Ageinst him where he sat
A goodly Elme with glistring grapes did growe: which after hee
Had praysed, and the vyne likewyse that ran uppon the tree:
But if (quoth hee) this Elme without the vyne did single stand,
It should have nothing (saving leaves) to bee desyred: and
Ageine if that the vyne which ronnes uppon the Elme had nat
The tree to leane unto, it should uppon the ground ly flat (Ov. Met. 14.661-665).
Publius Ovidius Naso (43 BCE to 17/18 CE) is famous for his love poems (Amores) and his mythological narrative Metamorphoses. In the short piece above taken from the latter work he describes casually a then very common form of viticulture and uses it as a metaphor for marriage. He already uses this simile in his Amores in the well-known phrase “Elmes love the Vines, the Vines with Elmes abide” (Ov. Am. 2.16.41). The relationship of vine and elm tree (or growing wine on trees as a support in general) is a long-standing one and continued in Italy well into the 20th century (cf. Fuentes-Utrilla, López-Rodríguez & Gil, 2004).
Nowadays this form of viticulture is very uncommon, but nevertheless sparked my interest. More importantly it also spawned a new project – the very raison d’être for this post: a modular skirmish board set during the Second Punic War featuring a villa rustica complete with vineyard, olive grove and orchard.
In a multi-part tutorial I will guide you through the creation process from the early planning stages to the final piece. In this first part we will look at the design of the modules, historical considerations when it comes to depicting a Roman vineyard complete with villa rustica and finally we will also have a look at some Agema miniatures to provide some suitable skirmish forces.
Initial considerations – theming the board
Why do I want to depict a heavily cultivated area? For a skirmish level game it is very likely that foraging missions, ambushes and even smaller engagements will have taken place in cultivated areas as opposed to featureless plains. Especially so in mainland Italy. Farms will have been a target for foraging and pillaging or might have provided a tactical advantage. It follows that with such a theme one can depict a great variety of scenarios and using such a landscape in other periods is no problem either. As long as features on the actual boards won’t give away the ground scale one could also use the boards for 15mm.
However, now you may wonder if the gaming surface will not be obstructed with rows of vines and trees. Well, given that I want to go for a form of viticulture that is based on trees as a support the gaming board will be quite unlike what you would expect from a modern vineyard. We won’t have rows of low growing vines, nor will we have wine arbours obstructing the gaming surface. Any tree is supposed to be removable and magnetised. It follows that we can have open ground with light rolling hills or a densely cultivated area, such as an olive grove, orchard or vineyard. This gives us maximum flexibility and also allows us to depict a lush oak forest if we desire or a single tree in an open field.
Naturally there will be some compromises. Water features, roads and clearings will need to be shaped and the placement of magnets will limit configurations. Finally any settlement or villa rustica may need to be a fixed element on a module. While it may be possible to make them removable this could result in a less pleasing appearance or even gaps between walls and ground.
We have an idea, no we need to think further about the design and technicalities.
The design – accurate, sturdy, flexible
Given this is my second attempt at designing a modular gaming board (see my Crypt of the Damned tutorial) I had already a feeling for what worked and what did not. The basic idea is to have a core of extruded polystyrene, covered with HIPS (High Impact Polystyrene) on its bottom and sides for protection and accurate fit between modules. Terrain features will be built up with more foam or sculpted into the surface. This will then be covered in self-adhesive fiberglass drywall joint tape for added tensile strength and coated with a resin specifically formulated to protect extruded polystyrene against impact. This way we can solve all problems that gaming boards made of extruded polystyrene normally face without adding significant weight.
Most important for any modular project is accuracy or your modules will not fit together well and you will have unsightly gaps between them. I had a very hard time to cut the extruded polystyrene and HIPS sheets to the exact size needed with the Crypt module and decided that this time I will make use of a laser cutting service to cut the basic shape of the bottom and sides of the modules. I also wanted to integrate some pegs and slots to make assembly of the pieces easier and to assure that while glueing them together no inaccuracies are introduced.
