)Tr
ipolis
Mac
tar
Mac
taris
--
-88
CE
Afr
ica
.../.
..
70 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
M’D
aouro
uch
Mad
aura
-Nova
--
-4C
CE
Afr
ica
Pro
con.
Trip
oli
Oea
--
-2C
CE
Afr
ica
Pro
con.
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Sbei
tlaSu
fetu
la-
--
2C C
E (
mid
)A
fric
a Pro
con.
Tebes
saThev
este
(?)
--
-1C
CE
Afr
ica
Pro
con.
Tourn
aiTo
urn
acum
--
--
Bel
gica
Bej
aVa
ga-
--
4C C
E (
377)
Afr
ica
Pro
con.
Vais
on-la-
Rom
aine
Vasi
o V
oco
ntio
rum
-12
.6-
1C C
E?
Nar
bonen
sis
|
Table
14.
Wes
tern
Em
pire
Exc
ludin
g th
e Ital
ian P
enin
sula
.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Izm
irSm
yrna
159
270.
1742
93.0
02C
CE (
mid
)Asi
a
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
Xan
ten
Colo
nia
Ulp
ia T
raia
na
Augu
sta
6317
0.27
1071
.00
2C (
Tra
janic
?)D
acia
Burn
um
Munic
ipiu
m B
urn
ista
rum
58.2
18.1
0.31
1053
.00
2C C
E (
Tra
janic
)D
alm
atia
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Shah
atCyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Asc
alon
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
(Anci
ent)
Corinth
Corinth
-North
46.1
20.8
0.45
958.
88Cla
udia
n?
Ach
aia
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
(Anci
ent)
Corinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
1C C
E (
1/10
)Ach
aia
(Anci
ent)
Corinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Shaq
qa
Shaq
qa
19.8
18.3
0.92
362.
342C
CE (
4/4)
Syria
Phili
ppi
Phili
ppi
--
-M
aced
onia
Ghig
hen
Oes
cus
--
-M
oes
ia
|
Table
15.
Eas
tern
Em
pire
Paul d. scoTTon – 71M
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Bet
tioua/
Sain
t-Le
uPortus
Mag
nus
185.
80.
3210
4.40
-M
aure
tania
M’D
aouro
uch
MCEau
ra-V
etus
14.6
8.2
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
14-2
0)VII
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE
X
Dje
mila
Cuic
ul-Ve
stia
ria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BC)
X
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Shaq
qa
Shaq
qa
19.8
18.3
0.92
362.
342C
CE (
4/4)
Syria
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BC)
VII
I
Sidi al
i bou D
jenoun
Ban
asa
Vale
ntia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Tra
j/H
adrian
)N
um
idia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Exe
ter
Isca
Dum
nonio
rum
51ca
. 9
0.18
459.
002C
CE
Brita
nnia
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Bulla
Reg
iaBulla
Reg
ia-1
2323
?1.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Take
mbrit
Sigu
s/Si
ga27
.75
19.6
0.71
543.
902C
CE (
1/4)
Num
idia
.../.
..
72 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Tefe
ssad
Tip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Zouag
ha
Sabra
tha-
Nova
28.6
19.8
0.67
566.
282/
2 4C
CE
Trip
olis
Val
eria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tarr
aconen
sis
Szek
esfe
her
var
Gors
ium
-Her
culia
5511
0.20
605.
002C
CE (
Traj
anic
?)Pan
nonia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EV
I
Dukl
jaD
ocl
ea48
140.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tarr
aconen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Leic
este
rRat
ae C
oriet
auvo
rum
47.0
714
.94
0.32
703.
232C
CE
Brita
nnia
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
1C C
E (
1/10
)A
chai
a
(Anci
ent) C
orinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Cas
tel Rousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (
150
BC)
VII
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
88Cla
udia
n?
Ach
aia
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
3/4
1C C
EB
elgi
ca
Kre
mna
Cre
mna
5519
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Burn
um
Munic
ipiu
m B
urn
ista
rum
58.2
18.1
0.31
1053
.42
2C C
E (
Traj
anic
)D
alm
atia
Xan
ten
Colo
nia
Ulp
ia T
raia
na
Augu
sta
6317
0.27
1071
.00
Dac
ia
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (
100-
80)
Latiu
m
Kham
issa
Thuburs
icum
-Vet
us
39.1
28.4
0.73
1110
.44
2C C
EN
um
idia
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BC)
II
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Trip
olis
.../.
