Part 13

223. In the last edition, this closing part of the work, relative to the straw plat, was not presented to the public as a thing which admitted of no alteration; but, on the contrary, it was presented to the public with the following concluding remark: "In conclusion I have to observe, that I by no means send forth this essay as containing opinions and instructions that are to undergo no alteration. I am, indeed, endeavouring to teach others; but I am myself only a learner. Experience will, doubtless, make me much more perfect in a knowledge of the several parts of the subject; and the fruit of this experience I shall be careful to communicate to the public." I now proceed to make good this promise. Experience has proved that very beautiful and very fine plat can be made of the straw of divers kinds of _grass_. But the most ample experience has also proved to us that it is to the straw of _wheat_, that we are to look for a manufacture to supplant the Leghorn. This was mentioned as a strong suspicion in my former edition of this work. And I urged my readers to sow wheat for the purpose. The fact is now proved beyond all contradiction, that the straw of wheat or rye, but particularly of wheat, is the straw for this purpose. _Finer_ plat may be made from the straw of grass than can possibly be made from the straw of wheat or rye: but the grass plat is, all of it, more or less _brittle_; and none of it has the beautiful and uniform colour of the straw of wheat. Since the last edition of this work, I have received packets of the straw _from Tuscany_, all of _wheat_; and, indeed, I am _convinced_ that no other straw is any-thing like so well calculated for the purpose. Wheat straw bleaches better than any other. It has that fine, pale, golden colour which no other straw has; it is much more simple, more pliant than any other straw; and, in short, this is the material. I did not urge in vain. A good quantity of wheat was sowed for this purpose. A great deal of it has been well harvested; and I have the pleasure to know that several hundreds of persons are now employed in the platting of straw. One more year; one more crop of wheat; and another Leghorn bonnet will never be imported in England. Some great errors have been committed in the sowing of the wheat, and in the cutting of it. I shall now, therefore, availing myself of the experience which I have gained, offer to the public some observations on the _sort of wheat_ to be sowed for this purpose; on the _season_ for sowing; on the _land_ to be used for the purpose; on the _quantity of seed_, and the _manner_ of sowing: on the _season_ for cutting; on the manner of _cutting_, _bleaching_, and _housing_; on the _platting_; on the _knitting_, and on the _pressing_.

224. The SORT OF WHEAT. The Leghorn plat is all made of the straw of the spring wheat. This spring wheat is so called by us, because it is sowed in the spring, at the same time that barley is sowed. The botanical name of it is TRITICUM AESTIVUM. It is a small-grained bearded wheat. It has very fine straw; but experience has convinced me, that the little brown-grained winter wheat is just as good for the purpose. In short, any wheat will do. I have now in my possession specimens of plat made of both winter and spring wheat, and I see no difference at all. I am decidedly of opinion that the winter wheat is as good as the spring wheat for the purpose. I have plat, and I have straw both now before me, and the above is the result of my experience.

225. THE LAND PROPER FOR THE GROWING OF WHEAT. The object is to have the straw as small as we can get it. The land must not, therefore, be too rich; yet it ought not to be _very poor_. If it be, you get the straw of no length. I saw an acre this year, as beautiful as possible, sowed upon a light loam, which bore last year a fine crop of potatoes. The land ought to be perfectly clean, at any rate; so that, when the crop is taken off, the wheat straw may not be mixed with weeds and grass.

226. SEASON FOR SOWING. This will be more conveniently stated in paragraph 228.

227. QUANTITY OF SEED AND MANNER OF SOWING. When first this subject was started in 1821, I said, in the Register, that I would engage to grow as fine straw in England as the Italians could grow. I recommended then, as a first guess, _fifteen_ bushels of wheat to the acre. Since that, reflection told me that that was not quite enough. I therefore recommended _twenty_ bushels to the acre. Upon the beautiful acre which I have mentioned above, eighteen bushels, I am told, were sowed; fine and beautiful as it was, I think it would have been better if it had had twenty bushels; twenty bushels, therefore, is what I recommend. You must sow broad cast, of course, and you must take great pains to cover the seed well. It must be a good even-handed seedsman, and there must be very nice covering.