Why HIPS? Well, it is very sturdy, cheap and light, easy to procure and easy to cut with a sharp cutter or even scissors. The disadvantage is that not all laser cutting providers can cut HIPS as they need the proper setup. Nothing speaks against using plywood or mdf or even metal, but then the modules will be heavier or less sturdy and material costs might be higher. A sheet of black HIPS measuring 760mm x 1370 x 1mm cost me only 15 Dollars NZ. You can get six modules out of one sheet with some space left for different sets of side profiles, assuming a size of 300mm x 300mm x 20mm per module. So the cost per module is 2.50 Dollars NZ for the styrene bottom and sides.
Making the module 300mm x 300mm x 20mm is a good compromise between maximizing the number of possible combinations, easy handling of a module and enough depth to sculpt a river or pond. 300mm fits also well in the standard gaming table sizes, thus we can easily extend the modular gaming board to get any size required. For starters I just want to make four modules to get a nice skirmish sized board of 600mm x 600mm.
The top of the sides feature an irregular profile that is mirrored on its middle axis. Thus we can combine the modules as we like. The profile might require some optimisation to avoid repetition of shapes, but given that the surface will always be different this might not be a problem. I will also cut different profiles for future modules for added variety, even though it will limit compatibility.
Cutting the extruded polystyrene foam to size is trivial if the styrene covers are accurate. Even small inaccuracies are not a problem, as they can be easily fixed. I got some styrofoam sheets measuring 1250mm x 600mm x 10mm. A perfect size for the modules as we can easily get eight 300mm x 300mm pieces out of one sheet. Exactly what we need for our four modules (assuming a height of 20mm). A sheet costs 11.50 Dollars NZ, so another 2.88 Dollars NZ per module for the extruded polystyrene foam.
To place trees, fences, walls and even houses, I will embed rare earth magnets in the surface allowing all elements to be securely placed on the board without limiting variability. Naturally the polarity of the magnets is very important as is their position on a module. This will require some experimentation to see what looks natural and how many magnets per module are necessary.
A pack of 36 10mm by 1.5mm Neodymium magnets is 25 Dollars NZ. With a 1kg pull they might be already too strong. An alternative would be 96 smaller ones measuring 4.5mm by 1.5mm for 28 Dollars NZ. Roughly 70 cents and 30 cents per magnet respectively. I doubt I will make more than 36 trees or even 96, so this should be a one-off investment.
After the design specs are covered we shall now focus on something a bit less heavy on numbers: the historical background with a focus on viticulture.
Historical background – how to grow wine on trees
It might not come as a surprise that we have rich literary evidence what concerns viticulture in the ancient world. Being such an important industry we have a variety of authors dedicating entire books to the art of agriculture and giving advise how to best grow vine and manage a farm. Cato the Elder‘s De Agricultura, Columella‘s De re rustica and book 17 of Pliny the Elder‘s Naturalis Historiae come to mind. Both Cato (Agr. 30.1; 33.1) and Columella (Rust. 3.13) describe a way to grow wine we are more accustomed with: long rows of vines supported by wooden stays, bound up with reeds or supported by arbours. The farm was a microcosmos with all the wooden supports and reeds needed grown on site.
However, for growing wine on trees we will resort to Pliny the Elder’s description which is part of his much longer treatise on growing wine (Plin. Nat. 17.35). First we learn about the proper arrangement of elm trees as a support for vines:
In arranging trees and shrubs for the support of the vine, the form of the quincunx [each at an angle with the other] is the one that is generally adopted, and, indeed, is absolutely necessary: it not only facilitates the action of the wind, but presents also a very pleasing appearance, for whichever way you look at the plantation the trees will always present themselves in a straight line (Plin. Nat. 17.15).
This we need to keep in mind when placing the magnets. They need to reflect some cultivation of the trees instead of being an unchecked grown forest. If we want to use a module as both, cultivated area and forest, we need to place more magnets accordingly to allow for proper placement of trees.