..
Paul d. scoTTon – 73
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Vid
y-Vau
dLo
uso
nna
69.5
170.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tr
ipolit
ania
Trie
ste
Terg
este
5822
.50.
3913
05.0
02C
CE (
Traj
anic
)X
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (
2C B
C)
Latiu
m
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EB
rita
nnia
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an (
(130
-120
)I
Zouag
ha
Sabra
tha
II50
270.
5613
50.0
0?
Trip
olis
Wro
xter
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nV
II
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)V
II
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Xan
ten
Vete
ra62
.024
.40.
3915
12.8
02C
CE (
Traj
anic
?)G
erm
ania
Shah
atCyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Trie
rAugu
sta
Trev
eroru
m56
.13
27.5
40.
4915
45.8
24C
CE (
1/4)
Bel
gica
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tarr
aconen
sis
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Aost
aAugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Tarr
aco
Tarr
agona
74.8
27.6
0.37
2064
.48
Augu
stan
+Ta
rrac
onen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tarr
aconen
sis
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EB
elgi
ca
Aquile
iaAquile
ia89
.229
0.33
2586
.80
3C C
E (
Seve
ran)
X
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE, la
teB
rita
nnia
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
Asc
alon
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
.../.
..
74 – The Basilica aT Fano and The ViTruVian norm
|
Table
16.
Bas
ilica
s So
rted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Trip
olis
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Izm
irSm
yrna
159
270.
1742
93.0
02C
CE (
mid
)A
sia
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CE (
Traj
anic
)La
tium
Rom
aRom
a-Bas
ilica
Nova
9665
0.68
6240
.00
4C A
C (
post
313
)La
tium
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
Tries
teTer
gest
e58
22.5
0.39
1305
.00
2C C
E (
Tra
janic
)X
Wro
xter
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Xan
ten
Vete
ra62
.024
.40.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Asc
alon
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Tripolis
|
Table
17.
Focu
s at
0.3
9 So
rted
by
Are
a in
Squar
e M
eter
s.
Paul d. scoTTon – 75
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Sepin
oSa
epin
ium
29.7
18.1
0.61
535.
761C
CE (
Tib
eria
n+)
IV
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
1C C
E (
1/10
)Ach
aia
(Anci
ent) C
orinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
3/4
1C C
EBel
gica
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
|
Table
18.
Focu
s at
0.6
1 So
rted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BC)
VII
I
Sidi al
i bou D
jenoun
Ban
asa
Vale
ntia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Kre
mna
Cre
mna
5519
0.35
1045
.00
2C C
E (
BCE)
Gal
atia
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EBrita
nnia
Shah
atCyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
BCE?)
Cyr
ene
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Aquile
iaAquile
ia89
.229
0.33
2586
.80
3C C
E (
Seve
ran)
X
|
Table
19.
Focu
s at
0.3
3 So
rted
by
Are
a in
Squar
e M
eter
s.
76 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Tef
esse
dt
Tip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
88Cla
udia
n?
Ach
aia
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an ((1
30-1
20)
I
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
E (
BCE)
Latiu
m
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
Aost
aAugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
|
Table
20.
Focu
s at
0.4
4 So
rted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Xan
ten
Colo
nia
Ulp
ia T
raia
na
Augu
sta
6317
0.27
1071
.00
Dac
ia
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
02/
4 1C
CE
Nar
bonen
sis
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Rom
aRom
e-Aem
elia
95.6
22.5
00.
2421
51.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE, la
teBrita
nnia
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
|
Table
21.
Focu
s at
0.2
6 So
rted
by
Are
a in
Squar
e M
eter
s.
Paul d. scoTTon – 77
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Dje
mila
Cuic
ul-Ve
stia
ria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Trier
Augu
sta
Tre
vero
rum
56.1
327
.54
0.49
1545
.82
4C C
E (
1/4)
Bel
gica
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CE (
Tra
janic
)La
tium
|
Table
22.
Focu
s at
0.4
8 So
rted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Tra
j/H
adrian
)N
um
idia
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
)La
tium
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tripolit
ania
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
|
Table
23.
Focu
s at
0.5
2 So
rted
by
Are
a in
Squar
e M
eter
s.