228. SEASON FOR CUTTING. Now, mind, it is fit to cut in just about one week _after the bloom has dropped_. If you examine the ear at that time, you will find the grain just beginning to be formed, and that is precisely the time to cut the wheat: The straw has then got its full substance in it. But I must now point out a very material thing. It is by no means desirable to have _all_ your wheat _fit to cut at the same time_. It is a great misfortune, indeed, so to have it. If fit to cut altogether, it ought to be cut all at the same time; for supposing you to have an acre, it will require a fortnight or three weeks to cut it and bleach it, unless you have a very great number of hands, and very great vessels to prepare water in. Therefore, if I were to have an acre of wheat for this, purpose, and were to sow all spring wheat, I would sow a twelfth part of the acre every week from the first week in March to the last week in May. If I relied partly upon winter wheat, I would sow some every month, from the latter end of September to March. If I employed the two sorts of wheat, or indeed if I employed only the spring wheat, the TRITICUM AESTIVUM, I should have some wheat fit to cut in June, and some not fit to cut till September. I should be sure to have a fair chance as to the weather. And, in short, it would be next to impossible for me to fail of securing a considerable part of my crop. I beg the reader's particular attention to the contents of this paragraph.

229. MANNER OF CUTTING THE WHEAT. It is cut by a little reap-hook, close to the ground as possible. It is then tied in little sheaves, with two pieces of string, one near the butt, and the other about half-way up. This little bundle or sheaf ought to be six inches through at the butt, and no more. It ought not to be tied too tightly, lest the scalding should not be perfect.

230. MANNER OF BLEACHING. The little sheaves mentioned in the last paragraph are carried to a brewing mash, vat, or other tub. You must not put them into the tub in too large a quantity, lest the water get chilled before it get to the bottom. Pour on scalding water till you cover the whole of the little sheaves, and let the water be a foot above the top sheaves. When the sheaves have remained thus a full quarter of an hour, take them out with a prong, lay them in a clothes-basket, or upon a hurdle, and carry them to the ground where the bleaching is to be finished. This should be, if possible, a piece of grass land, where the grass is very short. Take the sheaves, and lay some of them along in a row; untie them, and lay the straw along in that row as thin as it can possibly be laid. If it were possible, no one straw ought to have another lying upon it, or across it. If the sun be clear, it will require to lie twenty-four hours thus, then to be turned, and lie twenty-four hours on the other side. If the sun be not very clear, it must lie longer. But the numerous sowings which I have mentioned will afford you so many chances, so many opportunities of having fine weather, that the risk about weather would necessarily be very small. If wet weather should come, and if your straw remain out in it any length of time, it will be spoiled; but, according to the mode of sowing above pointed out, you really could stand very little chance of losing straw by bad weather. If you had some straw out bleaching, and the weather were to appear suddenly to be about to change, the quantity that you would have out would not be large enough to prevent you from putting it under cover, and keeping it there till the weather changed.

231. HOUSING THE STRAW. When your straw is nicely bleached, gather it up, and with the same string that you used to tie it when green, tie it up again into little sheaves. Put it by in some room where there is no _damp_, and where mice and rats are not suffered to inhabit. Here it is always ready for use, and it will keep, I dare say, four or five years very well.

