Chapter 5

ACCIDENTS AND ANTIDOTES.

Children should be taught the following modes of saving life, health and limbs in cases of sudden emergency, before a medical adviser can be summoned.

In case of a common cut, bind the lips of the wound together with a rag, and put on nothing else. If it is large, lay narrow strips of sticking-plaster obliquely across the wound. In some cases it is needful to draw a needle and thread through the lips of the wound, and tie the two sides together.

If an artery be cut, it must be tied as quickly as possible, or the person will soon bleed to death. The blood from an artery is a brighter red than that from the veins, and spirts out in jets at each beat of the heart. Take hold of the end of the artery and tie it or hold it tight till a surgeon comes. In this case, and in all cases of bad wounds that bleed much, tie a tight bandage near and above the wound, inserting a stick into the bandage and twisting as tight as can be borne, to stop the immediate effusion of blood.

Bathe bad bruises in hot water. Arnica water hastens a cure, but is injurious and weakening to the parts when used too long and too freely.

A sprain is relieved from the first pains by hot fomentations, or the application of very hot bandages, but entire rest is the chief permanent remedy. The more the limb is used, especially at first, the longer the time required for the small broken fibres to knit together. The sprained leg should be kept in a horizontal position. When a leg is broken, tie it to the other leg, to keep it still till a surgeon comes. Tie a broken arm to a piece of thin wood, to keep it still till set.

In the case of bad burns that take off the skin, creosote water is the best remedy. If this is not at hand, wood-soot (not coal) pounded, sifted, and mixed with lard is nearly as good, as such soot contains creosote. When a dressing is put on, do not remove it till a skin is formed under it. If nothing else is at hand for a bad burn, sprinkle flour over the place where the skin is off and then let it remain, protected by a bandage. The chief aim is to keep the part without skin from the air.

In case of drowning, the aim should be to clear the throat, mouth and nostrils, and then produce the natural action of the lungs in breathing as soon as possible, at the same time removing wet clothes and applying warmth and friction to the skin, especially the hands and feet, to start the circulation. The best mode of cleansing the throat and month of choking water is to lay the person on the face, and raise the head a little, clearing the mouth and nostrils with the finger, and then apply hartshorn or camphor to the nose. This is safer and surer than a common mode of lifting the body by the feet, or rolling on a barrel to empty out the water.

To start the action of the lungs, first lay the person on the face and press the back along the spine to expel all air from the lungs. Then turn the body nearly, but not quite over on to the back, thus opening the chest so that the air will rush in if the mouth is kept open. Then turn the body to the face again and expel the air, and then again nearly over on to the back; and so continue for a long time. Friction, dry and warm clothing, and warm applications should be used in connection with this process. This is a much better mode than using bellows, which sometimes will close the opening to the windpipe. The above is the mode recommended by Dr. Marshall Hall, and is approved by the best medical authorities.

Certain articles are often kept in the house for cooking or medical purposes, and sometimes by mistake are taken in quantities that are poisonous.

_Soda, saleratus, potash,_ or any other alkali can be rendered harmless in the stomach by vinegar, tomato-juice, or any other acid. If sulphuric or oxalic acid are taken, pounded chalk in water is the best antidote. If those are not at hand, strong soapsuds have been found effective. Large quantities of tepid water should be drank after these antidotes are taken, so as to produce vomiting.

_Lime_ or _baryta_ and its compounds demand a solution of glauber salts or of sulphuric acid.

_Iodine_ or _Iodide of Potassium_ demands large draughts of wheat flour or starch in water, and then vinegar and water. The stomach should then be emptied by vomiting with as much tepid water as the stomach can hold.

_Prussic acid_, a violent poison, is sometimes taken by children in eating the pits of stone fruits or bitter almonds which contain it. The antidote is to empty the stomach by an emetic, and give water of ammonia or chloric water. Affusions of cold water all over the body, followed by warm hand friction, is often a remedy alone, but the above should be added if at command. _Antimony_ and its compounds demand drinks of oak bark, or gall nuts, or very strong green tea.

_Arsenic_ demands oil or melted fat, with magnesia or lime water in large quantities, till vomiting occurs.

_Corrosive Sublimate_, (often used to kill vermin,) and any other form of mercury, requires milk or whites of eggs in large quantities. The whites of twelve eggs in two quarts of water, given in the largest possible draughts every three minutes till free vomiting occurs, is a good remedy. Flour and water will answer, though not so surely as the above. Warm water will help, if nothing else is in reach. The same remedy answers when any form of copper, or tin, or zinc poison is taken, and also for creosote.

_Lead_ and its compounds require a dilution of Epsom or Glauber salts, or some strong, acid drink, as lemon or tomatoes.

_Nitrate of Silver_ demands salt water drank till vomiting occurs.

_Phosphorus_ (sometimes taken by children from matches) needs magnesia and copious drinks of gum Arabic, or gum water of any sort.

_Alcohol_, in dangerous quantities, demands vomiting with warm water.

When one is violently sick from excessive use of _tobacco_, vomiting is a relief, if it arise spontaneously. After that, or in case it does not occur, the juice of a lemon and perfect rest, in a horizontal position on the back, will relieve the nausea and faintness, generally soothing the foolish and over-wrought patient into a sleep.

_Opium_ demands a quick emetic. The best is a heaping table-spoonful of powdered mustard, in a tumblerful of warm water; or powdered alum in half-ounce doses and strong coffee alternately in warm water. Give acid drinks after vomiting. If vomiting is not elicited thus, a stomach pump is demanded. Dash cold water on the head, apply friction, and use all means to keep the person awake and in motion.

_Strychnia_ demands also quick emetics.

The stomach should be emptied always after taking any of these antidotes, by a warm water emetic.

In case of bleeding at the lungs, or stomach, or throat, give a tea-spoonful of dry salt, and repeat it often. For bleeding at the nose, put ice, or pour cold water on the back of the neck, keeping the head elevated.

If a person be struck with lightning, throw pailfuls of cold water on the head and body, and apply mustard poultices on the stomach, with friction of the whole body and inflation of the lungs, as in the case of drowning. The same mode is to be used when persons are stupefied by fumes of coal, or bad air.

In thunderstorms, shut the doors and windows. The safest part of a room is its centre; and where there is a feather-bed in the apartment, that will be found the most secure resting-place.

A lightning-rod if it be well pointed, and run deep into the earth, is a certain protection to a circle, around it, whose diameter equals the height of the rod above the highest chimney. But it protects _no farther_ than this extent.

In case of fire, wrap about you a blanket, a shawl, a piece of carpet, or any other woolen cloth, to serve as protection. Never read in bed, lest you fall asleep, and the bed be set on fire. If your clothes get on fire, never run, but lie down, and roll about till you can reach a bed or carpet to wrap yourself in, and thus put out the fire. Keep young children in woolen dresses, to save them from the risk of fire.

XXVIII.

SEWING, CUTTING, AND MENDING.

Every young girl should be taught to do the following kinds of stitch with propriety: Over-stitch, hemming, running, felling, stitching, back-stitch and run, buttonhole-stitch, chain-stitch, whipping, darning, gathering, and cross-stitch.

In doing over-stitch, the edges should always be first fitted, either with pins or basting, to prevent puckering. In turning wide hems, a paper measure should be used, to make them even. Tucks, also, should be regulated by a paper measure. A fell should be turned, before the edges are put together, and the seam should be over-sewed before felling. All biased or goring seams should be felled, for stitching, draw a thread, and take up two or three threads at a stitch.

In cutting buttonholes, it is best to have a pair of scissors, made for the purpose, which cut very neatly. For broadcloth, a chisel and board are better. The best stitch is made by putting in the needle, and then turning the thread round it near the eye. This is better than to draw the needle through, and then take up a loop. A stay thread should first be put across each side of the buttonhole, and also a bar at each end before working it. In working the buttonhole, keep the stay thread as far from the edge as possible. A small bar should be worked at each end.

Whipping is done better by sewing _over_, and not under. The roll should be as fine as possible, the stitches short, the thread strong, and in sewing, every gather should be taken up.

The rule for _gathering_ in shirts is, to draw a thread, and then take up two threads and skip four. In _darning_, after the perpendicular threads are run, the crossing threads should interlace exactly, taking one thread and leaving one, like woven threads. It is better to run a fine thread around a hole and draw it together, and then darn across it.

The neatest sewers always fit and baste their work before sewing; and they say they always save time in the end by so doing, as they never have to pick out work on account of mistakes.

It is wise to sew closely and tightly all new garments which will never be altered in shape; but some are more nice than wise, in sewing frocks and old garments in the same style. However, this is the least common extreme. It is much more frequently the case that articles which ought to be strongly and neatly made are sewed so that a nice sewer would rather pick out the threads and sew over again than to be annoyed with the sight of grinning stitches, and vexed with constant rips.

If the thread kinks in sewing, break it off and begin at the other end. In using spool-cotton, thread the needle with the end which comes off first, and not the end where you break it off. This often prevents kinks.

_Work-baskets_.--It is very important to neatness, comfort, and success in sewing, that a lady's work-basket should be properly fitted up. The following articles are needful to the mistress of a family: a large basket to hold work; having in it fastened a smaller basket or box, containing a needle-book in which are needles of every size, both blunts and sharps, with a larger number of those sizes most used; also small and large darning-needles, for woolen, cotton, and silk; two tape needles, large and small; nice scissors for fine work, button-hole scissors; an emery bag; two balls of white and yellow wax; and two thimbles, in case one should be mislaid. When a person is troubled with damp fingers, a lump of soft chalk in a paper is useful to rub on the ends of the fingers.

Besides this box, keep in the basket common scissors; small shears; a bag containing tapes of all colors and sizes, done up in rolls; bags, one containing spools of white and another of colored cotton thread, and another for silks wound on spools or papers; a box or bag for nice buttons, and another for more common ones; a hag containing silk braid, welting cords, and galloon binding. Small rolls of pieces of white and brown linen and cotton are also often needed. A brick pin-cushion is a great convenience in sewing, and better than screw cushions. It is made by covering half a brick with cloth, putting a cushion on the top, and covering it tastefully. It is very useful to hold pins and needles while sewing, and to fasten long seams when basting and sewing.

_To make a Frock_.--The best way for a novice is to get a dress fitted (not sewed) at the best mantua-maker's. Then take out a sleeve, rip it to pieces, and cut out a paper pattern. Then take out half of the waist, (it must have a seam in front,) and cut out a pattern of the back and fore-body, both lining and outer part. In cutting the patterns, iron the pieces smooth, let the paper be stiff, and with a pin; prick holes in the paper, to show the gore in front and the depths of the seams. With a pen and ink, draw lines from each pin-hole to preserve this mark. Then baste the parts together again, in doing which the unbasted half will serve as a pattern. When this is done, a lady of common ingenuity can cut and fit a dress by these patterns. If the waist of a dress be too tight, the seam under the arm must be let out; and in cutting a dress an allowance should be made for letting it out if needful, at this seam.

The linings for the waists of dresses should be stiffened with cotton or linen. In cutting bias-pieces for trimming, they will not set well unless they are exact. In cutting them use a long rule, and a lead pencil or piece of chalk. Welting-cords should be covered with bias-pieces; and it saves time, in many cases, to baste on the welting-cord at the same time that you cover it. The best way, to put on hooks and eyes is to sew thorn on double broad tape, and sew this on the frock lining. They can be moved easily, and do not show where they are sewed on.

In putting on linings of skirts at the bottom, be careful to have it a very little fuller than the dress, or it will shrink and look badly. All thin silks look much better with lining, and last much longer, as do aprons also. In putting a lining to a dress, baste it on each separate breadth, and sew it at the seams, and it looks much better than to have it fastened only at the bottom. Hake notches in selvedge, to prevent it from drawing up the breadth. Dresses which are to be washed should not be lined.

Figured silks do not generally wear well if the figure be large and satin-like. Black and plain-colored silks can be tested by procuring samples, and making creases in them; fold the creases in a bunch, and rub them against a rough surface of moreen or carpeting. Those which are poor will soon wear off at the creases.

Plaids look becoming for tall women, as they shorten the appearance of the figure. Stripes look becoming on a large person, as they reduce the apparent size. Pale, persons should not wear blue or green, and brunettes should not wear light delicate colors, except shades of buff, fawn, or straw color. Pearl white is not good for any complexion. Dead white and black look becoming on almost all persons. It is best to try colors by candle-light for evening dresses, as some colors which look very handsome in the daylight are very homely when seen by candle-light. Never be in haste to be first in a fashion, and never go to the extremes.

_Linen and Cotton_.--In buying linen, seek for that which has a round close thread and is perfectly white; for if it be not white at first, it will never afterward become so. Much that is called linen at the shops is half cotton, and does not wear so well as cotton alone. Cheap linens are usually of this kind. It is difficult to discover which are all linen; but the best way is to find a lot presumed to be good, take a sample, wash it, and ravel it. If this be good, the rest of the same lot will probably be so. If you can not do this, draw a thread each way, and if both appear equally strong it is probably all linen. Linen and cotton must be put in clean water, and boiled, to get out the starch, and then ironed.

A "long piece" of linen, a yard wide, will, with care and calculation, make eight shirts. In cutting it, take a shirt of the right size as a guide in fitting and basting. Bosom-pieces and false collars must be cut and fitted by patterns which suit the person for whom, the articles are designed. Gentlemen's night-shirts are made like other shirts, except that they are longer, and do not have bosoms and cuffs for starching.

In cutting chemises, if the cotton or linen is a yard wide, cut off small half-gores at the top of the breadths and set them on the bottom. Use a long rule and a pencil in cutting gores. In cutting cotton winch is quite wide, a seam can be saved by cutting out two at once, in this manner: cut off three breadths, and with a long rule and a pencil, mark and cut off the gores; thus from one breadth cut off two gores the whole length, each gore one fourth of the breadth at the bottom, and tapering off to a point at the top. The other two breadths are to have a gore cut off from each, which is one fourth wide at the top and two fourths at bottom. Arrange these pieces right and they will make two chemises, one having four seams and the other three. This is a much easier way of cutting than sewing the three breadths together in bag fashion, as is often done. The biased or goring seams must always be felled. The sleeves and neck can be cut according to the taste of the wearer, by another, chemise for a pattern. There should be a lining around the armholes and stays at all corners. Six yards of yard width will make two chemises.

Long night-gowns are best cut a little goring. It requires five yards for a long night-gown, and two and a half for a short one. Linen night caps wear longer than cotton ones, and do not like them turn yellow. They should be ruffled with linen, as cotton borders will not last so long as the cap. A double-quilted wrapper is a great comfort, in case of sickness. It may be made of two old dresses. It should not be cut full, but rather like a gentleman's study-gown, having no gathers or plaits, but large enough to slip off and on with ease. A double-gown of calico is also very useful. Most articles of dress, for grown persons or children, require patterns.

Old silk dresses quilted for skirts are very serviceable, White flannel is soiled so easily and shrinks so much in washing that it is a good plan to color it. Cotton flannel is also good for common skirts. In making up flannel, back-stitch and run the seams and then cross-stitch them open. Nice flannel for infants can be ornamented with very little expense of time, by turning up the hem on the right side and making a little vine at the edge with saddler's silk The stitch of the vine is a modification of button-hole stitch.

_Mending_. Silk dresses will last much longer, by ripping out the sleeves when thin, and changing the arms and also the breadths of the skirt. Tumbled black silk, which is old and rusty, should be dipped in water, then be drained for a few minutes, without squeezing or pressing, and then ironed. Coffee or cold tea is better than water. Sheets when worn thin in the middle should be ripped, and the other edges sewed together. Window-curtains last much longer if lined, as the sun fades and rots them.

Broadcloth should be cut with reference to the way the nap runs. When pantaloons are thin, it is best to newly seat them, cutting the piece inserted in a curve, as corners are difficult to fit. Hose can be cut down when the feet are worn. Take an old stocking and cut it up for a pattern. Make the heel short. In sewing, turn each edge and run it down, and then sew over the edges. This is better than to stitch and then cross-stitch. "Run" thin places in stockings, and it will save darning a hole. If shoes are worn through on the sides, in the upper-leather, slip pieces of broadcloth under, and sew them around the holes.

_Bedding_. The best beds are thick hair mattresses, which for persons in health are good for winter as well as summer use. Mattresses may also be made of husks, dried and drawn into shreds; also of alternate layers of cotton and moss. The most profitable sheeting is the Russian, which will last three times as long as any other. It is never perfectly white. Unbleached cotton is good for winter. It is poor economy to make narrow and short sheets, as children and domestics will always slip them off, and soil the bed-tick and bolster. They should be three yards long, and two and a half wide, so that they can be tucked in all around. All bed- linen should be marked and numbered, so that a bed can always be made properly, and all missing articles be known.

XXIX.

FIRES AND LIGHTS.

A shallow fireplace saves wood and gives out more heat than a deeper one. A false back of brick may be put up in a deep fireplace. Hooks for holding up the shovel and tongs, a hearth-brush and bellows, and brass knobs to hang them on, should be furnished to every fireplace. An iron bar across the andirons aids in keeping the fire safe and in good order. Steel furniture is neater, handsomer, and more easily kept in order than that made of brass.

Use green wood for logs, and mix green and dry wood for the fire; and then the wood-pile will last much longer. Walnut, maple, hickory, and oak wood are best; chestnut or hemlock is bad, because it snaps. Do not buy a load in which there are many crooked sticks. Learn how to measure and calculate the solid contents of a load, so as not to be cheated. A cord of wood should be equivalent to a pile eight feet long, four feet wide and four feet high; that is, it contains (8 X 4 X 4 = 128) one hundred and twenty-eight cubic or solid feet. A city "load" is usually one third of a cord. Have all your wood split and piled under cover for winter. Have the green wood logs in one pile, dry wood in another, oven wood in another, kindlings and chips in another, and a supply of charcoal to use for broiling and ironing in another place. Have a brick bin for ashes, and never allow them to be put in wood. When quitting fires at night, never leave a burning stick across the andirons, nor on its end, without quenching it. See that no fire adheres to the broom or brush, remove all articles from the fire, and have two pails filled with water in the kitchen where they will not freeze.

STOVES AND GRATES.

Rooms heated by stoves should always have some opening for the admission of fresh air, or they will be injurious to health. The dryness of the air, which they occasion, should be remedied by placing a vessel filled with water on the stove, otherwise, the lungs or eyes will be injured. A large number of plants in a room prevents this dryness of the air. Where stove-pipes pass through fire-boards, the hole in the wood should be much larger than the pipe, so that there may be no danger of the wood taking fire. The unsightly opening thus occasioned should be covered with tin. When pipes are carried through floors or partitions, they should always pass either through earthen crocks, or what are known as tin stove-pipe thimbles, which may be found in any stove store or tinsmith's. Lengthening a pipe will increase its draught.

For those who use _anthracite_ coal, that which is broken or screened is best for grates, and the nut-coal for small stoves. Three tons are sufficient in the Middle States, and four tons in the Northern, to keep one fire through the winter. That which is bright, hard, and clean is best; and that which is soft, porous, and covered with damp dust is poor. It will be well to provide two barrels of charcoal for kindling to every ton of anthracite coal. Grates for _bituminous coal_ should have a flue nearly as deep as the grate; and the bars should be round and not close together. The better draught there is, the less coal-dust is made. Every grate should be furnished with a poker, shovel, tongs, blower, coal-scuttle, and holder for the blower. The latter may be made of woolen, covered with old silk; and hung near the fire.

Coal-stoves should be carefully put up, as cracks in the pipe, especially in sleeping rooms, are dangerous.

LIGHTS

Professor Phin, of the _Manufacturer and Builder_, has kindly given us some late information on this important topic, which will be found valuable.

In choosing the source of our light, the great points to be considered are, first, the influence on the eyes, and secondly, economy. It is poor economy to use a bad light. Modern houses in cities, and even in large villages, are furnished with gas; where gas is not used, sperm-oil, kerosene or coal-oil, and candles are employed. Gas is the cheapest, (or ought to be;) and if properly used, is as good as any. Good sperm-oil burned in an Argand lamp--that is, a lamp with a circular wick, like the astral lamp and others--is perhaps the best; but it is expensive and attended with many inconveniences. Good kerosene oil gives a light which leaves little to be desired. Candles are used only on rare occasions, though many families prefer to manufacture into candles the waste grease that accumulates in the household. The economy of any source of light will depend so much upon local circumstances that no absolute directions can be given.

The effect produced by light on the eyes depends upon the following points: First, _Steadiness_. Nothing is more injurious to the eyes than a flickering, unsteady flame. Hence, all flames used for light-giving purposes ought to be surrounded with glass chimneys or small shades. No naked flame can ever be steady. Second, _Color_. This depends greatly upon the temperature of the flame. A hot flame gives a bright, white light; a flame which has not a high temperature gives a dull, yellow light, which is very injurious to the eyes. In the naked gas-jet a large portion of the flame burns at a low temperature, and the same is the case with the flame of the kerosene lamp when the height of the chimney is not properly proportioned to the amount of oil consumed; a high wick needs a high chimney. In the case of a well-trimmed Argand oil-lamp, or an Argand burner for gas, the flame is in general most intensely hot, and the light is of a clear white character.

The third point which demands attention is the _amount of heat_ transmitted from the flame to the eyes. It often happens that people, in order to economize light, bring the lamp quite close to the face. This is a very bad habit. The heat is more injurious than the light. Better burn a larger flame, and keep it at a greater distance. It is also well that various sized lamps should be provided to serve the varying necessities of the household in regard to quantity of light. One of the very best forms of lamp is that known as the "student's reading-lamp," which is, in the burner, an Argand. Provide small lamps with handles for carrying about, and broad-bottomed lamps for the kitchen, as these are not easily upset. Hand and kitchen lamps are best made of metal, unless they are to be used by very careful persons.

Sperm-oil, lard, tallow, etc., have been superseded to such an extent by kerosene that it is scarcely worth while to give any special directions in regard to them. In the choice of kerosene, attention should be paid to two points: its _safety_ and its _light-giving qualities_. Kerosene is not a simple fluid, like water; but is a mixture of several liquids, all of which boil at different temperatures. Good kerosene oil should be purified from all that portion which boils or evaporates at a low temperature; for it is the production of this vapor, and its mixture with atmospheric air, that gives rise to those terrible explosions which sometimes occur when a light is brought near a can of poor oil. To test the oil in this respect, pour a little into an iron spoon, and heat it over a lamp until it is moderately warm to the touch. If the oil produces vapor which can be set on fire by means of a flame held a short distance above the surface of the liquid, it is bad. Good oil poured into a teacup or on the floor does not easily take fire when a light is brought in contact with it. Poor oil will instantly ignite under the same circumstances, and hence, the breaking of a lamp filled with poor oil is always attended by great peril of a conflagration. Not only the safety but also the light-giving qualities of kerosene are greatly enhanced by the removal of these volatile and dangerous oils. Hence, while good kerosene should be clear in color and free from all matters which can gum up the wick and thus interfere with free circulation and combustion, it should also be perfectly safe. It ought to be kept in a cool, dark place, and carefully excluded from the air.

The care of lamps requires so much attention and discretion, that many ladies choose to do this work themselves, rather than trust it with domestics. To do it properly, provide the following things: an old waiter to hold all the articles used; a lamp-filler, with a spout, small at the end, and turned up to prevent oil from dripping; proper wicks, and a basket or box to hold them; a lamp-trimmer made for the purpose, or a pair of _sharp_ scissors; a small soap-cup and soap; some washing soda in a broad-mouthed bottle; and several soft cloths to wash the articles and towels to wipe them. If every thing, after being used, is cleansed from oil and then kept neatly, it will not be so unpleasant a task as it usually is, to take care of lamps.

The inside of lamps and oil-cans should be cleansed with soda dissolved in water. Be careful to drain them well, and not to let any gilding or bronze be injured by the soda coming in contact with it. Put one table-spoonful of soda to one quart of water. Take the lamp to pieces and clean it as often as necessary. Wipe the chimney at least once a day, and wash it whenever mere wiping fails to cleanse it. Some persons, owing to the dirty state of their chimneys, lose half the light which is produced. Keep dry fingers in trimming lamps. Renew the wicks before they get too short. They should never be allowed to burn shorter than an inch and a half.

In regard to _shades_, which are always well to use, on lamps or gas, those made of glass or porcelain are now so cheap that we can recommend them as the best without any reservation. Plain shades, making the light soft and even, do not injure the eyes. Lamps should be lighted with a strip of folded or rolled paper, of which a quantity should be kept on the mantelpiece. Weak eyes should always be especially shaded from the lights. Small screens, made for the purpose, should be kept at hand. A person with weak eyes can use them safely much longer when they are protected from the glare of the light. Fill the entry-lamp every day, and cleanse and fill night-lanterns twice a week, if used often. A good night-lamp is made with a small one-wicked lamp and a roll of tin to set over it. Have some holes made in the bottom of this cover, and it can then be used to heat articles. Very cheap floating tapers can he bought to burn in a teacup of oil through the night.

TO MAKE CANDLES.