78 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (15
0 BCE)
VII
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
BCE)
Latiu
m
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an (13
0-12
0)I
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Car
soli
Car
seoli
--
-Rep
ublic
anIV
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Tiv
oli
Tib
ur
-25
.6-
Rep
ublic
anLa
tium
Ala
tri
Ale
triu
m-
--
Rep
ublic
an (13
0-12
0 BCE)
Latiu
m
Alfed
ena
Aufiden
a-
--
Rep
ublic
an (3C
BCE)
IV
Copia
Copia
/Thurii
--
-Rep
ublic
an (ea
rly1
C B
CE)
III
Monte
sarc
hio
Cau
diu
m-
--
Rep
ublic
an (m
id1C
BCE)
II
|
Table
24.
Rep
ublic
an P
erio
d S
orted
by
Squar
e M
eter
s.
Paul d. scoTTon – 79
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BCE)
X
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Mar
tigny
Cla
udii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2
BCE-4
/5 C
E)
Ach
aia
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Ben
evag
ienna
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BCE)
V
Pouzz
ole
sPute
oli
Cau
diu
m-
--
Augu
stan
I
|
Table
25.
Augu
stan
Per
iod S
orted
by
Are
a in
Squar
e M
eter
s.
80 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BCE)
X
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2
BCE-4
/5 C
E)
Ach
aia
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
Anse
donia
Cosa
3527
.30.
7895
5.50
Rep
ublic
an (15
0 BCE)
VII
Ard
eaArd
ea45
.823
.80.
5310
90.0
4Rep
ublic
an (10
0-80
BCE)
Latiu
m
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Linte
rno
Lite
rnum
4724
.50.
5211
51.5
0Rep
ublic
anI
Pal
estrin
aPra
enes
te55
240.
4413
20.0
0Rep
ublic
an (2C
BCE)
Latiu
m
Pom
pei
iPom
pei
i54
.724
.50.
4513
40.1
5Rep
ublic
an (13
0-12
0)I
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tar
raco
nen
sis
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0Rep
ublic
an/A
ugu
stan
Latiu
m
Car
soli
Car
seoli
--
-Rep
ublic
anIV
Sezz
aSe
tia-
--
Rep
ublic
anLa
tium
Tiv
oli
Tib
ur
-25
.6-
Rep
ublic
anLa
tium
Ala
tri
Ale
triu
m-
--
Rep
ublic
an (13
0-12
0 BCE)
Latiu
m
Alfed
ena
Aufiden
a-
--
Rep
ublic
an (3C
BCE)
IV
Copia
Copia
/Thurii
--
-Rep
ublic
an (ea
rly1
C B
CE)
III
Monte
sarc
hio
Cau
diu
m-
--
Rep
ublic
an (m
id1C
BCE)
II
|
Table
26.
Rep
ublic
an a
nd A
ugu
stan
Per
iods
Sorted
by
Are
a in
Squar
e M
eter
s.
Paul d. scoTTon – 81
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
/14-
20)
VII
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Sepin
oSa
epin
ium
29.7
18.1
0.61
537.
571C
CE (
Tib
eria
n+)
IV
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E 3
/4Bel
gica
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Tripolis
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Zad
arIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
|
Table
27.
Julio
-Cla
udia
n P
erio
d S
orted
by
Are
a in
Squar
e M
eter
s.
82 – The Basilica aT Fano and The ViTruVian normM
oder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
/14-
20)
VII
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BCE)
X
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BCE)
VII
I
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Sepin
oSa
epin
ium
29.7
18.1
0.61
537.
571C
CE (
Tib
eria
n+)
IV
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2
BCE-4
/5 C
E)
Ach
aia
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E 3
/4Bel
gica
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 BCE)
II
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Tripolis
Vid
y-Va
ud
Louso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0Augu
stan
IX
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0Augu
stan
Tar
raco
nen
sis
Tar
raco
Tar
rago
na
74.8
27.6
0.37
2064
.48
Augu
stan
+Tar
raco
nen
sis...
/...
Paul d. scoTTon – 83
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tarr
aconen
sis
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BCE)
V
Pouzz
ole
sPute
oli
--
-Augu
stan
I
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Zad
arIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
|
Table
28.
Augu
stan
and Julio
-Cla
udia
n P
erio
ds
Sorted
by
Are
a in
Squar
e M
eter
s.
