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proved completely satisfactory. The machine steamed alone to the field, distant two and a half miles, where the experiment was to be made; there four great turf ploughs being attached to it, it entered upon its task, furrowing the earth fourteen inches deep. The ploughing was exceedingly well done, many of the farmers present expressing their opinions to the effect, that the machine was particularly adapted for breaking the soil of the prairie. We trust it will not be long ere we shall see the steam plough furrowing the fertile soil of the Illinoisian prairies, and thus annually and more rapidly than ever before, subjugating to culture many thousands of new acres.

Of wind-mills there are but few, as yet, in Illinois, though the large prairies are admirably adapted for the use of the wind, as mechanical power. Perceiving this, several gentlemen of Rochester, N. Y., have. formed themselves into a company, to erect, during 1856, fifty windmills on the western prairies; and in Peoria a company has been organized for a like purpose. The mill to be constructed by the last will contain two different milling apparatus, the grinding stones used in which are four feet in diameter; the whole, including the building and the right of using the patent, to cost $4000. A mill thus constructed in Rochester, will grind thirty bushels of grain per hour, and it being estimated, that these mills can be in active operation for full ten months in a year, they ought to be preferred on this account, if on no other, to water-mills, since but few of the latter might be found in constant operation for such a length of time.

Five bushels of prime wheat will make one barrel of superfine flour, leaving a handsome pay to the miller.

Another project for the purpose of rendering available the power of wind, has been started by Mr. M. D. Codding, of Lockport, Will Co., who has, three miles from that place, established a machine-factory, and, for the above purpose, has constructed a machine which, simple, substantial, and low-priced, can be used for a number of purposes; for instance-for sawing wood, whetting stones, pumping water, etc. Mr. Codding turns out these machines of any power desired, from that of one man to twenty horse

power.
A machine of one horse

power, clusive of gearing, can be had for $25 to $30; the expense of larger machines of this kind not exceeding a just proportion to this.

in

INDIAN CORN.

There are a great number of varieties of corn in cultivation, and these varieties have become considerably intermingled. The principal varieties, which may be distinguished by the number of rows or grains, on the cob, and the color, shape or size of the kernels, may be classified and described as follows:

1. Yellow Corn, Golden Sioux, or Northern Flint Corn; having a large cob, with twelve rows of moderate sized grains, very oily, and is regarded as one of the best varieties for fattening animals, or for human food. By skilful tillage, 130 bushels have been raised to the acre, weighing 9,216 lbs. in the ear, when dry: 75 lbs. of ears gave a bushel when shelled.

2. King Philip, or the Eight-Rowed Yellow Corn. Its ears, which contain only eight rows, are longer than those of the Golden Sioux, and it will yield about the same quality of oil. It is a hardy plant, which belongs to a high latitude; grows to about nine feet in height; stalks small, ears from ten to fourteen inches in length.

3. Canada Corn, or Eighteen-Rowed Yellow. This corn, which is smaller, earlier, and more solid than any of the preceding, contains more oil than any other variety, except the Rice Corn, and the Pop Corn. It is exceedingly valuable for fattening poultry, swine, &c., and is grown by many in gardens, for early boiling.

4. Dutton Corn. The cob sometimes grows to the length of fourteen or fifteen inches, but the grain is so compact upon it that two busbels of small ears have yielded five pecks of shelled corn, weighing 62 lbs. to the bushel. With proper management, an acre of ground will yield one hundred to one hundred and twenty bushels to the

As it is very oily, gives a good yield, and ripens early, it has always been a favorite variety for culture in the north.

5. Southern Big Yellow Corn. The cob of this corn is thick and long, the grain much wider than it is deep, and the rows unite with each other. The grain contains less oil and more starch than the Northern Flint kinds; yet its outward texture is somewhat flinty, solid and firm. It comes to maturity rather later, affords an abundant yield, and is much used for fattening animals.

6. Southern Small Yellow Corn. The ears of this variety are more

acre.

slender, as well as shorter than the last named; the grains are smaller though of the same form, of a deep yellow, more firm and flinty, and contain an abundance of oil, which renders it more valuable for the purpose of shipping, or for fceding poultry or swine.

1. Rhode Island White Flint Corn. The grains of this variety are about the size and shape of those of the Tuscarora Corn, but differ from them in containing an abundance of a transparent and colorless oil, which may be easily seen through their clear, pellucid hulls. The farinaceous parts of the grains are white, and as the quantity of oil which they contain is large, the flour or meal is more substantial as an article of food, and less liable to ferment and become sour.

2. Southern Little White Flint Corn. The kernels of this variety are considerably smaller than those of the preceding, and much resemble them in shape, but they are more firm and solid, contain more oil, and consequently are of more value for feeding poultry and swine, and for human food.