The nicest candles are those run in moulds. For this purpose, melt together one quarter of a pound of white wax, one quarter of an ounce of camphor, two ounces of alum, and ten ounces of suet or mutton-tallow. Soak the wicks in lime-water and saltpetre, and when dry, fix them in the moulds and pour in the melted tallow. Let them remain one night to cool; then warm them a little to loosen them, draw them out, and when they are hard, put them in a box in a dry and cool place.

To make dipped candles, cut the wicks of the right length, double them over rods, and twist them. They should first be dipped in lime-water or vinegar, and dried. Melt the tallow in a large kettle, filling it to the top with hot water, when the tallow is melted. Put in wax and powdered alum, to harden them. Keep the tallow hot over a portable furnace, and fill the kettle with hot water as fast as the tallow is used up. Lay two long strips of narrow board on which to hang the rods; and set flat pans under, on the floor, to catch the grease. Take several rods at once, and wet the wicks in the tallow; straighten and smooth them when cool. Then dip them as fast as they cool, until they become of the proper size. Plunge them obliquely and not perpendicularly; and when the bottoms are too large, hold them in the hot grease till a part melts off. Let them remain one night to cool; then cut off the bottoms, and keep them in a dry, cool place. Cheap lights are made, by dipping rushes in tallow; the rushes being first stripped of nearly the whole of the hard outer covering and the pith alone being retained with just enough of the tough bark to keep it stiff.

XXX.

THE CARE OF ROOMS.

It would be impossible in a work dealing, as this does, with general principles of house-keeping, to elaborate in full the multitudinous details which arise for attention and intelligent care. These will be more largely treated of in the book soon to be published for the present writer, (the senior authoress of this volume.) Yet, in the different departments of family labor, there are certain leading matters concerning which a few hints may be found useful in aiding the reader to carry into operation the instructions and ideas of the earlier chapters of this book, and in promoting the general comfort and convenience of families.

And first, asking the reader to bear in mind that these suggestions are chiefly applicable to country homes, not within easy reach of all the conveniences which go under the name of "modern improvements," we will say a few words on the care of _Parlors_.

In hanging pictures, put them so that the lower part shall be opposite the eye. Cleanse the glass of pictures with whiting, as water endangers the pictures. Gilt frames can be much better preserved by putting on a coat of copal varnish, which with proper brushes, can be bought of carriage or cabinet-makers. When dry, it can be washed with fair water. Wash the brush in spirits of turpentine.

Curtains, ottomans, and sofas covered with worsted, can be cleansed with wheat bran, rubbed on with flannel. Shades of linen or cotton, on rollers and pulleys, are always useful to shut out the sun from curtains and carpets. Paper curtains, pasted on old cotton, are good for chambers. Put them on rollers, having cords nailed to them, so that when the curtain falls, the cord will be wound up. Then, by pulling the cord, the curtain will be rolled up.

Varnished furniture should be rubbed only with silk, except occasionally, when a little sweet-oil should be rubbed over, and wiped off carefully. For unvarnished furniture, use bees-wax, a little softened with sweet-oil; rub it in with a hard brush, and polish with woolen and silk rags. Some persons rub in linseed-oil; others mix bees-wax with a little spirits of turpentine and rosin, making it so that it can be put on with a sponge, and wiped off with a soft rag. Others keep in a bottle the following mixture: two ounces of spirits of turpentine, four table-spoonfuls of sweet-oil, and one quart of milk. This is applied with a sponge, and wiped off with a linen rag.

Hearths and jambs, of brick, look best painted over with black lead, mixed with soft-soap. Wash the bricks which are nearest the fire with redding and milk, using a painter's brush. A sheet of zinc, covering the whole hearth, is cheap, saves work, and looks very well. A tinman can fit it properly.

Stone hearths should be rubbed with a paste of powdered stone, (to be procured of the stone-cutters,) and then brushed with a stiff brush. Kitchen hearths, of stone, are improved by rubbing in lamp-oil.

Stains can be removed from marble, by oxalic acid and water, or oil of vitriol and water, left on a few minutes, and then rubbed dry. Gray marble is improved by linseed-oil. Grease can be taken from marble, by ox-gall and potter's clay wet with soapsuds, (a gill of each.) It is better to add, also, a gill of spirits of turpentine. It improves the looks of marble, to cover it with this mixture, leaving it two days, and then rubbing it off.

Unless a parlor is in constant use, it is best to sweep it only once a week, and at other times use a whisk-broom and dust-pan. When a parlor with handsome furniture is to be swept, cover the sofas, centre table, piano, books, and mantelpiece with old cottons kept for the purpose. Remove the rugs and shake them, and clean the jambs, hearth, and fire-furniture. Then sweep the room, moving every article. Dust the furniture with a dust-brush and a piece of old silk. A painter's brush should be kept, to remove dust from ledges and crevices. The dust-cloths should be often shaken and washed, or else they will soil the walls and furniture when they are used. Dust ornaments and fine books with feather brushes, used for no other purpose.

_Chambers and Bedrooms_ are of course a portion of the house to be sedulously and scrupulously attended to, if either health or comfort are aimed at in the family. And first, every mistress of a family should see, not only that all sleeping-rooms in her house _can be_ well ventilated at night, but that they actually are so. Where there is no provision made for the introduction of pure air, in the construction of the house, and in the bedroom itself no open fire-place to allow the easy exit of foul air, a door should be left open into an entry or room where fresh air is admitted; or else a small opening should be made in a window, taking care not to allow a draught of air to cross the bed. The debility of childhood, the lassitude of domestics, and the ill-health of families, are often caused by neglecting to provide a supply of pure air.

It is not deemed necessary to add much to the earlier chapters treating of bedroom conveniences; but one subject is of marked importance, as being characteristic of good or poor housekeeping--that is, the _making of beds_.

Few servants will make a bed properly, without much attention from the mistress of the family; and every young woman who expects to have a household of her own to manage should be able to do it well herself, and to instruct others in doing it. The following directions should be given to those who do this work:

Open the windows, and lay off the bed-covering on two chairs, at the foot of the bed. If it be a feather-bed, after it is well aired, shake the feathers from each corner to the middle; then take up the middle, shake it well, and turn the bed over. Then push the feathers in place, making the head higher than the foot, and the sides even, and as high as the middle part. A mattress, whether used on top of a feather-bed or by itself, should in like manner be well aired and turned. Then put on the bolster and the under sheet, so that the wrong side of the sheet shall go next the bed, and the _marking_ always come at the head, tucking in all around. Then put on the pillows, evenly, so that the open ends shall come to the sides of the bed, and spread on the upper sheet so that the wrong side shall be next the blankets, and the marked end always at the head. This arrangement of sheets is to prevent the part where the feet lie from being reversed, so as to come to the face; and also to prevent the parts soiled by the body from coming to the bedtick and blankets. Put on the other covering, except the outer one, tucking in all around, and then turn over the upper sheet at the head, so as to show a part of the pillows. When the pillow-cases are clean and smooth, they look best outside of the cover, but not otherwise. Then draw the hand along the side of the pillows, to make an even indentation, and then smooth and shape the whole outside. A nice housekeeper always notices the manner in which a bed is made; and in some parts of the country, it is rare to see this work properly performed.

The writer would here urge every mistress of a family, who keeps more than one domestic servant, to provide them with single beds, that they might not be obliged to sleep with all the changing domestics, who come and go so often. Where the room is too small for two beds, a narrow truckle-bed kept under another during the day will answer. Domestics should be furnished with washing conveniences in their chambers, and be encouraged to keep their persons and rooms neat and in order.

_The care of the Kitchen, Cellar, and Store-room is necessarily the foundation of all proper housekeeping._

If parents wish their daughters to grow up with good domestic habits, they should have, as one means of securing this result, a neat and cheerful kitchen. A kitchen should always, if possible, be entirely above-ground, and well lighted. It should have a large sink, with a drain running under-ground, so that all the premises may be kept sweet and clean. If flowers and shrubs be cultivated around the doors and windows, and the yard near them be kept well turfed, it will add very much to their agreeable appearance. The walls should often be cleaned and white-washed, to promote a neat look and pure air. The floor of a kitchen should be painted, or, what is better, covered with an oilcloth. To procure a kitchen oilcloth as cheaply as possible, buy cheap tow cloth, and fit it to the size and shape of the kitchen. Then have it stretched, and nailed to the south side of the barn, and, with a brush, cover it with a coat of thin rye paste. When this is dry, put on a coat of yellow paint, and let it dry for a fortnight. It is safest to first try the paint, and see if it dries well, as some paint never will dry. Then put on a second coat, and at the end of another fortnight, a third coat. Then let it hang two months, and it will last, uninjured, for many years. The longer the paint is left to dry, the better. If varnished, it will last much longer.

A sink should be scalded out every day, and occasionally with hot lye. On nails, over the sink, should be hung three good dish-cloths, hemmed, and furnished with loops; one for dishes not greasy, one for greasy dishes, and one for washing greasy pots and kettles. These should be put in the wash every week. The lady who insists upon this will not be annoyed by having her dishes washed with dark, musty and greasy rags, as is too frequently the case.

Under the sink should be kept a slop-pail; and, on a shelf by it, a soap-dish and two water-pails. A large boiler of warm soft water should always be kept over the fire, well covered, and a hearth-broom and bellows be hung near the fire. A clock is a very important article in the kitchen, in order to secure regularity at meals.

WASHING DISHES.

No item of domestic labor is so frequently done in a negligent manner, by domestics, as this. A full supply of conveniences will do much toward the remedy of this evil. A swab, made of strips of linen tied to a stick, is useful to wash nice dishes, especially small, deep articles. Two or three towels, and three dish-cloths should be used. Two large tin tubs, painted on the outside, should be provided; one for washing, and one for rinsing; also, a large old waiter, on which to drain the dishes. A soap-dish, with hard soap, and a fork, with which to use it, a slop-pail, and two pails for water, should also be furnished. The following rules for washing dishes will aid in promoting the desired care and neatness:

1. Scrape the dishes, putting away any food which may remain on them, and which it may be proper to save for future use. Put grease into the grease-pot, and whatever else may be on the plates into the slop-pail. Save tea-leaves for sweeping. Set all the dishes, when scraped, in regular piles, the smallest at the top.

2. Put the nicest articles in the wash-dish, and wash them in hot suds with the swab or nicest dish-cloth. Wipe all metal articles as soon as they are washed. Put all the rest into the rinsing-dish, which should be filled with hot water. When they are taken out, lay them to drain on the waiter. Then rinse the dish-cloth, and hang it up, wipe the articles washed, and put them in their places.

3. Pour in more hot water, wash the greasy dishes with the dish-cloth made for them, rinse them, and set them to drain. Wipe them, and set them away. Wash the knives and forks, _being careful that the handles are never put in water_; wipe them, and then lay them in a knife-dish, to be scoured.

4. Take a fresh supply of clean suds, in which wash the milk-pans, buckets, and tins. Then rinse and hang up this dish-cloth, and take the other, with which, wash the roaster, gridiron, pots, and kettles. Then wash and rinse the dish-cloth, and hang it up. Empty the slop-bucket, and scald it. Dry metal teapots and tins before the fire. Then put the fire-place in order, and sweep and dust the kitchen.

Some persons keep a deep and narrow vessel, in which to wash knives with a swab, so that a careless servant _can not_ lay them in the water while washing them. This article can be carried into the eating-room, to receive the knives and forks when they are taken from the table.

KITCHEN FURNITURE.

_Crockery_.--Brown earthen pans are said to be best for milk and for cooking. Tin pans are lighter, and more convenient, but are too cold for many purposes. Tall earthen jars, with covers, are good to hold butter, salt, lard, etc. Acids should never be put into the red earthen ware, as there is a poisonous ingredient in the glazing which the acid takes off. Stone ware is better and stronger, and safer every way than any other kind.

_Iron Ware_.--Many kitchens are very imperfectly supplied with the requisite conveniences for cooking. When a person has sufficient means, the following articles are all desirable: A nest of iron pots, of different sizes, (they should be slowly heated when new,) a long iron fork, to take out articles from boiling water; an iron hook, with a handle, to lift pots from the crane; a large and small gridiron, with grooved bars, and a trench to catch the grease; a Dutch oven, called also a bake-pan; two skillets, of different sizes, and a spider, or flat skillet, for frying; a griddle, a waffle-iron, tin and iron bake and bread pans; two ladles, of different sizes; a skimmer; iron skewers; a toasting-iron; two teakettles, one small and one large one; two brass kettles, of different sizes, for soap-boiling, etc. Iron kettles, lined with porcelain, are better for preserves. The German are the best. Too hot a fire will crack them, but with care in this respect, they will last for many years.

Portable charcoal furnaces, of iron or clay, are very useful in summer, in washing, ironing, and stewing, or making preserves. If used in the house, a strong draught must be made, to prevent the deleterious effects of the charcoal. A box and mill, for spice, pepper, and coffee, are needful to those who use these articles. Strong knives and forks, a sharp carving-knife, an iron cleaver and board, a fine saw, steelyards, chopping-tray and knife, an apple-parer, steel for sharpening knives, sugar-nippers, a dozen iron spoons, also a large iron one with a long handle, six or eight flat-irons, one of them very small, two iron-stands, a ruffle-iron, a crimping-iron, are also desirable.

_Tin Ware_.--Bread-pans; large and small patty-pans; cake-pans, with a centre tube to insure their baking well; pie-dishes, (of block-tin;) a covered butter-kettle; covered kettles to hold berries; two sauce-pans; a large oil-can; (with a cock;) a lamp-filler; a lantern; broad bottomed candlesticks for the kitchen; a candle-box; a funnel; a reflector for baking warm cakes; an oven or tin-kitchen; an apple-corer; an apple-roaster; an egg-boiler; two sugar-scoops, and flour and meal-scoop; a set of mugs; three dippers; a pint, quart, and gallon measure; a set of scales and weights; three or four pails, painted on the outside; a slop-bucket with a tight cover, painted on the outside; a milk-strainer; a gravy-strainer; a colander; a dredging-box; a pepper-box; a large and small grater; a cheese-box; also a large box for cake, and a still larger one for bread, with tight covers. Bread, cake, and cheese, shut up in this way, will not grow dry as in the open air.

_Wooden Ware_.--A nest of tubs; a set of pails and bowls; a large and small sieve; a beetle for mashing potatoes; a spade or stick for stirring butter and sugar; a bread-board, for moulding bread and making pie-crust; a coffee-stick; a clothes-stick; a mush-stick; a meat-beetle, to pound tough meat; an egg-beater; a ladle, for working butter; a bread-trough, (for a large family;) flour-buckets, with lids, to hold sifted flour and Indian meal; salt-boxes; sugar-boxes; starch and indigo-boxes; spice-boxes; a bosom-board; a skirt-board; a large ironing-board; two or three clothes-frames; and six dozen clothes-pins.

_Basket Ware_.--Baskets of all sizes, for eggs, fruit, marketing, clothes, etc.; also chip-baskets. When often used, they should be washed in hot suds.

_Other Articles_.--Every kitchen needs a box containing balls of brown thread and twine, a large and small darning needle, rolls of waste paper and old linen and cotton, and a supply of common holders. There should also be another box, containing a hammer, carpet-tacks, and nails of all sizes, a carpet-claw, screws and a screw-driver, pincers, gimlets of several sizes, a bed-screw, a small saw, two chisels, (one to use for button-holes in broadcloth,) two awls and two files.

In a drawer or cupboard should be placed cotton table-cloths for kitchen use; nice crash towels for tumblers, marked T T; coarser towels for dishes marked T; six large roller-towels; a dozen hand-towels, marked H T; and a dozen hemmed dish-cloths with loops. Also two thick linen pudding or dumpling-cloths, a jelly-bag made of white flannel, to strain jelly, a starch-strainer, and a bag for boiling clothes.

In a closet should be kept, arranged in order, the following articles: the dust-pan, dust-brush, and dusting-cloths, old flannel and cotton for scouring and rubbing, large sponges for washing windows and looking-glasses, a long brush for cobwebs, and another for washing the outside of windows, whisk-brooms, common brooms, a coat-broom or brush, a whitewash-brush, a stove-brush, shoe-brushes and blacking, articles for cleaning tin and silver, leather for cleaning metals, bottles containing stain-mixtures and other articles used in cleansing.

CARE OF THE CELLAR.

A cellar should often be whitewashed, to keep it sweet. It should have a drain to keep it perfectly dry, as standing water in a cellar is a sure cause of disease in a family. It is very dangerous to leave decayed vegetables in a cellar. Many a fever has been caused by the poisonous miasm thus generated. The following articles are desirable in a cellar: a safe, or movable closet, with sides of wire or perforated tin, in which cold meats, cream, and other articles should be kept; (if ants be troublesome, set the legs in tin cups of water;) a refrigerator, or a large wooden-box, on feet, with a lining of tin or zinc, and a space between the tin and wood filled with powdered charcoal, having at the bottom a place for ice, a drain to carry off the water, and also movable shelves and partitions. In this, articles are kept cool. It should be cleaned once a week. Filtering jars to purify water should also be kept in the cellar. Fish and cabbages in a cellar are apt to scent a house, and give a bad taste to other articles.

STOREROOM.

Every house needs a storeroom, in which to keep tea, coffee, sugar, rice, candles, etc. It should be furnished with jars, having labels, a large spoon, a fork, sugar and flour-scoops, a towel, and a dish-cloth.

MODES OF DESTROYING INSECTS AND VERMIN.

_Bed-bugs_ should be kept away, by filling every chink in the bedstead with putty, and if it be old, painting it over. Of all the mixtures for killing them, _corrosive sublimate and alcohol_ is the surest. This is a strong poison.

_Cockroaches_ may be destroyed by pouring boiling water into their haunts, or setting a mixture of arsenic mixed with Indian meal and molasses where they are found. Chloride of lime and sweetened water will also poison them.

_Fleas_.--If a dog be infected with these insects, put him in a tub of warm soapsuds, and they will rise to the surface. Take them off, and burn them. Strong perfumes about the person diminish their attacks. When caught between the fingers, plunge them in water, or they will escape.

_Crickets_.--Scalding, and sprinkling Scotch snuff about the haunts of these insects, are remedies for the annoyance caused by them.

_Flies_ can be killed in great quantities, by placing about the house vessels filled with sweetened water and _cobalt_. Six cents' worth of cobalt is enough for a pint of water. It is very poisonous.

_Mosquitoes_.--Close nets around a bed are the only sure protection at night against these insects. Spirits of hartshorn is the best antidote for their bite. Salt and water is good.

_Red or Black Ants_ may be driven away by scalding their haunts, and putting Scotch snuff wherever they go for food. Set the legs of closets and safes in pans of water, and they can not get at them.

_Moths_.--Airing clothes does not destroy moths, but laying them in a hot sun does. If articles be tightly sewed up in linen when laid away, and fine tobacco put about them, it is a sure protection. This should be done in April.

_Rats and Mice_.--A good cat is the best remedy for these annoyances. Equal quantities of hemlock (or _cicuta_) and old cheese will poison them; but this renders the house liable to the inconvenience of a bad smell. This evil, however, may be lessened, by placing a dish containing oil of vitriol poured on saltpetre where the smell is most annoying. Chloride of lime and water is also good.

In using any of the above-mentioned poisons, great care should be taken to guard against their getting into any article of food or any utensil or vessel used for cooking or keeping food, or where children can get at them.

XXXI.

THE CARE OF YARDS AND GARDENS.

First, let us say a few words on the _Preparation of Soil_. If the garden soil be clayey and adhesive, put on a covering of sand, three inches thick, and the same depth of well-rotted manure. Spade it in as deep as possible, and mix it well. If the soil be sandy and loose, spade in clay and ashes. Ashes are good for all kinds of soil, as they loosen those which are close, hold moisture in those which are sandy, and destroy insects. The best kind of soil is that which will hold water the longest without becoming hard when dry.

_To prepare Soil for Pot-plants_, take one fourth part of common soil, one fourth part of well-decayed manure, and one half of vegetable mould, from the woods or from a chip-yard. Break up the manure fine, and sift it through a lime-screen, (or coarse wire sieve.) These materials must be thoroughly mixed. When the common soil which is used is adhesive, and indeed in most other cases, it is necessary to add sand, the proportion of which must depend on the nature of the soil.

_To Prepare a Hot-Bed_, dig a pit six feet long, five feet wide, and thirty inches deep. Make a frame of the same size, with the back two feet high, the front fifteen inches, and the sides sloped from the back to the front. Make two sashes, each three feet by five, with the panes of glass lapping like shingles instead of having cross-bars. Set the frame over the pit, which should then be filled with fresh horse-dung, which has not lain long nor been sodden by water. Tread it down hard; then put into the frame light and very rich soil, six or eight inches deep, and cover it with the sashes for two or three days. Then stir the soil, and sow the seeds in shallow drills, placing sticks by them, to mark the different kinds. Keep the frame covered with the glass whenever it is cold enough to chill the plants; but at all other times admit fresh air, which is indispensable to their health. When the sun is quite warm, raise the glasses enough to admit air, and cover them with matting or blankets, or else the sun may kill the young plants. Water the bed at evening with water which has stood all day, or, if it be fresh drawn, add a little warm water. If there be too much heat in the bed, so as to scorch or wither the plants, lift the sashes, water freely, shade by day; make deep holes with stakes, and fill them up when the heat is reduced. In very cold nights, cover the sashes and frame with straw-mats.

_For Planting Flower Seeds_.--Break up the soil, till it is very soft, and free from lumps. Rub that nearest the surface between the hands, to make it fine. Make a circular drill a foot in diameter. Seeds are to be planted either deeper or nearer the surface, according to their size. For seeds as large as sweet peas, the drill should be half an inch deep. The smallest seeds must be planted very near the surface, and a very little fine earth be sifted over them. After covering them with soil, beat them down with a trowel, so as to make the earth as compact as it is after a heavy shower. Set up a stick in the middle of the circle, with the name of the plant heavily written upon it with a dark lead pencil. This remains more permanent if white-lead be first rubbed over the surface. Never plant when the soil is very wet. In very dry times, water the seeds at night. Never use very cold water. When the seeds are small, many should be planted together, that they may assist each other in breaking the soil. When the plants are an inch high, thin them out, leaving only one or two, if the plant be a large one, like the balsam; five or six, when it is of a medium size; and eighteen or twenty of the smaller size. Transplanting, unless the plant be lifted with a ball of earth, retards the growth about a fortnight. It is best to plant at two different times, lest the first planting should fail, owing to wet or cold weather.

_To plant Garden-Seeds_, make the beds from one to three yards wide; lay across them a board a foot wide, and with a stick, make a furrow on each side of it, one inch deep. Scatter the seeds in this furrow, and cover them. Then lay the board over them, and step on it, to press down the earth. When the plants are an inch high, thin them out, leaving spaces proportioned to their sizes. Seeds of similar species, such as melons and squashes, should not be planted very near to each other, as this causes them to degenerate. The same kinds of vegetables should not be planted in the same place for two years in succession. The longer the rows are, the easier is the after culture.

_Transplanting_ should be done at evening, or which is better, just before a shower. Take a round stick sharpened at the point, and make openings to receive the plants. Set them a very little deeper than they were before, and press the soil firmly round them. Then water them, and cover them for three or four days, taking care that sufficient air be admitted. If the plant can be removed without disturbing the soil around the root, it will not be at all retarded by transplanting. Never remove leaves and branches, unless a part of the roots be lost.

_To Re-pot House-Plants, renew the soil every year, soon after the time of blossoming. Prepare soil as previously directed. Loosen the earth from the pot by passing a knife around the skies. Turn the plant upside down, and remove the pot. Then remove all the matted fibres at the bottom, and all the earth, except that which adheres to the roots. From woody plants, like roses, shake off all the earth. Take the new pot, and put a piece of broken earthen-ware over the hole at the bottom, and then, holding the plant in the proper position, shake in the earth around it. Then pour in water to settle the earth, and heap on fresh soil, till the pot is even full. Small pots are considered better than large ones, as the roots are not so likely to rot, from excess of moisture.

_In the Laying out of Yards and Gardens_, there is room for much judgment and taste. In planting trees in a yard, they should be arranged in groups, and never planted in straight lines, nor sprinkled about as solitary trees. The object of this arrangement is to imitate Nature, and secure some spots of dense shade and some of clear turf. In yards which are covered with turf, beds can be cut out of it, and raised for flowers. A trench should be made around, to prevent the grass from running on them. These beds can be made in the shape of crescents, ovals, or other fanciful forms.

In laying out beds in gardens and yards, a very pretty bordering can be made, by planting them with common flax-seed, in a line about three inches from the edge. This can be trimmed with shears, when it grows too high.

_For Transplanting Trees_, the autumn is the best time. Take as much of the root as possible, especially the little fibres, which should never become dry. If kept long before they are set out, put wet moss around them and water them. Dig holes larger than the extent of the roots; let one person hold the tree in its former position, and another place the roots carefully as they were before, cutting off any broken or wounded root. _Be careful not to let the tree be more than an inch deeper them it was before_. Let the soil be soft and well manured; shake the tree as the soil is shaken in, that it may mix well among the small fibres. Do not tread the earth down, while filling the hole; but, when it is full, raise a slight mound of say four inches deep around the stem to hold water, and fill it. Never cut off leaves nor branches, unless some of the roots are lost. Tie the trees to a stake, and they will be more likely to live. Water them often.