84 – The Basilica aT Fano and The ViTruVian norm
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE (
Flav
ian)
X
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EVI
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
(Anci
ent) C
orinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tripolit
ania
Vero
na
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE (
late
)Brita
nnia
Mac
tar
Mac
taris
--
1C C
E (
88)
Afr
ica
Sale
/Rab
atSa
la-
-1C
CE (
end/b
egin
2C)
Mau
reta
nia
Subeq
uan
aSu
per
aequum
--
1C C
EIV
Ter
raci
na
Tar
raci
na
--
1C C
ELa
tium
Teb
essa
Thev
este
(?)
--
1C C
EAfr
ica
Pro
con.
Vais
on-la-
Rom
aine
Vasi
o V
oco
ntio
rum
-12
.61C
CE?
Nar
bonen
sis
|
Table
29.
Fla
vian
and F
irst
Cen
tury
CE o
f U
nce
rtai
n D
ate
Sorted
by
Are
a in
Squar
e M
eter
s.
Paul d. scoTTon – 85
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Coim
bra
Conim
briga
239
.55.
50.
1421
7.25
1C C
E (
Flav
ian)
Lusi
tania
Tad
mor
Pal
myr
a75
350.
4726
2.00
1-3C
CE
Syria
Bolo
nia
Bae
lo C
laudia
31.6
18.3
0.58
262.
281C
CE (
ca. 70
)Ib
eria
Cap
ena
Lucu
s Fe
ronia
e19
.613
.60.
6926
6.56
1C C
E (
/14-
20)
VII
Zugl
ioFo
rum
Iuliu
m C
arnic
um
38.5
7.45
0.19
286.
831C
CE (
Flav
ian)
X
Civ
idal
eFo
rum
Iulii
37.4
7.85
0.21
293.
59Augu
stan
(1C
BC)
X
Trier
Augu
sta
Tre
vero
rum
I25
130.
5232
5.00
1C C
EBel
gica
Bav
aiBag
acum
23.6
14.7
0.62
346.
921C
CE
Bel
gica
Deu
tsch
-Alte
nburg
Car
nuntu
m13
428
.75
0.21
385.
251C
CE (
post
73)
Pan
nonia
Velle
iaVe
leia
35.3
11.7
0.33
413.
01Augu
stan
(15
BC)
VII
I
Am
purias
Em
porion
508.
40.
1742
0.00
Augu
stan
Tar
raco
nen
sis
Coim
bra
Conim
briga
133
13.6
0.41
448.
80Augu
stan
Lusi
tania
Monte
ner
odom
oIu
vanum
36.0
413
.20.
3747
5.73
1C C
E (
Julio
-Cla
udia
n)
IV
Luni
Luna-
S. B
ldg.
30.5
15.9
0.52
484.
951C
CE?
VII
Cai
stor-
by-
Norw
ich
Venta
Ice
noru
m53
.99.
10.
1749
0.49
1-2C
CE
Brita
nnia
Rose
lleRuse
llae
29.4
17.6
0.60
517.
44Augu
stoTib
eria
nVII
Mag
dal
ensb
erg
Virunum
?29
.618
.10.
6153
5.76
Augu
stan
Noricu
m
Sepin
oSa
epin
ium
29.7
18.1
0.61
537.
571C
CE (
Tib
eria
n+)
IV
Vale
ria
Vale
ria
30.5
190.
6257
9.50
1C C
E (
Cla
udia
n)
Tar
raco
nen
sis
Cae
rwen
tVe
nta
Silu
rum
4913
.50.
2866
1.50
1-2C
CE
Brita
nnia
Sange
min
iCar
sula
e29
230.
7966
7.00
1C C
EVI
Vosg
esG
rand (
Andes
ina?
)33
.420
.20.
6167
4.68
1C C
E (
end)
Lugd
unen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
156
.512
0.21
678.
00Augu
stan
?Rae
tia
Sago
nte
Sagu
ntu
m37
.818
.30.
4869
1.74
Augu
stan
Tar
raco
nen
sis
Mar
tigny
Oct
oduru
s (F
oru
m C
laudii)
237
.518
.50.
4969
3.75
1C C
E (
Cla
udia
n)
Rae
tia
Fasa
no
Gnat
hia
34.5
21.7
0.63
748.
65Augu
stan
II
Bre
scia
Brixi
a45
18.7
50.