232. THE PLATTING. This is now so well understood that nothing need be said about the manner of doing the work. But much might be said about the measures to be pursued by land-owners, by parish officers, by farmers, and more especially by gentlemen and ladies of sense, public spirit, and benevolence of disposition. The thing will be done; the manufacture will spread itself all over this kingdom; but the exertions of those whom I have here pointed out might hasten the period of its being brought to perfection. And I beg such gentlemen and ladies to reflect on the vast importance of such manufacture, which it is impossible to cause to produce any-thing but good. One of the great misfortunes of England at this day is, that the land has had _taken away from it those employments for its women and children which were so necessary to the well-being of the agricultural labourer_. The spinning, the carding, the reeling, the knitting; these have been all taken away from the land, and given to the Lords of the Loom, the haughty lords of bands of abject slaves. But let the landholder mark how the change has operated to produce his ruin. He must have the labouring MAN and the labouring BOY; but, alas! he cannot have these, without having the man's wife, and the boy's mother, and little sisters and brothers. Even Nature herself says, that he shall have the wife and little children, or that he shall not have the man and the boy. But the Lords of the Loom, the crabbed-voiced, hard-favoured, hard-hearted, puffed-up, insolent, savage and bloody wretches of the North have, assisted by a blind and greedy Government, taken all the employment away from the agricultural women and children. This manufacture of Straw will form one little article of employment for these persons. It sets at defiance all the hatching and scheming of all the tyrannical wretches who cause the poor little creatures to die in their factories, heated to eighty-four degrees. There will need no inventions of WATT; none of your horse powers, nor water powers; no murdering of one set of wretches in the coal mines, to bring up the means of murdering another set of wretches in the factories, by the heat produced from those coals; none of these are wanted to carry on this manufactory. It wants no _combination_ laws; none of the inventions of the hard-hearted wretches of the North.

233. THE KNITTING. Upon this subject, I have only to congratulate my readers that there are great numbers of English women who can now knit, plat together, better than those famous Jewesses of whom we were told.

234. THE PRESSING. Bonnets and hats are pressed after they are made. I am told that a proper press costs pretty nearly a hundred pounds; but, then, that it will do prodigious deal of business. I would recommend to our friends in the country to teach as many children as they can to make the plat. The plat will be knitted in London, and in other considerable towns, by persons to whom it will be sold. It appears to me, at least, that this will be the course that the thing will take. However, we must leave this to time; and here I conclude my observations upon a subject which is deeply interesting to myself, and which the public in general deem to be of great importance.

235. POSTSCRIPT on _brewing_.--I think it right to say here, that, ever since I published the instructions for brewing by copper and by wooden utensils, the beer at _my own house_ has always been brewed precisely agreeable to the instructions contained in this book; and I have to add, that I never have had such good beer in my house in all my lifetime, as since I have followed that mode of brewing. My table-beer, as well as my ale, is always as clear as wine. I have had hundreds and hundreds of quarters of malt brewed into beer in my house. My people could always make it strong enough and sweet enough; but never, except by accident, could they make it CLEAR. Now I never have any that is not clear. And yet my utensils are all very small; and my brewers are sometimes one labouring man, and sometimes another. A man wants showing how to brew the first time. I should suppose that we use, in my house, about seven hundred gallons of beer every year, taking both sorts together; and I can positively assert, that there has not been one drop of bad beer, and indeed none which has not been most excellent, in my house, during the last two years, I think it is, since I began using the utensils, and in the manner named in this book.

ICE-HOUSES.

236. First begging the reader to read again paragraph 149, I proceed here, in compliance with numerous requests to that effect, to describe, as clearly as I can, the manner of constructing the sort of Ice-houses therein mentioned. In England, these receptacles of frozen water are, generally, _under ground_, and always, if possible, under the _shade of trees_, the opinion being, that the _main_ thing, if not the _only_ thing, is to keep away _the heat_. The heat is to be kept away certainly; but _moisture_ is the great enemy of _Ice_; and how is this to be kept away either _under ground_, or under the shade of trees? Abundant experience has proved, that no thickness of _wall_, that no cement of any kind, will effectually resist _moisture_. Drops will, at times, be seen hanging on the under side of an arch of any thickness, and made of any materials, if it have earth over it, and even when it has the floor of a house over it; and wherever the moisture enters, the ice will quickly melt.

237. Ice-houses should therefore be, in all their parts, _as dry_ as possible: and they should be so constructed, and the ice so deposited in them, as to ensure _the running away of the meltings_ as quickly as possible, whenever such meltings come. Any-thing in way of drains or gutters, is too slow in its effect; and therefore there must be something that will not suffer the water proceeding from any melting, to remain an instant.