_The Care of House-Plants_ is a matter of daily attention, and well repays all labor expended upon it. The soil of house-plants should be renewed every year as previously directed. In winter, they should be kept as dry as they can be without wilting. Many house-plants are injured by giving them too much water, when they have little light and fresh air. This makes them grow spindling. The more fresh air, warmth and light they have, the more water is needed. They ought not to be kept very warm in winter, nor exposed to great changes of atmosphere. Forty degrees is a proper temperature for plants in winter, when they have little sun and air. When plants have become spindling, cut off their heads entirely, and cover the pot in the earth, where it has the morning sun only. A new and flourishing head will spring out. Few houseplants can bear the sun at noon. When insects infest plants, set them in a closet or under a barrel, and burn tobacco under them. The smoke kills any insect enveloped in it. When plants are frozen, cold water and a gradual restoration of warmth are the best remedies. Never use very cold water for plants at any season.

XXXII.

THE PROPAGATION OF PLANTS.

This is an occupation requiring much attention and constant care. Bulbous roots are propagated by offsets; some growing on the top, others around the sides. Many plants are propagated by cutting off twigs, and setting them in earth, so that two or three eyes are covered. To do this, select a side shoot, ten inches long, two inches of it being of the preceding year's growth, and the rest the growth of the season when it is set. Do this when the sap is running, and put a piece of crockery at the bottom of the shoot, when it is buried. One eye, at least, must be under the soil. Water it and shade it in hot weather.

Plants are also propagated by layers. To do this, take a shoot which comes up near the root, bend it down so as to bring several eyes under the soil, leaving the top above-ground. If the shoot be cut half through, in a slanting direction, at one of these eyes, before burying it, the result is more certain. Roses, honeysuckles, and many other shrubs are readily propagated thus. They will generally take root by being simply buried; but cutting them as here directed is the best method. Layers are more certain than cuttings.

_Budding and Grafting_, for all woody plants, are favorite methods of propagation. In all such plants, there is an outer and inner bark, the latter containing the sap vessels, in which the nourishment of the tree ascends. The success of grafting or inoculating consists in so placing the bud or graft that the sap vessels of the inner bark shall exactly join those of the plant into which they are grafted; so that the sap may pass from one into the other.

The following are directions for _budding_, which may be performed at any time from July to September:

Select a smooth place on the stock into which you are to insert the bud. Make a horizontal cut across the rind through to the firm wood; and from the middle of this, make a slit downward perpendicularly, an inch or more long, through to the wood. Raise the bark of the stock on each side of the perpendicular cut, for the admission of the bud, as is shown in the annexed engraving, (Fig. 64.) Then take a shoot of this year's growth, and slice from it a bud, taking an inch below and an inch above it, and some portion of the wood under it. Then, carefully slip off the woody part under the bud. Examine whether the eye or germ of the bud be perfect. If a little hole appear in that part, the bud has lost its root, and another must be selected. Insert the bud, so that _a_, of the bud, shall pass to a, of the stock; then _b_, of the bud, must be cut off, to match the cut b, in the stock, and fitted exactly to it, as it is this alone which insures success. Bind the parts with fresh bass or woolen yarn, beginning a little below the bottom, of the perpendicular slit, and winding it closely around every part, except just over the eye of the bud, until you arrive above the horizontal cut. Do not bind it too tightly, but just sufficient to exclude air, sun, and wet. This is to be removed after the bud is firmly fixed, and begins to grow.

Seed-fruit can be budded into any other seed-fruit, and stone-fruit into any other stone-fruit; but stone and seed-fruits can not be thus mingled.

Rose-bushes can have a variety of kinds budded into the same stock. Hardy roots are the best stocks. The branch above the bud must be cut off the next March or April after the bud is put in. Apples and pears are more easily propagated by ingrafting than by budding.

_Ingrafting_ is a similar process to budding, with this advantage, that it can be performed on large trees, whereas budding can be applied only on small ones. The two common kinds of ingrafting are whip-grafting and split-grafting. The first kind is for young trees, and the other for large ones.

The time for ingrafting is from May to October. The cuttings must be taken from horizontal shoots, between Christmas and March, and kept in a damp cellar. In performing the operation, cut off in a sloping direction (as seen in Fig. 65) the tree or limb to be grafted. Then cut off in a corresponding slant the slip to be grafted on. Then put them together, so that the inner bark of each shall match exactly on one side, and tie them firmly together with yellow yarn. It is not essential that both be of equal size; if the bark of each meet together exactly on _one_ side, it answers the purpose. But the two must not differ much in size. The slope should be an inch and a half, or more, in length. After they are tied together, the place should be covered with a salve or composition of bees-wax and rosin. A mixture of clay and cow-dung will answer the same purpose. This last must be tied on with a cloth. Grafting is more convenient than budding, as grafts can be sent from a great distance; whereas buds must be taken, in July or August, from a shoot of the present year's growth, and can not be sent to any great distance.

This engraving (Fig. 66) exhibits the mode called stock-grafting; _a_ being the limb of a large tree, which is sawed off and split, and is to be held open by a small wedge till the grafts are put in. A graft inserted in the limb is shown at _b_, and at _c_ is one not inserted, but designed to be put in at _d_, as two grafts can be put into a large stock. In inserting the graft, be careful to make the edge of the inner bark of the graft meet exactly the edge of the inner bark of the stock; for on this success depends. After the grafts are put in, the wedge must be withdrawn, and the whole of the stock be covered with the thick salve or composition before mentioned, reaching from where the grafts are inserted to the bottom of the slit. Be careful not to knock or move the grafts after they are put in.

_Pruning_ is an operation of constant exercise, for keeping plants and trees in good condition. The following rules are from a distinguished horticulturist: Prune off all dead wood, and all the little twigs on the main limbs. Retrench branches, so as to give light and ventilation to the interior of the tree. Cut out the straight and perpendicular shoots, which give little or no fruit; while those which are most nearly horizontal, and somewhat curving, give fruit abundantly and of good quality, and should be sustained. Superfluous and ill-placed buds may be rubbed off at any time; and no buds pushing out after midsummer should be spared. In choosing between shoots to be retained, preserve the lowest placed, and on lateral shoots, those which are nearest the origin. When branches cross each other so as to rub, remove one or the other. Remove all suckers from the roots of trees or shrubs. Prune after the sap is in full circulation, (except in the case of grapes,) as the wounds then heal best. Some think it best to prune before the sap begins to run. Pruning-shears, and a pruning-pole, with a chisel at the end, can be procured of those who deal in agricultural utensils.

_Thinning_ is also an important but very delicate operation. As it is the office of the leaves to absorb nourishment from the atmosphere, they should never be removed, except to mature the wood or fruit. In doing this, remove such leaves as shade the fruit, as soon as it is ready to ripen. To do it earlier impairs the growth. Do it gradually at two different times. Thinning the fruit is important, as tending to increase its size and flavor, and also to promote the longevity of the tree. If the fruit be thickly set, take off one half at the time of setting. Revise in June, and then in July, taking off all that may be spared. One _very large_ apple to every square foot is a rule that may be a sort of guide in other cases. According to this, two hundred large apples would be allowed to a tree whose extent is fifteen feet by twelve. If any person think this thinning excessive, let him try two similar trees, and thin one as directed and leave the other unthinned. It will be found that the thinned tree will produce an equal weight, and fruit of much finer flavor.

XXXIII.

THE CULTIVATION OF FRUIT.

By a little attention to this matter, a lady with the help of her children can obtain a rich abundance of all kinds of fruit. The writer has resided in families where little boys of eight, ten, and twelve years old amused themselves, under the direction of their mother, in planting walnuts, chestnuts, and hazelnuts, for future time; as well as in planting and inoculating young fruit-trees of all descriptions. A mother who will take pains to inspire a love for such pursuits in her children, and who will aid and superintend them, will save them from many temptations, and at a trifling expense secure to them and herself a rich reward in the choicest fruits. The information given in this work on this subject may be relied on as sanctioned by the most experienced nursery-men.

The soil for a nursery should be rich, well dug, dressed with well-decayed manure, free from weeds, and protected from cold winds. Fruit-seeds should be planted in the autumn, an inch and a half or two inches deep, in ridges four or five feet apart, pressing the earth firmly over the seeds. While growing, they should be thinned out, leaving the best ones a foot and a half apart. The soil should be kept loose, soft, and free from weeds. They should be inoculated or ingrafted when of the size of a pipe stem; and in a year after this may be transplanted to their permanent stand. Peach-trees sometimes bear in two years from budding, and in four years from planting if well kept.

In a year after transplanting, take pains to train the head aright. Straight upright branches produce _gourmands_, or twigs bearing only leaves. The side branches which are angular or curved yield the most fruit. For this reason, the limbs should be trained in curves, and perpendicular twigs should be cut off if there be need of pruning. The last of June is the time for this. Grass should never be allowed to grow within four feet of a large tree, and the soil should be kept loose to admit air to the roots. Trees in orchards should be twenty-five feet apart. The soil _under_ the top soil has much to do with the health of the trees. If it be what is called _hard-pan_, the trees will deteriorate. Trees need to be manured and to have the soil kept open and free from weeds.

_Filberts_ can be raised in any part of this country.

_Figs_ can be raised in the Middle, Western, and Southern States. For this purpose, in the autumn loosen the roots on one side, and bend the tree down to the earth on the other; then cover it with a mound of straw, earth, and boards, and early in the spring raise it up and cover the roots.

_Currants_ grow well in any but a wet soil. They are propagated by cuttings. The old wood should be thinned in the fall and manure be put on. They can be trained into small trees.

_Gooseberries_ are propagated by layers and cuttings. They are best when kept from suckers and trained like trees. One third of the old wood should be removed every autumn.

_Raspberries_ do best when shaded during a part of the day. They are propagated by layers, slips, and suckers. There is one kind which bears monthly; but the varieties of this and all other fruits are now so numerous that we can easily find those which are adapted to the special circumstances of the case.

_Strawberries_ require a light soil and vegetable manure. They should be transplanted in April or September, and be set eight inches apart, in rows nine inches asunder, and in beds which are two feet wide, with narrow alleys between them. A part of these plants are _non-bearers_. These have large flowers with showy stamens and high black anthers. The _bearers_ have short stamens, a great number of pistils, and the flowers are every way less showy. In blossom-time, pull out all the non-bearers. Some think it best to leave one non-bearer to every twelve bearers, and others pull them all out. Many beds never produce any fruit, because all the plants in them are non-bearers. Weeds should be kept from the vines. When the vines are matted with young plants, the best way is to dig over the beds in cross lines, so as to leave some of the plants standing in little squares, while the rest are turned under the soil. This should be done over a second time in the same year.

_To Raise Grapes_, manure the soil, and keep it soft and free from weeds. A gravelly or sandy soil, and a south exposure are best. Transplant the vines in the early spring, or better in the fall. Prune them the first year so as to have only two main branches, taking off all other shoots as fast as they come. In November, cut off all of these two branches except four eyes. The second year, in the spring, loosen the earth around the roots, and allow only two branches to grow, and every month take off all side shoots. When they are very strong, preserve only a part, and cut off the rest in the fall. In November, cut off all the two main stems except eight eyes. After the second year, no more pruning is needed, except to reduce the side shoots, for the purpose of increasing the fruit. All the pruning of grapes (except nipping side shoots) must be done when the sap is not running, or they will bleed to death. Train, them on poles, or lattices, to expose them to the air and sun. Cover tender vines in the autumn. Grapes are propagated by cuttings, layers, and seeds. For cuttings, select in the autumn well-ripened wood of the former year, and take fire joints for each. Bury them till April; then soak them for some hours, and set them out _aslant_, so that all the eyes but one shall be covered.

Apples, grapes, and such like fruit can be preserved in their natural state by packing them when dry and solid in dry sand or saw-dust, putting alternate layers of fruit and cotton, saw-dust or sand. Some saw-dust gives a bad flavor to the fruit.

_Modes of Preserving Fruit-Trees_.--Heaps of ashes or tanner's bark around peach-trees prevent the attack of the worm. The _yellows_ is a disease of peach-trees, which is spread by the pollen of the blossom. When a tree begins to turn yellow, take it away with all its roots, before it blossoms again, or it will infect other trees. Planting tansy around the roots of fruit-trees is a sure protection against worms, as it prevents the moth from depositing her egg. Equal quantities of salt and saltpetre, put around the trunk of a peach-tree, half a pound to a tree, improve the size and flavor of the fruit. Apply this about the first of April; and if any trees have worms already in them, put on half the quantity in addition in June. To young trees just set out, apply one ounce in April, and another in June, close to the stem. Sandy soil is best for peaches.

Apple-trees are preserved from insects by a wash of strong lye to the body and limbs, which, if old, should be first scraped. Caterpillars should be removed by cutting down their nests in a damp day. Boring a hole in a tree infested with worms, and filling it with sulphur, will often drive them off immediately.

The _fire-blight_, or _brulure_ in pear-trees can be stopped by cutting off all the blighted branches. It is supposed by some to be owing to an excess of sap, which is remedied by diminishing the roots.

The _curculio_, which destroys plums and other stone-fruit, can be checked only by gathering up all the fruit that falls, (which contains their eggs,) and destroying it. The _canker-worm_ can be checked by applying a bandage around the body of the tree, and every evening smearing it with fresh tar.

XXXIV.

THE CARE OF DOMESTIC ANIMALS.

One of the most interesting illustrations of the design of our benevolent Creator in establishing the family state is the nature of the domestic animals connected with it. At the very dawn of life, the infant watches with delight the graceful gambols of the kitten, and soon makes it a playmate. Meantime, its out-cries when hurt appeal to kindly sympathy, and its sharp claws to fear; while the child's mother has a constant opportunity to inculcate kindness and care for weak and ignorant creatures. Then the dog becomes the out-door playmate and guardian of early childhood, and he also guards himself by cries of pain, and protects himself by his teeth. At the same time, his faithful loving nature and caresses awaken corresponding tenderness and care; while the parent again has a daily opportunity to inculcate these virtues toward the helpless and dependent. As the child increases in knowledge and reason, the horse, cows, poultry, and other domestic animals come under his notice. These do not ordinarily express their hunger or other sufferings by cries of distress, but depend more on the developed reason and humanity of man. And here the parent is called upon to instruct a child in the nature and wants of each, that he may intelligently provide for their sustenance and for their protection from injury and disease.

To assist in this important duty of home life, which so often falls to the supervision of woman, the following information is prepared through the kindness of one of the editors of a prominent, widely known, agricultural paper.

Domestic animals are very apt to catch the spirit and temper of their masters. A surly man will be very likely to have a cross dog and a biting horse. A passionate man will keep all his animals in moral fear of him, making them, snappish, and liable to hurt those of whom they are not afraid.

It is, therefore, most important that all animals should be treated uniformly with kindness. They are all capable of returning affection, and will show it very pleasantly if we manifest affection for them. They also have intuitive perceptions of our emotions which we can not conceal. A sharp, ugly dog will rarely bite a person who has no fear of him. A horse knows the moment a man mounts or takes the reins whether he is afraid or not; and so it is with other animals.

If live stock can not be well fed, they ought not to be kept. One well wintered horse is worth as much, as two that drag through on straw, and by browsing the hedgerows. The same is true of oxen, and emphatically so of cows. The owner of a half-starved dog loses the use of him almost altogether; for, at the very time--the night--when lie is most needed as a guard, he must be off scouring the country for food.

_Shelter_ in winter is most important for cows. They should have good tight stables or byres, well ventilated, and so warm that water in a pail will only freeze a little on the top the severest nights. Oxen should have the same stabling, though they bear cold better. Horses in stables will bear almost any degree of cold, if they have all they can eat. Sheep, except young lambs, are well enough sheltered in dry sheds, with one end open. Cattle, sheep, and dogs do not sweat as horses do, they "loll;" that is, water or slobber runs from their tongues; hence, they are not liable to take cold as the horse is. Hogs bear cold pretty well; but they eat enough to convince any one that true economy lies in giving them warm sties in winter, for the colder they are the more they eat. Fowls will not lay in cold weather unless they have light and warm quarters.

_Cleanliness_ is indispensable, if one would keep his animals healthy. In their wild state all our domestic animals are very clean, and, at the same time, very healthy. The hog is not naturally a dirty animal, but quite the reverse. He enjoys currying as much as a horse or a cow, and would be as careful of his litter as a cat if he had a fair chance. Horses ought to be groomed daily; cows and oxen as often as twice a week; dogs should be washed with soapsuds frequently. Stables should be cleaned out daily. Absorbents of liquid in stables should be removed as often as they become wet. Dry earth is one of the best absorbents, and is especially useful in the fowl-house. Hogs in pens should have straw for their rests or lairs, and it should be often renewed.

_Parasitic Vermin_.--These are lice, fleas, ticks, the scale insects, and other pests which afflict our live stock. There are many ways of destroying them; the best and safest is a free use of _carbolic acid soap_. The larger animals, as well as hogs, dogs, and sheep may be washed in strong suds of this soap, without fear, and the application repeated after a week. This generally destroys both the creatures and their eggs. Hen lice are best destroyed by greasing the fowls, and dusting them with flowers of sulphur. Sitting hens must never be greased, but the sulphur may be dusted freely in their nests, and it is well to put it in all hens' nests.

_Salt and Water_.--All animals except poultry require salt, and all, free supplies of fresh water.

_Light_.--Stables, or places where any kind of animals are confined, should have plenty of light. Windows are not more important in a house than in a barn. The _sun_ should come in freely; and if it shines directly upon the stock, all the better. When beeves and sheep are fattening very rapidly, the exclusion of the light makes them more quiet, and fatten faster; but their state is an unnatural and hardly a healthy one.

_Exercise_ in the open air is important for breeding animals. It is especially necessary for horses of all kinds. Cows need very little and swine none, unless kept for breeding.

_Breeding_,--Always use thorough-bred males, and improvement is certain.

_Horses_.--The care which horses require varies with the circumstances in which the owner is placed, and the uses to which they are put. In general, if kept stabled, they should be fed with good upland hay, almost as much as they will eat; and if absent from the stable, and at work most of the day, they should have all they will eat of hay, together with four to eight quarts of oats or an equal weight of other grain or meal. Barley is good for horses, and so is dry corn. Corn-meal put upon cut hay, wet and well-mixed, is good, steady feed, if not in too large quantities. Four quarts a day may be fed unmixed with other grain; but if the horse be hard worked and needs more, mix the meal with wheat bran, or linseed oil-cake meal, or use corn and oats ground together; carrots are especially wholesome. A quart of linseed oil-cake meal, daily, is an excellent occasional addition to a horse's food, when carrots can not be had. It gives a lustre to his coat, and brings the new coat of hair out in the spring. A stabled horse needs daily exercise, as much as to trot three miles. Where a horse is traveling, it is well to give him six quarts of oats in the morning, four at noon, and six at night.

Thorough grooming is indispensable to the health of horses. Especial care should be taken of the legs and fetlocks, that no dirt remain to cause that distressing disease, _grease_ or _scratches_, which results from filthy fetlocks and standing in dirty stables. When a horse comes in from work on muddy roads with dirty legs, they should be immediately cleaned, the dirt brushed off, then rubbed with straw; then, if very dirty, washed clean and rubbed dry with a piece of sacking. A horse should never stand in a draught of cold air, if he can not turn and put his back to it. If sweaty or warm from work, he should be blanketed, if he is to stand a minute in the winter air. If put at once into the stable, he should be stripped and rubbed down with straw actively for five minutes or more, and then blanketed. The blanket must be removed in an hour, and the horse given water and feed, if it is the usual time. It will not hurt him to eat hay when hot, unless he be thoroughly exhausted, when all food should be withheld for a while.

It is very comforting to a tired horse, when he is too hot to drink, to sponge out his mouth with cool water. A horse should never drink when very hot, nor be turned into a yard to "cool off," even in summer, neither should he be turned out to pasture before he is quite cool.

_Cows_.--Gentle but firm treatment will make a cow easy to milk and to handle in every way. If stabled or yarded, cows should have access to water at all times, or have it frequently offered to them. Clover hay is probably the best steady food for milk cows. Cornstalks cut up, thoroughly soaked with water for half a day, and then sprinkled with corn or oil-cake meal is perhaps unsurpassed as good winter food for milk cows. The amount of meal may vary. With plenty of oil-meal, there is little danger of feeding too much, as that is loosening to the bowels and a safe nutritious article. Corn-meal alone, in large quantities, is too heating. Roots should, if possible, form part of the diet of a milch cow, especially before and soon after calving; feed well before this period, yet not to make the cow very fat; but it is better to err in that way than to have her "come in" thin. Take the calf away from the mother as soon as it stands tip, and the separation will worry neither dam nor young. This is always best, unless the calf is to be kept with the cow. The calf will soon learn to drink its food, if two fingers be held in its mouth. Let it have all the first drawn milk for three days as soon as milked; after this, skimmed milk warmed to blood heat. Soon a little fine scalded meal may be mixed with the milk; and it will, at three to five weeks old, nibble hay and grass. It is well also to keep a box containing some dry wheat-bran and fine corn-meal mixed in the calf-pen, so that calves may take as much as they like.

In milking, put the fingers around the teat close to the bag; then firmly close the forefingers of each hand alternately, immediately squeezing with the other fingers. The forefingers prevent the milk flowing back into the bag, while the others press it out. Sit with the left knee close to the right hind leg of the cow, the head pressed against her flank, the left hand always ready to ward off a blow from her feet, which the gentlest cow may give almost without knowing it, if her tender teats be cut by long nails, or if a wart be hurt, or her bag be tender. She must be stripped dry every time she is milked, or she will dry up; and if she gives much milk, it pays to milk three times a day, as nearly eight hours apart as possible. Never stop while milking till done, as this will cause the cow to stop giving milk.

To tether a cow, tie her by one hind leg, making the rope fast above the fetlock joint, and protecting the limb with a piece of an old bootleg or similar thing. The knot must be one that will not slip; regular fetters of iron bound with leather are much better.

A cow should go unmilked two months before calving, and her milk should not be used by the family till four days after that time.

_Swine_.--The filthy state of hog-pens is allowed on account of the amount of manure they will make by working over all sorts of vegetable matter, spoiled hay, weeds, etc., etc. This is unhealthy for the family near and also for the animal. The hog is, naturally, a cleanly animal, and if given a chance he will keep himself very neat and clean. Breeding sows should have the range of a small pasture, and be regularly fed. They need fresh water constantly, and often suffer for lack of it when they have liquid swill, which they do not like to drink. All hogs should have a warm, dry, well-littered pen to lie in, away from flies and disturbance of any kind. They are fond of charcoal, and it is worth while frequently to throw a few handfuls where they can get at it. It has a very beneficial effect on the appetite, regulates the tone of the stomach and digestive organs, and can not do any harm. Pigs ought always to be well fed and kept growing fast; and when being fattened, they should be penned always, the herd being sorted so that all may have an equal chance. It is well to feed soft corn in the ear; but hard corn should always be ground and cooked for pigs.

_Sheep_.--In the winter, sheep need deep, well-littered, dry sheds, dry yards, and hay, wheat, or oat straw, as much as they will eat. They should be kept gaining by grain regularly fed to them, and so distributed that each gets its share. Corn, either whole or ground, or oil-cake meal, or both, are used for fattening sheep. They will easily surfeit themselves on any grain except oil-meal, which is very safe feed for them, and usually economical. Strong sheep will often drive the weaker ones away, and so get more than their share of food and make themselves sick. This must be guarded against, and the flock sorted, keeping the weaker and stronger apart.

Sheep are very useful in clearing land of brush and certain weeds, which they gnaw down, and kill. To accomplish this, the land must be overstocked, and it is best not to keep sheep on short pasturage more than a few weeks at a time; but if they are returned after a few days, it will serve as good a purpose as if they were to be kept on all the time. Sheep at pasture must be restrained by good fences, or they will be a great nuisance. Dog-proof hedge fences of Osage orange are to be highly recommended, wherever this plant will grow. Mutton sheep will generally pay better to raise than merinos, but they need more care.

_Poultry_.--Few objects of labor are more remunerative than poultry, raised on a moderate scale. _Turkeys_, when young, need great care; some animal food, dry, warm quarters, and must be kept out of the wet grass, and kept in when it rains. As soon as fledged, they become very hardy, and, with free range, will almost take care of themselves. _Geese_ need water and good grass pasture. _Ducks_ do very well without water to swim in, if they have all they need to drink. They will lay a great many eggs if kept shut in a pen until say eight o'clock in the morning. If let out earlier, they wander away, and will hide their nests, and lay only about as many eggs as they can cover. It is best to set duck's eggs under hens, and to keep young ducks shut up in a dry roomy pen for four weeks, at least. _Fowls_ need light, warm, dry quarters in winter, plenty of feed, but not too much. They relish animal food, and ought to have some frequently to make them lay. Pork or beef scrap-cake can be bought for two to three cents a pound, and is very good for them. Any kind of grain is good for poultry. Nothing is better than wheat screenings. Early hatched chickens must be kept in a warm, dry, sunny room, with plenty of gravel, and the hen should have no more than eight or nine chickens to brood; though in summer, one hen will take good care of fifteen. Little, chickens, turkeys, and ducks need frequent feeding, and must have their water changed often. It is well to grease the body of the hen and the heads of the chicks with lard, in order to prevent their becoming lousy.