4284
3.75
1C C
E (
Flav
ian)
X
Pes
toPae
stum
38.0
522
.60.
5985
9.93
Augu
stan
(1-
3 CE)
III
(Anci
ent) C
orinth
Corinth
-Julia
n38
.43
23.5
50.
6190
5.03
Augu
stan
(2B
C-4
/5CE
Ach
aia
(Anci
ent) C
orinth
Corinth
-South
38.5
223
.50
0.61
905.
221C
CE (
4/4)
Ach
aia
Cas
tel R
ousi
llion
Rusc
ino
47.8
190.
4090
8.20
Augu
stan
?N
arbonen
sis
St. Rem
yG
lanum
44.5
21.4
0.48
952.
30Augu
stan
Nar
bonen
sis
.../.
..
86 – The Basilica aT Fano and The ViTruVian norm
|
Table
30.
Augu
stan
and F
irst
Cen
tury
CE S
orted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
(Anci
ent) C
orinth
Corinth
-North
46.1
20.8
0.45
958.
881C
CE (
Cla
udia
n?)
Ach
aia
Kem
pte
nCam
bodunum
44.1
23.6
0.59
1040
.76
1C C
E 3
/4Bel
gica
Ave
zzan
oAlb
a Fu
cens
5021
.80.
4410
90.0
01C
CE (
1/2)
IV
Ord
ona
Her
donia
42.0
026
.75
0.64
1123
.50
Augu
stan
(3/
2 B
C)
II
Lepci
sLe
ptis
Mag
na-
Vetu
s45
.525
.20.
5511
46.6
01C
CE (
1/2)
Trip
olis
Vid
y-Vau
dLo
uso
nna
69.5
170.
2411
81.5
01C
CE (
2/4)
Nar
bonen
sis
Citl
uk
Aeq
uum
, Colo
nia
Cla
udia
59.5
200.
3411
90.0
01C
CE (
Cla
udia
n?)
Dal
mat
ia
Silc
hes
ter
Cal
leva
Arteb
atum
7117
.70.
2512
56.7
01C
CE (
Flav
ian)
Brita
nnia
Zouag
ha
Sabra
tha
I48
.526
.40.
5412
80.4
01C
CE (
70-8
0)Tr
ipolit
ania
Ben
evag
ienna
Augu
sta
Bag
iennoru
m58
240.
4113
92.0
0A
ugu
stan
IX
Fano
Fanum
Fortunae
47.3
129
.57
0.63
1398
.96
Augu
stan
VI
Luni
Luna
6024
0.40
1440
.00
Augu
stoTib
eria
nVII
Vols
inii
Bols
ena
5725
.70.
4514
64.9
01C
CE (
50-7
0)VII
Feurs
Foru
m S
egusi
avoru
m67
.523
.30.
3515
72.7
51C
CE (
Tib
eria
n)
Gau
l
Ast
org
aAst
urica
Augu
sta
6625
.50.
3916
83.0
0A
ugu
stan
Tarr
aconen
sis
Ver
ona
Vero
na
7525
0.33
1875
.00
1C C
E (
Flav
ian)
X
Tar
raco
Tarr
agona
74.8
27.6
0.37
2064
.48
Augu
stan
+Ta
rrac
onen
sis
Coru
na
del
Conde
Clu
nia
83.6
25.4
0.30
2123
.44
Augu
stan
Tarr
aconen
sis
Rom
aRom
e-Aem
elia
95.6
22.5
0.24
2151
.00
Rep
ublic
an/A
ugu
stan
Latiu
m
Bav
aiBag
acum
-Eas
t Com
ple
x79
28.2
0.36
2227
.80
1C C
EBel
gica
Ciren
cest
erCoriniu
m D
obunnoru
m99
.97
26.5
20.
2726
51.2
01C
CE (
late
)Brita
nnia
Rom
aRom
e-Iu
lia89
410.
