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  “Very well,” said Scrofa, “let us exclude grazing from agriculture, and whatever else anyone wishes.” [22] “Am I, then,” said I, “to follow the writings of the elder and the younger Saserna, and consider that how to manage clay-pits is more related to agriculture than mining for silver or other mining such as undoubtedly is carried out on some land? [23] But as quarries for stone or sand-pits are not related to agriculture, so too clay-pits. This is not to say that they are not to be worked on land where it is suitable and profitable; as further, for instance, if the farm lies along a road and the site is convenient for travellers, a tavern might be built; however profitable it might be, still it would form no part of agriculture. For it does not follow that whatever profit the owner makes on account of the land, or even on the land, should be credited to the account of agriculture, but only that which, as the result of sowing, is born of the earth for our enjoyment.” [24] “You are jealous of that great writer,” interrupted Stolo, “and you attack his potteries carpingly, while passing over the excellent observations he makes bearing very closely on agriculture, so as not to praise them.” [25] This brought a smile from Scrofa, who knew the books and despised them; and Agrasius, thinking that he alone knew them, asked Stolo to give a quotation. “This is his recipe for killing bugs,” he said: “ ‘Soak a wild cucumber in water, and wherever you sprinkle the water the bugs will not come.’ And again, ‘Grease your bed with ox gall, mixed with vinegar.’ “ [26] “And still it is good advice,” said Fundanius, glancing at Scrofa, “even if he did write it in a book on agriculture.” “Just as good, by Hercules,” he replied, “as this one for the making of a depilatory: ‘Throw a yellow frog into water, boil it down to one-third, and rub the body with it.’ “ “It would be better for you to quote from that book,” said I, “a passage which bears more closely on the trouble from which Fundanius suffers; for his feet are always hurting him and bringing wrinkles to his brow.” [27] “Tell me, pray,” exclaimed Fundanius; “I would rather hear about my feet than how beet-roots ought to be planted.” “I will tell you,” said Stolo, with a smile, “in the very words in which he wrote it (at least I have heard Tarquenna say that when a man’s feet begin to hurt he may be cured if he will think of you): ‘I am thinking of you, cure my feet. The pain go in the ground, and may my feet be sound.’ He bids you chant this thrice nine times, touch the ground, spit on it, and be fasting while you chant.” [28] “You will find many other marvels in the books of the Sasernas,” said I, “which are all just as far away from agriculture and therefore to be disregarded.” “Just as if,” said he, “such things are not found in other writers also. Why, are there not many such items in the book of the renowned Cato, which he published on the subject of agriculture, such as his recipes for placenta, for libum, and for the salting of hams?” “You do not mention that famous one of his composing,” said Agrius: “ ‘If you wish to drink deep at a feast and to have a good appetite, eat some half-dozen leaves of raw cabbage with vinegar before dinner.’”

  [3.1] “Well, then,” said Agrasius, “since we have decided the nature of the subjects which are to be excluded from agriculture, tell us whether the knowledge of those things used in agriculture is an art or not, and trace its course from starting-point to goal.” Glancing at Scrofa, Stolo said: “You are our superior in age, in position, and in knowledge, so you ought to speak.” And he, nothing loath, began: “In the first place, it is not only an art but an important and noble art. It is, as well, a science, which teaches what crops are to be planted in each kind of soil, and what operations are to be carried on, in order that the land may regularly produce the largest crops.

  [4.1] “Its elements are the same as those which Ennius says are the elements of the universe — water, earth, air, and fire. You should have some knowledge of these before you cast your seed, which is the first step in all production. Equipped with this knowledge, the farmer should aim at two goals, profit and pleasure; the object of the first is material return, and of the second enjoyment. The profitable plays a more important rôle than the pleasurable; [2] and yet for the most part the methods of cultivation which improve the aspect of the land, such as the planting of fruit and olive trees in rows, make it not only more profitable but also more saleable, and add to the value of the estate. For any man would rather pay more for a piece of land which is attractive than for one of the same value which, though profitable, is unsightly. [3] Further, land which is more wholesome is more valuable, because on it the profit is certain; while, on the other hand, on land that is unwholesome, however rich it may be, misfortune does not permit the farmer to reap a profit. For where the reckoning is with death, not only is the profit uncertain, but also the life of the farmers; so that, lacking wholesomeness, agriculture becomes nothing else than a game of chance, in which the life and the property of the owner are at stake. [4] And yet this risk can be lessened by science; for, granting that healthfulness, being a product of climate and soil, is not in our power but in that of nature, still it depends greatly on us, because we can, by care, lessen the evil effects. For if the farm is unwholesome on account of the nature of the land or the water, from the miasma which is exhaled in some spots; or if, on account of the climate, the land is too hot or the wind is not salubrious, these faults can be alleviated by the science and the outlay of the owner. The situation of the buildings, their size, the exposure of the galleries, the doors, and the windows, are matters of the highest importance. [5] Did not that famous physician, Hippocrates, during a great pestilence save not one farm but many cities by his skill? But why do I cite him? Did not our friend Varro here, when the army and fleet were at Corcyra, and all the houses were crowded with the sick and the dead, by cutting new windows to admit the north wind, and shutting out the infected winds, by changing the position of doors, and other precautions of the same kind, bring back his comrades and his servants in good health?