3. Dutton White Flint Corn. A variety not differing materially from the Yellow Dutton Corn, except in the color of the oil.

4. Early Canadian White Flint Corn. Cultivated principally for early boiling or roasting, while green.

„5. Tuscarora Corn. The ears contain from twelve to sixteen rows of grains, which are nearly as deep as they are broad, of a dead whitish color on the extreme end, are entirely composed within of pure,

white dextrine, and starch, except the germs. As it contains neither gluten nor oil, it may be profitably employed in the manufacture of starch. It is much softer and better food for horses than the flinty kind, and if used before it becomes sour, it may be converted into excellent bread. It is also an excellent variety for boiling, when green, or in the milky state.

6. White Flint Corn. The ears of this variety contain twelve rows of rather white, roundish, thick grains, which are filled with a snowy white flour, composed principally of starch, but does not contain either gluten or oil. It is much used. As it possesses similar properties with the preceding variety, it may be profitably employed for the same purpose. It is also an excellent variety for boiling,

when green.

7. Virginia White Seed Corn. The ears of this corn, which are

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not very long, (uor is the cob so long as those of the Big White, or Yellow Flint), contain from twenty-four to thirty-six rows of very long, narrow grains. These grains, at their extreme ends, are almost flat, and grow so closely together from the cob to the surface, that they produce a greater yield than any other variety, in proportion to the size of the ears. They contain more starch, and less gluten and oil, than those of the Flint kinds, and from their softness they serve as better food for horses, but are less nourishing to poultry and swine. This variety ripens later, though it is more productive than any other kind.

8. Early Sweet Corn. There are two kinds of this the cob red, and the other white. The ears are short, and usually contain eight rows, the grains of which, when mature, are of a lighter color, and become sbrivelled, appearing as if they were unripe. It contains a very large proportion of the phosphates, and a considerable quantity of sugar and gum, though but little starch. It is extensively cultivated for culinary purposes, and is delicious food when boiled green.

9. Rice Corn. A small variety, with small conical ears, the kernels terminating in sharp points, which give them the appearance of burrs; tbe kernels in size and shape something like rice. It contains more oil and less starch than any other kind, and when ground, its meal cannot be made into bread alone, but is dry like sand. From its oily nature and peculiar size, this corn is well adapted for feeding poultry.

10. Pearl Corn. Commonly called pop-corn, from the fact of its being used for popping, or parboiling. The ears of this variety are small, the grains are round, of various shades of color, the white of a pearly appearance; and contain, with the rice corn, more oil and less starch than any other variety.

11. Chinese Tree Corn. It is a pure white variety, a very handsome ear, about ten inches long, has ten rows, grain very closely set, long and wedge-shaped, well filled out, to the end of the cob; some of the grains slightly indented. One peculiarity of this corn is, the ears grow on the ends of the branches, hence its name “Tree Corn." It is said to yield from one-fourth to one-third more than the common varieties. When ground into meal it is handsomer and better flavored

than the common varieties of white corn. There are generally two ears on a stalk, and often three.

There are many other species of corn, but the foregoing embrace pretty much all those worthy of cultivation.

To raise a good crop of corn, a man must of course have all the im. plements required for it. If the planting is to be done on old ground, the old stalks should be cut and broken down first. This is usually done with a roller or a cylinder of wood, which is within a square frame, and about four feet long, and pineteen inches in diameter, and has four blades placed at equal distances around it, and running its entire length; drawn along by the hcrses, this instrument breaks down the stalks and cuts them up in fine style, leaving the stalks so cut about a foot long, and finishing about from six to eight acres per day in this manner. After this, the farmer should plough in the direction in which the stalks were broken down, so as to bring them under the earth turned up, which is easily accomplished; and never forget to harrow on rough or heavy land. If he then proposes making a marker, he should construct four wedge-sbaped forms, 21 feet long, 5 inches thick, 10 inches wide at one end, and running to an edge at the other. These forms may be made of two inch .plank; and two floor joists, one close to the points, and the other close to the heads, may

be laid between them. A pole being then procured for a tongue, the back end should be run over the front joist, and under the back one, and bolted at the two places where it touches them, in such a manner that when the end rests in the neck-yoke, the points of the wedges are lifted a little. A marker thus constructed, makes a broad mark, proof against a fortnight's rain, and destroys young weeds at the same time, to a great extent. The land being thus marked both ways, get Randall & Jones' Double Hand Planter, which is light, substantial, and rapid, sowing two rows at once, of any number of kernels required, on pressed earth, from which the germ will sprout rapidly, the covering being as certain as if done with the hoe. Ten or twelve acres can thus be planted in a single day.

Corn-land should always be rolled after planting, since this, in dry weather, will prevent evaporation and diminish the surface exposed to the rays of the sun. Rolling should be repeated if the land continues dry, in order to bring up by capillary attraction, the moisture from the

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