4636
49.0
0A
ugu
stan
(12
BC/1
2 CE)
Latiu
m
Cal
atay
ud
Bilb
ilis
--
-1C
CE (
Tib
eria
n)
Iber
ia
Cin
goli
Cin
gulu
m-
--
Augu
stan
(1C
BC)
V
Zad
aIa
dar
--
-1C
CE (
1/2)
Illy
ricu
m
Mac
tar
Mac
taris
--
-1C
CE (
88)
Afric
a
Otric
oli
Ocr
iculu
m-
--
1C C
E (
Cla
udia
n)
VI
Pouzz
ole
sPute
oli
--
-A
ugu
stan
I
Sale
/Rab
atSa
la-
--
1C C
E (
end/b
egin
2C)
Mau
reta
nia
Subeq
uan
aSu
per
aequum
--
-1C
CE
IV
Terr
acin
aTa
rrac
ina
--
-1C
CE
Latiu
m
Tebes
saThev
este
(?)
--
-1C
CE
Afric
a Pro
con.
Vai
son-la-
Rom
aine
Vas
io V
oco
ntio
rum
-12
.6-
1C C
E?
Nar
bonen
sis
Paul d. scoTTon – 87
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Santo
rini
Ther
a33
.810
0.34
338.
002C
CE (
102-
116)
Cre
ta
Shaq
qa
Shaq
qa
19.8
18.3
0.92
362.
342C
CE (
4/4)
Syria
Sreb
renic
aD
om
avia
31.0
11.9
0.38
368.
902C
CE?
Dal
mat
ia
Kre
mna
Ban
asa
Vale
ntia
34.5
120.
3541
4.00
2C C
E?
Mau
reta
nia
Soca
nic
eM
unic
ipiu
m D
ardan
oru
m(-
icum
)30
.414
.30.
4743
4.72
2C C
E (
2/2)
Moes
ia S
up.
Tim
gad
Tham
uga
di
2915
0.52
435.
002C
CE (
Tra
j/H
adrian
ic)
Num
idia
Alis
e-St
. Rei
ne
Ale
sia
33.5
013
0.39
435.
502C
CE
Gau
l
Exe
ter
Isca
Dum
nonio
rum
51ca
. 9
0.18
459.
002C
CE
Brita
nnia
Dje
mila
Cuic
ul-Ju
lia37
.513
.50.
3650
6.25
2C C
E (
ca. 16
9)N
um
idia
Bulla
Reg
iaBulla
Reg
ia-1
2323
?1.
0052
9.00
2C C
E (
Had
rian
ic)
Afr
ica
Tak
embrit
Sigu
s/Si
ga27
.75
19.6
0.71
543.
902C
CE (
1/4)
Num
idia
Aost
aTip
asa
35.5
515
.50.
4455
1.03
2C C
E (
end)
Mau
reta
nia
Szek
esfe
her
var
Gors
ium
-Her
culia
5511
0.20
605.
002C
CE (
Tra
janic
?)Pan
nonia
Duklja
Docl
ea48
140.
2967
2.00
2C C
E (
1/4)
Illy
ricu
m
Leic
este
rRat
ae C
oriet
auvo
rum
47.0
714
.94
0.32
703.
232C
CE
Brita
nnia
Antic
a O
stia
Ost
ia36
.523
.50.
6485
7.75
2C C
E (
152)
Latiu
m
Shah
atCre
mna
5519
0.35
1045
.00
2C C
E (
Had
rian
ic)
Gal
atia
Burn
um
Munic
ipiu
m B
urn
ista
rum
58.2
18.1
0.31
1053
.42
2C C
E (
Tra
janic
)D
alm
atia
Kham
issa
Thuburs
icum
-Vet
us
39.1
28.4
0.73
1110
.44
2C C
EN
um
idia
Tries
teTer
gest
e58
22.5
0.39
1305
.00
2C C
E (
Tra
janic
)X
Glo
uce
ster
Gle
vum
6321
0.33
1323
.00
2C C
EBrita
nnia
Asc
alon
Viroco
niu
m61
.522
.50.
3713
83.7
52C
CE (
129)
Brita
nnia
Min
turn
oM
intu
rnae
5826
0.45
1508
.00
2C C
E (
Had
rian
ic)
Latiu
m
Xan
ten
Vete
ra62
.024
.40.
3915
12.8
02C
CE (
Tra
janic
?)G
erm
ania
Sidi al
i bou D
jenoun
Cyr
ene
66.3
22.9
0.35
1518
.27
2C C
E (
Had
rian
ic?)
Cyr
ene
Bet
h S
hea
nSc
yopolis
6528
0.43
1820
.00
2C C
EJu
dae
a
Tef
essa
dAugu
sta
Rau
rica
65.5
28.5
0.44
1866
.75
2C C
E (
mid
)G
aul
Sam
aria
/Seb
astia
Sam
aria
/Seb
aste
75.5
29.5
0.39
2227
.25
2C C
EJu
dae
a
Wro
xter
Asc
alon
87.9
340.