  [5.1] “But as I have stated the origin and the limits of the science, it remains to determine the number of its divisions.” “Really,” said Agrius, “it seems to me that they are endless, when I read the many books of Theophrastus, those which are entitled ‘The History of Plants’ and ‘The Causes of Vegetation.’ “ [2] “His books,” replied Stolo, “are not so well adapted to those who wish to tend land as to those who wish to attend the schools of the philosophers; which is not to say that they do not contain matter which is both profitable and of general interest. [3] So, then, do you rather explain to us the divisions of the subject.” “The chief divisions of agriculture are four in number,” resumed Scrofa: “First, a knowledge of the farm, comprising the nature of the soil and its constituents; second, the equipment needed for the operation of the farm in question; third, the operations to be carried out on the place in the way of tilling; and fourth, the proper season for each of these operations. [4] Each of these four general divisions is divided into at least two subdivisions the first comprises questions with regard to the soil as such, and those which pertain to housing and stabling. The second division, comprising the movable equipment which is needed for the cultivation of the farm, is also subdivided into two: the persons who are to do the farming, and the other equipment. The third, which covers operations, is subdivided: the plans to be made for each operation, and where each is to be carried on. The fourth, covering the seasons, is subdivided: those which are determined by the annual revolution of the sun, and those determined by the monthly revolution of the moon. I shall discuss first the four chief divisions, and then the eight subdivisions in more detail.

  [6.1] “First, then, with respect to the soil of the farm, four points must be considered: the conformation of the land, the quality of the soil, its extent, and in what way it is naturally protected. As there are two kinds of conformation, the natural and that which is added by cultivation, in the former case one piece of land being naturally good, another naturally bad, and in the latter case one being well tilled, another badly, I shall discuss first the natural conformation. [2] There are, the
n, with respect to the topography, three simple types of land — plain, hill, and mountain; though there is a fourth type consisting of a combination of these, as, for instance, on a farm which may contain two or three of those named, as may be seen in many places. Of these three simple types, undoubtedly a different system is applicable to the lowlands than to the mountains, because the former are hotter than the latter; and the same is true of hillsides, because they are more temperate than either the plains or the mountains. [3] These qualities are more apparent in broad stretches, when they are uniform; thus the heat is greater where there are broad plains, and hence in Apulia the climate is hotter and more humid, while in mountain regions, as on Vesuvius, the air is lighter and therefore more wholesome. Those who live in the lowlands suffer more in summer; those who live in the uplands suffer more in winter; the same crops are planted earlier in the spring in the lowlands than in the uplands, and are harvested earlier, while both sowing and reaping come later in the uplands. [4] Certain trees, such as the fir and the pine, flourish best and are sturdiest in the mountains on account of the cold climate, while the poplar and the willow thrive here where the climate is warmer; the arbute and the oak do better in the upland, the almond and the mariscan fig in the lowlands. On the foothills the growth is nearer akin to that of the plains than to that of the mountains; on the higher hills the opposite is true. [5] Owing to these three types of configuration different crops are planted, grain being considered best adapted to the plains, vines to the hills, and forests to the mountains. Usually the winter is better for those who live in the plains, because at that season the pastures are fresh, and pruning can be carried on in more comfort. On the other hand, the summer is better in the mountains, because there is abundant forage at that time, whereas it is dry in the plains, and the cultivation of the trees is more convenient because of the cooler air. [6] A lowland farm that everywhere slopes regularly in one direction is better than one that is perfectly level, because the latter, having no outlet for the water, tends to become marshy. Even more unfavourable is one that is irregular, because pools are liable to form in the depressions. These points and the like have their differing importance for the cultivation of the three types of configuration.”

  [7.1] “So far as concerns the natural situation,” said Stolo, “it seems to me that Cato was quite right when he said that the best farm was one that was situated at the foot of a mountain, facing south.” [2] Scrofa continued: “With regard to the conformation due to cultivation, I maintain that the more regard is had for appearances the greater will be the profits: as, for instance, if those who have orchards plant them in quincunxes, with regular rows and at moderate intervals. Thus our ancestors, on the same amount of land but not so well laid out, made less wine and grain than we do, and of a poorer quality; for plants which are placed exactly where each should be take up less ground and screen each other less from the sun, the moon, and the air. [3] You may prove this by one of several experiments; for instance, a quantity of nuts which you can hold in a modius measure with their shells whole, because the shells naturally keep them compacted, you can scarcely pack into a modius and a half when they are cracked. [4] As to the second point, trees which are planted in a row are warmed by the sun and the moon equally on all sides, with the result that more grapes and olives form, and that they ripen earlier; which double result has the double consequence that they yield more must and oil, and of greater value.