Hens set about twenty days, and should be well fed and watered. Cold or damp weather is bad for young fowls, and when they have been chilled, pepper-corns are a good remedy, in addition to the warmth of an inclosed dry place.

The most absorbing part of the "Woman's question" of the present time is the remedy for the varied sufferings of women who are widows or unmarried, and without means of support. As yet, few are aware how many sources of lucrative enterprise and industry lie open to woman in the employments directly connected with the family state. A woman can invest capital in the dairy and qualify herself to superintend a dairy farm as well as a man. And if she has no capital of her own, if well trained for this business, she can find those who have capital ready to furnish--an investment that well managed will become profitable. And, too, the raising of poultry, of dogs, and of sheep are all within the reach of a woman with proper abilities and training for this business. So that if a woman chooses, she can find employment both interesting and profitable in studying the care of domestic animals.

_Bees_.--But one of the most profitable as well as interesting kinds of business for a woman is the care of bees. In a recent agricultural report, it is stated that one lady bought four hives for ten dollars, and in five years she was offered one thousand five hundred dollars for her stock, and refused it as not enough. In addition to this increase of her capital, in one of these five years she sold twenty-two hives and four hundred and twenty pounds of honey. It is also stated that in five years one man, from six colonies of bees to start with, cleared eight thousand pounds of honey and one hundred and fifty-four colonies of bees.

The raising of bees and their management is so curious and as yet unknown an art in most parts of our country, that any directions or advice will be omitted in this volume, as requiring too much space, and largely set forth and illustrated in the second part. When properly instructed, almost any woman in the city, as easily as in the country, can manage bees, and make more profit than in any other method demanding so little time and labor. But in the modes ordinarily practiced, few can make any great profit in this employment.

It is hoped a time is at hand when every woman will be trained to some employment by which she can secure to herself an independent home and means to support a family, in case she does not marry, or is left a widow, with herself and a family to support.

XXXV.

EARTH-CLOSETS.

In some particulars, the Chinese are in advance of our own nation in neatness, economy, and healthful domestic arrangements. In China, nota particle of manure is wasted, and all that with us is sent off in drains and sewers from water-closets and privies, is collected in a neat manner and used for manure. This is one reason that the compact and close packing of inhabitants in their cities is practicable, and it also accounts for the enormous yields of some of their crops.

The earth-closet is an invention which relieves the most disagreeable item in domestic labor, and prevents the disagreeable and unhealthful effluvium which is almost inevitable in all family residences, The general principle of construction is somewhat like that of a water-closet, except that in place of water is used dried earth. The resulting compost is without disagreeable odor, and is the richest species of manure. The expense of its construction and use is no greater than that of the common water-closet; indeed, when the outlays for plumber's work, the almost inevitable troubles and disorders of water-pipes in a house, and the constant stream of petty repairs consequent upon careless construction or use of water-works are considered, the earth-closet is in itself much cheaper, besides being an accumulator of valuable matter.

To give a clear idea of its principles, mode of fabrication, and use, we can not do better than to take advantage of the permission given by Mr. George E. Waring, Jr., of Newport, R. I., author of an admirable pamphlet on the subject, published in 1868 by "The Tribune Association" of New-York. Mr. Waring was formerly Agricultural Engineer of the New-York Central Park, and has given much attention to sanitary and agricultural engineering, having published several valuable works bearing in the same general direction. He is now consulting director of "The Earth-Closet Company," Hartford, Ct., which manufactures the apparatus and all things appertaining to it--any part which might be needed to complete a home-built structure. But with generous and no less judicious freedom, they are endeavoring to extend the knowledge of this wholesome and economical process of domestic sanitary engineering as widely as possible, and so allow us to present the following instructions for those who may desire to construct their own apparatus.

In the brief introduction to his pamphlet, Mr. Waring says:

"It is sufficiently understood, by all who have given the least thought to the subject, that the waste of the most vital elements of the soil's fertility, through our present practice of treating human excrement as a thing that is to be hurried into the sea, or buried in underground vaults, or in some other way put out of sight and out of reach, is full of danger to our future prosperity.

"Our bodies have come out of our fertile fields; our prosperity is based on the production and the exchange of the earth's fruits; and all our industry has its foundation in arts and interests connected with, or dependent on, a successful agriculture.

"Liebig asserts that the greatness of the Roman empire was sapped by the _Cloaca Maxima_, through which the entire sewage of Rome was washed into the Tiber. The yearly decrease of productive power in the older grain regions of the West, and the increasing demand for manures in the Atlantic States, sufficiently prove that our own country is no exception to the rule that has established its sway over Europe.

"The large class who will fail to feel the force of the agricultural reasons in favor of the reform which this pamphlet is written to uphold, will realize, more clearly than farmers will, the importance of protecting dwellings against the gravest annoyance, the most fertile source of disease, and the most certain vehicle of contagion."

Nevertheless, Mr. Waring thinks that the agricultural argument is no mean or unimportant one, and says:

"The importance of any plan by which the excrement of our bodies may be returned to our fields is in a measure shown in the following extract from an article that I furnished for the _American Agricultural Annual_ for 1868.

"The average population of New York City--including its temporary visitors--is probably not less than 1,000,000. This population consumes food equivalent to at least 30,000,000 bushels of corn in a year. Excepting the small proportion that is stored up in the bodies of the growing young, which is fully offset by that contained in the bodies of the dead, the constituents of the food are returned to the air by the lungs and skin, or are voided as excrement. That which goes to the air was originally taken from the air by vegetation, and will be so taken again: here is no waste. The excrement contains all that was furnished by the mineral elements of the soil oil which the food was produced. This all passes into the sewers, and is washed into the sea. Its loss to the present generation is complete."

... "30,000,000 bushels of corn contain, among other minerals, nearly 7000 tons of phosphoric acid, and this amount is annually lost in the wasted night-soil of New-York City. [Footnote: Other mineral constituents of food--important ones, too--are washed away in even greater quantities through the same channels; but this element is the best for illustration, because its effect in manure is the most striking, even so small a dressing as twenty pounds per acre, producing a marked effect on all cereal crops. Ammonia, too, which is so important that it is usual in England to estimate the value of manure in exact proportion to its supply of this element, is largely yielded by human excrement.]

"Practically the human excrement of the whole country is nearly all so disposed of as to be lost to the soil. The present population of the United States is not far from 35,000,000. On the basis of the above calculation, their annual food contains 200,000 tons of phosphoric acid, being the amount contained in about 900,000 tons of bones, which, at the price of the best flour of bone, (for manure,) would be worth over $50,000,000. It would be a moderate estimate to say that the other constituents of food are of at least equal value with the other constituents of the bone, and to assume $50,000,000 as the money value of the wasted night-soil of the United States every year.

"In another view, the importance of this waste can not be estimated in money. Money values apply, rather, to the products of labor and to the exchange of these products. The waste of fertilizing matter reaches farther than the destruction or exchange of products: it lessens the ability to produce.

"If mill-streams were failing year by year, and steam were yearly losing force, and the ability of men to labor were yearly growing less, the doom of our prosperity would not be more plainly written, than if this slow but certain impoverishment of our soil were sure to continue.

.... "But the good time is coming, when (as now in China and Japan) men must accept the fact that the soil is not a warehouse to be plundered--only a factory to be worked. Then they will save their raw material, instead of wasting it, and, aided by nature's wonderful laws, will weave over and over again the fabric by which we live and prosper. Men will build up as fast as men destroy; old matters will be reproduced in new forms, and, as the decaying forests feed the growing wood, so will all consumed food yield food again."

With the above brief extract, we shall cease using marks of quotation, as the following information and statements are appropriated bodily, either directly or with mere modifications for brevity, from the little pamphlet of Mr. Waring.

The earth-closet is the invention of the Rev. Henry Moule, of Fordington Vicarage, Dorsetshire, England.

It is based on the power of clay, and the decomposed organic matter found in the soil, to absorb and retain all offensive odors and all fertilizing matters; and it consists, essentially, of a mechanical contrivance (attached to the ordinary seat) for measuring out and discharging into the vault or pan below a sufficient quantity of sifted dry earth to entirely cover the solid ordure and to absorb the urine.

The discharge of earth is effected by an ordinary pull-up similar to that used in the water-closet, or (in the self-acting apparatus) by the rising of the seat when the weight of the person is removed.

The vault or pan under the seat is so arranged that the accumulation may be removed at pleasure.

From the moment when the earth is discharged, and the evacuation is covered, all offensive exhalation entirely ceases. Under certain circumstances, there may be, at times, a slight odor as of guano mixed with earth; but this is so trifling and so local, that a commode arranged on this plan may, without the least annoyance, be kept in use in any room.

This statement is made as the result of personal experience. Mr. Waring says:

"I have in constant use in a room in my house an earth-closet commode; and even when the pan is entirely full, with the accumulation of a week's use, visitors examining it invariably say, with some surprise, 'You don't mean that this particular one has been used!'"

HOW TO MAKE AN EARTH-CLOSET.

The principle on which the earth-closet is based is as free to all as is the earth itself, and any person may adopt his own method of applying it. All that is necessary is to have a supply of coarsely sifted sun-dried earth with which to cover the bottom of the vessel to be used, and after use to cover the deposit. A small box of earth, and a tin scoop are sufficient to prevent the gravest annoyance of the sickroom. But, of course, for constant use, it is desirable to have a more convenient apparatus--something which requires less care, and is less troublesome in many ways.

To this end, the patent invention of Mr. Moule is applicable. This comprises a tight receptacle under the seat, a reservoir for storing dry earth, and an apparatus to measure out the requisite quantity, and throw it upon the deposit.

The arrangement at the mechanism is shown in Fig. 67. A hopper-shaded reservoir, made of galvanized iron, is supported by a framework at the back of the seat, which rests on the framework _a_, _a_. Connected with the handle at the right-hand side, there is an iron lever, which operates a movable box at the bottom of the reservoir, and causes it to discharge its contents directly under the seat. When the handle is dropped, the box returns to its position, and is immediately filled preparatory to another use.

The hopper-shaped reservoir is supported by two pivots, and has a slight rocking or vibrating motion imparted to it by each lifting of the lever. This prevents the earth from becoming clogged, and insures its regular delivery.

The construction is more clearly shown in Fig. 68.

In this figure, A is the vibrating hopper for holding the earth. Its capacity may be increased to any desired extent by building above it a straight-sized box of any height. It is not unusual, in fixed privies, to make this reservoir large enough to hold a supply for several months. As the earth is dry, there is no occasion for the use of any thing better than common pine boards in making this addition to the reservoir.

B is one side of the wooden, frame by which the hopper is supported and it may be made of one inch pine or spruce.

C is a box of lacquered or galvanized iron, without either top or bottom. It moves on two pivots, one of winch is shown on its exposed side. In its present position, its upper end opens into the hopper, and its lower end is dosed by the stationary board over which it stands. When the handle is pulled up, the lever, which is connected with the box, jerks it rapidly up, so that its back side closes the opening of the reservoir, and its bottom opens to the front. In its movement it discharges its contents of earth forward under the seat. When the handle is dropped, the box returns to its natural position, and is charged again.

D is one of the pivots--a corresponding one being on the other side--by which the hopper is supported, and on which it vibrates.

_a_, _a_, _a_, _a_, _a_, _a_, are the parts of the framework, the dimensions of which in feet and inches are given.

The only essential part not shown is an earthen-ware pan without a bottom, similar to the pan of a water-closet, only not so deep and with a larger opening, which is attached to the under side of the seat, and which in a measure prevents the rising of dust, and conducts the urine to the point at which the most earth falls. This is the least important part of the invention, but it has a certain advantage.

The self-acting apparatus is more complicated, and persons wishing it would do best to apply directly to the Company.

THE ORDINARY PRIVY.

In the circular published by the Earth-Closet Company, the following directions are given:

"An ordinary fixed closet requires the apparatus to be placed at the back of, and in connection with, the usual seat; the reservoir for containing the earth being placed above it. Under it there should be a chamber or vault about four feet by three wide, and of any convenient depth, with a paved or asphalted bottom, and the sides lined with cement. Should there be an existing cesspool, it may be altered to the above dimensions. Into this the deposit and earth fall, and may remain there three, six, or twelve months, and continue perfectly inodorous and innoxious, merely requiring to be occasionally leveled by a rake or hoe. If, however, it should be found impossible or inconvenient to have a vault underneath, a movable trough, of iron or tarred wood, on wheels, may be substituted. In this case, it will be advisable to raise the seat somewhat above the floor, to allow the trough to be of sufficient size.

"By one form of construction, (the 'pull-up,') the pulling up of a handle releases a sufficient quantity of the dry earth, which is thrown into the pit or vault, covering the deposit and completely preventing all smell. By another, (the 'self-acting,') the same effect is produced by the action of the seat. The apparatus may be placed in, and adapted to, almost any existing closet or privy, and so arranged that the supply and removal of earth may be carried on inside or outside as desired."

The following is taken from the company's circular:

"In the commode, the apparatus and earth-reservoir are self-contained, and a movable pail takes the place of the chamber or vault above described. This must be emptied as often as necessary, and the contents may be applied to the garden or field, or be allowed to accumulate in a heap under cover until wanted for use. This accumulation is inodorous, and rapidly becomes dry. The commode can stand in any convenient place in or out of doors. For use in bedrooms, hospital wards, infirmaries, etc., the commode is invaluable. It is entirely free from those faint, depressing odors common to portable water-closets and night-stools, and through its admission one of the greatest miseries of human life, the foul smells of the sick-room, and one of the most frequent means of communicating infection, may be entirely prevented. It is invariably found that, if any failure takes place, it arises from the earth _not being properly dry_. Too much importance can not be attached to this requirement. The earth-commode will no more act properly without dry earth, than will a water-closet without water.

"These commodes are made in a variety of patterns, from the cottage commode to the more expensive ones in mahogany or oak, and vary in price accordingly. They are made to act either by a handle, as in the ordinary water-closet, or self-acting on rising from the seat. The earth-reservoir is calculated to hold enough for about twenty-five times; and where earth is scarce, or the manure required of extraordinary strength, the product may be dried as many as seven times, and without losing any of its deodorizing properties.

"If care be taken to cast one service of earth into the pail when first placed in the commode, and to have the commonest regard to cleanliness, not the least offensive smell will be perceptible, though the receptacle remain unemptied for weeks. Care must also be taken, that no liquid, but that which they are intended to receive, be thrown into the pails."

The pail used in the commode is made of galvanized iron, and is shaped very much like an ordinary coal-hod. It has a cover of the same material, and it may be carried from an upper floor with no more offensiveness than a hodful of common earth.

Fig. 70 represents a cross-section of the commode, and will enable the reader more clearly to understand the construction and operation of the apparatus.

_a_ is the opening in the seat; _b_, the "pan;" _c_, the pail for receiving the deposit; _d_, the hopper for containing the earth supply; _e_, the box by which the earth is measured, and by which it is thrown into the pail when moved to the position _e'_ by the operation of the "pull-up;" _f_, a door by which the pail is shut in; _g_, the cover of the seat; _h_, the cover of the hopper; _i_ a platform which prevents the escape of earth from _e_.

Under this head, the circular issued by the original London company contains the following:

"The first requirement for the proper working of the earth-closet is earth perfectly dry and sifted. Earth alone is proved to be the best deodorizer, and far superior to any disinfectants; but where it is difficult to obtain earth abundantly, sifted ashes, as before stated, may be mixed with, it in proportion of two of earth to one of ashes.

"As the first requirement is _dry earth sifted_, and as this is usually thought to be a great difficulty in the way of the adoption of the dry earth system, the following remarks will at once remove such an impression.

"The earth-commode and closet, if used by six persons daily, will require, on an average, about one hundred weight of earth per week. This may be dried for family use in a drawer made to fit under the kitchen range, and which may be filled with earth one morning and left until the next. The drawer should reach to within two inches of the bottom bar of the grate. A frame with a handle, covered with fine wire-netting, forming a kind of shovel, should be placed on this drawer; the finer ashes will fall through, mixing with the earth, whilst the cinders will remain on the top, to be, from time to time, thrown on the fire.

"Of course, the most economical method is to provide in the summer-time a winter store of dry earth, which may be kept in an out-house, shed, or other convenient place, just as we lay in a winter store of coals.

"THINGS TO BE OBSERVED

"Let one fall of earth be in the pail before using. "The earth must be dry and sifted. "Sand must not be used. "No 'slops' must be thrown down. "The handle must be pulled up with a jerk, and let fall sharply."

REPEATED USE OF EARTH

Concerning the value and use of the product of the earth-closet, the following is copied from the London company's circular. (It will be noticed that reference is made, to _the repeated use of the same earth._ When the ordure is completely dried and decomposed, it has not only lost its odor, but it has become, like all decomposed organic matter, an excellent disinfectant, and the fifth or sixth time that the same earth is passed through the closet it is fully as effective in destroying odors as it was when used for the first time, and of course each use adds to its value as manure, until it becomes as strong as Peruvian guano, which is now worth seventy-five dollars per ton. In fact, it may be made so rich that _one hundred pounds will be a good dressing for an acre of land_.)

"If the closet is over a water-tight cesspool or pit, it will require emptying at the end of three or six months. The produce, which will be quite inodorous, should be thrown, together in a heap, sheltered from wet, and occasionally turned over. At the end of a few weeks, it will be dry and fit for use.

"If the receptacle be an iron trough or pail, the contents should be thrown together, re-dried, and used over again, four or five times. In a few weeks they will be dry and fit for use; the value being increased by repeated action. The condition of the manure should be much the same as that of guano, and fit for drilling."

The inventor of the earth-closet, Rev. Mr. Moule, says:

"It was to this point (the power of earth or clay to absorb the products of the decomposition of manure) but particularly to the _repeated action_, and consequently the repeated use of the same earth, that I first directed the attention of the public. I then pointed out: First. That a very small portion of dry and sifted earth (one and a half pints) is sufficient by covering the deposit, to prevent fermentation, (which so soon sets in whenever water is used,) and the consequent generation and emission of noxious gases. Second. That if within a few hours, or even a few days, the mass that would be formed by the repeated layers of deposit, be intimately mixed by a coarse rake or spade, or by a mixer made for the purpose, then, in five or ten minutes, neither to the eye or sense of smell is any thing perceptible but so much earth.... When about three cart-loads of sifted earth had thus been used for my family, (which averaged fifteen persons,) and left under a shed, I found that the material first employed was sufficiently dried to be used again. This process of alternate mixing and drying was renewed five times, the earth still retaining its absorbent powers apparently unimpaired. Of the visitors taken to the spot, none could guess the nature of the compost, though in some cases the heap which they visited in the afternoon had been turned over that same morning ...

"It is only in towns, where the delivery, stowage, and removal of earth is attended with cost and difficulty, that any artificial aid for drying the compost would be desirable. On premises not cramped for space, the atmosphere, especially with a glass roof to the shed, will act sufficiently fast.

"You may by means of it (the earth system) have a privy close to the house and a closet up-stairs, from neither of which shall proceed any offensive smell or any noxious gas. A projection from the back of the cottage, eight feet long and six feet wide, would be amply sufficient for this purpose. The nearer three or four feet down-stairs, would be occupied by the privy, in which, by the seat, would be a receptacle for dry earth. The 'soil' and earth would fall into the further five or four feet, which would form the covered and closed shed for mixing and drying. Up-stairs, the arrangement would be much the same, the deposit being made to fall clear of every wall. Through, this closet the removal of noxious and offensive matters in time of sickness, and of slop-buckets, would be immediate and easy; and if the shed below be kept well supplied with earth, all effluvium would be almost immediately checked. As to the trouble which this will cause, a very little experience will convince the cottager that it is less instead of greater, than the women generally go through at present, while the value of the manure will afford an inducement to exertion.

. . . . . . . . .

"The truth is, that the machinery is more simple, much less expensive, and far less liable to injury than that of the water-closet. The supply of earth to the house is as easy as that of coals. To the closet it may be supplied more easily than water is supplied by a forcing-pump, and to the commode it can be conveyed just as coal is carried to the chamber. After use, it can be removed in either case by the bucket or box placed under the seat, or from the fixed reservoir, with less offense than that of the ordinary slop-bucket--indeed, (I speak after four years' experience,) with as little offense as is found in the removal of coal-ashes. So that, while servants and others will shrink from novelty and at first imagine difficulties, yet many, to my knowledge, would now vastly prefer the daily removal of the bucket or the soil to either the daily working of a forcing-pump or to being called upon once a year, or once in three years, to assist in emptying a vault or cesspool."

To the above complete and convincingly apt arguments and statements of fact, we do not care to add any thing. All that we desire is to direct public attention to the admirable qualities of this Earth System, and to suggest that, at least for those living in the country away from the many conveniences of city life, great water power, and mechanical assistance, the use of it will conduce largely to the economy of families, the health of neighborhoods, and the increasing fertility and prosperity of the country round about.

XXXVI.

WARMING AND VENTILATION

There is no department of science, as applied to practical matters, which has so often baffled experimenters as the healthful mode of warming and ventilating houses. The British nation spent over a million on the House of Parliament for this end, and failed. Our own government has spent half a million on the Capitol, with worse failure; and now it is proposed to spend a million more. The reason is, that the old open fireplace has been supplanted by less expensive modes of heating, destructive to health; and science has but just begun experiments to secure a remedy for the evil.

The open fire warms the person, the walls, the floors and the furniture by radiation, and these, together with the fire, warm the air by convection. For the air resting on the heated surfaces is warmed by convection, rises and gives place to cooler particles, causing a constant heating of its particles by movement. Thus in a room with an open fire, the person is warmed in part by radiation from the fire and the surrounding walls and furniture, and in part by the warm air surrounding the body.

In regard to the warmth of air, the thermometer is not an exact index of its temperature. For all bodies are constantly radiating their heat to cooler adjacent surfaces until all come to the same temperature. This being so, the thermometer is radiating its heat to walls and surrounding objects, in addition to what is subtracted by the air that surrounds it, and thus the air is really several degrees warmer than the thermometer indicates. A room at 70 degrees by the thermometer is usually filled with air five or more degrees warmer than this.

Now, the cold air is denser than warm, and therefore contains more oxygen. Consequently, the cooler the air inspired, the larger the supply of oxygen and of the vitality and vigor which it imparts. Thus, the great problem for economy of health is to warm the person as much as possible by radiated heat, and supply the lungs with cool air. For when we breathe air at from 16 to 20 degrees, we take double the amount of oxygen that we do when we inhale it at 80 to 90 degrees, and consequently can do double the amount of muscle and brain work.

Warming by an open fire is nearest to the natural mode of the Creator, who heats the earth and its furniture by the great central fire of heaven, and sends cool breezes for our lungs. But open fires involve great destruction of fuel and expenditure of money, and in consequence economic methods have been introduced to the great destruction of health and life.

Of these methods, the most popular is that by which radiated heat is banished, and all warmth is gained by introducing heated air. This is the method employed in our national Capitol, where both warming and ventilation are attempted by means of _fans_ worked by steam, which force in the heated air. This is an expensive mode, used only for large establishments, and its entire failure at our capitol will probably prevent in future any very extensive use of it.

But the most common mode of warming is by heated air introduced from a furnace. The chief objection to this is the loss of all radiated heat, and the consequent necessity of breathing air which is debilitating both from its heat and also from being usually deprived of the requisite moisture provided by the Creator in all out-door air. Another objection is the fact that it is important to health to preserve an equal circulation of the blood, and the greatest impediment to this is a mode of heating which keeps the head in warmer air than the feet. This is especially deleterious in an age and country where active brains are constantly drawing blood from the extremities to the head. All furnace-heated rooms have coldest air at the feet, and warmest around the head. It is also rarely the case that furnace-heated houses have proper arrangements for carrying off the vitiated air.

There are some recent scientific discoveries that relate to impure air which may properly be introduced here. It is shown by the microscope that _fermentation_ is a process which generates extremely minute plants, that gradually increase till the whole mass is pervaded by this vegetation. The microscope also has revealed the fact that, in certain diseases, these microscopic plants are generated in the blood and other fluids of the body, in a mode similar to the ordinary process of fermentation.

And, what is very curious, each of these peculiar diseases generates diverse kinds of plants. Thus in the typhoid fever, the microscope reveals in the fluids of the patient a plant that resembles in form some kinds of seaweed. In chills and fever, the microscopic plant has another form, and in small-pox still another. A work has recently been published in Europe, in which representations of these various microscopic plants generated in the fluids of the diseased persons are exhibited, enlarged several hundred times by the microscope. All diseases that exhibit these microscopic plants are classed together, and are called _Zymotic_, from a Greek word signifying _to ferment_.