Pliny also recommends that the
vineyard should be bounded by a decuman path [going from east to west] eighteen feet in width, sufficiently wide, in fact, to allow two carts to pass each other; others, again, should run at right angles to it, ten feet in width, and passing through the middle of each jugerum [a Roman measuring unit, about 0.65 acres]; or else, if the vineyard is of very considerable extent, cardinal paths [at an angle to the decuman paths] may be formed instead of them, of the same breadth as the decuman path. At the end, too, of every five of the stays a path should be made to run, or, in other words, there should be one continuous cross-piece to every five stays; each space that is thus included from one end to the other forming a bed (Plin. Nat. 17.35.22).
For our purposes it makes sense to depict the edge of a vineyard with a decuman path and some smaller paths going through it. If done in an unobtrusive way these paths can also function as a road, once again to preserve flexibility.
Pliny elaborates in great detail on different ways to grow vine including growing it supported by elm trees:
The experience of ages, however, has sufficiently proved that the wines of the highest quality are only grown upon vines attached to trees, and that even then the choicest wines are produced by the upper part of the tree, the produce of the lower part being more abundant; such being the beneficial results of elevating the vine. It is with a view to this that the trees employed for this purpose are selected. In the first rank of all stands the elm […]
They must not be touched with the knife before the end of three years; and then the branches are preserved, on each side in its turn, the pruning being done in alternate years. In the sixth year the vine is united to the tree. […] The top of the elm is lopped away, and the branches of the middle are regularly arranged in stages; no tree in general being allowed to exceed twenty feet in height. The stories begin to spread out in the tree at eight feet from the ground, in the hilly districts and upon dry soils, and at twelve in champaign and moist localities. The hand of the trunk ought to have a southern aspect, and the branches that project from them should be stiff and rigid like so many fingers; at the same time due care should be taken to lop off the thin beardlike twigs, in order to check the growth of all shade (Plin. Nat. 17.35.23).
We get a good idea how the elm trees are pruned to take the vines. I could see a tree three times as high as a 28mm miniature with strong branches spreading out in all directions, but less so thinner branches. We also read recommendations for intervals between the trees of twenty feet and a number of three to ten vines per tree. Pliny also explicitly mentions that the vines can protect themselves from injury by animals due to their height making it not necessary to enclose the vineyard with walls, hedges or ditches (Plin. Nat. 17.35.23). This is significant and makes our job easier as we do not have to take fence posts into account when placing the magnets.
Pliny also mentions two ways of training the vines upon the tree:
The plan, however, of growing from layers in baskets set upon the stages of the tree is the most approved one, as it ensures an efficient protection from the ravages of cattle; while, according to another method, a vine or else a stock-branch is bent into the ground near the tree it has previously occupied, or else the nearest one that may be at liberty (Plin. Nat. 17.35.23).
He then proceeds to describe different ways of pruning and training the vines in Italy and Gallia, in the latter case going so far as fastening the branches of different trees together for the vines to grow in unison:
In Italy the pruning is so managed that the shoots and tendrils of the vines are arranged so as to cover the branches of the tree, while the shoots of the vine in their turn are surrounded with clusters of grapes. In Gallia, on the other hand, the vine is trained to pass from tree to tree. On the Aemilian Way, again, the vine is seen embracing the trunks of the Atinian elms that line the road, while at the same time it carefully avoids their foliage. […]
In the Gallic method of cultivation they train out two branches at either side, if the trees are forty feet apart, and four if only twenty; where they meet, these branches are fastened together and made to grow in unison; if, too, they are anywhere deficient in number or strength, care is taken to fortify them by the aid of small rods. In a case, however, where the branches are not sufficiently long to meet, they are artificially prolonged by means of a hook, and so united to the tree that desires their company. The branches thus trained to unite they used to prime at the end of the second year. But where the vine is aged, it is a better plan to give them a longer time to reach the adjoining tree, in case they should not have gained the requisive thickness; besides which, it is always good to encourage the growth of the hard wood in the dragon branches (Plin. Nat. 17.35.23).
This gives us quite a number of options depending which locality we would like to model. As our setting is the Second Punic War mainland Italy offers itself as a locality, but also Spain and Africa, less so Gallia. For starters I will model the elms with eight to ten vines growing around the trunks and branches and maybe at a later stage consider the Gallic way to grow them.