  [5] “We come now to the second division of the subject, the type of soil of which the farm is composed. It is in respect of this chiefly that a farm is considered good or bad; for it determines what crops, and of what variety, can be planted and raised on it, as not all crops can be raised with equal success on the same land. As one type is suited to the vine and another to grain, so of others — one is suited to one crop, another to another. [6] Thus near Cortynia, in Crete, there is said to be a plane tree which does not shed its leaves in winter, and another in Cyprus, according to Theophrastus. Likewise at Sybaris, which is now called Thurii, there is said to be an oak tree of like character, in sight of the town; and that near Elephantine neither the fig nor the vine sheds its leaves — which is quite the opposite of what happens with us. For the same reason there are many trees which bear two crops a year, such as the vine on the coast near Smyrna, and the apple in the district of Consentia. [7] The fact that trees produce more fruit in uncultivated spots, and better fruit under cultivation, proves the same thing. For the same reason there are plants which cannot live except in marshy ground, or actually in the water and not in every kind of water. Some grow in ponds, as the reeds near Reate, others in streams, as the alder trees in Epirus, and still others in the sea, as the palms and squills of which Theophrastus writes. [8] When I was in command of the army in the interior of Transalpine Gaul near the Rhine, I visited a number of spots where neither vines nor olives nor fruit trees grew; where they fertilized the land with a white chalk which they dug; where they had no salt, either mineral or marine, but instead of it used salty coals obtained by burning certain kinds of wood.” [9] “Cato, you know,” interjected Stolo, “in arranging plots according to the degree of existence, formed nine categories: first, land on which vines can bear a large quantity of wine of good quality; second, land suited for a watered garden; third, for an osier bed; fourth, for olives; fifth, for meadows; sixth, for a grain field; seventh, for a wood lot: eighth, for an orchard; ninth, for a mast grove.” [10] “I know he wrote that,” replied Scrofa, “but all authorities do not agree with him on this point. There are some who assign the first place to good meadows, and I am one of them. Hence our ancestors gave the name prata to meadow-land as being ready (parata). Caesar Vopiscus, once an aedile, in pleading a case before the censors, spoke of the plains of Rosea as the nursing-ground of Italy, such that if a rod were left there overnight, it would be lost the next morning on account of the growth of the grass.

  [8.1] “As an argument against the vineyard, there are those who claim that the cost of upkeep swallows up the profits. In my opinion, it depends on the kind of vineyard, for there are several: for some are low-growing and without props, as in Spain; others tall, which are called ‘yoked,’ as generally in Italy. For this latter class there are two names, pedamenta and iuga: those on which the vine runs vertically are called pedamenta (stakes), and those on which it runs transversely are called iuga (yokes); and from this comes the name ‘yoked vines.’ [2] Four kinds of ‘yokes’ are usually employed, made respectively of poles, of reeds, of cords, and of vines: the first of these, for example, around Falernum, the second around Arpi, the third around Brundisium, the fourth around Mediolanum. There are two forms of this trellising: in straight lines, as in the district of Canusium, or yoked lengthways and sideways in the form of the compluvium, as is the practice generally in Italy. If the material grows on the place the vineyard does not mind the expense; and it is not burdensome if much of it can be obtained in the neighbourhood. [3] The first class I have named requires chiefly a willow thicket, the second a reed thicket, the third a rush bed or some material of the kind. For the fourth you must have an arbustum, where trellises can be made of the vines, as the people of Mediolanum do on the trees which they call opuli (maples), and the Canusians on lattice-work in fig trees. [4] Likewise, there are, as a rule, four types of props. The best for common use in the vineyard is a stout post, called ridica, made of oak or juniper. The second best is a stake made from a branch, and preferably from a tough one, so that it will last longer; when one end has rotted in the ground the stake is reversed, what had been the top becoming the bottom. The third, which is used only as a substitute when the others are lacking, is formed of reeds; bundles of these, tied together with bark, are planted in what they call cuspides, earthenware pipes with open bottoms so that the casual water can run out. The fourth is the natural prop, where the vineyard is formed of vines growing across from tree to tree; such traverses are called by some rumpi. [5] The limit to the height of the vineyard is the height of a man
, and the intervals between the props should be sufficient to allow a yoke of oxen to plough between. The most economical type of vineyard is that which furnishes wine to beaker without the aid of trellises. There are two kinds of these: one in which the ground serves as a bed for the grapes, as in many parts of Asia. The foxes often share the harvest with man in such vineyards, and if the land breeds mice the yield is cut short unless you fill the whole vineyard with traps, as they do in the island Pandateria. [6] In the other type only those branches are raised from the ground which give promise of producing fruit. These are propped on forked sticks about two feet long, at the time when the grapes form, so that they may not wait until the harvest is over to learn to hang in a bunch by means of a string or the fastening which our fathers called a cestus. In such a vineyard, as soon as the master sees the back of the vintager he takes his forks back to hibernate under cover so that he may be able to enjoy their assistance without cost the next year. In Italy the people of Reate practise this custom. [7] This variation in culture is caused chiefly by the fact that the nature of the soil makes a great difference; where this is naturally humid the vine must be trained higher, because while the wine is forming and ripening it does not need water, as it does in the cup, but sun. And that is the chief reason, I think, that the vines climb up trees.