These zymotic diseases sometimes have a _local_ origin, as in the case of ague caused by miasma of swamps; and then they are named _endemic_. In other cases, they are caused by personal contact with the diseased body or its clothing, as the itch or small-pox; or else by effluvia from the sick, as in measles. Such are called _contagious_ or _infectious_. In other cases, diseases result from some unknown cause in the atmosphere, and affect numbers of people at the same time, as in influenza or scarlet fever, and these are called _epidemics_.

It is now regarded as probable that most of these diseases are generated by the microscopic plants which float in an impure or miasmatic atmosphere, and are taken into the blood by breathing.

Recent scientific investigations in Great Britain and other countries prove that the _power of resisting_ these diseases depends upon the purity of the air which has been _habitually_ inspired. The human body gradually accommodates itself to unhealthful circumstances, so that people can live a long time in bad air. But the "reserve power" of the body, that is, the power of resisting disease, is under such circumstances gradually destroyed, and then an epidemic easily sweeps away those thus enfeebled. The plague of London, that destroyed thousands every day, came immediately after a long period of damp, warm days, when there was no wind to carry off the miasma thus generated; while the people, by long breathing of bad air, were all prepared, from having sunk into a low vitality, to fall before the pestilence.

Multitudes of public documents show that the fatality of epidemics is always proportioned to the degree in which impure air has previously been respired. Sickness and death are therefore regulated by the degree in which air is kept pure, especially in case of diseases in which medical treatment is most uncertain, as in cholera and malignant fevers.

Investigations made by governmental authority, and by boards of health in this country and in Great Britain, prove that zymotic diseases ordinarily result from impure air generated by vegetable or animal decay, and that in almost all cases they can be prevented by keeping the air pure. The decayed animal matter sent off from the skin and lungs in a close, unventilated bedroom is one thing that generates these zymotic diseases. The decay of animal and vegetable matter in cellars, sinks, drains, and marshy districts is another cause; and the decayed vegetable matter thrown up by plowing up of decayed vegetable matter in the rich soil in new countries is another.

In the investigations made in certain parts of Great Britain, it appeared that in districts where the air is pure the deaths average 11 in 1000 each year; while in localities most exposed to impure miasma, the mortality was 45 in every thousand. At this rate, thirty-four persons in every thousand died from poisoned air, who would have preserved health and life by well-ventilated homes in a pure atmosphere. And, out of all who died, the proportion who owed their deaths to foul air was more than three fourths. Similar facts have been obtained by boards of health in our own country.

Mr. Leeds gives statistics showing, that in Philadelphia, by improved modes of ventilation and other sanitary methods, there was a saving of 3237 lives in two years; and a saving of three fourths of a million of dollars, which would pay the whole expense of the public schools. Philadelphia being previously an unusually cleanly and well-ventilated city, what would be the saving of life, health, and wealth were such a city as New-York perfectly cleansed and ventilated?

Here it is proper to state again that conflicting opinions are found in many writers on ventilation, in regard to the position of ventilating registers to carry off vitiated air. Most writers state that the impure air is heavier, and falls to the bottom of a room. After consulting scientific men extensively on this point, the writer finds the true result to be as follows: Carbonic acid is heavier than common air, and, unmixed, falls to the floor. But by the principle of _diffusion of gases_, the air thrown from the lungs, though at first it sinks a little, is gradually diffused, and in a heated room, in the majority of cases, it is found more abundantly at the top than at the bottom of the room, though in certain circumstances it is more at the bottom. For this reason, registers to carry off impure air should be placed at both the top and bottom of a room.

In arranging for pure air in dwellings, it is needful to proportion the air admitted and discharged to the number of persons. As a guide to this, we have the following calculation: On an average, every adult vitiates about half a pint of air at each inspiration, and inspires twenty times a minute. This would amount to one hogshead of air vitiated every hour by every grown person. To keep the air pure, this amount should enter and be carried out every hour for each person. If, then, ten persons assemble in a dining-room, ten hogsheads of air should enter and ten be discharged each hour. By the same rule, a gathering of five hundred persons demands the entrance and discharge of five hundred hogsheads of air every hour, and a thousand persons require a thousand hogsheads of air every hour.

In calculating the size of registers and conductors, then, we must have reference to the number of persons who are to abide in a dwelling; while for rooms or halls intended for large gatherings, a far greater allowance must be made.

The most successful mode before the public, both for warming and ventilation, is that of Lewis Leeds, who was employed by government to ventilate the military hospitals and also the treasury building at Washington. This method has been adopted in various school-houses, and also by A. T. Stewart in his hotel for women in New-York City. The Leeds plan embraces the mode of heating both by radiation and convection, very much resembling the open fireplace in operation, and yet securing great economy. It is modeled strictly after the mode adopted by the Creator in warming and ventilating the earth, the home of his great earthly family. It aims to have a passage of pure air through, every room, as the breezes pass over the hills, and to have a method of warming chiefly by radiation, as the earth is warmed by the sun. In addition to this, the air is to be provided with moisture, as it is supplied out-doors by exhalations from the earth, and its trees and plants.

The mode of accomplishing this is by placing coils of steam, or hot water pipes, under windows, which warm the parlor walls and furniture, partly by radiation, and partly by the air warmed on the heated surfaces of the coils. At the same time, by regulating registers, or by simply opening the lower part of the window, the pure air, guarded from immediate entrance into the room, is admitted directly upon the coils, so that it is partially warmed before it reaches the person: and thus cold drafts are prevented. Then the vitiated air is drawn off through registers both at the top and bottom of the room, opening into a heated exhausting flue, through which the constantly ascending current of warm air carries it off. These heated coils are often used for warming houses without any arrangement for carrying off the vitiated air, when, of course, their peculiar usefulness is gone.

The moisture may be supplied by a broad vessel placed on or close to the heated coils, giving a large surface for evaporation. When rooms are warmed chiefly by radiated heat, the air can be borne much cooler than in rooms warmed by hot-air furnaces, just as a person in the radiating sun can bear much cooler air than in the shade. A time will come when walls and floors will be contrived to radiate heat instead of absorbing it from the occupants of houses, as is generally the case at the present time, and then all can breathe pure and cool air.

We are now prepared to examine more in detail the modes of warming and ventilation employed in the dwellings planned for this work.

In doing this, it should be remembered that the aim is not to give plans of houses to suit the architectural taste or the domestic convenience of persons who intend to keep several servants, and care little whether they breathe pure or bad air, nor of persons who do not wish to educate their children to manual industry or to habits of close economy.

On the contrary, the aim is, first, to secure a house in which every room shall be perfectly ventilated both day and night, and that too without the watchful care and constant attention and intelligence needful in houses not provided with a proper and successful mode of ventilation.

The next aim is, to arrange the conveniences of domestic labor so as to save time, and also to render such work less repulsive than it is made by common methods, so that children can be trained to love house-work. And lastly, economy of expense in house-building is sought. These things should be borne in mind in examining the plans of this work.

In the Cottage plan, (Chap II. Fig. 1,) the pure air for rooms on the ground floor is to be introduced by a wooden conductor one foot square, running under the floor from the front door to the stove-room; with cross branches to the two large rooms. The pure air passes through this, protected outside by wire netting, and delivered inside through registers in each room, as indicated in Fig. 1.

In case open Franklin stoves are used in the large rooms, the pure air from the conductor should enter behind them, and thus be partially warmed. The vitiated air is carried off at the bottom of the room through the open stoves, and also at the top by a register opening into a conductor to the exhausting warm-air shaft, which, it will be remembered, is the square chimney, containing the iron pipe which receives the kitchen stove-pipe. The stove-room receives pure air from the conductor, and sends off impure air and the smells of cooking by a register opening directly into the exhausting shaft; while its hot air and smoke, passing through the iron pipe, heat the air of the shaft, and produce the exhausting current. The construction of the exhausting or warm-air shaft is described on page 63.

The large chambers on the second floor (Fig. 12) have pure air conducted from the stove-room through registers that can be closed if the heat or smells of cooking are unpleasant. The air in the stove-room will always be moist from the water of the stove boiler,

The small chambers have pure air admitted from windows sunk at top half an inch; and the warm, vitiated air is conducted by a register in the ceiling which opens into a conductor to the exhausting warm-air shaft at the centre of the house, as shown in Fig. 17.

The basement or cellar is ventilated by an opening into the exhausting air shaft, to remove impure air, and a small opening over each glazed door to admit pure air. The doors open out into a "well," or recess, excavated in the earth before the cellar, for the admission of light and air, neatly bricked up and whitewashed. The doors are to be made entirely of strong, thick glass sashes, and this will give light enough for laundry work; the tubs and ironing-table being placed close to the glazed door. The floor must be plastered with water-lime, and the walls and ceiling be whitewashed, which will add reflected light to the room. There will thus be no need of other windows, and the house need not be raised above the ground. Several cottages have been built thus, so that the ground floors and conservatories are nearly on the same level; and all agree that they are pleasanter than when raised higher.

When a window in any room is sunk at the top, it should have a narrow shelf in front inclined to the opening, so as to keep out the rain. In small chambers for one person, an inch opening is sufficient, and in larger rooms for two persons, a two-inch opening is needed. The openings into the exhausting air flue should vary from eight inches to twelve inches square, or more, according to the number of persons who are to sleep in the room.

The time when ventilation is most difficult is the medium weather in spring and fall, when the air, though damp, is similar in temperature outside and in. Then the warm-air flue is indispensable to proper ventilation. This is especially needed in a room used for school or church purposes.

Every room used for large numbers should have its air regulated not only as to its warmth and purity, but also as to its supply of moisture; and for this purpose will be found very convenient the instrument called the Hygrodeik, [Footnote: It is manufactured by N. M. Lowe, Boston, and sold by him: and J. Queen & Co., Philadelphia.] which shows at once the temperature and the moisture. A work by Dr. Derby on Anthracite Coal, scientific men say has done much mischief by an _unproved_ theory that the discomfort of furnace heat is caused by the passage of carbonic _oxide_ through the iron of the furnace heaters, and _not_ by want of moisture. God made the air right, and taking out its moisture _must_ be wrong.

The preceding remarks illustrate the advantages of the cottage plan in respect to ventilation. The economy of the mode of warming next demands attention. In the first place, it should be noted that the chimney being at the centre of the house, no heat is lost by its radiation through outside walls into open air, as is the case with all fireplaces and grates that have their backs and flues joined to an outside wall.

In this plan, all the radiated heat from the stove serves to warm the walls of adjacent rooms in cold weather; while in the warm season, the non-conducting summer casings of the stove send all the heat not used in cooking either into the exhausting warm-air shaft or into the central cast-iron pipe. In addition to this, the sliding doors of the stove-room (which should be only six feet high, meeting the partition coming from the ceiling) can be opened in cool days, and then the heat from the stove would temper the rooms each side of the kitchen. In hot weather, they could be kept closed except when the stove is used, and then opened only for a short time. The Franklin stoves in the large room would give the radiating warmth and cheerful blaze of an open fire, while radiating heat also from all their surfaces. In cold weather, the air of the larger chambers could be tempered by registers admitting warm air from the stove-room, which would always be sufficiently moistened by evaporation from the stationary boiler. The conservatories in winter, protected from frost by double sashes, would contribute agreeable moisture to the larger rooms. In case the size of a family required more rooms, another story could be ventilated and warmed by the same mode, with little additional expense.

We will next notice the economy of time, labor, and expense secured by this cottage plan. The laundry work being done in the basement, all the cooking, dish-washing, etc., can be done in the kitchen and stove-room on the ground floor. But in case a larger kitchen is needed, the lounges can be put in the front part of the large room, and the movable screen placed so as to give a work-room adjacent to the kitchen, and the front side of the same be used for the eating-room. Where the movable screen is used, the floor should be oiled wood. A square piece of carpet can be put in the centre of the front part of the room, to keep the feet warm when sitting around the table, and small rugs can be placed before the lounges or other sitting-places, for the same purpose.

Most cottages are so divided by entries, stairs, closets, etc., that there can be no large rooms. But in this plan, by the use of the movable screen, two fine large rooms can be secured whenever the family work is over, while the conveniences for work will very much lessen the time required.

In certain cases, where the closest economy is needful, two small families can occupy the cottage, by having a movable screen in both rooms, and using the kitchen in common, or divide it and have two smaller stoves. Each kitchen will then have a window and as much room as is given to the kitchen in great steamers that provide for several hundred.

Whoever plans a house with a view to economy must arrange rooms around a central chimney, and avoid all projecting appendages. Dormer windows are far more expensive than common ones, and are less pleasant. Every addition projecting from a main building greatly increases expense of building, and still more of warming and ventilating.

It should be introduced, as one school exercise in every female seminary, to plan houses with reference to economy of time, labor, and expense, and also with reference to good architectural taste; and the teacher should be qualified to point out faults and give the instruction needed to prevent such mistakes in practical life. Every girl should be trained to be "a wise woman" that "buildeth her house" aright.

There is but one mode of ventilation yet tried, that will, at all seasons of the year and all hours of the day and night, secure pure air without dangerous draughts, and that is by an exhausting warm-air flue. This is always secured by an open fireplace, so long as its chimney is kept warm by any fire. And in many cases, a fireplace with a flue of a certain dimension and height will secure good ventilation except when the air without and within are at the same temperature.

When no exhausting warm-air flue can be used, the opening of doors and windows is the only resort. Every sleeping-room _without a fireplace that draws smoke well_ should have a window raised at the bottom or sunk at the top at least an inch, with an inclined shelf outside or in, to keep out rain, and then it is properly ventilated. Or a door should be kept opened into a hall with an open window. Let the bed-clothing be increased, so as to keep warm in bed, and protect the head also, and then the more air comes into a sleeping-room the better for health.

In reference to the warming of rooms and houses already built, there is no doubt that stoves are the most economical mode, as they radiate heat and also warm by convection. The grand objection to their use is the difficulty of securing proper ventilation. If a room is well warmed by a stove and then a suitable opening made for the entrance of a good supply of out-door air, and by a mode that will prevent dangerous draughts, all is right as to pure air. But in this case, the feet are always on cold floors, surrounded by the coldest air, while the head is in air of much higher temperature.

There is a great difference as to healthfulness and economy in the great variety of stoves with which the market is filled. The competition in this manufacture is so stringent, and so many devices are employed by agents, that there is constant and enormous imposition on the public and an incredible outlay on poor stoves, that soon burn out or break, while they devour fuel beyond calculation. If some benevolent and scientific organization could be formed that would, from disinterested motives, afford some reliable guidance to the public, it probably would save both millions of money and much domestic discomfort.

The stove described in Chapter V. is protected by patents in its chief advantages, but this has not restrained many of the trade from incorporating some of its leading excellencies and claiming to have added superior elements. Others will inform any who inquire for it, that it is out of market, because later stoves have proved superior. Should any who read this work wish to be sure of securing this stove, and also of gaining minute directions for its use, they may apply to the writer, Miss C. E. Beecher, 69 West 38th Street, New-York, inclosing 25 cents.

She will then forward the manufacturers' printed descriptive circulars, and her own advice as to the best selection from the different sizes, and directions for its use, based on her own personal experience and that of many friends. Should any purchases be made through this medium, the manufacturers have agreed to pay a certain percentage into the treasury of the Benevolent Association mentioned at the close of this volume.

There is no more dangerous mode of heating a room than by a gas-stove. There is inevitably more or less leakage of the gas which it is unhealthful to breathe. And proper ventilation is scarcely ever secured by those who use such stoves. The same fatal elements of imperfect ventilation with its attendant horrors of disease, extravagant wastefulness of material, of fuel, of labor, of time, and of destruction to the apparatus itself, seem concomitants of all ordinary stoves and cooking arrangements of the present day, unless those who use them are constant and unremitting in the exercise of intelligent watchfulness, guarding against these evils. And in view of the almost inevitable stupidity and carelessness of servants, who generally have charge of such things, and the frequent thoughtlessness even of intelligent women who manage their own kitchens, the writer believes she is doing a public service by offering her own experience as a guide to simpler, cheaper, and more wholesome means of living and preparing the family food.

XXXVII.

CARE OF THE HOMELESS, THE HELPLESS, AND THE VICIOUS.

In considering the duties of the Christian family in regard to the helpless and vicious classes, some recently developed facts need to be considered. We have stated that the great end for which, the family was instituted is the training to virtue and happiness of our whole race, as the children of our Heavenly Father, and this with chief reference to their eternal existence after death. In the teachings of our Lord we find that it is for sinners--for the lost and wandering sheep, that he is most tenderly concerned. It is not those who by careful training and happy temperaments have escaped the dangers of life that God and good angels most anxiously watch. "For there is more joy in heaven over one sinner that repenteth than over ninety and nine that went not astray."

The hardest work of all is to restore a guilty, selfish, hardened spirit to honor, truth, and purity; and this is the divine labor to which the pitying Saviour calls all his true followers; to lift up the fallen, to sustain the weak, to protect the tempted, to bind up the broken-hearted, and especially to rescue the sinful. This is the peculiar privilege of woman in the sacred retreat of a "Christian home." And it is for such self-denying ministries that she is to train all who are under her care and influence, both by her teaching and by her example.

In connection with these distinctive principles of Christ for which the family state was instituted, let the following facts be considered. The Massachusetts Board of State Charities, consisting of some of the most benevolent and intelligent gentlemen of that State, in pursuance of their official duty visited all the State institutions, and held twenty-five meetings during the year 1867-8. By these visits and consequent discussions they arrived at certain conclusions, which may be briefly condensed as follows.

No state or nation excels Massachusetts in a wise and generous care of the helpless, poor, and vicious. The agents employed for this end are frugal, industrious, intelligent, and benevolent men and women, with high moral principles. The pauper and criminal classes requiring to be cared for by Massachusetts are less in proportion to the whole number of inhabitants than in any other state or nation. Yet, admirable as are these comparative results, there is room for improvement in a most important particular. The report of the Board urges that the present mode of collecting special classes in great establishments, though it may be the best in a choice of evils, is not the best method for the physical, social, and moral improvement of those classes; as it involves many unfortunate influences (which are stated at large:) and the report suggests that a better way would be to scatter these unfortunates from temporary receiving asylums into families of Christian people all over the State.

It is suggested in view of the above, that collecting fallen women into one large community is not the best way to create a pure moral atmosphere; and that gathering one or two hundred children in one establishment is not so good for them as to give each child a home in some loving Christian family. So of the aged and the sick, the blessings of a quiet home, and the tender, patient nursing of true Christian love, must be sought in a Christian family; not in a great asylum.

In view of these important facts and suggestions, it may be inquired, if the great end and aim of the family state is to train the inmates to self-denying love and labor for the weak, the suffering, and the sinful, how can it be done where there are no young children, no aged persons, no invalids, and no sinful ones for whom such sacrifices are to be made?

Why are orphan children thrown upon the world, why are the aged held in a useless, suffering life, except that they may aid in cultivating tender love and labor for the helpless, and reverence for the hoary head? And yet, how few children are trained thus to regard the orphan, the aged, the helpless, and the vicious around them!

Great houses are built for these destitute ones, and all the labor and self-denial in taking care of them is transferred to paid agents, while thousands of families are thus deprived of all opportunity to cultivate the distinctive virtues of the Christian household.

In this connection, let us look at some facts recently published in the city of New-York.

The writer, Rev. W. O. Van Meter, says in his report:

"The following astounding statistics are carefully selected from the Reports of the Police, Board of Health, Citizens' Association, and more than twelve years' personal experience."

He then gives the following description of a section of the city only a few rods from the stores and residences of those who count their wealth by hundreds of thousands and millions, many of them professing to be followers of Christ:

"First, we see old sheds, stable lofts, dilapidated buildings, too worthless to be repaired, lofts over warehouses and shops; cellars, too worthless for business purposes, and too unhealthy for horses or pigs, and therefore occupied by human beings at high rent.--Second, houses erected for tenant purposes. Take one near our Mission, as a fair specimen of the better class of '_model_' tenant houses. It contains one hundred and twenty-six families--is entered at the sides from alleys eight feet wide; and by reason of another barrack of equal height, the rooms are so darkened, that on a cloudy day it is impossible to sew in them without artificial light. It has not one room that can be thoroughly ventilated.

"The vaults and sewers which are to carry off the filth of one hundred and twenty-six families have grated openings in the alleys, and doorways in the cellars, through which the deadly miasma penetrates and poisons the air of the house and courts. The water-closets for the whole vast establishment are a range of stalls, without doors, and accessible not only from the building, but even from the street. Comfort here is out of the question; common decency impossible, and the horrid brutalities of the passenger-ship are day after day repeated, but on a larger scale.

"In similar dwellings are living five hundred and ten thousand persons, (nearly one half of the inhabitants of the city,) chiefly from the laboring classes, of very moderate means, and also the uncounted thousands of those who do not know to-day what they shall have to live on to-morrow. This immense population is found chiefly in an area of less than four square miles. The vagrant and neglected children among them would form a procession in double file eight miles long from the Battery to Harlem.

"In the Fourth ward, the tenant-house population is crowded at the rate of two hundred and ninety thousand inhabitants to the square mile. Such packing was probably never equaled in any other city. Were the buildings occupied by these miserable creatures removed, and the people placed by each other, there would be but one and two ninths of a square yard for each, and this unparalleled packing is _increasing_. Two hundred and twenty-four families in the ward live below the sidewalk, many of them _below high-water mark_. Often in very high tide they are driven from their cellars or lie in bed until the tide ebbs. Not one half of the houses have any drain or connection with the sewer. The liquid refuse is emptied on the sidewalk or into the street, giving forth sickening exhalations, and uniting its fetid streams with others from similar sources. There are more than four hundred families in this ward whose homes can only be reached by wading through a disgusting deposit of filthy refuse. 'In one tenant-house one hundred and forty-six were sick with small-pox, typhus fever, scarlatina, measles, marasmus, phthisis pulmonalis, dysentery, and chronic diarrhea. In another, containing three hundred and forty-nine persons, _one in nineteen died_ during the year, and on the day of inspection, which was during the most healthy season of the year, there were one hundred and fifteen persons sick! In another (in the Sixth Ward, but near us,) are sixty-five families; seventy-seven persons were sick or diseased at the time of inspection, and one in four _always_ sick. In fifteen of these families twenty-five children were living, thirty-seven had died.'

"Here are found the lowest class of sailor boarding-houses, dance- houses, and dens of infamy. There are _less than two dwelling-houses for each rum-hole_. Here are the poorest, vilest, most degraded, and desperate representatives of all nations. In the homes of thousands here, a ray of sunlight never shines, a flower never blooms, a bird song is never heard, a breath of pure air never breathed." A procession of vagrant and neglected children that in double file would reach eight miles, living in such filth, vice, and unhealthful pollution; all of them God's children, all Christ's younger brethren, to save whom he humbled himself, even to the shameful death of the cross!

Meantime, the city of New York has millions of wealth placed in the hands of men and women who profess to be followers of Jesus Christ, and to have consecrated themselves, their time, and their wealth to his service. And they daily are passing and repassing within a stone's throw of the streets where all this misery and sin are accumulated!

So in all our large cities and towns all over the land are found similar, if not so extensive, collections of vice and misery. And even where there are not such extremes of degradation, there are contrasts of condition that should "give us pause." For example, in the vicinity of our large towns and cities will be seen spacious mansions inhabited by professed followers of Jesus Christ, each surrounded by ornamented grounds. Not far from them will be seen small tenement-houses, abounding with children, each house having about as many square yards of land as the large houses have square acres. In the small tenements, the boys rise early and go forth with the father to work from eight to ten hours, with little opportunity for amusement or for reading or study. In the large houses, the boys sleep till a late breakfast, then lounge about till school-time, then spend three hours in school, stimulating brain and nerves. Then home to a hearty dinner, and then again to school.

So with the girls: in the tenement-houses, they, go to kitchens and shops to work most of the day, with little chance for mental culture or the refinements of taste. In the large mansions, the daughters sleep late, do little or no labor for the family, and spend their time in school, or in light reading, ornamental accomplishments, or amusement.

Thus one class are trained to feel that they are a privileged few for whom others are to work, while they do little or nothing to promote the improvement or enjoyment of their poorer neighbors.

Then, again, labor being confined chiefly to the unrefined and uncultivated, is disgraced and rendered unattractive to the young. One class is overworked, and the body deteriorates from excess. The other class overwork the brain and nerves, and the neglected muscles grow thin, flabby, and weak.

Notice also the style in which they accumulate the elegances of civilization without even an attempt to elevate their destitute neighbors to such culture and enjoyment. Their expensive pictures multiply on their frescoed walls, their elegant books increase in their closed bookcases, their fine pictures and prints remain shut in portfolios, to be only occasionally opened by a privileged few. Their handsome equipages are for the comfortable and prosperous--not for the feeble and poor who have none of their own. All their social amusements are exclusive, and their expensive entertainments are for those only who can return the same to them.

Our Divine Master thus teaches, "When thou makest a feast, call not thy kinsmen or thy rich neighbors, lest they also bid thee again, and a recompense he made thee. But when thou makest a feast, call the poor, for they can not recompense thee; for thou shalt be recompensed at the resurrection of the just." Again, our Lord, after performing the most servile office, taught thus: "If I, your Lord and Master, have washed your feet, ye ought to wash one another's feet."