238. In the first place, then, the ice-house should stand in a place quite open to the _sun and air_; for whoever has travelled even but a few miles (having eyes in his head) need not be told how long that part of a road from which the sun and wind are excluded by trees, or hedges, or by any-thing else, will remain wet, or at least damp, after the rest of the road is even in a state to send up dust.

239. The next thing is to protect the ice against wet, or damp, from _beneath_. It should, therefore, stand on some spot _from which water would run in every direction_; and if the natural ground presents no such spot, it is no very great job to _make it_.

240. Then come the _materials_ of which the house is to consist. These, for the reasons before-mentioned, must not be bricks, stones, mortar, nor earth; for these are all affected by the atmosphere; they will become _damp_ at certain times, and _dampness_ is the great destroyer of ice. The materials are _wood_ and _straw_. Wood will not do; for, though not liable to become damp, it imbibes _heat_ fast enough; and, besides, it cannot be so put together as to shut out air sufficiently. Straw is wholly free from the quality of becoming damp, except from water actually put upon it; and it can, at the same time, be placed on a roof, and on sides, to such a degree of thickness as to exclude the air in a manner the most perfect. The ice-house ought, therefore, to be made of _posts, plates, rafters, laths, and straw_. The best form is the _circular_; and the house, when made, appears as I have endeavoured to describe it in _Fig. 3_ of the plate.

241. FIG. 1, _a_, is the centre of a circle, the diameter of which is ten feet, and at this centre you put up a post to stand fifteen feet above the level of the ground, which post ought to be about nine inches through at the bottom, and not a great deal smaller at the top. Great care must be taken that this post be _perfectly perpendicular_; for, if it be not, the whole building will be awry.

242. _b b b_ are fifteen posts, nine feet high, and six inches through at the bottom, without much tapering towards the top. These posts stand about two feet apart, reckoning from centre of post to centre of post, which leaves between each two a space of eighteen inches, _c c c c_ are fifty-four posts, five feet high, and five inches through at the bottom, without much tapering towards the top. These posts stand about two feet apart, from centre of post to centre of post, which leaves between each two a space of nineteen inches. The space between these two rows of posts is four feet in width, and, as will be presently seen, is to contain _a wall of straw_.

243. _e_ is a passage through this wall; _d_ is the outside door of the passage; _f_ is the inside door; and the inner circle, of which _a_ is the centre, is the place in which the ice is to be deposited.

244. Well, then, we have now got _the posts_ up; and, before we talk of the _roof_ of the house, or of the _bed_ for the ice, it will be best to speak about the making of the _wall_. It is to be made of _straw_, wheat-straw, or rye-straw, with no rubbish in it, and made very smooth by the hand as it is put in. You lay it _in very closely_ and very smoothly, so that if the wall were cut across, as at _g g_, in FIG. 2 (which FIG. 2 represents _the whole building cut down through the middle_, omitting the centre post,) the ends of the straws would present a compact face as they do after a cut of a chaff-cutter. But there requires something _to keep the straw from bulging out between the posts_. Little stakes as big as your _wrist_ will answer this purpose. Drive them into the ground, and fasten, at top, to the _plates_, of which I am now to speak. The plates are pieces of wood which go all round both the circles, and are _nailed on upon the tops of the posts_. Their main business is to receive and sustain the _lower ends of the rafters_, as at _m m_ and _n n_ in FIG. 2. But to the plates also the _stakes_ just mentioned must be fastened at top. Thus, then, there will be this space of four feet wide, having, on each side of it, a row of posts and stakes, not more than about six inches from each other, to hold up, and to keep in its place, this wall of straw.