3729
88.6
02C
CE (
late
/ear
ly 3
C)
Judae
a
Byr
saCar
thag
e83
.28
43.3
60.
5236
11.0
22C
CE (
2/2)
Afr
ica
Pro
con.
Izm
irSm
yrna
159
270.
1742
93.0
02C
CE (
mid
)Asi
a
Rom
aRom
e-U
lpia
113.
854
.50.
4862
02.1
02C
CE (
Tra
janic
)La
tium
Bou-G
har
aAbel
la-
--
2C C
EI
.../.
..
88 – The Basilica aT Fano and The ViTruVian norm
|
Table
31.
Sec
ond C
entu
ry C
E S
orted
by
Are
a in
Squar
e M
eter
s.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Trip
oli
Corfi
niu
m-
--
2C C
EIV
Ave
llaFe
rentin
um
--
-2C
CE
Latiu
m
Corfi
nio
Gig
this
--
-2C
CE
Afr
ica
Fere
nto
Lepci
s M
agna-
mai
or
--
-2C
CE (
102)
Trip
olis
Lepci
sLe
pci
s M
agna-
Ulp
ia-
--
2C C
E (
Traj
anic
?)Tr
ipolis
Sbei
tlaO
ea-
--
2C C
EA
fric
a Pro
con.
Lepci
sSu
fetu
la-
--
2C C
E (
mid
)A
fric
a Pro
con.
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
M’D
aouro
uch
Mad
aura
-Vet
us
14.6
8.2
0.56
119.
723C
CE (
Seve
ran)
Afr
ica
Pro
con.
Announa
Tib
ilis
297.
50.
2621
7.50
3C C
E (
210/
211)
Num
idia
Kas
ar P
har
aoun
Volu
bili
s38
.620
.80.
5480
2.88
3C C
E (
Seve
ran)
Mau
reta
nia
Laden
burg
Lopodunum
-Civ
itas
Ulp
ia69
.226
.90.
3918
61.4
83C
CE
Bel
gica
Aquile
iaAquile
ia89
.229
0.33
2586
.80
3C C
E (
Seve
ran)
X
Bel
kis
Asp
endos
105.
4826
.90.
2628
37.4
13C
CE (
end)
Asi
a
Lepci
sLe
ptis
Mag
na-
Seve
rian
a88
.836
0.41
3196
.80
3C C
E (
216)
Tripolis
Vazi
Sar
ra-
--
3C C
EM
aure
tania
Bulla
Reg
iaBulla
Reg
ia-2
23-
-3C
CE (
2/2)
Afr
ica
|
Table
32.
Third C
entu
ry C
E S
orted
by
Are
a in
Squar
e M
eter
s.
Paul d. scoTTon – 89
Moder
n N
ame
Site
Lengt
hW
idth
W/L
m²
Dat
eReg
/Pro
v
Dje
mila
Cuic
ul-Ve
stia
ria
2412
0.50
288.
004C
CE (
367/
372)
Num
idia
Dje
mila
Cuic
ul-Fo
rum
Cec
ina
Alb
inus
3614
0.39
504.
004C
CE (
364/
367)
Num
idia
Zouag
ha
Sabra
tha-
Nova
28.6
19.8
0.67
566.
284C
CE (
2/2)
Tripolis
Trier
Augu
sta
Tre
vero
rum
56.1
327
.54
0.49
1545
.82
4C C
E (
1/4)
Bel
gica
Rom
aRom
a-Bas
ilica
Nova
9665
0.68
6240
.00
4C A
C (
post
31
3)La
tium
M’D
aouro
uch
Mad
aura
-Nova
--
-4C
CE
Afr
ica
Pro
con.
Ben
venen
toBen
even
tum
--
-4C
CE
II
Cirta
Const
antin
e-
--
4C C
E (
362)
Num
idia
Bej
aVa
ga-
--
4C C
E (
377)
Afr
ica
Pro
con.
Rheg
gio
Rheg
ium
--
-4C
CE (
or
5C)
III
|
Table
33.
Fourth C
entu
ry C
E S
orted
by
Are
a in
Squar
e M
eter
s.