In all these large towns and cities are women of wealth and leisure, who profess to be followers of Jesus Christ. Some of them, having property in their own right, live in large mansions, with equipage and servants demanding a large outlay. They travel abroad, and gather around themselves the elegant refinements of foreign lands. They give, perhaps, a tenth of their time and income (which is far less than was required of the Jews), for benevolent purposes, and then think and say that they have consecrated themselves and _all_ they have to the service of Christ.

If there is any thing plainly taught in the New Testament it is, that the followers of Christ are to be different and distinct from the world around them; "a peculiar people," and subject to opposition and ill-will for their distinctive peculiarities.

Of these peculiarities demanded, _humility_ and _meekness_ are conspicuous: "Come and learn of me, for I am meek and lowly, and ye shall find rest." Now, the grand aim of the rich, worldly, and ambitious is to be at least equal, or else to rise higher than others, in wealth, honor, and position. This is the great struggle of humanity in all ages, especially in this country, and among all classes, to _rise higher_--to be as rich or richer than others--to be as well dressed--to be more learned, or in more honored positions than others. This was the very thing that made contention among the apostles, even in the company of their Lord, as they walked and "disputed who should be the greatest." "And Jesus sat down and called the twelve, and said unto them, If any man desire to be first, the same _shall be last and servant of all;_" and "he that is least among you shall be great."

At another time, the ambitious mother of two disciples came and asked that her sons might have the _highest_ place in his kingdom, and the other disciples were "moved with indignation." Then the Lord taught them that the honor and glory of his kingdom was to be exactly the reverse of this world; and that whoever would be great must be a _minister_, and who would be chief must be a _servant_; even as the Son of Man came not to be ministered to, but to minister.

Again, he rebuked the love of high position and the desire of being counted wise as teachers of others: "Be not ye called Rabbi, neither be ye called Master; but he that is greatest among you shall be your servant, and whosoever exalteth himself shall be abased."

Then, as to the strife after wealth, into which all are now rushing so earnestly, the Lord teaches: "Lay not up for yourselves treasures on earth. Whosoever of you forsaketh not all that he hath can not be my disciple. Sell that ye have, and give alms; provide yourselves with bags that wax not old--a treasure in heaven that faileth not." To the rich young man, asking how to gain eternal life, the reply was, "Sell all thou hast, and give to the poor, and come and follow me." When the poor widow cast in _all her living_ she was approved. When the first Christians were "filled with the Holy Ghost," they sold all their possessions, to be distributed to those that had need, and were approved.

And nowhere do we find any direction or approval of laying up money for self or for children. A man is admonished to provide sustenance and education for his family, but never to lay up money for them; and the history of the children of the rich is a warning that, even in a temporal view, the chances are all against the results of such use of property. We are to spend all to _save the world_; For this we are to labor and sacrifice ease and wealth, and we are to train children to the same self-sacrificing labors; All that is spent for earthly pleasure ends here. Nothing goes into the future world as a good secured but training our own and other immortal minds. Thus only can we lay up treasures in heaven.

There is a crisis at hand in the history of individuals, of the church, and of our nation, which must inaugurate a new enterprise to save "the whole world." There must be something coming in the Christian churches more consistent, more comprehensive, more in keeping with the command of our ascending Lord--"Go ye (_all_ my followers) into _all the world_, and preach the gospel to every creature; he that believeth shall be saved, and he that believeth not shall be damned!"

It is in hope and anticipation of such a "revival" of the true, self-denying spirit of Christ and of his earnest followers, that plans have been drawn for simple modes of living, in which both labor and economy may be practiced for benevolent ends, and yet without sacrificing the refinements of high civilization. One method is exhibited in the first chapters, adapted to country residence. In what follows will be presented a plan for a city home, having the same aim.

The chief points are to secure economy of labor and time by the _selection and close packing of conveniences_, and also economy of health by a proper mode of _warming and ventilation_. In this connection will be indicated opportunities and modes that thus may be attained for aiding to save the vicious, comfort the suffering, and instruct the ignorant. Fig. 71 is the ground plan, of a city tenement occupying two lots of twenty-two feet front, in which there can be no side windows; as is the case with most city houses. There are two front and two back-parlors, each twenty feet square, with a bedroom and kitchen appended to each: making four complete sets of living-rooms. A central hall runs from basement to roof, and is lighted by skylights. There is also a ventilating recess running from basement to roof with whitened walls, and windows opening into it secure both light and air to the bedrooms. On one end of this recess is a trash-flue closed with a door in the basement, and opening into each story, which must be kept closed to prevent an upward draught, causing dust and light articles to rise. At the other end is a dumb-waiter, running from cellar to roof, and opening into the hall of each story. Four chimneys are constructed near the centre of the house, one for each suite of rooms, to receive a smoke-pipe of cast-iron or terra cotta, as described previously, with a space around it for warm air; and this serves as the exhausting-shaft to carry off the vitiated air from parlors, kitchens, bedrooms, and water-closets. In each kitchen is a stove such as is described in Chapter IV., its pipe connecting with the central cast-iron or terra cotta pipe. The stove can be inclosed by sliding doors shutting off the heat in warm weather. These kitchen stoves, and a large stove in the basement to warm the central hall, would suffice for all the rooms, except in the coldest months, when a small terra cotta stove, made for this purpose, or even an ordinary iron stove, placed by one window in each of the parlors, would give the additional heat needed; while fresh air could be admitted from the windows behind the stove, and thus be partially warmed.

This exhibits the essential feature and peculiarity of Mr. Leeds's system of ventilation, before described. Fresh air, admitted at the bottom of a slightly raised window, is to enter below a window-seat which projects over the stove; the air being thus warmed before entering the room. The flue of the stove is seen (in the finished corner of Fig. 71, which is a model for the four other suites of rooms on each floor) running along the wall to the _front_ chimney, which also receives the corresponding stove-flue from the nearest window in the adjoining parlor: the same arrangement being repeated at the back of the house. This, the two front and back chimneys are for the heating and ventilating parlor stoves; the four central chimneys for cooking, heating, and ventilation.

When possible, in a large building, steam generated in the basement heater will be found better than the parlor stove. In this case, the room will be heated by the coil of steam-pipe mentioned before; the slab covering it being the window-seat, or guard, under which the cool fresh air is conducted to be warmed before passing into the room.

The recess occupied by the sofa stands between these two closets. In case the room is used for sleeping, the double couch on page 30 might be substituted for the sofa, serving as a lounge by day, and two single beds by night. The curtain hanging above can be so fastened by rings on a strong semi-circular wire as to be let down while dressing and undressing, as is done in some of our steamboats. Pockets and hooks on the inside of the curtains may be made very useful.

Fig. 73 represents another side of the same room where are two large windows, each having a cushioned seat in its recess, (although one may be occupied by a stove, as described above.) A study-table with drawers or both the front and back sides furnishes large accommodations for many small articles.

Fig. 74 represents a third side of the same room, with sliding doors glazed from top to bottom to give light to the bedroom and kitchen.

The fourth side appears on the ground plan (Fig. 71.) The ottomans and a few chairs will complete the needful furniture.

By means of forms, shelves, and shelf-boxes, the kitchen, could hold all stores and implements for cooking and setting tables, on the method shown page 34. The eating table is close to the kitchen and sink, so that few steps are required to bring and remove every article. Thus stove, sink, cooking materials, the table and its furniture, are all in close proximity, and yet, when the inmates are seated at table, the sliding-doors will shut out the kitchen, while the bad air and smells of cooking are earned off by the ventilating exhaust-shaft.

The bedroom has a bath-tub and water-closet. The tub need not be more than four feet long, and a half-cover raised by a hinge will, when down, hold wash-bowl and pitcher, when the tub is not in use. Around the bedroom high and wide shelves and shelf-boxes near the ceiling serve to store large articles; and narrower shelves with pegs under them for clothing, protected by a curtain, furnish other conveniences for storage. The trash-flue serves to send off rubbish, with but few steps, and the dumb waiter brings up fuel, stores, etc. Each bedroom must be provided with a ventilating register at the top, connecting with the warm foul-air flue in the chimney.

For a family of four persons, one parlor, with its kitchen and bedroom, couches and side closets, would supply all needful accommodations. For a larger family, sliding-doors into the adjacent parlor, its appended kitchen being arranged for another bedroom, would accommodate a family of ten persons.

A front and a back entrance may be in the basement, which, can be used for family stores, each family having one room. A general laundry with drying closets could be provided in the attic, and lighted from the roof.

Such a building, four stories high, would accommodate sixteen families of four members, or eight larger families, and provide light, warmth, ventilation, and more comforts and conveniences than are usually found in most city houses built for only one family. Here young married persons with frugal and benevolent tastes could commence housekeeping in a style of comfort and good taste rarely excelled in mansions of the rich. The spaces usually occupied by stairs, entries, closets, etc., would on this plan be thrown into fine large airy rooms, with every convenience close at hand.

In one of our large cities is to be found a Christian lady who inherited a handsome establishment with means to support it in the style common to the rich. In the spirit of Christ she "sold all that she had, and gave to the poor," by establishing a _Home for Incurables_, and making her home with them, giving her time and wealth to promoting their temporal comfort and spiritual welfare. Was this doing _more_ than her duty--_more_ than the example and teachings of Christ require?

Suppose several ladies of similar views and character in one city, having only moderate wealth, and leisure, unite to erect such a building as the one described, in a light and healthful part of the city of New York, and then should take up their residence in it, and from the vast accumulation of misery and sin at hand on every side, should select the orphans, the aged, the sick, and the sinful, and spend time and money for their temporal and spiritual elevation; would they do _more_ than the example and teachings of Christ enjoin? Or would their enjoyment, even in this life, be diminished by exchanging a routine chiefly of personal gratification for such self-denying ministries? It was "for _the joy_ that was set before Him" through the everlasting ages that our Lord "endured the cross," and it is to the same supernal glories that he invites his followers, and by the same path he trod.

Here it probably will be said that all rich women can not do what is here suggested, owing to multitudinous claims, or to incapacity of mind or body for carrying out such an attempt. It will also be said that there are many other ways for practicing self-denial besides selling our homes and taking a humbler style of living. This is all true. But we are told that there are "greatest" and "least" in that kingdom of heaven where the chief happiness is in living to serve others, and not for self. Those who can not change their expensive style of living, and are obliged to spend most of their thoughts and wealth on self and those who are a part of self, will be among the least and lowest in happiness and honor, while those who take the low places on earth to raise others will be the happiest and most honored in the kingdom of heaven.

There are many residences in our large cities where women claiming to be Christ's followers live in almost solitary grandeur till the warm season, and then shut them up to spend their time at watering-places or country resorts. The property invested in such city establishments, and the income required to keep them up, would secure "Christian homes" to many suffering, neglected, homeless children of Christ, who are living in impure air, with all the debasing influences found in city tenement-houses. Meantime, the owners of this wealth are suffering in mind and body for want of some grand and noble object in life. If such could not personally live in such an establishment as is here described, by self-denying arrangements and combination with others they could provide and superintend one.

Our minds are created in the image of our Father in heaven, and capable of being made happy, as his is, by the outpouring of blessings on others. And when we are invited by our divine Lord to take his yoke and bear his burden, it is for our own highest happiness as well as for the good of others. And whoever truly obeys finds the yoke easy and the burden light, and that they bring rest to the soul. But those who shrink from the true good, to live a life of self-indulgent ease, will surely find that mere earthly enjoyments pall on the taste, that they perish in the using, that they never satisfy the cravings of a soul created for a higher sphere and nobler mission.

The Bible represents that there is an emergency-a great conflict in the world unseen-and that we on earth, who are Christ's people, are to take a part in this conflict and in the "fellowship of his sufferings," to redeem his children from the slavery of sin and eternal death; and there is the same call to labor and sacrifice now as there was when he commanded, "Go into all the world and preach the Gospel to _every_ creature."

But is not the larger part of the church--especially those who have wealth--practically living on no higher principles than the pious Jews and virtuous heathen? Are they not living just as if there were no great emergency, no terrible risks and danger to their fellow-men in the life to, come? Are they not living just as if all men were safe after they leave this world, and all we need to aim at is to make ourselves and others virtuous and happy in this life, without disturbing anxiety about the life to come? And is the _training_ of most Christian families diverse from that of pious Jews, in reference to the dangers of our fellow-men in the future state, and the consequent duty of labor and sacrifice in order to extend the true religion all over the earth?

One mode of avoiding self-denial in style of living is by the plea that, if all rich Christiana gave up the expensive establishments common to this class and adopted such economies as are here suggested, it would tend to lower civilization and take away support from those living by the fine arts. But while the world is rushing on to such profuse expenditure, will not all these elegancies and refinements be abundantly supported, and is there as much danger in this direction as there is of avoiding the self-denying example of Christ and his early followers? They gave up all they had, and "were scattered abroad, preaching the word;" and was there any reason existing then for self-denying labor that does not exist now? There are more idolaters and more sinful men now, in actual numbers, than there were then; while teaching them the way of eternal life does not now, as it did then, involve the "loss of all things" and "deaths often."

Moreover, would not the fine arts, in the end, he better supported by imparting culture and refined tastes to the neglected ones? Teaching industry, thrift, and benevolence is far better than scattering alms, which often do more harm than good; and would not enabling the masses to enjoy the fine arts and purchase in a moderate style subserve the interests of civilization as truly as for the rich to accumulate treasures for themselves in the common exclusive style?

Suppose some Protestant lady of culture and fortune should unite with an associate of congenial taste and benevolence to erect such a building as here described, and then devote her time and wealth to the elevation and salvation of the sinful and neglected, would she sacrifice as much as does a Lady of the Sacred Heart or a Sister of Charity, many of whom have been the daughters of princes and nobles? They resign to their clergy and superiors not only the control of their wealth but their time, labor, and conscience. In doing this, the Roman Catholic lady is honored and admired as a saint, while taught that she is doing more than her duty, and is thus laying up a store of good works to repay for her own past deficiencies, and also to purchase grace and pardon for humbler sinners. If this is really believed, how soothing to a wounded conscience! And what a strong appeal to generous and Christian feeling! And the more terrific the pictures of purgatory and hell, the stronger the appeal to these humane and benevolent principles.

But how would it be with the Protestant woman practicing such self-denial? For example, the lady of wealth and culture, who gave up her property and time to provide a home for incurables--would her pastor say she was doing _more_ than her duty? and if not, would he preach to other rich women who, in other ways, could humble themselves to raise up the poor, the ignorant, and the sinful, that they are doing _less_ than their duty?

Is it not sometimes the case, that both minister and people, by example, at least, seem to teach that, the more riches increase, the less demand there is for economy, labor, and self-denial for the benefit of the destitute and the sinful?

Protestants are little aware of the strong attractions which, are drawing pious and benevolent women toward the Roman Catholic Church, To the poor and neglected: in humble life are offered a quiet home, with sympathy, and honored work. To the refined and ambitious are offered the best society and high positions of honor and trust. To the sinful are offered pardon for past offenses and a fresh supply of "grace" for all acts of penitence or of benevolence. To the anxiously conscientious, perplexed with contentions as to doctrines and duties, are offered an infallible pope and clergy to decide what is truth and. duty, and what is the true interpretation of the Bible, while they are taught that the "faith" which saves the soul is implicit belief in the teachings of the Roman Catholic Church. All this enables many, even of the intelligent, to receive the other parts of a system that contradicts both common sense and the Bible.

Meantime, a highly educated priesthood, with no family ties to distract attention, are organizing and employing devoted, self-denying women, all over the land, to perform the distinctive work that Protestant women, if wisely trained and organized by their clergy, could carry out in thousands of scattered Christian homes and villages.

In the Protestant churches, women are educated only to be married; and when not married, there is no position provided which is deemed as honorable as that of a wife. But in the Roman Catholic Church, the unmarried woman who devotes herself to works of Christian benevolence is the most highly honored, and has a place of comfort and respectability provided which is suited to her education and capacity. Thus come great nunneries, with lady superiors to control conscience and labor and wealth.

But a time is coming when the family state is to be honored and ennobled by single women, qualified to sustain it by their own industries; women who will both support and train the children of their Lord and Master in the true style of Protestant independence, controlled by no superior but Jesus Christ. And in the Bible they will find the Father of the faithful, to both Jews and Gentiles, their great exemplar. For nearly one hundred years Abraham had no child of his own; but his household, whom he trained to the number of three hundred and eighteen, were children of others. And he was the friend of God, chosen to be father of many nations, because he would "command his household to do justice and judgment and keep the way of the Lord."

The woman who from true love consents to resign her independence and be supported by another, while she bears children and trains them for heaven, has a noble mission; but the woman who earns her own independence that she may train the neglected children of her Lord and Saviour has a still higher one. And a day is coming when Protestant women will be _trained_ for this their highest ministry and profession as they never yet have been.

XXXVII.

THE CHRISTIAN NEIGHBORHOOD.

The spirit of Christian missions to heathen lands and the organizations to carry them forward commenced, in most Protestant lands, within the last century. The writer can remember the time when an annual collection for domestic missions was all the call for such benefactions in a wealthy New-England parish; while such small pittances were customary that the sight of a dollar-bill in the collection, even from the richest men of the church-members, produced a sensation.

In the intervening period since that time, the usual mode of extending the Gospel among the heathen has been for a few of the most self-sacrificing men and women to give up country and home and all the comforts and benefits of a Christian community, and then commence the family state amid such vice and debasement that it was ruinous to children to be trained in its midst. And so the result has been, in multitudes of cases, that children were born only to be sent from parents to be trained by strangers, and the true "Christian family" could not be exhibited in heathen lands. And as a Christian neighborhood, in its strictest sense, consists of a collection of Christian families, such a community has been impossible in most cases among the heathen.

When our Lord ascended, his last command was "Go ye into all the world, and preach the Gospel to _every_ creature." For ages, most Christian people have supposed this command was limited to the apostles. In the present day, it has been extended to Include a few men and women, who should practice the chief labor and self-sacrifice, while most of the church lived at ease, and supposed they were obeying this command, by giving a small portion of their abundance to support those who performed the chief labor and self-sacrifice.

But a time is coming when Christian churches will under stand this command in a much more comprehensive sense; and the "Christian family" and "Christian neighborhood" will be the grand ministry of salvation. In order to assist in making this a practicable anticipation, some additional drawings are given in this chapter. The aim is to illustrate one mode of commencing a Christian neighborhood that is so economical and practical that two or three ladies, with very moderate means, could carry it out.

A small church, a school-house, and a comfortable family dwelling may all be united in one building, and for a very moderate sum, as will be illustrated by the following example.

At the head of the first chapter is a sketch which represents a perspective view of the kind of edifice indicated. On the opposite page (Fig. 75) is an enlarged and more exact view of the front elevation of the same, which is now building in one of the most Southern States, where tropical plants flourish. The three magnificent trees on the drawing heading the first chapter are live-oaks adorned with moss, rising over one hundred feet high and being some thirty or more feet in circumference. Nearly under their shadow is the building to be described.

Fig. 76 is the ground plan, which includes one large room twenty-five feet wide and thirty-five feet long, having a bow window at one end, and a kitchen at the other end. The bow-window has folding-doors, closed during the week, and within is the pulpit for Sunday service. The large room may be divided either by a movable screen or by sliding doors with a large closet on either side. The doors make a more perfect separation; but the screen affords more room for storing family conveniences, and also secured more perfect ventilation for the whole large room by the exhaust-flue.

Thus, through the week, the school can be in one division, and the other still a sizable room, and the kitchen be used for teaching domestic economy and also for the eating-room. Oil Sunday, if there is a movable screen, it can be moved back to the fireplace; or otherwise, the sliding--doors may be opened, giving the whole space to the congregation. The chimney is finished off outside as a steeple. It incloses a cast-iron or terra cotta pipe, which receives the stove-pipe of the kitchen and also pipes connecting the two fireplaces with the large pipe, and finds exit above the slats of the steeple at the projections. Thus the chimney is made an exhaust shaft for carrying off vitiated air from all the rooms both above and below, which have openings into it made for the purpose.

Two good-sized chambers are over the large lower story, as shown in Fig. 77. Large closets are each side of these chambers, where are slatted openings to admit pure air; and under these openings are registers placed to enable pure air to pass through the floor into the large room below. Thus a perfect mode of ventilation is secured for a large number.

On Sunday, the folding-doors of the bow-window are to be opened for the pulpit, the sliding-doors opened, or the screen moved back, and camp-chairs brought from the adjacent closet to seat a congregation of worshipers.

During the week, the family work is to be done in the kitchen, and the room adjacent be used for both a school and an eating-room. Here the aim will be, during the week, to collect the children of the neighborhood, to be taught not only to read, write, and cipher, but to perform in the best manner all the practical duties of the family state. Two ladies residing in this building can make an illustration of the highest kind of "Christian family," by adopting two orphans, keeping in training one or two servants to send out for the benefit of other families, and also providing for an invalid or aged member of Christ's neglected ones. Here also they could employ boys and girls in various kinds of floriculture, horticulture, bee-raising, and other out-door employments, by which an income could be received and young men and women trained to industry and thrift, so as to earn an independent livelihood.

The above attempt has been made where, in a circuit of fifty miles, with a thriving population, not a single church is open for Sunday worship, and not a school to be found except what is provided by faithful Roman Catholic nuns, who, indeed, are found engaged in similar labors all over our country. The cost of such a building, where lumber is $50 a hundred and labor $3 a day, would not much exceed $1200.

Such destitute settlements abound all over the West and South, while, along the Pacific coast, China and Japan are sending their pagan millions to share our favored soil, climate, and government.

Meantime, throughout our older States are multitudes of benevolent, well-educated, Christian women in unhealthful factories, offices, and shops; and many, also, living in refined leisure, who yet are pining for an opportunity to aid in carrying the Gospel to the destitute. Nothing is needed but _funds_ that are in the keeping of thousands of Christ's professed disciples, and _organisations_ for this end, which are at the command of the Protestant clergy.

Let such a truly "Christian family" be instituted in any destitute settlement, and soon its gardens and fields would cause "the desert to blossom as the rose," and around would soon gather a "Christian neighborhood." The school-house would no longer hold the multiplying worshipers. A central church would soon appear, with its appended accommodations for literary and social gatherings and its appliances for safe and healthful amusements.

The cheering example would soon spread, and ere long colonies from these prosperous and Christian communities would go forth to shine as "lights of the world" in all the now darkened nations. Thus the "Christian family," and "Christian neighborhood" would become the grand ministry, as they were designed to be, in training our whole race for heaven.

This final chapter should not close without a few encouraging words to those who, in view of the many difficult duties urged in these pages, sorrowfully review their past mistakes and deficiencies. None can do this more sincerely than the writer. How many things have been done unwisely even with good motives! How many have been left undone that the light of present knowledge would have secured!

In this painful review, the good old Bible comes as the abundant comforter. The Epistle to the Romans was written especially to meet such regrets and fears. It teaches that all men are sinners, in many cases from ignorance of what is right, and in many from stress of temptation, so that neither Greek nor Jew can boast of his own righteousness. For it is not "by works of righteousness" that we are to be considered and treated as righteous persons, but through a "faith that _works by love_;" that _faith_ or _belief_ which is not a mere intellectual conviction, but a _controlling purpose_ or spiritual principle which _habitually controls_ the feelings and conduct. And so long as there is this constant aim and purpose to obey Christ in all things, mistakes in judgment as to what is right and wrong are pitied, "even as a father pitieth his children," when from ignorance they run into harm. And even the most guilty transgressors are freely forgiven when truly repentant and faithfully striving to forsake the error of their ways.

Moreover, this tender and pitiful Saviour is the Almighty One who rules both this and the invisible world, and who "from every evil still educes good." This life is but the infant period of our race, and much that we call evil, in his wise and powerful ruling may be for the highest good of all concerned.

The Blessed Word also cheers us with pictures of a dawning day to which we are approaching, when a voice shall be heard under the whole heavens, saying, "Alleluia"--"the kingdoms of this world are become the kingdoms of our Lord and of his Christ, and he shall reign forever and ever." And "a great voice out of heaven" will proclaim, "Behold, the tabernacle of God is with men, and he shall dwell with them, and they shall be his people. And God himself shall be with them, and be their God. And God shall wipe away all tears from their eyes; and there shall be no more death, neither sorrow, nor crying; neither shall there be any more pain; for the former things are passed away."

The author still can hear the echoes of early life, when her father's voice read to her listening mother in exulting tones the poet's version of this millennial consummation, which was the inspiring vision of his long life-labors--a consummation to which all their children were consecrated, and which some of them may possibly live to behold.

"O scenes surpassing fable, and yet true! Scenes of accomplished bliss! which who can see, Though but in distant prospect, and not feel His soul refreshed with foretaste of the joy!

"Rivers of gladness water all the earth, And clothe all climes with beauty; the reproach Of barrenness is past. The fruitful field Laughs with abundance; and the land once lean, Or fertile only in its own disgrace, Exults to see its thistly curse repealed.

"Error has no place: That creeping pestilence is driven away; The breath of Heaven has chased it. In the heart No passion touches a discordant string, But all is harmony and love. Disease Is not: the pure and uncontaminate blood Holds its due course, nor fears the frost of age.