Now we know how the trees are supposed to look like, but what about the villa rustica?
Villa rustica – all roads lead to Rome
For the design of the villa I decided to use a historical example: one of the Via Gabina villae, more precisely Villa 11. Based on numismatic evidence the first phase of this villa can be dated between 217 BCE and 200 BCE, so a perfect match for the Second Punic War. It is a relatively humble site that is well documented and researched by Walter M. Widrig (see his website for a scale model of the first phase as well as a floor plan). His online publication on this villa and two other sites is a treasure drove for reconstructing the look of a Middle Republican villa rustica that is much more humble than the lavish later examples we know from southern Italy, for instance the Villa Boscoreale. The villa was a victim of the Vesuvius eruption in 79 AD, thus it is well-preserved but naturally much later than the Punic Wars and an example for the significant changes that took place both in architecture, size and economic significance of the villa rustica and villa urbana in the imperial period (follow this link for a scale model of the villa; see also Becker (2013) for an overview of current scholarly debates what concerns the Roman republican villa).
Given that the Villa 11 is well documented and floor plans exist building a scale model should be relatively easy. Its U-shape and comparatively small dimensions make it well suited to fit on one or two modules. Viticulture and villae – check. Onwards to the miniatures!
The miniatures – classical elegance
For my skirmish forces I plan to use almost exclusively the offerings of Agema Miniatures. I very much enjoy the look of these miniatures with nice, more realistic proportions than other metal or plastic ranges and sensible poses. They have a certain classical elegance to them which reminds me of Greek and Roman sculpture. Victrix have a splendid range of slightly chunkier Carthaginians and Republican Romans. I might resort to some of their packs for added variety.
I got myself some Velites, Hastati, Principes and Triarii as well as a set of metal heads to convert them into Hannibal’s Veterans. The miniatures are well suited for conversion work and sprues can be easily combined.
Let us look at the unadulterated miniatures first:
With some metal heads, a Veles body and some quick knife work on the parma I was able to make some Numidian skirmishers. I covered the shield with one layer of facial tissue to achieve a texture resembling hide.
A bit trickier was the conversion of some of the Roman heavy foot to Carthaginian veteran spearmen. Assembly of the bodies and heads is easy, but adding a spear requires a hand drill, a steady hand and patience. I used some music wire with a sauroter and spear head from the Wargames Factory Skeletons Box.
Naturally some scenarios will also require some farm animals such as cows, sheep or chicken. Here the excellent Pegasus set of farm animals comes in handy. Nominally 1:48 it matches the 28mm scale very well. The animals are beautifully sculpted and will also be suitable to add life to a village scene.
I hope you found this introduction to my new project interesting and inspiring. If you have any comments or suggestions feel free to comment below. See you next time for part II when we start construction and painting of the miniatures proper.
Cato. De Agricultura. Loeb Classical Library edition. W. D. Hooper and H. B. Ash [Trans.]. 1934.
Columella. De re rustica. Loeb Classical Library edition: Vol. I (Books 1-4). H. B. Ash. [Trans.]. 1941.
Pliny the Elder. The Natural History. J. Bostock, F.R.S. H.T. Riley [Trans.]. London: Taylor and Francis, 1855.
P. Ovidius Naso. Metamorphoses. Arthur Golding [Trans.]. London: W. Seres, 1567.
P. Ovidius Naso. Ovid’s Art of Love (in three Books), the Remedy of Love, the Art of Beauty, the Court of Love, the History of Love, and Amours. Anne Mahoney [Trans.]. New York: Calvin Blanchard, 1855.
Becker, J. A. (2013). Villas and Agriculture
in Republican Italy (pp. 309-322). In J. DeRose Evans (ed.), A Companion to the Archaeology of the Roman Republic. Blackwell Publishing.
Fuentes-Utrilla, P. , López-Rodríguez, R. A. and Gil, L. (2004). The historical relationship of elms and vines. Invest Agrar: Sist Recur For, 13 (1), 7-15.
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