245. Next come the _rafters_, as from _s_ to _n_, FIG. 2. Carpenters best know what is the _number_ and what the _size_ of the rafters; but from _s_ to _m_ there need be only about half as many as from _m_ to _n_. However, carpenters know all about this. It is their every-day work. The roof is forty-five _degrees pitch_, as the carpenters call it. If it were even _sharper_, it would be none the worse. There will be about _thirty_ ends of rafters to lodge on the plate, as at _m_; and these cannot _all_ be fastened to the top of the centre-post rising up from _a_; but carpenters know how to manage this matter, so as to make all strong and safe. The _plate_ which goes along on the tops of the row of posts, _b b b_, must, of course, be put on in a somewhat sloping form; otherwise there would be a sort of _hip_ formed by the rafters. However, the thatch is to be so deep, that this may not be of much consequence. Before the thatching begins, there are _laths_ to put upon the rafters. Thatchers know all about this, and all that you have to do is, to take care that the thatcher _tie the straw on well_. The best way, in a case of such deep thatch, is to have _a strong man to tie for the thatcher_.

246. The roof is now _raftered_, and it is to receive a thatch of _clean_, _sound_, and well-prepared wheat or rye straw, four _feet thick_, as at _h h_ in FIG. 2.

247. The house having now got _walls_ and _roof_, the next thing is to make the _bed_ to receive the ice. This bed is the area of the circle of which _a_ is the centre. You begin by laying on the ground _round logs_, eight inches through, or thereabouts, and placing them across the area, leaving spaces between them of about a foot. Then, _crossways on them_, poles about four inches through, placed at six inches apart. Then, _crossways on them_, other poles, about two inches through, placed at three inches apart. Then, _crossways on them_, rods as thick as your finger, placed at an inch apart. Then upon these, small, clean, dry, last-winter-cut _twigs_, to the thickness of about two inches; or, instead of these twigs, good, clean, strong _heath_, free from grass and moss, and from rubbish of all sorts.

248. This is the _bed_ for the ice to lie on; and as you see, the top of the bed will be seventeen inches from the ground. The pressure of the ice may, perhaps, bring it to fourteen, or to thirteen. Upon this bed the ice is put, broken and pummelled, and beaten down together in the usual manner.

249. Having got the bed filled with ice, we have next to _shut it safely up_. As we have seen, there is a passage (_e_). Two feet wide is enough for this passage; and, being as long as the wall is thick, it is of course, four feet long. The use of the passage is this: that you may have _two doors_, so that you may, in hot or damp weather, shut the outer door, while you have the inner door open. This inner door may be of hurdle-work, and straw, and covered, on one of the sides, with sheep-skins with the _wool on_, so as to keep out the external air. The outer-door, which must lock, must be of wood, made to shut very closely, and, besides, covered with skins like the other. At times of great danger from heat, or from wet, the whole of the passage may be filled with straw. The door (_p._ FIG. 3) should face the North, or between North and East.

250. As to the _size_ of the ice-house, that must, of course, depend upon the _quantity_ of ice that you may choose to have. A house on the above scale, is from _w_ to _x_ (FIG. 2) twenty-nine feet; from _y_ to _z_ (FIG. 2) nineteen feet. The area of the circle, of which _a_ is the centre, is ten feet in diameter, and as this area contains seventy-five superficial feet, you will, if you put ice on the bed to the height of only five feet, (and you _may_ put it on to the height of seven feet from the top of the bed,) you will have _three hundred and seventy-five cubic feet of ice_; and, observe, a cubic foot of ice will, when broken up, fill much more than a _Winchester Bushel_: what it may do as to an "IMPERIAL BUSHEL," engendered like Greek Loan Commissioners, by the unnatural heat of "PROSPERITY," God only knows! However, I do suppose, that, without making any allowance for the "_cold_ fit," as Dr. Baring calls it, into which "_late_ panic" has brought us; I do suppose, that even the scorching, the burning dog-star of "IMPERIAL PROSPERITY;" nay, that even DIVES himself, would hardly call for more than two bushels of ice in a day; for more than two bushels a day it would be, unless it were used in cold as well as in hot weather.