One song employs all nations; and all cry, 'Worthy the Lamb, for he was slain for us!' The dwellers in the vales and on the rocks Shout to each other; and the mountain-tops From distant mountains catch the flying joy; Till, nation after nation taught the strain,

"Behold the measure of the promise filled! See Salem built, the labor of a God! Bright as a sun the sacred city shines; All kingdoms and all princes of the earth Flock to that light; the glory of all lands Flows into her; unbounded is her joy, And endless her increase. Thy rams are there, Nebaioth, and the flocks of Kedar there; The looms of Ormus and the mines of Ind, And Saba's spicy groves pay tribute there.

"Praise is in all her gates: upon her walls, And in her streets, and in her spacious courts, Is heard salvation. Eastern Java there Kneels with the native of the farthest west; And Athiopia spreads abroad the hand, And worships. Her report has traveled forth Into all lands. From every clime they come To see thy beauty, and to share thy joy, O Zion! an assembly such as earth Saw never, such as Heaven stoops down to see!" [Footnote: Cowper's _Task_.]

AN APPEAL TO AMERICAN WOMEN BY THE SENIOR AUTHOR OF THIS VOLUME.

My honored countrywomen:

It is now over forty years that I have been seeking to elevate the character and condition of our sex, relying, as to earthly aid, chiefly on your counsel and cooperation. I am sorrowful at results that have followed these and similar efforts, and ask your sympathy and aid.

Let me commence with a brief outline of the past. I commenced as an educator in the city of Hartford, Ct., when only the primary branches and one or two imperfect accomplishments were the ordinary school education, and was among the first pioneers in seeking to introduce some of the higher branches. The staid, conservative citizen's queried of what use to women were Latin, Geometry, and Algebra, and wondered at a request for six recitation rooms and a study-hall for a school of nearly a hundred, who had as yet only one room. The appeal was then made to benevolent, intelligent women, and by their influence all that was sought was liberally bestowed.

But the course of study then attempted was scarcely half of what is now pursued in most of our colleges for young women, while there has been added a round and extent of accomplishments then unknown. Yet this moderate amount so stimulated brain and nerves, and so excited competition, that it became needful to enforce a rule, requiring a daily report, that only two hours a day had been devoted to study out of school hours. Even this did not avail to save from injured health both the teacher who projected these improvements and many of her pupils. This example and that of similar institutions spread all over the nation, with constantly increasing demand for more studies, and decreasing value and respect for domestic pursuits and duties.

Ten years of such intellectual excitement exhausted the nervous fountain, and my profession as a school-teacher was ended.

The next attempt was to introduce Domestic Economy as _a science to be studied_ in schools for girls. For a while it seemed to succeed; but ere long was crowded out by Political Economy and many other economies, except those most needed to prepare a woman for her difficult and sacred duties.

In the progress of years, it came to pass that the older States teemed with educated women, qualified for no other department of woman's profession but that of a schoolteacher, while the newer States abounded in children without schools.

I again appealed to my countrywomen for help, addressing them through the press and also by the assistance of a brother (in assemblies in many chief cities) in order to raise funds to support an agent. The funds were bestowed, and thus the services of Governor Slade were secured, and, mainly by these agencies, nearly one thousand teachers were provided with schools, chiefly in the West.

Meantime, the intellectual taxation in both private and public schools, the want of proper ventilation in both families and schools, the want of domestic exercise which is so valuable to the feminine constitution, the pernicious modes of dress, and the prevailing neglect of the laws of health, resulted in the general decay of health among women. At the same time, the overworking of the brain and nerves, and the "cramming" system of study, resulted in a deficiency of mental development which is very marked. It is now a subject of general observation that young women, at this day, are decidedly inferior in mental power to those of an earlier period, notwithstanding their increased advantages. For the mind, crowded with undigested matter, is debilitated the same as is the body by over-feeding,

Recent scientific investigations give the philosophy of these results. For example, Professor Houghton, of Trinity College, Dublin, gives as one item of protracted experiments in animal chemistry, that two hours of severe study abstracts as much vital strength as is demanded by a whole day of manual labor. The reports of the Massachusetts Board of Education add other facts that, in this connection, should be deeply pondered. For example, in one public school of eighty-five pupils only fifty-four had refreshing sleep; fifty-nine had headaches or constant weariness, and only fifteen were perfectly well. In this school it was found, and similar facts are common in all our public and high schools, that, in addition to six school-hours, thirty-one studied three hours and a half; thirty-five, four hours; and twelve, from four to seven hours. And yet the most learned medical men maintain that the time devoted to brain labor, daily, should not exceed six hours for healthy men, and three hours for growing children.

Alarmed at the dangerous tendencies of female education, I made another appeal to my sex, which resulted in the organization of the American Woman's Education Association, the object being to establish _endowed_ professional schools, in connection with literary institutions, in which woman's profession should be honored and taught as are the professions of men, and where woman should be trained for some self-supporting business. From this effort several institutions of a high literary character have come into existence at the West, but the organization and endowment of the professional schools is yet incomplete from many combining impediments, the chief being a want of appreciation of woman's profession, and of the _science_ and _training_ which its high and sacred duties require. But the reports of the Association will show that never before were such superior intellectual advantages secured to a new country by so economical an outlay.

Let us now look at the dangers which are impending. And first, in regard to the welfare of the family state, the decay of the female constitution and health has involved such terrific sufferings, in addition to former cares and pains of maternity, that multitudes of both sexes so dread the risks of marriage as either to avoid it, or meet them by methods _always_ injurious and often criminal. Not only so, multitudes of intelligent and conscientious persons, in private and by the press, unaware of the penalties of violating nature, openly impugn the inspired declaration, "Children are a heritage of the Lord."

Add to these, other influences that are robbing home of its safe and peaceful enjoyments. Of such, the condition of domestic service is not the least. We abound in domestic helpers from foreign shores, but they are to a large extent thriftless, ignorant, and unscrupulous, while as thriftless and inexperienced housekeepers, from boarding-school life, have no ability to train or to control. Hence come antagonism and ceaseless "worries" in the parlor, nursery, and kitchen, while the husband is wearied with endless complaints of breakage, waste of fuel and food, neglect, dishonesty, and deception, and home is any thing but a harbor of comfort and peace. Thus come clubs to draw men from comfortless homes, and, next, clubs for the deserted women.

Meantime, domestic service--disgraced, on one side, by the stigma of our late slavery, and, on the other, by the influx into our kitchens of the uncleanly and ignorant--is shunned by the self-respecting and well educated, many of whom prefer either a miserable pittance or the career of vice to this fancied degradation. Thus comes the overcrowding in all avenues for woman's work, and the consequent lowering of wages to starvation prices for long protracted toils.

From this come diseases to the operatives, bequeathed often to their offspring. Factory girls must stand ten hours or more, and consequently in a few years debility and disease ensue, so that they never can rear healthy children, while the foreigners who supplant them in kitchen labor are almost the only strong and healthy women to rear large families. The sewing-machine, hailed as a blessing, has proved a curse to the poor; for it takes away profits from needlewomen, while employers testify that women who use this machine for steady work, in two years or less become hopelessly diseased and can rear no children. Thus it is that the controlling political majority of New-England is passing from the educated to the children of ignorant foreigners.

Add to these disastrous influences, the teachings of "free love;" the baneful influence of spiritualism, so called; the fascinations of the _demi-monde_; the poverty of thousands of women who, but for desperate temptations, would be pure--all these malign influences are sapping the foundations of the family state. Meantime, many intelligent and benevolent persons imagine that the grand remedy for the heavy evils that oppress our sex is to introduce woman to political power and office, to make her a party in primary political meetings, in political caucuses, and in the scramble and fight for political offices; thus bringing into this dangerous _melee_ the distinctive tempting power of her sex. Who can look at this new danger without dismay? But it is neither generous nor wise to join in the calumny and ridicule that are directed toward philanthropic and conscientious laborers for the good of our sex, because we fear their methods are not safe. It would be far wiser to show by example a better way.

Let us suppose that our friends have gained the ballot and the powers of office: are there any real beneficent measures for our sex, which they would enforce by law and penalties, that fathers, brothers, and husbands would not grant to a united petition of our sex, or even to a majority of the wise and good? Would these not confer what the wives, mothers, and sisters deemed best for themselves and the children they are to train, very much sooner than they would give power and office to our sex to enforce these advantages by law? Would it not be a wiser thing to _ask_ for what we need, before trying so circuitous and dangerous a method? God has given to man the physical power, so that all that woman may gain, either by petitions or by ballot, will be the gift of love or of duty; and the ballot never will be accorded till benevolent and conscientious men are the majority--a millennial point far beyond our present ken.

The American Woman's Education Association aims at a plan which its members believe, in its full development, will more effectually remedy the "wrongs of woman" than any other urged on public notice. Its general aim has been stated; its details will appear at another time and place. Its managers include ladies of high character and position from six religious denominations, and also some of the most reliable business men of New York. Any person who is desirous to aid by contributions to this object can learn more of the details of the plan by addressing me at No. 69 West Thirty-eighth Street. But it is needful to state that letters from those who seek aid or employment of any sort can not be answered at present, nor for some months to come.

Every woman who wishes to aid in this effort for the safety and elevation of our sex can do so by promoting the sale of this work, and its introduction as a text-book into schools. An edition for the use of schools will be in readiness next fall, which will contain school exercises, and questions that will promote thought and discussion in classrooms, in reference to various topics included in the science of Domestic Economy. And it is hoped that a previous large sale of the present volume will prepare the public mind to favor the introduction of this branch of study into both public and private schools. Ladies who write for the press, and all those who have influence with editors, can aid by directing general attention to this effort.

All the profits of the authors derived from the edition of this volume prepared for schools, will be paid into the Treasury of the A. W.E. Association, and the amount will be stated in the annual reports.

The complementary volume of this work will follow in a few months, and will consist, to a great extent, of _receipts and directions_ in all branches of domestic economy, especially in the department of _healthful and economical cooking_. The most valuable receipts in my _Domestic Receipt Book_, heretofore published by the Harpers, will be retained, and a very large number added of new ones, which are healthful, economical, and in many cases ornamental. One special aim will be to point out modes of _economizing labor_ in preparing food.

Many directions will be given that will save from purchasing poisonous milk, meats, beers, and other medicated drinks. Directions for detecting poisonous ingredients in articles for preserving the hair, and in cosmetics for the complexion, which now are ruining health, eyesight, and comfort all over the nation, will also be given.

Particular attention will be given to modes of preparing and preserving clothing, at once economical, healthful, and in good taste.

A large portion of the book will be devoted to instruction, in the various ways in which women may _earn an independent livelihood_, especially in employments that can be pursued in sunlight and the open air.

Should any who read this work wish for more minute directions in regard to ventilation of a house already built, or one projected, they can obtain his aid by addressing Lewis Leeds, No. 110 Broadway, New York City. His associate, Mr. Herman Kreitler, who prepared the architectural plans in this work relating to Mr. Leeds's system, can be addressed at the same place.

CATHARINE E. BEECHER.

NEW YORK, June 1, 1869.

APPENDIX.

GLOSSARY OF SUCH WORDS AND PHRASES AS MAY NOT EASILY BE UNDERSTOOD BY THE YOUNG READER

[Many words not contained in this GLOSSARY will be found explained in the body of the work, in the places where they first occur.]

_Action brought by the Commonwealth:_ A prosecution conducted in the name of the public, or by the authority of the State.

_Albumen:_ Nourishing matter stored up between the undeveloped germ and its protecting wrappings in the seed of many plants. It is the flowery part of grain, the oily part of poppy seeds, the fleshy part in cocoa- nuts, etc.

_Alcoholic:_ Made of or containing alcohol, an inflammable liquid which is the basis of ardent spirits.

_Alkali,_ (plural, _alkalies:_) A chemical substance, which has the property of combining with and neutralizing the properties of acids, producing salts by the combination. Alkalies change most of the vegetable blues and purples to green, red to purple, and yellow to brown. _Caustic alkali:_ An alkali deprived of all impurities, being thereby rendered more caustic and violent in its operation. This term is usually applied to pure potash. _Fixed alkali:_ An alkali that emits no characteristic smell, and can not be volatilized or evaporated without great difficulty. Potash and soda are called the fixed alkalies. Soda is also called a _fossil_ or _mineral alkali,_ and potash the _vegetable alkali. Volatile alkali:_ An elastic, transparent, colorless, and consequently an invisible gas, known by the name of ammonia or ammoniacal gas. The odor of spirits of hartshorn is caused by this gas.

_Anglo-American:_ English-American, relating to Americans descended from English ancestors.

_Anther:_ That part of the stamen of a flower which contains the pollen or farina, a sort of mealy powder or dust, which is necessary to the production of the flower.

_Anthracite:_ One of the must valuable kinds of mineral coal, containing no bitumen. It is very abundant in the United States.

_Aperient:_ Opening.

_Archaology:_ A discourse or treatise on antiquities.

_Arrow-root_: A white powder, obtained from the fecula or starch, of several species of tuberous plants in the East and West Indies, Bermuda, and other places. That from Bermuda is most highly esteemed. It is used as an article for the table, in the form of puddings, and also as a highly nutritive, easily digested, and agreeable food for invalids. It derives its name from having been originally used by the Indians as a remedy for the poison of their arrows, by mashing and applying it to the wound.

_Articulating process_: The protuberance or projecting part of a bone, by which it is so joined to another bone as to enable the two to move upon each other.

_Asceticism_: The state of an ascetic or hermit, who flies from society and lives in retirement, or who practices a greater degree of mortification and austerity than others do, or who inflicts extraordinary severities upon himself.

_Astral lamp_: A lamp, the principle of which was invented by Benjamin Thompson, (a native of Massachusetts, and afterward Count Rumford,) in which the oil is contained in a large horizontal ring, having at the centre a burner which communicates with the ring by tubes. The ring is placed a little below the level of the flame, and from its large surface affords a supply of oil for many hours.

_Astute_: Shrewd.

_Auricles_: (From a Latin word, signifying the ear,) the name given to two appendages of the heart, from their fancied resemblance to the ear.

_Baglivi, (George)_: An eminent physician, who was born at Ragusa, in 1668, and was educated at Naples and Paris. Pope Clement XIV., on the ground of his great merit, appointed him, while a very young man, Professor of Anatomy and Surgery in the College of Sapienza, at Rome. He wrote several works, and did much to promote the cause of medical science. He died A.D. 1706.

_Bass_, or bass-wood: A large forest-tree of America, sometimes called the lime-tree. The wood is white and soft, and the bark is sometimes used for bandages.

_Bell, Sir Charles_: A celebrated surgeon, who was born in Edinburgh, in the year 1778. He commenced his career in London, in 1806, as a lecturer on Anatomy and Surgery. In 1830, he received the honors of knighthood, and in 1836 was appointed Professor of Surgery in the College of Edinburgh. He died near Worcester, in England, April 29th, 1842. His writings are very numerous and have been, much celebrated. Among the most important of these, to general readers, are his _Illustrations of Paley's Natural Theology_, and his treatise on _The Hand, its Mechanism and Vital Endowments, as evincing Design_.

_Bergamot_: A fruit which was originally produced by ingrafting a branch of a citron or lemon-tree upon the stock of a peculiar kind of pear, called the bergamot pear.

_Biased_: Cut diagonally from one corner to another of a square or rectangular piece of cloth.

_Bias pieces_: Triangular pieces cut as above mentioned.

_Bituminous_: Containing _bitumen_, which is an inflammable mineral substance, resembling tar or pitch in its properties and uses. Among different bituminous substances, the names _naphtha_ and _petrolium_ have been given to those which are fluid, _maltha_, to that which has the consistence of pitch, and _asphaltum_ to that which is solid.

_Blight_: A disease in plants by which they are blasted, or prevented from producing fruit.

_Blonde lace_: Lace made of silk.

_Blood heat_: The temperature which the blood is always found to maintain, or ninety-eight degrees of Fahrenheit's thermometer.

_Blue vitriol_: Sulphate of copper.

_Blunts_: Needles of a short and thick shape, distinguished from _Sharps_, which are long and slender.

_Booking_: A kind of thin carpeting or coarse baize.

_Botany_: (From a Greek word signifying an herb,) a knowledge of plants; the science which treats of plants.

_Brazil wood_: The central part or heart of a large tree which grows in Brazil, called the _Caesalpinia echinata_. It produces very lively and beautiful red tints, but they are not permanent.

_Bronze_: A metallic composition, consisting of copper and tin.

_Brulure_: A French term, denoting a burning or scalding; a blasting of plants.

_Brussels_, (carpet:) A kind of carpeting, so called from the city of Brussels, in Europe. Its basis is composed of a warp and woof of strong linen threads, with the warp of which are intermixed about five times the quantity of woolen threads of different colors.

_Bulb_: A root with a round body, like the onion, turnip, or hyacinth.

_Bulbous_: Having a bulb.

_Byron, (George Gordon,) Lord_: A celebrated poet, who was born in London, January 23d, 1788, and died in Missolonghi, in Greece, April 18th, 1824.

_Calisthenics_: From two Greek words--_kalos_, beauty, and _sthenos_, strength, being the union of both.

_Camwood_: A dyewood, procured from a leguminous (or pod-bearing) tree, growing on the western coast of Africa, and called _Baphianitida_.

_Canker-worm_: A worm which is very destructive to trees and plants. It springs from an egg deposited by a miller that issues from the ground, and in some years destroys the leaves and fruit of apple and other trees.

_Capillary_: A minute, hair-like tube.

_Carbon_: A simple, inflammable body, forming the principal part of wood and coal, and the whole of the diamond.

_Carbonic acid:_ A compound gas, consisting of one part of carbon and two parts of oxygen; fatal to animal life. It has lately been obtained in a solid form.

_Carbonic Oxide:_ A compound, consisting of one part of carbon and one part of oxygen; it is fatal to animal life. Burns with a pale, blue flame, forming carbonic acid.

_Carmine:_ A crimson color, the most beautiful of all the reds. It is prepared from a decoction of the powdered cochineal insect, to which alum and other substances are added.

_Caseine:_ One of the great forms of blood-making matter; the cheesy or curd-part of milk; found in both animal and vegetable kingdoms.

_Caster:_ A small vial or vessel for the table, in which to put vinegar, mustard, pepper, etc. Also, a small wheel on a swivel-joint, on which furniture may be turned in any direction.

_Chancellor of the Exchequer: In England, the highest judge of the law; the principal financial minister of a government, and the one who manages its revenue.

_Chateau:_ A castle, a mansion.

_Chemistry:_ The science which treats of the elementary constituents of bodies.

_Chinese belle,_ deformities of: In China, it is the fashion to compress the feet of female infants, to prevent their growth; in consequence of which, the feet of all the females of China are distorted, and so small that the individuals can not walk with ease.

_Chloride:_ A compound of chlorine and some other substance.

_Chlorine_ is a simple substance, formerly called oxymuriatic acid. In its pure state, it is a gas of green color, (hence its name, from a Greek word signifying green.) Like oxygen, it supports the combustion of some inflammable substances. _Chloride of lime_ in a compound of chlorine and lime.

_Cholera infantum:_ A bowel-complaint to which infants are subject.

_Chyle:_ A white juice formed from the chyme, and consisting of the finer and more nutritious parts of the food. It is afterward converted into blood.

_Chyme:_ The result of the first process which food undergoes in the stomach previously to its being converted into chyle.

_Cicuta:_ The common American hemlock, an annual plant of four or five feet in height, and found commonly along walls and fences and about old ruins and buildings. It is a virulent poison as well as one of the most important and valuable medicinal vegetables. It is a very different plant from the hemlock-tree or _Pinus Canadiensis_.

_Clarke, (Sir Charles Mansfield,) Dr.:_ A distinguished English physician and surgeon, who was born, in London, May 28th, 1783. Ha was appointed physician to Queen Adelaide, wife of King William IV., in 1830, and in 1831 he was created a baronet. He was the author of several valuable medical works.

_Cobalt:_ A brittle metal, of a reddish-gray color and weak metallic lustre, used in coloring glass. It is not easily melted nor oxidized in the air.

_Cochineal:_ A color procured from the cochineal insect, (or _Coccus cacti,_) which feeds upon the leaves of several species of the plant called cactus, and which is supposed to derive its coloring matter from its food. Its natural color is crimson; but, by the addition of a preparation of potash, it yields a rich scarlet dye.

_Cologne-water:_ A fragrant perfume, which derives its name from having been originally made in the city of Cologne, which is situated on the river Rhine, in Germany. The best kind is still procured from that city.

_Comparative anatomy:_ The science which has for its object a comparison of the anatomy, structure, and functions of the various organs of animals, plants, etc., with those of the human body.

_Confection:_ A sweetmeat; a preparation of fruit with sugar; also a preparation of medicine with honey, syrup, or similar saccharine substance, for the purpose of disguising the unpleasant taste of the medicine.

_Cooper, Sir Astley Paston:_ A celebrated English surgeon, who was born at Brooke, in Norfolk county, England, August 23d, 1768, and commenced the practice of surgery in London, in 1792. He was appointed surgeon to King George IV. in 1827, was created a baronet in 1831, and died February 12th, 1841. He was the author of many valuable works.

_Copal:_ A hard, shining, transparent resin, of a light citron color, brought originally from Spanish-America, and now almost wholly from the East-Indies. It is principally employed in the preparation of _copal varnish._

_Copper, Sulphate of:_ See _Sulphate of copper.

_Copperas:_ (Sulphate of iron or green vitriol,) a bright green mineral substance, formed by the decomposition of a peculiar ore of iron called pyrites, which is a sulphuret of iron. It is first in the form of a greenish-white powder or crust, which is dissolved in water, and beautiful green crystals of copperas are obtained by evaporation. It is principally used in dyeing and in making black ink. Its solution, mixed with a decoction of oak bark, produces a black color.

_Coronary:_ Relating to a crown or garland. In anatomy, it is applied to arteries which encompass the heart, in the manner, as it is fancied, of a garland.

_Corrosive sublimate:_ A poisonous substance composed of chlorine and quicksilver.

_Cosmetics:_ Preparations which, some people foolishly think will preserve and beautify the skin.

_Cream of tartar_: See _Tartar_.

_Curculio_: A weevil or worm, which affects the fruit of the plum-tree and sometimes that of the apple-tree, causing the unripe fruit to fall to the ground.

_Cuvier, Baron_: The moat eminent naturalist of the present age; was born A. D. 1769, and died A.D. 1832. He was Professor of Natural History in the College of France, and held various important posts under the French government at different times. His works on Natural History are of the greatest value.

_Cynosure_: The constellation of the Lesser Bear, containing the star near the North Pole, by which sailors steer. It is used, in a figurative sense, as synonymous with _pole-star_ or _guide_, or anything to which the eyes of many are directed.

_De Tocqueville_: See _Tocqueville_.

_Diamond cement_: A cement sold in the shops, and used for mending broken glass and similar articles.

_Drab_: A thick woolen cloth, of a light brown or dun color. The name is sometimes used for the color itself.

_Dredging-box_: A box with holes in the top, used to sift or scatter flour on meat when roasting.

_Drill_: (In husbandry,) to sow grain in rows, drills, or channels; the row of grain so sowed.

_Duchess of Orleans_: See _Orleans_.

The _East_, and the _Eastern States_: Those of the United States situated in the north-east part of the country, including Maine, New Hampshire, Massachusetts, Rhode Island, Connecticut, and Vermont.

_Elevation_, (of a house:) A plan representing the upright view of a house, as a ground-plan shows its appearance on the ground.

_Euclid_: A celebrated mathematician, who was born in Alexandria, in Egypt, about two hundred and eighty years before Christ. He distinguished himself by his writings on music and geometry. The most celebrated of his works is his _Elements of Geometry_, which is in use at the present day. He established a school at Alexandria, which became so famous that, from his time to the conquest of Alexandria by the Saracens, (A.D. 646,) no mathematician was found who had not studied at Alexandria. Ptolemy, King of Egypt, was one of his pupils; and it was to a question of this king, whether there was not a shorter way of coming at geometry than by the study of his _Elements_, that Euclid made the celebrated answer, "There is no royal path to geometry."

_Equator_ or _equinoctial line_: An imaginary line passing round the earth, from east to west and directly under the sun, which always shines nearly perpendicularly down upon all countries situated near the equator.

_Evolve_: To throw off, to discharge.

_Exchequer:_ A court in England in which the Chancellor presides, and where the revenues of and the debts due to the king, are recovered. This court was originally established by King William, (called "the Conqueror,") who died A.D. 1087; and its name is derived from a checkered cloth (French _echiquier_, a chess-hoard, checker-work) on the table.

_Excretion:_ Something discharged from the body, a separation of animal matters. _Excrementitious:_ Consisting of matter excreted from the body; containing excrements.

_Fahrenheit, (Gabriel Daniel:)_ A celebrated natural philosopher, who was born at Dantzig, A.D. 1686. He made great improvements in the thermometer, and his name is sometimes used for that instrument.

_Farinaceous:_ Mealy, tasting like meal.

_Fell:_ To turn down on the wrong side the raw edges of a seam after it has been stitched, run, or sewed, and then to hem or sew it to the cloth.

_Festivals_ of the Jews, the three great annual: These were, the Feast of the Passover, that of Pentecost, and that of Tabernacles; on occasion of which, all the males of the nation were required to visit the temple at Jerusalem, in whatever part of the country they might reside. See Exodus 28:14, 17; 34:23; Leviticus 33: 4; Deuteronomy 16:16. The Passover was kept in commemoration of the deliverance of the Israelites from Egypt, and was so named because the night before their departure the destroying angel, who slew all the first-born of the Egyptians, _passed over_ the houses of the Israelites without entering them. See Exodus 12. The Feast of Pentecost was so called from a word meaning _the fiftieth_, because it was celebrated on the fiftieth day after the Passover, and was instituted in commemoration of the giving of the Law from Mount Sinai on the fiftieth day from the departure out of Egypt. It is also called the Feast of Weeks, because it was kept seven weeks after the Passover. See Exodus 34:32; Leviticus 23: 15-21; Deuteronomy 16: 9, 10. The Feast of Tabernacles, or Feast of Tents, was so called because it was celebrated under tents or tabernacles of green boughs, and was designed to commemorate their dwelling in tents during their passage through the wilderness. At this feast they also returned thanks, to God for the fruits of the earth after they had been gathered. See Exodus 23: 16; Leviticus 33: 34-44; Deuteronomy 16:13; and also St. John 7: 2.

_Fire-blight:_ A disease in the pear and some other fruit-trees, in which they appear burnt as if by fire. It is supposed, by some to be caused by an insect, others suppose it to be caused by-an over-abundance of sap.

_Fluting-iron:_ An instrument for making flutes, channels, furrows, or hollows in ruffles, etc.

_Foundation muslin_: A nice kind of buckram, stiff and white, used for the foundation or basis of bonnets, etc.

_Free States_: A phrase formerly used to distinguish those States in which slavery was not allowed, as distinguished from Slave States, in which slavery did exist.

_French chalk_: A variety of the mineral called talc, unctuous to the touch, of greenish color, glossy, soft, and easily scratched, and leaving a silvery line when drawn on paper. It is used for marking on cloth, and extracting grease-spots.

_Fuller's earth_: A species of clay remarkable for its property of absorbing oil, for which reason it is valuable for extracting grease from cloth, etc. It is used by fullers in scouring and cleansing cloth, whence its name.

_Fustic_: The wood of a tree which grows in the West-Indies called _Morus tinctoria_. It affords a durable but not very brilliant yellow dye, and is also used in producing some greens and drab colors.

_Gastric_: (From the Greek [Transliterated: gasths], _gaster_, the belly,) belonging or relating to the belly, or stomach. _Gastric juice_: The fluid which dissolves the food in the stomach. It is limpid, like water, of a saltish taste, and without odor. _Geology_: The science which treats of the formation of the earth.

_Gluten_: The glue-like, sticky, tenacious substance which gives adhesiveness to dough. The principle of gelly, (now generally written _jelly_.)

_Gore_: A triangular piece of cloth.

_Goring_: Cut in a triangular shape.

_Gothic_: A peculiar and strongly-marked style of architecture, sometimes called the ecclesiastical style, because it is most frequently used in cathedrals, churches, abbeys, and other religious edifices. Its principle seems to have originated in the imitation of groves and bowers, under which the ancients performed their sacred rites; its clustered pillars and pointed arches very well representing the trunks of trees and their in-locking branches.

_Gourmand_ or _Gormand_: A glutton, a greedy eater. In agriculture, it is applied to twigs which take up the sap but bear only leaves.

_Green vitriol_: See _Copperas_.

_Griddle_: An iron pan, of a peculiarly broad and shallow construction, used for baking cakes.

_Ground-plan_: The map or plan of the floor of any building, in which the various apartments, windows, doors, fire-places, and other things are represented, like the rivers, towns, mountains, roads, etc., on a map.

_Gum Arabic_: A vegetable juice which exudes through the bark of the _Acacia, Mimosa nilotica_, and some other similar trees growing in Arabia, Egypt, Senegal, and Central Africa. It is the purest of all gums.

_Hardpan_: The hard, unbroken layer of earth below the mould or cultivated soil.

_Hartshorn_, (spirits of:) A volatile alkali, originally prepared from the horns of the stag or hart, but now procured from various other substances. It is known by the name of ammonia or spirits of ammonia.

_Hemlock_: see _Cicuta.

_Horticulturist:_ One skilled in horticulture, or the art of cultivating gardens: horticulture being to the garden what agriculture is to the farm, the application of labor and science to a limited spot, for convenience, for profit, or for ornament--though implying a higher state of cultivation than is common in agriculture. It includes the cultivation of culinary vegetables and of fruits, and forcing or exotic gardening as far as respects useful products.

_Hydrogen_: A very light, inflammable gas, of which water is in part composed. It is used to inflate balloons.

_Hypochondriasis_: Melancholy, dejection, a disorder of the imagination, in which the person supposes he is afflicted with various diseases.

_Hysteria or hysterics_: A spasmodic, convulsive affection of the nerves, to which women are subject. It is somewhat similar to hypochondriasis in men.

_Ingrain_: A kind of carpeting, in which the threads are dyed in the grain or raw material before manufacture.

_Ipecac_: (An abbreviation of _ipecacuanha_) an Indian medicinal plant, acting as an emetic.

_Isinglass_: A fine kind of gelatin or glue, prepared from the swimming-bladders of fishes, used as a cement, and also as an ingredient in food and medicine. The name is sometimes applied to a transparent mineral substance called mica.

_Jams_: A side-piece or post.

_Kamtschadales_: Inhabitants of _Kamtschatka_, a large peninsula situated on the north-eastern coast of Asia, having the North Pacific Ocean on the east. It is remarkable for its extreme cold, which is heightened by a range of very lofty mountains extending the whole length of the peninsula, several of which are volcanic. It is very deficient in vegetable productions, but produces a great variety of animals, from which the richest and most valuable furs are procured. The inhabitants are in general below the common height, but have broad shoulders and large heads. It is under the dominion of Russia.

_Kerosene_: Refined Petroleum, which see.

_Kink_: A knotty twist in a thread or rope.

_Lambrequin_: Originally a kind of pendent scarf or covering attached to a helmet to protect and adorn it. Hence, a pendent ornamental curtain over a window.

_Lapland_: A country at the extreme north part of Europe, where it is very cold. It contains lofty mountains, some of which are covered with perpetual snow and ice.

_Latin:_ The language of the Latins or inhabitants of Latium, the principal country of ancient Italy. After the building of Rome, that city became the capital of the whole country.

_Leguminous:_ Pod-bearing.

_Lent:_ A fast of the Christian Church, (lasting forty days, from Ash-Wednesday to Easter,) in commemoration of our Saviour's miraculous fast of forty days and forty nights in the wilderness. The word Lent means spring, this fast always occurring at that season of the year.

_Levite:_ One of the tribe of Levi, the son of Jacob, which tribe was set apart from the others to minister in the services of the Tabernacle, and the Temple at Jerusalem. The priests were taken from this tribe. See Numbers 1: 47-53.

_Ley:_ Water which has percolated through ashes, earth, or other substances, dissolving and imbibing a part of their contents. It is generally spelled _lye_.

_Linnaeus, (Charles:)_ A native of Sweden, and the most celebrated naturalist of his age. He was born May 13th, 1707, and died January 11th, 1778. His life was devoted to the study of natural history. The science of botany, in particular, is greatly indebted to his labors. His _Amaenitates Academicae_ (Academical Recreations) is a collection of the dissertations of his pupils, edited by himself, a work rich in matters relating to the history and habits of plants. He was the first who arranged Natural History into a regular system, which has been generally called by his name. His proper name was Linne.

_Lobe:_ A division, a distinct part; generally applied to the two divisions of the lungs.

_Loire:_ The largest river of France, being about five hundred and fifty miles in. length. It rises in the mountains of Cevennes, and empties into the Atlantic Ocean about forty miles below the city of Nantes. It divides France into two almost equal parts.

_London Medical Society:_ A distinguished association, formed in 1773. It has published some valuable volumes of its transactions. It has a library of about 40,000 volumes, which is kept in a house presented to the Society, in 1788, by the celebrated Dr. Lettsom, who was one of its first members.

_Louis XIV.:_ A celebrated King of France and Navarre, who was born September 5th, 1638, and died September 1st, 1715. His mother having before had no children, though she had been married twenty-two years, his birth was considered as a particular favor from heaven, and he was called the "Gift of God." He is sometimes styled "Louis the Great," is notorious as a period of licentiousness. He left behind him monuments of unprecedented splendor and expense, consisting of palaces, gardens, and other like works.

_Lumbar:_(From the Latin lumbus, the loin,) relating or pertaining to the loins.

_Lunacy, writ of:_ A judicial proceeding to ascertain whether a person be a lunatic.

_Mademoiselle:_ The French word for miss, a young girl.

_Magnesia:_ A light and white alkaline earth, which enters into the composition of many rocks, communicating to them a greasy or soapy feeling and a striped texture, with sometimes a greenish color.

_Malaria:_ (Italian, _mal/aria, bad air_,) a noxious vapor or exhalation; a state of the atmosphere or soil, or both, which, in certain regions and in warm weather, produces fever, sometimes of great violence.

_Mammon:_ Riches, the Syrian god of riches. See Luke 16:11-13; St. Matthew 6:24. _Mexico:_ A country situated south-west of the United States and extending to the Pacific Ocean.

_Miasms:_ Such particles or atoms as are supposed to arise from distempered, putrefying, or poisonous bodies.

_Michilimackinac_ or _Mackinac:_ (Now frequently corrupted into _Mackinaw_, which is the usual pronunciation of the name,) a military post in the State of Michigan, situated upon an island, about nine miles in circuit, in the strait which connects Lakes Michigan and Huron. It is much resorted to by Indians and fur-traders. The highest summit of the island is about three hundred feet above the lakes and commands an extensive view of them.

_Midsummer:_ With us, the time when the sun arrives at his greatest distance from the equator, or about the twenty-first of June, called, also the summer solstice, (from the Latin _sol, the sun_ and _sto, to stop_ or _stand still_,) because when the sun reaches this point he seems to stand still for some time, and then appears to retrace his steps. The days are then longer than at any other time.

_Migrate:_ To remove from one place to another; to change residence.

_Mildew:_ A disease of plants; a mould, spot, or stain in paper, cloths, etc., caused by moisture.

_Militate:_ To oppose, to operate against.

_Millinet:_ A coarse kind of stiff muslin, formerly used for the foundation or basis of bonnets, etc.

_Mineralogy:_ A science which treats of the inorganic natural substances found upon or in the earth, such as earths, salts, metals, etc., and which are called by the general name of minerals.

_Minutiae:_ The smallest particulars.

_Monasticism:_ Monastic life; religiously recluse life in a monastery or house of religious retirement.

_Montagu, Lady Mary Wortley:_ One of the most celebrated among the female literary characters of England. She was daughter of Evelyn, Duke of Kingston, and was born about 1690, at Thoresby, in England She displayed uncommon abilities at a very early age, and was educated by the best masters in the English, Latin, Greek, and French languages. She accompanied her husband (Edward Wortley Montagu) on an embassy to Constantinople, and her correspondence with her friends was published and much admired. She introduced the practice of inoculation for the small-pox into England, which proved of great benefit to millions. She died at the age of seventy-two, A.D. 1762.

_Moral Philosophy:_ The science which treats of the motives and rules of human actions, and of the ends to which they ought to be directed.

_Moreen: A kind of woolen stuff used for curtains, covers of cushions, bed hangings, etc.

_Mortise: A cavity cut into a piece of timber to receive the end of another piece called the _Tenon_.

_Mucous:_ Having the nature of _mucus, a glutinous, sticky, thready, transparent fluid, of a salt savor, produced by different membranes of the body, and serving to protect the membranes and other internal parts against the action of the air, food, etc. The fluid of the mouth and nose is mucus.

_Mucous membrane: That membrane which lines the mouth, nose, intestines, and other open cavities of the body.

_Muriatic acid: An acid composed of chlorine and hydrogen, called also, hydrochloric acid and spirit of salt.

_Mush-stick:_ A stick to use in stirring _mush, which is corn-meal boiled in water.

_Nankeen_ or _Nankin:_ A light cotton cloth, originally brought from Nankin, in China, whence its name.

_Nash, (Richard:)_ Commonly called _Beau Nash, or King of Bath, a celebrated leader of the fashions in England. He was born at Swansea, in South-Wales, October 8th, 1674, and died in the city of Bath, (England,) February 3d, 1761.

_Natural History:_ The history of animals, plants, and minerals.

_Natural Philosophy:_ The science which treats of the powers of nature, the properties of natural bodies, and their action one upon another. It is sometimes called _physics_.

_New-milch cow:_ A cow which has recently calved.

_Newton, (Sir Isaac:)_ An eminent English philosopher and mathematician, who was born on Christmas day, 1642, and died March. 20th, 1727. He was much distinguished for his very important discoveries in Optics and other branches of Natural Philosophy. See the first volume of _Pursuit of Knowledge under Difficulties_, forming the fourteenth volume of _The School Library_, larger series.

_Night-Soil:_ Human excrement, so-called because usually removed from privies by night.

_Non-bearers:_ Plants which bear no flowers nor fruit.

_Northern States_: Those of the United States situated in the northern and eastern part of the country.

_Ordinary_: See _Physician in ordinary_.

_Oil of Vitriol_: (sulphuric acid, or vitriolic acid,) an acid composed of oxygen and sulphur.

_Oino-mania_: A disease of the brain produced by excessive use of alcoholic stimulants; derived from two Greek words, _oinos_, wine, and _mania_, madness. The same disease sometimes arises from overuse of tobacco and other stimulants of the nerves.

_Orleans, (Elizabeth Charlotte de Baviere) Duchess of_: Second wife of Philippe, the brother of Louis XIV., was born at Heidelberg, May 26th, 1652, and died at the palace of St. Cloud, in Paris, December 8th, 1722. She was author of several works; among which were _Memoirs and Anecdotes of the Court of Louis XIV._

_Ottoman_: A kind of hassock or thick mat for kneeling upon; so-called from being used by the Ottomans or Turks.

_Oxalic acid_: a vegetable acid, which exists in sorrel.

_Oxide_: A compound of a substance with oxygen, though not enough oxygen to produce an acid; for example, oxide of iron, or rust of metals.

_Oxidize_: To combine oxygen with a body without producing acidity.

_Oxygen_: The vital element of air, a simple and very important substance which exists in the atmosphere and supports the breathing of animals and the burning of combustibles. It was called oxygen from two Greek words, signifying to produce acid, from its power of giving acidity to many compounds in which it predominates.

_Oxygenized_: Combined with oxygen.

_Pancreas_: A gland within the abdomen just below and behind the stomach, and providing a fluid to assist digestion. In animals, it is called the sweet-bread.

_Pancreatic_: Belonging to the pancreas.

_Parterre_: A level division of ground, a flower-garden.

_Pearlash_: The common name for impure carbonate of potash, which in a purer form is called _Saleratus_.

_Peristaltic_: Contracting in successive circles; worm-like.

_Petroleum_: Rock oil, an inflammable, bituminous liquid exuding from rocks or from the earth in the neighborhood of the carboniferous or coal-bearing formation.

_Phosphorous_: One of the elementary substances.

_Physician in Ordinary to the Queen_: The physician who attends the Queen in ordinary cases of illness.

_Pitt, William_: A celebrated English statesman, son of the Earl of Chatham. He was born May 28th, 1759, and at the age of twenty-three was made Chancellor of the Exchequer, and soon afterward Prime Minister. He died January 23d, 1806.

_Political Economy_: The science which treats of the general causes affecting the production, distribution, and consumption of articles of exchangeable value, in reference to their effects upon national wealth and welfare.

_Pollen_: The fertilizing dust of flowers, produced by the stamens and falling upon the pistils in order to render a flower capable of producing fruit or seed.

_Potter's clay_: The clay used in making articles of pottery.

_Prairie_: A French word, signifying meadow. In the United States, it is applied to the remarkable natural meadows or plains which are found in the Western States. In some of these vast and nearly level plains, the traveler may wander for days without meeting with wood or water, and see no object rising above the plane of the horizon. They are very fertile.

_Prime Minister_: The person appointed by the ruler of a nation to have the chief direction and management of the public affairs.

_Process_: A protuberance or projecting part of a bone.

_Pulmonary_: Belonging to or affecting the lungs.

_Pulmonary artery_: An artery which passes through the lungs, being divided into several branches, which form a beautiful network over the air-vessels, and finally empty themselves into the left auricle of the heart.

_Puritans_: A sect which professed to follow the pure word of God in opposition to traditions, human constitutions, and other authorities. In the reign, of Queen Elizabeth, part of the Protestants were desirous of introducing a simpler, and, as they considered it, a _purer_ form of church government and worship than that established by law, from which circumstance they were called _Puritans_. In process of time, this party increased in numbers and openly broke off from the church, laying aside the English liturgy, and adopting a service-book published at Geneva by the disciples of Calvin. They were treated with great rigor by the government, and many of them left the kingdom and settled in Holland. Finding themselves not so eligibly situated in that country as they had expected to be, a portion of them embarked for America, and were the first settlers of New England.

_Quixotic_: Absurd, romantic, ridiculous; from _Don Quixote_, the hero of a celebrated fictitious work written by Cervantes, a distinguished Spanish writer, and intended to reform the tastes and opinions of his country-men.

_Reeking_: Smoking, emitting vapor.

_Residue_: The remainder or part which remains.

_Routine_: A round or course of engagements, business, pleasure, etc.

_To Run a seam_: To lay the two edges of a seam together and pass the threaded needle out and in, with small stitches, a few threads below the edge and on a line with it.

_To Run a stocking_: To pass a thread of yarn, with a needle, straight along each row of the stocking, as far as is desired, taking up one loop and missing two or three, until tie row is completed, so as to double the thickness at the part which is run.

_Sabbatical year_: Every seventh year among the Jews, which was a year of rest for the land, when it was to be left without culture. In this year, all debts were to be remitted, and slaves set at liberty. See Exodus 21:2:23:10; Leviticus 25:2, 3, etc.; Deuteronomy 15:12; and other similar passages.

_Saleratus_: See _Pearlash_.

_Sal ammoniac_: A salt, called also muriate of ammonia, which derives its name from a district in Libya, Egypt, where there was a temple of Jupiter Ammon, and where this salt was found.

_Scotch Highlanders_: Inhabitants of the Highlands of Scotland.

_Selvedge_: The edge of cloth, a border. Improperly written _selvage_.

_Service-book_: A book prescribing the order of public services in a church or congregation.

_Sharps_: See _Blunts_.

_Shorts_: The coarser part of wheat bran.

_Shrubbery_: A plantation of shrubs.

_Siberia_: A large country in the extreme northern part of Asia, having the Frozen Ocean on the north, and the Pacific Ocean on the east, and forming a part of the Russian empire. The northern part is extremely cold, almost uncultivated, and contains but few inhabitants. It furnishes fine skins, and some of the most valuable furs in the world. It also contains rich mines of iron and copper, and several kinds of precious stones.

_Sinclair, Sir John_: Of whom it was said, "There is no greater name in the annals of agriculture than his," was born in Caithness, Scotland, May 10th, 1754, and became a member of the British Parliament in 1780. He was strongly opposed to the measures of the British government toward America, which produced the American Revolution. He was author of many valuable publications on various subjects. He died December 21st, 1835.

_Sirloin_: The loin of beef. The appellation "sir" is the title of a knight or baronet, and has been added to the word "loin," when applied to beef, because a king of England, in a freak of good humor, once conferred the honor of knighthood upon a loin of beef.

_Slack_: To loosen, to relax, to deprive of cohesion.

_Soda_: An alkali, usually obtained from the ashes of marine plants.

To _Spade_: To throw out earth with a spade.

_Spermaceti_: An oily substance found in the head of a species of whale called the spermaceti whale.

_Spindling_: Shooting into a long, small stalk.

_Spinous process_: A process or bony protuberance, resembling a spine or thorn, whence it derives its name.

_Spool_: A piece of cane or reed or a hollow cylinder of wood, with a ridge at each end, used to wind yarn and thread upon.

_Stamen_, (plural, _stamens_ and _stamina_:) In _weaving_, the warp, the thread, any thing made of threads. In _botany_, that part of a flower on which the artificial classification is founded, consisting of the filament or stalk, and the anther, which contains the pollen or fructifying powder.

_Stigma_, (plural _stigmas_ and _stigmata_:) The summit or top of the pistil of a flower.

_Style_ or Stile: The part of the pistil between the germ and the stigma.

_Sub-carbonate_: An imperfect carbonate.

_Sulphate, Sulphates, Sulphites_: Salts formed by the combination of some base with sulphuric acid, as _Sulphate of copper_, (blue vitriol or blue stone,) a combination of sulphuric acid with copper. _Sulphate of iron_: Copperas or green vitriol. _Sulphate of lime_: Gypsum or plaster of Paris. _Sulphate of magnesia_: Epsom salts. _Sulphate of potash_: A chemical salt, composed of sulphuric acid and potash. _Sulphate of soda_: Glauber's salts. _Sulphate of zinc_:

White vitriol. _Sulphuret_: A combination of an alkaline earth or metal with sulphur, as _Sulphuret of iron_, a combination of iron and sulphur. _Sulphuric acid_: Oil of vitriol, vitriolic acid.

_Suture_: A sewing; the uniting of parts by stitching; the seamor joint which unites the flat bones of the skull, which are notched like the teeth of a saw, and the notches, being united together, present the appearance of a seam.

_Tartar_: A substance, deposited on the inside of wine casks, consisting chiefly of tartaric acid and potash.

_Cream of tartar_: The crude tartar separated from all its impurities by being dissolved in water and then crystallized, when it becomes a perfectly white powder.

_Tartaric acid_: A vegetable acid which exists in the grape.

_Technology_: A description of the arts, considered generally in their theory and practice as connected with moral, political, and physical science.

_Three-ply_ or _triple ingrain_: A kind of carpeting, in which the threads are woven in such a manner as to make three thicknesses of the cloth.

_Tic douloureux_: A painful affection of the nerves, mostly those of the face.

_Tocqueville, (Alexis de:)_ A celebrated statesman and writer of France, and author of volumes on the political condition, and the penitentiaries of the United States, and other works.

_Trachea_: The windpipe, so named (from a Greek word signifying _rough_) from the roughness or inequalities of the cartilages of which it is formed.

_Truckle-bed_ or _Trundle-bed_: A bed that runs on wheels.

_Tuber_: A solid, fleshy, roundish root, like the potato.

_Tuberous_: Thick and fleshy; composed of or having tubers.

_Tucks_, (improperly _Tacks_): Folds in garments.

_Turmeric:_ The root of a plant called _Curcuma longa_, a native of the East-Indies, used as a yellow dye.

_Twaddle:_ Idle, foolish talk or conversation.

_Unbolted:_ Unsifted. _Unslacked:_ Not loosened or deprived of cohesion. Lime, when it has been slacked, crumbles to powder from being deprived of cohesion.

_Valance:_ The drapery or fringe hanging round the cover of a bed, couch, or other similar article.

_Vascular:_ Relating to or full of vessels.

_Venetian:_ A kind of carpeting, composed of a striped woolen warp on a thick woof of linen thread,

_Verisimilitude:_ Probability, resemblance to truth.

_Verbatim:_ Word for word.

_Vice versa:_ The side being changed, or the question reversed, or the terms being exchanged.

_Viscera_, (plural of _viscus:_) Organs contained in the great cavities of the body, the skull, the abdomen, and the chest. Generally applied to the contents of the abdomen.

_Vitriol:_ A compound mineral salt of a very caustic taste. _Blue Vitriol_, sulphate of copper. _Green Vitriol_, see _Copperas. _Oil of Vitriol_, sulphuric acid.

_White Vitriol_, sulphate of zinc.

_Waffle-iron:_ An iron utensil for the purpose of baking waffles, which are thin and soft cakes indented by the iron in which they are baked.

_Wash-leather:_ A soft, pliable leather dressed with oil, and in such a way that it may be washed without shrinking. It is used for various articles of dress, as undershirts, drawers, etc., and also for rubbing silver, and other articles having a high polish. The article known in commerce as chamois or shammy leather is also called wash-leather.

_Welting-cord:_ A cord sewed into the welt or border of a garment.

_The West_ or _Western World_. When used in Europe, or in distinction from the Eastern World, it means America. When used in this country, the West refers to the Western States of the Union.

_Western Wilds:_ The wild, thinly-settled lands of the Western States.

_White vitriol:_ see _Zinc.

_Wilton carpet:_ A kind of carpets made in England, and so called from the place which is the chief seat of their manufacture. They are woolen velvets with variegated colors.

_Writ of lunacy_. See _Lunacy.

_Xantippe:_ The wife of Socrates, noted for her violent temper and scolding propensities. The name is frequently applied to a shrew, or peevish, turbulent, scolding woman.

_Zinc:_ A bluish-white metal, which is used as a constituent of brass and some other alloys. _Sulphate of Zinc_ or _White vitriol_; A combination of Zinc with sulphuric acid.